Orbit Controls Instrumentation

Orbit Controls AG · Zürcherstrasse 137 · CH-8952 Schlieren/ZH · Tel. +41 44 730 27 53 · www.orbitcontrols.ch · [email protected]

Orbit ControlsInstrumentation

Orbit Controls AG · Zürcherstrasse 137 · CH-8952 Schlieren/ZH · Tel. +41 44 730 27 53 · www.orbitcontrols.ch · [email protected]

Calibrators andprogrammable

Decades

Hand Held Loop Calibrator OC 502-t √ Current Calibrator 0/4 - 22mA, Source/Sink √ Voltage Calibrator 0-14V √ mV Ranges 0-28mV and 0-560 mV √ DIN Thermocouples J, K, N, R, S, T, B, E √ Multimeter ±2V to ±200V DC and ±100mA √ Simultaneous Calibration and Measurement √ Steps, Ramps, direct entry √ Build-in rechargeable Battery OC 502-t is a Calibrator-Multimeter for generation of currents 0/4-22mA in Source or Sink Mode and Voltages 0-14V. External voltages ±2V, ±20V and ±200VDC and Currents up to ±100mA can be measured simultaneously. Two mV-Ranges 0-28mV and 0-560mV are available for calibration of Strain Gauges circuits, low signal amplifiers, Transmitter signal circuits and other mV-Applications. DIN Thermocouples J, K, N, R, S, T, B, E can be simulated. The required sensor type will be selected and the temperature value set with the keyboard. The temperature value is shown at the display and the corresponding mV signal is available at the output terminals. Internal cold junction compensates the termination against the ambient temperature. The compensation can also be switched off. The calibrator operates from internal rechargeable battery which permits 3 hours operation with 20mA output current. All measuring ranges can individually be calibrated by using the internal calibration software. The calibrator is shipped with battery charger, two cables, calibration sheet and owner's manual. FUNCTIONS

Tara, Filter and Backlight can be selected.

Direct selection of the output signal value with the keyboard. The current can be set from 0 to 22.000mA, the voltage from 0 to 14.000V.

Rising or falling ramps 0-14V or 0-22mA with

selectable increments.

Selection of mV Signals 0-30mV or 0-600mV with resolution of 0.001mV or 0.01mV.

mV Signals of DIN - Thermocouples J, K, N,

R, S, T, B, E with cold junction compensation.

Preselected signal Steps 0-2-4-6-8-10-12-14V and 4-8-12-16-20 mA

SPECIFICATIONS CALIBRATOR DC A 0/4 - 22 mA DC Source or Sink, Resolution 0.001mA. DC V 0 - 14 V DC Resolution 0.001V. mV Output 0-28 mV DC Resolution 0.001mV. 0-560mV DC Resolution 0.01mV Thermometer Thermocouples J, K, N, R, S, T, B, E according to DIN The Terminals are internally compensated to the ambient temperature. The compensation can be switched-off. The temperature can be set from the ambient to positive values. Signal Output Direct Setting: With the keyboard, 5 digits resolution. In Steps: 4-8-12-16-20-22 mA and 0-2-4-6-8-10-12-14 V. Ramps: Rising, falling or automatic ramps with selectable increments. MULTIMETER Range 2 V DC Input Impedance: 1.83 M Ohm Range 20 V DC Input Impedance: 363 k Ohm Range 200 V DC Input Impedance: 333 k Ohm Range 100 mA DC Input Impedance: 22 Ohm Firm input voltage ranges 2V, 20V or 200V or autoranging 0-200VDC can be selected. One input current range 100mADC. The Calibrator and the Multimeter operates simultaneously. ADDITIONAL SPECIFICATIONS ACCURACY (Calibrator and Multimeter) ± 0.05% from value+ 0.05% from range. TEMPERATURE COEFFITIENT ± 25ppm / K MULTIMETER SAMPLING RATE 2 Samples/sec.

TERMINALS 4mm gold plated terminals. SUPPLY Build-in rechargeable battery permits 3 hours operation with the output current of 20mA and the backlight switched-off.

ACCESSORY Mains charger 95 - 240VAC Cable Set red and black Warranty Statement Calibration Sheet Owner’s Manual Carrying Case

OC 502-t with accessory

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren / ZH © orbitcontrols 2811 www.orbitcontrols.ch

Process Calibrator OC505 √ Current Output 0-22mA, Source/Sink √ Voltage Output 0-25V √ mV Outputs 0-28mV and 0-560 mV √ DIN Thermocouples J, K, N, R, S, T, B, E √ RTD Simulator -200 … 850ºC √ Resistance Range up to 3kOhm √ Multimeter ±2V to ±200V DC and ±100mA √ Measurements of fast Transients √ Datalogger Function (Option) Model OC505 is a hand-held Calibrator-Multimeter for the generation of currents 0-22mA in Source or Sink Mode and voltages 0-25VDC. External voltages ±2V, ±20V and ±200VDC (selected ranges or auto range) and currents of up to ±100mA can be measured simultaneously with the generated calibrating signals. Further functions are the generation of mV-Signals, the simulation of DIN-Thermocouples, the generation of Resistances and RTD Temperature Sensors. Up to eight fast input signals -Transients- can be measured, memorized and shown on the display as graphics or uploaded to a PC. Datalogger function for the calibrator output and the multimeter input signals can be activated. Both signals are stored as tables and shown as graphics at the LCD display. By using the supporting program the data can be transferred to the PC and shown as tables and graphics. For fast checking or calibration of Process Transmitters the calibrator output can be used for the input, whereas the output from the Transmitter will be measured by the Multimeter. The results are shown on the display immediately. mV Voltages 0-28mV or 0-560mV for calibration of strain gauges amplifiers, transmitters and small signal instruments. The output voltage can be resolved up to 0.001mV. Thermocouples J, K, N, R, S, T, B, and E are simulated across the entire DIN ranges. The output is via T/C plug with automatic compensation of the junction. The compensation can be switched-off. RTD Thermometers Pt-100 … 1000 and Ni-1000 are simulated across the entire DIN range. Resistance Source is a generator of resistance values from 45 to 3000 Ohm with 0.5Ohm resolution. Datalogger: The generated calibrator signal and the measured signal at the multimeter input will be stored as tables with date and time added. The interval is selectable from 2 sec. to 24h. The data can be transferred to a PC, shown as tables and graphics and handled under Windows and Excel. Transients: Eight memory slots are available for storing of fast signals at the multimeter input. Each transient can individually be shown at the LCD display, transferred to a PC, shown as tables and graphics and handled under Windows and Excel.

OC505 is powered from an internal rechargeable battery which permits operation of up to 8 hours. All ranges and functions can be calibrated individually from the keypad. The Terminals are 4mm gold plated plugs, a T/C connector is used for Thermocouple outputs.

SPECIFIFCATIONS - CALIBRATOR DC-A 0 - 22 mA Source or Sink, Resolution 0.001mA. DC-V 0 - 25 V Resolution 0.001V. mV Outputs 0-28 mV Resolution 0.001mV. 0-560mV Resolution 0.01mV. Value Selection Direct entry: From the keypad, 5-Digit resolution. Steps: Freely selectable, rising or falling. Ramps: Raising or falling ramps with selectable steps Thermocouples -200 ºC up to max. (ºC): J (870 ºC), K (1370 ºC), N (1300 ºC), R (1760 ºC), S (1760 ºC), T (390 ºC), B (1820 ºC), E (1000 ºC). RTD Thermometer Pt-100, 200, 500, Pt-1000 -200 ºC to 850 ºC Ni-1000 -60 ºC to 170 ºC Resistors 45 Ohm to 3000 Ohm Resolution 0.5 Ohm Accuracy DC-V, DC-I ± (0.05% from value + 0.1% from range) Thermocouples ± (0.5 to 2 ºC) RTD ± (0.1% from value + 0.5 ºC) Ohm Source ± (0.1% from value + 0.5 Ohm) Temp. Coefficient: ± 25ppm / K SPECIFIFCATIONS - MULTIMETER 2 V DC Impedance: 1.38 M Ohm 20 V DC Impedance: 593 k Ohm 200 V DC Impedance: 563 k Ohm 100 mA DC Impedance: 10 Ohm Accuracy ± (0.1% from Range + 1 Digit) Sampling time 2 samples / sec.

DATALOGGER The generated signals at the calibrator input and the signals at the multimeter input are stored as tables, with date and time added from internal RTC.A measuring Window and two Time Intervals can be set. When the input signal is within the window, the data are stored with one interval. Outside the window they are stored with the second interval. The data can be uploaded to a PC and shown as tables and graphics. The Soft Manager supports the communication under Windows. Example: Calibrator output Pt-100 is applied to a Process Transmitter with 0-10V output connected to the Multimeter input.

TRANSIENTS Fast signals at the Multimeter input can be stored in up to 8 memory slots with a sampling rate of 1ms. Each Transient contains 256 points and can be assigned to a time period selectable from 0.25s to 300s. The trigger level is programmable

OC505 with all accessories

ACCESSORIES Mains Charger 95 - 240VAC Two Signal Cables red and black Calibration Sheet, Owner’s ManualCarrying Case.

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/Zürich Tel.: +41 44 730 2753 [email protected] www.orbitcontrols.ch © orbit controls 21108

OC508 mV-Calibrator Simulator of Thermocouples

Simulation of DIN-Thermocouples J, K, N, R, S, T, B, E Measurement of mV-Signals mV Calibrated Output 0 … 65.535mV Junction Compensation USB Terminal BCD parallel or Binary Input BCD parallel Output Model OC508 is a programmable mV Calibrator and Simulator of DIN Thermocouples. The type of the Thermocouple, the Temperature or the mV Signal can be set from the keys at the front, via USB or optionally from BCD parallel or Binary Data Port. The generated mV output signal ranges between 0mV and 65.535mV. The output can be set directly in mV or in Temperature °C through the selected internal linearizing DIN T/C table. The basic unit is a precision, temperature compensated programmable voltage source with a resolution of 1µV and stability of 10ppm. It is free programmable from 0 to 65535µV. The measurement of external mV Signals has the basic range of ±100mV. It is jumper selectable for other signals. The measuring chain can be calibrated from the keyboard in the Calibration Submenu. Soft Manager OC508W for Windows is available for controlling OC508 from a PC via the USB Port. The Data can also be entered from BCD parallel or Binary Ports, permitting operation from programmable controllers. Generated signals are available at a BCD parallel port for further use. For Junction compensation an external 4W Pt-100 can be used. The measured ambient temperature is displayed at the LCD front panel display and available at the BCD parallel port. PRINCIPAL OF OPERATION

SPECIFICATIONS OC508 ENTRY Selection The mV or the Temperature can be set from: Keyboard Three keys at the front BCD INPUT 5x4 Bit, Write 1ms positive logic USB Bidirectional Data Port for PC. Soft Manager for Windows. Output OUTPUT mV 0 - 65535 µV, Resolution 1 µV, Cu Terminal BCD OUTPUT T/C 5x4 Bit, values in mV according to the selected T/C Table USB Bidirectional Data Port Signal Type LINEAR Range 0 … 65535 µV

T/C B, E, J, K, N, R, S, T, Linearizing in 1 degree

LCD Display 2x20 characters mV-Signal -99.999 to 99.999mV Temperature DIN Table in °C Pt-100 Ambient external Temperature (Junction) in °C MEASUREMENT INPUT mV Basic Range ±100mV, Cu Terminal. Other ranges 1V, 10V, 20mA

Output BCD OUTPUT T/C 5x4 Bit USB Bidirectional Data Port Pt-100 four terminal connections for external sensor (Junction compensation)

Output BCD OUTPUT RTD 3x4 Bit USB Bidirectional Data Port, Values in °C Terminals Data: D-SUB 25 Pin for BCD Inputs and Outputs Pt-100: 8 Pin connector mV Signals: Cu terminal Supply 230VAC or 24VDC (Option), 6VA Enclosure Table cabinet 140x70x190mm (WxHxD), Weight 1,1 kg. Terminals at the rear

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/Zürich Tel.: +41 44 730 2753 [email protected] www.orbitcontrols.ch © orbit controls 21211

mailto:[email protected]

http://www.orbitcontrols.ch/

DC and AC Voltages DC and AC Currents Power and Energy Calibration cos ϕ free selectable RTD, Ni and Thermocouples Resistors and Capacitors Frequency generation IEEE 488, RS232 Digital Camera automatic Calibration

Model M-140 is a bus compatible multifunction calibrator for precise generation of electric units. It is mainly designed for calibration by manufacturers of electronic instrumentation. It also finds its application at laboratories, design and service departments as well as at institutions that have to frequently calibrate their equipment in accordance with their internal quality certification system. Compared with standard calibrators, the model M-140 represents a new concept of multifunctional calibrators, which generate not only the standard electric parameters but also parameters for temperature and energy applications. Apart from this, the calibrator generates non-harmonic signals for the testing of equipment with non-zero distortion input signals. The signals can be generated with variable frequency, amplitude and pulse-width ratio. The simulation of DIN thermo-couples and RTD sensors is provided. OCM-140 is a high accuracy and high stability instrument with easy operation, which can be used for the calibration of multimeters, analog instruments, panelmeters, clamp amperemeters, hand calibrators, wattmeters, electrometers, oscillo-scopes, thermometers, dataloggers, X-Y recorders, etc. A built-in multimeter function can be utilized for simultaneous testing-calibration of transmitters, regulators

and other controllers without the need of using supporting equipment. VOLTAGE and CURRENT The main function of the calibrator is the generation of DC and AC voltage between 0 µV and 1000 V and DC and AC currents from 0µA to 20 A. By using an optional output booster the currents from 50 µA to 500A can be calibrated. The frequency range is programmable from 20Hz to 50kHz. The best accuracy for DC voltage is 0.0035%, for AC voltage 0.03%, for DC current 0.013% and for AC current 0.055%. DIGITAL CAMERA For calibration of multimeters with LCD display a digital camera is available. The LCD display of the multimeter is scanned by the camera and the measurements directly incorporated into the calibration software. By using WinQbase and Caliber Software an automatic calibration system with generation of calibration protocols can be achieved.

POWER and ENERGY For calibration of energy measuring instruments with isolated voltage and current circuits the energy mode can be selected.. The voltage is adjustable from 0,2V to 240V, the current from 2mA to 10A and the time 10 to 1999 sec. DC or AC Wattmeters and electro-meters can be calibrated up to 240V and 20A with a phase setting -1 to

+1 with a resolution of 0,1% within a frequency range of 20Hz to 400Hz. The voltage output can be loaded with 30mA, permitting calibration of classic analog wattmeters. OTHER FUNCTIONS A non-harmonic periodical signal with a defined crest factor can be generated and used for the calibration of multimeters, conside-ring accuracy during measurements of distorted AC signals.

Resistors and capacitors are be simulated between 0 Ohm and 50 MOhm (accuracy of 0.03%) and 1nF to 50 µF (accuracy of 0.5%). The resistors can be used for AC signals up to 1 kHz. Precision frequency output 0.1Hz to 100kHz with adjustable amplitude 1mV to 10V is suitable for calibration of input characteristics of instruments, analog circuits, signal conditioners etc. Digital frequency TTL output 0.1Hz to 20MHz with fast edges is generated for frequency calibration purposes such as calibration of digital counters, oscilloscopes, filters, delay lines and other digital and analog circuits. Simulation of RTD thermometers and DIN thermocouples R, S, B, J, K, T, E, and N is a standard function. The cold junction can be set with the keyboard directly as temperature or can be compensated automatically at the input terminals. The accuracy of the RTD thermometers is 0.04ºC to 0.5ºC.

Multifunction CalibratorOCM-140

The accuracy of thermocouples is 0.4ºC to 2.9ºC.

Output ports GPIB - IEEE488 and RS232 are standard and permit the calibrator to operate in automatic testing lines. OPERATION The instrument is operated via the keyboard at the front. The entry is supported by a large scale display with concentrated information. Standard functions are integrated which simplify the operation during the calibration, such as entry of the absolute and relative tolerance and error band, calibration sequences, two- or four wire connections, grounding of terminals and other.

Some of the keys are directly assigned to frequently used functions. IEEE488 and RS232 make the instrument suitable for automatic calibrating operation. BUILT-IN MULTIMETER A multimeter with inputs 0-20mA and 0-10V has an accuracy of 0.01% and is suitable for feedback measurement of standardized process signals from transmitters which are under test or calibration. CALIBRATOR - TESTER OCM-140 can be programmed as a calibrator-tester with up to 10 steps of selected testing procedure. The end of the test sequence is terminated with a display record output of a type PASS-FAIL. The

output relay allows controlling of additional equipment. EASY TO USE There are additional functions available, which simplify the use of the instrument, such as setting of the relative error band, displaying of the actual uncertainty of the generated signal, internal software calibration procedure, etc.

The large-scale color display shows the value of the generated output signal, selected parameters, and accuracy of the momentary generated signal as well as other additional information. Some of the keys are directly assigned to frequently used functions.

SPECIFICATIONS The stated errors are defined for an ambient temperature of 23 ºC ± 2 ºC and after a warm-up time of 60 minutes. They contain the long time stability, the temperature coefficient, the load characteristics, the mains stability and the traceability to the national standards. The parameters are valid for 12 month.

DC - VOLTAGE DC – CURRENT

Range % of Value + % of Range Range % of Value + % of Range

0 µV - 20mV 0.05+0.0+10µV 0µA - 200µA 0.05+0.0+20nA 20mV - 200mV 0.03+0.0+10 µV 200µA - 2mA 0.02+0.005

200mV - 2V 0.003+0.0008 2mA - 20mA 0.01+0.003 2V - 20V 0.003+0.0005 20mA - 200mA 0.01+0.003

20V - 240V 0.003+0.0005 200mA - 2A 0.015+0.005 240V - 1000V 0.003+0.0005 2A - 10A 0.02+0.01

10A - 20A *2 0.02+0.01

AC - VOLTAGE AC - CURRENT % of Values + %

of Range % of Value + % of

Range % of Value + % of

Range % of Value + % of

Range Range 20Hz - 10kHz 10kHz - 50kHz

Range 20Hz - 1kHz 1kHz - 5kHz

1mV - 20mV 0.2+0.05+20µV 0.2+0.1+20 µV 1µA - 200µA 0.15+0.0+20nA 0.3+0.1+20 nA 20mV - 200mV 0.1+0.03+20 µV 0.15+0.05+20 µV 200µA - 2mA 0.07+0.01 0.2+0.05

200mV - 2V 0.025+0.0 0.05+0.01 2mA - 20mA 0.05+0.005 0.2+0.05 2V - 20V 0.025+0.005 0.1+0.03 20mA - 200mA 0.05+0.005 0.2+0.05

20V - 240V 0.025+0.01 --- 200mA - 2A 0.05+0.005 --- 240V - 1000V 0.03+0.02 *1 --- 2A - 10A 0.1+0.03 ---

10A - 20A *2 0.1+0.03 ---

*1 valid for f < 1000 Hz *2 with OUTPUT-ON can ON/OFF be max. 1/10. Continuous Output of 20A for max. 30 sec.

By using the 500A-coil (Option M140-50) the corresponding ranges have to be multiplied by 50. Additional inaccuracy of 0.3% from value has to be added to the specifications.

FUNCTION SHAPE Voltage Range 1mV to 200V Current Range: 100µA to 2A Output Type of Signal: Squarewave positive, negative or symmetrical, saw, triangle and sine wave with cut tops. Accuracy of the Amplitude: 0.3% RESISTORS (selectable to 5 decimal points) CAPACITY (selectable to 5 decimal points) Ranges: 0 Ohm - 50 MOhm Ranges: 900 pF - 50 µF

Max. voltage across the load is 8V p-p Max. voltage across the load is 8V p-p

FREQUENCY Type Frequency

Range Frequency Accuracy Amplitude Amplitude

Accuracy Ratio Ratio Accuracy

PWM (POS, NEG, SYM) 0.1 Hz-100 kHz 0.005 % 1mV-10V 0.1% 0.1 - 0.99 0.0005

HF *1 0.1 Hz - 20 MHz 0.005 % 5V s-s 10 -- --

*1 rise time < 5 ns Frequency Output with constant Amplitude Frequency Output with variable Amplitude Output Impedance < 100 Ω. Output Impedance: 10V Range: < 200 mΩ Frequency selection to 3 decimal points Other Ranges: < 100 Ω.

DC – POWER and ENERGY AC – POWER and ENERGY Output Range Accuracy (%) Output Range Accuracy (%)

Voltage 0.2V - 240V 0.004 to 0.015 Voltage 0.2V - 240V 0.03 - 0.12

Current 2mA - 10A 0.05 to 0.15 Current 2mA - 10A 0.05 - 0.15

Frequency 40 - 400 Hz 0.005%

cos ϕ -1 … +1 0.005 - 0.0005

Phase 0 - 360 ° 0.15 - 0.25

In the energy mode of operation the time can be set from 10 sec to 1999 sec. The accuracy at the AC Power depends on the set Voltage, Current and Phase. The best accuracy is 0.08%. The accuracy in the Energy Mode of operation depends on the set Voltage, Current, Phase and Time. The best accuracy is 0.09%.

RESISTORS CAPACITY Range Accuracy (% of Value) Range Accuracy (% of Value) Max. Frequency (Hz)

0Ω - 100Ω 0.03 + 10mΩ 900pF - 2.5nF 0.5 + 15pF 1000 100Ω - 400Ω 0.015 2.5nF - 10nF 0.5 1000 400Ω - 2kΩ 0.015 10nF - 50nF 0.5 1000 2kΩ - 10kΩ 0.015 50nF- 250nF 0.5 1000

10kΩ - 40kΩ 0.015 250nF - 1µF 0.5 1000 40kΩ - 200kΩ 0.015 1µF - 3.5 µF 1 300 200kΩ - 1MΩ 0.03 3.5 µF - 5µF 1 300 1MΩ - 4MΩ 0.03 5 µF - 10µF 1.5 300 4MΩ - 20MΩ 0.05 10 µF - 50 µF 1.5 300

20MΩ - 50MΩ 0.2

TEMPERATURE SENSORS The RTD Thermometers and the Thermocouples are in accordance with IST 90, PTS 68. RTD Thermometers: Pt 1.385, Pt 1.392, Ni Temperature Range: -200 to +850 °C Range of the RO constant: 20 Ω to 2 kΩ Temperature Accuracy: 0.04 °C to 0.5 °C

Thermocouples: Types, Ranges and Accuracies Thermocouples to IST 90, PTS 68

THERMOCOUPLES Range (°C) -50 ... 0 0 ... 400 400 ... 1000 1000 ... 1770 R Max. Error (°C) 2.9 2.1 1.4 1.7 Range (°C) -50 ... 0 0 ... 250 250 ... 1400 1400 ... 1770 S Max. Error (°C) 2.7 2.1 1.7 2.0 Range (°C) 400 ... 800 800 ... 1000 1000 ... 1500 1500 ... 1820 B Max. Error (°C) 2.8 1.8 1.6 1.8 Range (°C) -210 ... -100 -100 ... 150 150 ... 700 700 ... 1200 J Max. Error (°C) 0.9 0.5 0.6 0.7 Range (°C) -200 ... -100 -100 ... 0 0 ... 100 100 ... 400 T Max. Error (°C) 0.9 0.5 0.4 0.4 Range (°C) -250 ... -100 -100 ... 280 280 ... 600 600 ... 1000 E Max. Error (°C) 1.6 0.4 0.5 0.5 Range (°C) -200 ... -100 -100 ... 480 480 ... 1000 1000 ... 1372 K Max. Error (°C) 1.0 0.6 0.7 0.8 Range (°C) -200 ... -100 -100 ... 0 0 ... 580 580 ... 1300 N Max. Error (°C) 1.2 0.7 0.6 0.8

RTD THERMOMETERS

TYPE -200 to 250 oC 250 to 850 oC Pt-100 0.1 oC 0.3 oC Pt-200 0.1 oC 0.2 oC

Pt-1000 0.2 oC 0.5 oC Ni-100 0.07 oC - -

Sensor Types: DIN, US/JS, Ni R0 constant range: 20 Ω to 2 kΩ

BUILD-IN MULTIMETER

MULTIMETER Type Range Accuracy

DC - Voltage (V) 0 ... ± 12V 0.01% + 300 µV DC - Voltage (mV) 0 ... ± 2V 0.02% + 7µV

DC – Current 0 ... ± 25mA 0.015% + 300 nA Frequency 1 Hz - 15 kHz 0.005% Resistor 0 ... 2 kOhm 0.02% + 10 mΩ

Temperature (Pt Sensor) -150 ... +600 °C 0.1 °C Temperature (T/C Sensor) -250 ... +1820 °C 0.4 to 4 °C, depends on sensor Strain Gauge Sensors *1 Depends on the sensor type 0.05% + 10 µV + sensor error

*1 Voltage: 2-10V Max. Current: 40mA Input Impedance: min. 100 MOhm Sensitivity: 0.5 to 100 mV/V Display units: selectable Output Function: Relay

ADDITIONAL SPECIFICATIONS Warm-up time for full specs: 60 min. Ambient Pressure: 860 to 1060 HPa Working Temperature: 23 ± 10 °C Dimensions: 450 x 480 x 150 mm, weight 28 kg Storing Temperature: 0 to 40 °C @ max. 80 % r.F. Supply: 115V/230V, ± 10%, 50-60Hz, Reference Temperature: 23 °C ± 2 °C 250 VA at full load.

AUTOMATED CALIBRATION OF MULTIMETERS DIGITAL CAMERA For calibration of multimeters with LCD display a digital camera is available. The LCD display of the multimeter is scanned by the camera and the measurements directly incorporated into the calibration software. By using WinQbase and Caliber Software an automatic calibration system with generation of calibration protocols can be achieved.

Automated Calibration of Multimeters using the digital camera and the software WinQbase.

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 orbitcontrols.ch CH-8952 Schlieren/ZH © orbit controls 2910 [email protected]

Multifunctions Calibrator OCM140-i

DC and AC Voltages DC and AC Currents Thermocouples Data Port RS232 High Precision Easy to use

Model OCM140-i is a bus compatible multifunction calibrator for precise generation of DC and AC voltages and currents. It is mainly designed for calibration by manufacturers of electronic instrumentation. It also finds its application at laboratories, design and service departments as well as at institutions that have to frequently calibrate their equipment in accordance with their internal quality certification system. Apart of the DC and AC voltages and currents also thermocouples are simulated. OCM-140 is a high accuracy and high stability instrument with easy operation, which can be used for the calibration of multimeters, analogue instruments, panelmeters, clamp amperemeters, hand held calibrators, thermometers, data-loggers, X-Y recorders, etc. VOLTAGE and CURRENT The calibrator’s main function is the generation of DC- and AC- voltage between 0 µV and 1000 V and DC-

and AC- currents from 1µA to 20 A. The frequency range is program-able from 20Hz to 100kHz. By using an optional output booster clamp amperemeters can be calibrated from 50 µA to 500A. The best accuracy for DC voltage is 0.0035%, for AC voltage 0.03%, for DC current 0.013% and for AC current 0.055%. THERMOCOUPLES The calibrator can simulate DIN thermocouples R, S, B, J, K, T, E and N. The cold junction can be set with the keyboard directly as temperature in °C. The achieved accuracy is 0.4°C. OPERATION The instrument is operated via the keyboard at the front. The entry is supported by a large scale display with concentrated information. Standard functions are integrated which simplify the operation during the calibration, such as entry of the absolute and relative tolerances and error bands, calibration

sequences, grounding terminals and other. Some of the keys are directly assigned to frequently used functions. The instrument is equipped with RS232 communication data bus. By using the WinQbase installed in a PC, automatic testing and calibrating operations can be performed. The soft manager WinQbase is optional available for operation under Windows and is suitable for data entry with automatic calibration mode. EASY TO USE There are additional functions available, which simplify the use of the instrument, such as program-ming the relativ error band, displaying the actual uncertainity of the generated signal, calibration procedures, etc.

The large scale LCD display shows the menu steps, the generated parameters as well as other additional information. Some of the keys are directly assigned to frequently used functions.

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH © orbit controls 2308 www.orbitcontrols.ch

SPECIFICATIONS The stated errors are defined for an ambient temperature of 23 ºC ± 2 ºC and after a warm-up time of 60 minutes. They contain the long time stability, the temperature coefficient, the load characteristics, the mains stability and the traceability to the national standards. The parameters are valid for 12 month. DC und AC VOLTAGE

RANGE % of value + % of range % of value + % of range % of value + % of range % of value + % of range DC 20Hz – 10kHz 10kHz – 50kHz 50kHz – 100kHz

0 µV - 20mV ** 0.05+0.0+10µV 0.2+0.05+20µV 0.20+0.10+20µV 0.20+0.10+20µV 20mV - 200mV 0.01+0.0+10 µV 0.1+0.03+20 µV 0.15+0.05+20 µV 0.15+0.05+20 µV

200mV - 2V 0.003+0.0008 0.025+0.005 0.05+0.01 0.05+0.01 2V - 20V 0.003+0.0005 0.025+0.005 0.05+0.03 0.05+0.03

20V - 240V 0.003+0.0005 0.025+0.010 --- --- 240V - 1000V 0.005+0.005 0.03+0.02 * --- ---

* for Frequencies < 1000 Hz ** DC voltage from 0µV, AC voltage from 1mV DC and AC CURRENT

By using the 500A-coil (Option M140-50) the corresponding ranges have to be multiplied by 50. Additional inaccuracy of 0.3% from value has to be added to the specifications. THERMOCOUPLES to IST 90 and PTS 68

Range (°C) -50 ... 0 0 ... 400 400 ... 1000 1000 ... 1770 R Max. Error (°C) 3.2 2.1 1.4 1.7 Range (°C) -50 ... 0 0 ... 250 250 ... 1400 1400 ... 1770 S Max. Error (°C) 2.7 2.1 1.7 2.0 Range (°C) 400 ... 800 800 ... 1000 1000 ... 1500 1500 ... 1820 B Max. Error (°C) 2.8 1.8 1.6 1.8 Range (°C) -210 ... -100 -100 ... 150 150 ... 700 700 ... 1200 J Max. Error (°C) 0.9 0.5 0.6 0.7 Range (°C) -200 ... -100 -100 ... 0 0 ... 100 100 ... 400 T Max. Error (°C) 0.9 0.5 0.4 0.4 Range (°C) -250 ... -100 -100 ... 280 280 ... 600 600 ... 1000 E Max. Error (°C) 1.6 0.4 0.5 0.5 Range (°C) -200 ... -100 -100 ... 480 480 ... 1000 1000 ... 1372 K Max. Error (°C) 1.0 0.6 0.7 0.8 Range (°C) -200 ... -100 -100 ... 0 0 ... 580 580 ... 1300 N Max. Error (°C) 1.2 0.7 0.6 0.8

Further Specifications Warm-up time for full specifications: 60 min. Working Temperature: 23 ± 10 °C Storing Temperature: 0 to 40 °C @ max. 80% r.F. Reference Temperature: 23 °C ± 2 °C Ambient Pressure: 860 to 1060 HPa Dimensions: 450 x 480 x 150 mm, weight 28 kg Supply: 115V/230V, ± 10%, 50-60Hz, 250 VA at the full load.

RANGE % of value + % of range % of value + % of range % of value + % of range % of value + % of range DC 20Hz – 1kHz 1kHz – 5kHz 5kHz – 10kHz

1µA - 200µA 0.05+0.0+20nA 0.15+0.0+20nA 0.20+0.10+20µV 0.20+0.10+20µV 200µA - 2mA 0.02+0.005 0.07+0.01 0.15+0.05+20 µV 0.15+0.05+20 µV 2mA - 20mA 0.01+0.003 0.05+0.005 0.05+0.01 0.05+0.01

20mA - 200mA 0.01+0.003 0.05+0.005 0.05+0.03 0.05+0.03 200mA - 2A 0.015+0.005 0.05 + 0.005 --- ---

2A - 20A 0.02+0.010 0.10 + 0.03 --- ---

DC and AC Voltage up to 750 V DC and AC Currents up to 2 A Resistors 10 Ω to 100 MΩ

RTD Simulation of Pt and Ni Thermocouples R,S,B,J,K,T,E,N Supply 115/230V 50/60 Hz RS 232 or IEEE488

Model OCM 141 is a bus compatible multifunction calibrator for precise generation of electric units. It is mainly designed for calibration by manufacturers of electronic instrumentation. It also finds its application at laboratories, design and service departments as well as at institutions that have to frequently calibrate their equipment in accordance with their internal quality certification system. Compared with standard calibrators, the model OCM141 represents a new concept of multifunctional service calibrators, which generate not only the standard electric parameters but also parameters for temperature and resistance applications. Apart from this, the calibrator generates harmonic signals for testing of frequency characteristics of electronic circuits, oscilloscopes, multimeters and other instruments. For frequency calibration purposes TTL 5V level square signals are generated from 0.1Hz to 2MHz. OCM 141 is a high accuracy and high stability instrument with easy operation, which can be used for calibrations of multimeters, analog instruments, panelmeters, clamp amperemeters, hand calibrators, wattmeters, electrometers, oscilloscopes, thermo-meters, dataloggers, recorders and many others. VOLTAGE and CURRENT The main function of the calibrator is the generation of DC and AC voltage between 0 µV and 1000 V and DC and AC currents from 0µA to 2A. By using an optional output booster, clamp amperemeters can be calibrated up to 100 A.

The frequency range is programmable from 20Hz to 1000Hz. The best accuracy for DC and AC voltage is 0.01%, for DC and AC current 0.02%. RESISTORS Precision resistors between 10 Ω and 100 MΩ with accuracy of 0.03% can be selected in decade steps. THERMOCOUPLES and RTD Thermocouples are simulated with accuracy of up to 0.2°C. The cold junction is automatically compensated with internal Pt-1000. Simulation of RTD Thermometers from -200ºC to +850ºC is optionally available. DIGITAL CAMERA For calibration of multimeters with LCD display a digital camera can be connected. The camera scans the LCD display and enters the measured data directly into the calibration software. By using the WinQbase and the Caliber software packages, the system permits automatic calibration of multimeters with a complete documentation and calibration sheet at a PC printer output. FRONT PANEL The control of the output signals is via the front panel keyboard or the data bus RS232 or IEEE488. The large scale LCD display shows the menu steps, the generated parameters as well as other additional information. Some of the keys are directly assigned to frequently used functions.

Multifunction Service Calibrator OCM 141

OCM 141 calibrator is equipped with RS232 serial data port and optionally with IEEE488 GPIB data bus. The instrument can be used in automatic calibrating and testing lines. The soft manager WinQbase permits data handling during the calibration of measuring instruments.

SPECIFICATIONS VOLTAGE RANGES: 0 µV - 750 V DC, 1 mV - 750 V AC INTERNAL RANGES: 100 mV, 1 V, 10 V, 100 V, 750 V FREQUENCY RANGE AC: 20 Hz to 1 kHz, Frequency accuracy 0.01% DC Voltage AC Voltage

RANGE % VALUE + % RANGE RANGE % VALUE + % RANGE % VALUE + % RANGE 0 µV - 10 mV 0.05 + 0.0 + 10 µV 20 Hz - 200 Hz 200 Hz - 1000 Hz

10 mV - 100 mV 0.01 + 0.001 + 10 µV 1 mV - 10 mV 0.20 + 0.05 + 20 µV 0.20 + 0.10 + 20 µV 100 mV - 1 V 0.008 + 0.002 10 mV - 100 mV 0.10 + 0.03 + 20 µV 0.15 + 0.05 + 20µV

1 V - 10 V 0.008 + 0.002 100 mV - 1 V 0.05 + 0.005 0.07 + 0.01 10 V - 100 V 0.015 + 0.004 1 V - 10 V 0.05 + 0.005 0.07 + 0.03 100 V - 750 V 0.018 + 0.004 10 V - 100 V 0.05 + 0.01 0.07 + 0.03

100 V - 750 V 0.07 + 0.02 0.1 + 0.03

Additional Parameters of the Voltage Output RANGE 10mV 100mV 1V 10V 100V 750V THD *1 0.05% + 200 µV 0.05% + 300 µV 0.05% 0.05% 0.05% 0.2%

Max. Current 5 mA 5 mA 10 mA 30 mA 10 mA 2 mA Output Impedance < 10 mΩ < 10 mΩ < 10 mΩ < 10 mΩ < 100 mΩ < 100 mΩ

Max. Capacity Load 500 pF 500 pF 500 pF 500 pF 300 pF 150 pF

*1 The parameters contain also the non-linear distortion of the output signal. CURRENTS RANGES: 0 µA - 2 A DC, 1 µA - 2 A AC INTERNAL RANGES: 200 µA, 2 mA, 20 mA, 200 mA, 2A FREQUENCY RANGE AC: 20 Hz to 1 kHz, Frequency accuracy 0.01% DC Currents AC Currents

RANGE % VALUE + % RANGE RANGE % VALUE + % RANGE % VALUE + % RANGE 0 µA - 200 µA 0.05 + 0.0 + 20 nA 20 Hz - 200 Hz 200 Hz - 1000 Hz 200 µA - 2 mA 0.025 + 0.005 1 µA - 200 µA 0.25 + 0.0 + 20 nA 0.30 + 0.10 + 20 nA 2 mA - 20 mA 0.015 + 0.003 200 µA - 2 mA 0.10 + 0.01 0.20 + 0.05

20 mA - 200 mA 0.015 + 0.003 2 mA - 20 mA 0.07 + 0.005 0.20 + 0.05 200 mA - 2 A 0.015 + 0.005 20 mA - 200 mA 0.07 + 0.005 0.20 + 0.05

200 mA - 2 A 0.1 + 0.005 0.25 + 0.05 Additional Parameters of the Current Output

RANGE 200 µA 2 mA 20 mA 200 mA 2 A Max. Inductive Load 400 µH 400 µH 400 µH 400 µH 200 µH

Max. Load Voltage (p-p) 2 V 2 V 2 VAC, 7V DC 2 V 2 V THD *2 0.2% 0.2% 0.2% 0.2% 0.2%

*2 The parameters contain also the non-linear distortion of the output signal

The stated errors are defined for an ambient temperature of 23 ºC ± 2 ºC and after a warm-up time of 10 minutes. They contain the long time stability, the temperature coefficient, the load characteristics, the mains stability and the traceability to the national standards. The parameters are valid for 12 month. For ambient temperature of 23ºC ± 5ºC the accuracy values doubles.

RTD THERMOMETERS (Option) TYPEN: Pt 1.385, Pt 1.392 und Ni TEMPERATURBEREICH: -200 to +850 °C BEREICH DER RO KONSTANTE: 20 Ω to 2 kΩ TEMPERATURGENAUIGKEIT: 0.07 °C to 0.4 °C

TYPE RANGE -200…+250 oC RANGE +250…+850 oC Pt 100 0.1 oC 0.3 oC Pt 200 0.1 oC 0.2 oC

Pt 1000 0.2 oC 0.4 oC Ni 100 0.07 oC *1 - -

*1 Valid for ranges - 60 oC to +180 oC

THERMOCOUPLES (Standard)

RANGE (°C) -50 ... 0 0 ... 400 400 ... 1000 1000 ... 1770 R MAX. ERROR (°C) 2.9 2.1 1.4 1.7 RANGE (°C) -50 ... 0 0 ... 250 250 ... 1400 1400 ... 1770 S MAX. ERROR (°C) 2.7 2.1 1.7 2.0 RANGE (°C) 400 ... 800 800 ... 1000 1000 ... 1500 1500 ... 1820 B MAX. ERROR (°C) 2.8 1.8 1.6 1.8 RANGE (°C) -210 ... -100 -100 ... 150 150 ... 700 700 ... 1200 J MAX. ERROR (°C) 0.9 0.5 0.6 0.7 RANGE (°C) -200 ... -100 -100 ... 0 0 ... 100 100 ... 400 T MAX. ERROR (°C) 0.9 0.5 0.4 0.4 RANGE (°C) -250 ... -100 -100 ... 280 280 ... 600 600 ... 1000 E MAX. ERROR (°C) 1.6 0.4 0.5 0.5 RANGE (°C) -200 ... -100 -100 ... 480 480 ... 1000 1000 ... 1372 K MAX. ERROR (°C) 1.0 0.6 0.7 0.8 RANGE (°C) -200 ... -100 -100 ... 0 0 ... 580 580 ... 1300 N MAX. ERROR (°C) 1.2 0.7 0.6 0.8

RTD Thermometers and Thermocouples correspond to IST 90, PTS 68. FIRM DECADE RESISTORS RANGE: 10 Ω to 100 MΩ MAX. VOLTAGE: 50 VRMS / 0.1 W

RANGE ACCURACY % FROM VALUE RANGE ACCURACY % FROM VALUE 10 Ω 0.03 + 10 mΩ 100 kΩ 0.02 100 Ω 0.05 1 MΩ 0.05 1 kΩ 0.02 10 MΩ 0.05 10 kΩ 0.02

100 MΩ 0.5

ADDITIONAL SPECIFICATIONS SUPPLY: 115/230V, 50-60 Hz, 40 VA DIMENSIONS: 325 x 111 x 316 mm WEIGHT: 6 kg TEMPERATURE: WORKING. 5 ... 40 ºC STORING: 0 ... 40 ºC

FREQUENCY OUTPUT TTL 5Vp-p, 0.1Hz - 2 MHz DATA BUS STANDARD: RS 232 OPTION: GPIB-IEEE 488

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH [email protected] © orbit controls 21003

DC and AC Voltages up to 1000V DC and AC Currents up to 30A Power and Energy Calibration cos ϕ free selectable Digital Camera automatic Calibration RTD, Ni and Thermocouples Resistors and Capacitors Frequency generation IEEE 488, RS232

Model OCM-142 is a bus compatible Multifunction Calibrator for accurate generation of electric units. The instrument is mainly dedicated for calibration laboratories and permits generation of voltages from 0 to 1000V DC and AC and currents from 0mA to 30A. By using a current transformer 140-50 with 50 winding also Clamp Meters can be calibrated up to 1000A. The highest precision is 15ppm at DC, 250ppm at AC Voltages and 130ppm at DC, 550ppm at AC Currents. OCM142 permits also the generation of electric DC and AC Power with a variable cos φ from -1 to +1. This permits calibration of Wattmeters and Watt Transmitters up to 240V and 20A. RTD Thermometers Pt and Ni as well as DIN Thermocouple R, S, B, J, T, E, K, N can be simulated. The cold junction can be set from the keyboard. By using the Option 140-01 is the ambient temperature automatically measured and the junction compensated. The accuracy is 0.04ºC to 0.5ºC for RTD- Simulation and 0.4ºC to 4.3ºC for T/C. The RTD Simulation contains all Pt and Ni Types. The build-in Multimeter can measure signals from Transmitters under test supplied by signals from the calibrator. Non harmonic signals for testing of instruments with Non-Zero Distortion measurements are available with variable frequency, amplitude and PWM ratio.

The calibrator contains further functions which facilitate the operation during the calibration such as the setting of the relative Deviation of the set value, Displaying of the momentary Accuracy, state of the automatic Calibration, Calibration steps and other. The Display shows the most important information. The function can be controlled from the keyboard or via RS232 or GPIB Data Bus. VOLTAGE and CURRENT The basic function is the generation of DC and AC voltages from 0mV to 1000V and DC and AC Currents from 0µA to 30A. By using a current transformer 140-50 with 50 winding also Clamp Meters can be calibrated up to 1000A. The voltage is adjustable in a frequency range DC to 100 kHz. POWER and ENERGY Energetic packages for calibration of instrument for Energy measurements with separated voltage and current inputs, such as Wattmeter, Electrometer and Transmitter can be set from 0.2V to 240V and from 2mA to 20A DC, 40Hz up to 400Hz. The time is adjustable from 1.1 sec. To 1999 seconds. The Phase is programmable from -1 to +1 with a resolution of 0, 1% and a frequency range from 40Hz to 400Hz. The voltage output can be loaded with up to 30mA. This permits the calibration of analogue Wattmeters.

DIGITAL CAMERA For calibration of multimeters with LCD display a digital camera is available. The LCD display of the multimeter is scanned by the camera and the measurements directly incorporated into the calibration software. By using WinQbase and Caliber Software an automatic calibration system with generation of calibration protocols can be achieved. OTHER FUNCTIONS Non-harmonic periodical signals with defined crest factor can be generated and used for the calibration of multimeters, considering accuracy during measurements of distorted AC signals.

Resistors and capacitors are be simulated between 0 Ohm and 1000 MOhm and 700 pF to 100 µF. Also the simulation of RTD Thermometers and DIN Thermocouples R, S, B, J, K, T, E, and N is a standard function. The cold junction can be set with the keyboard directly as temperature or can be compensated automatically at the input terminals. Precision frequency output 0.1Hz to 20MHz with adjustable amplitude 1mV to 10V is suitable for calibration of input characteristics of instruments, analogue circuits, signal conditioners etc.

Multifunction Calibrator15ppm / Year OCM-142

OCM-142 is mainly dedicated for laboratory calibration of precision Instruments for measurement of electrical values.

SPECIFICATIONS The stated errors are defined for an ambient temperature of 23 ºC ± 2 ºC and after a warm-up time of 60 minutes. They contain the long time stability, the temperature coefficient, the load characteristics, the mains stability and the traceability to the national standards. The parameters are valid for 12 month.

Voltage Range: 0 – 1000V Frequency Range: 20Hz – 100 kHz Resolution: 6½ Digits

(*) Max. Frequency 1000 Hz By using the Current Transformer (Option 140-50) the corresponding ranges have to be

multiplied by 50 and 0.3% has to be added to the value. Current Range: 0 – 30A Frequency Range: 20Hz – 10 kHz Resolution: 6½ Digits

(*) I is the current value set.

FUNCTION SHAPE (non harmonic Signals) Voltage Range: 1mV to 200V Current Range: 100µA to 2A Output Shape: Square positive, negative, symmetrical, Saw, Triangle,

disturbed Sine wave k=13,45%. Amplitude Accuracy: 0.3% Display: Peak value, calculated true RMS value Frequency Range: 1000Hz for AC Voltage, 120Hz for AC Current The lowest frequency value for square wave signals is 0.1Hz. For other waveforms 20Hz.

DC and AC VOLTAGE sine wave

RANGE % from value + µV % from value + µV % from value + µV % from value + µV

DC 20Hz – 10kHz 10kHz – 50kHz 50kHz – 100kHz 0 µV - 20mV 0.005+6 0.2+30 0.2+30 1.0+30

20mV - 200mV 0.0015+8 0.1+80 0.15+120 0.3+120 200mV - 2V 0.0012+10 0.018+100 0.05+200 0.2+1000

2V - 20V 0.001+50 0.018+1000 0.05+6000 0.2+10000 20V - 240V 0.0015+500 0.018+10 000 --- ---

240V - 1000V 0.005+20000 0.03+200 000 (*) --- ---

DC and AC CURRENT sine wave

% from value + µA % from value + µA % from value + µA % from value + µA RANGE DC 20Hz - 1kHz 1kHz - 5kHz 5kHz - 10kHz 1µA - 200µA 0.05+0.02 0.15+0.02 0.30+0.22 --- 200 µA-2mA 0.02+0.1 0.07+0.2 0.20+1 0.5+1.4 2mA-20mA 0.01+0.6 0.05+1 0.20+10 0.5+14

20mA-200mA 0.01+6 0.05+10 0.20+100 0.5+140 200mA-2A 0.015+100 0.05+100 --- ---

2A-20A 0.02+2000 0.10+6000 --- --- 20A-30A [0.02+0.003* (I-20)]+2000 [0.1+0.003* (I-20)]+6000 --- ---

RESISTORS (Resolution 4 Digits) CAPACITY (Resolution 4 Digits)

Ranges: 0 Ohm - 1000 MOhm Ranges: 700 pF - 100 µF

* Maximum permitted voltage 5.5V RMS. ** Maximum permitted voltage at the terminals 20V RMS.

FREQUENCY Frequency Range: 0.1Hz to 20MHz Resolution: 6 Digits Accuracy: 0.005% Functions: - PWM Square wave with calibrated Ratio, Frequency and Amplitude. - HF Square wave with calibrated Frequency and Amplitude.

RESISTORS and CAPACITORS

RANGE ACCURACY %from value + mΩ CURRENT RANGE ** KAPACITY RANGE * ACCURACY

%from value + pF 0 Ω-10 Ω 0.03 + 5 400 µA - 100 mA 700 pF – 1 nF 0.5 + 15 10 Ω-33 Ω 0.015 + 5 400 µA - 100 mA 1 nF – 3.3 nF 0.5 + 5 33 Ω-100 Ω 0.010 + 5 400 µA - 100 mA 3.3 nF - 10 nF 0.5

100 Ω-330 Ω 0.010 + 5 400 µA – 40 mA 10 nF – 33 nF 0.5 330 Ω-1 kΩ 0.010 400 µA – 11 mA 33 nF – 100 nF 0.5 1 kΩ-3.3 kΩ 0.010 100 µA – 6 mA 100 nF – 330 nF 1

3.3 kΩ-10 kΩ 0.010 20 µA – 2 mA 330 nF - 1 µF 1 10 kΩ-33 kΩ 0.010 4 µA – 600 µA 1 µF – 3.3 µF 1.5 33 kΩ-100 kΩ 0.010 1 µA – 200 µA 3.3 µF – 10 µF 1.5

100 kΩ-330 kΩ 0.010 1 µA – 60 µA 10 µF - 100 µF 2.0

330 kΩ-1 MΩ 0.010 0.2 µA – 20 µA

1 MΩ-3.3 MΩ 0.020 40 nA – 6 µA

3.3 MΩ-10MΩ 0.05 10 nA – 2 µA

10 MΩ-33 MΩ 0.1 10 nA – 600 nA

33 MΩ-100MΩ 0.2 10 nA – 180 nA

100 MΩ-1000 MΩ 0.5 4 nA – 20 nA

Voltage Range % from value + µV

1 mV - 20 mV 0.2 + 5 0

20 mV - 200 mV 0.1 + 5 0

200 mV - 2 V 0.1

2 V - 10 V 0.1

Frequency Range: 0.1 Hz - 20 MHz Output Impedance: 50 Ω Function of Output Signal: Square wave symmetrical Amplitude of Output Signal: 4 V p-p Output Range: 0, -10, -20 dB, -30 dB +/- 1 dB Amplitude Range: 10 % Rise Time: < 3 ns

ELECTRIC POWER and ENERGY Voltage Range: 0.2V to 240V Current Range: 2mA to 20A Power Range: 0.0004 to 4.8kVA Time Setting Range: 1.1 to 1999 sec. Frequency Range: DC, 40Hz to 400Hz

AC Power Accuracy: d P = √ ( dU2 + dI2 + dPF2 + 0.032) [%] DC Power Accuracy: P = √ ( dU2 + dI2 + 0.012 ) [%] Cos ϕ - Accuracy: dPF = (1 – cos (ϕ+dϕ)/cos ϕ) * 100 [%]

TEMPERATURE SENSORS (according to IST 90, PTS 68) RTD: Pt 1.385, Pt 1.392, Ni Temperate Range: -200 to +850 °C Range of RO: 20 Ω to 2 kΩ Temperature Accuracy: 0.07 °C to 0.4 °C

Thermocouples: Types, Ranges and Accuracy

THERMOCOUPLES RANGE (°C) -50 ... 0 0 ... 400 400 ... 1000 1000 ... 1770 R MAX. ERROR (°C) 3.2 2.1 1.4 1.7 RANGE (°C) -50 ... 0 0 ... 250 250 ... 1400 1400 ... 1770 S MAX. ERROR (°C) 2.7 2.1 1.7 2.0 RANGE (°C) 400 ... 800 800 ... 1000 1000 ... 1500 1500 ... 1820 B MAX. ERROR (°C) 2.9 1.8 1.6 1.8 RANGE (°C) -210 ... -100 -100 ... 150 150 ... 700 700 ... 1200 J MAX. ERROR (°C) 0.9 0.5 0.6 0.7 RANGE (°C) -200 ... -100 -100 ... 0 0 ... 100 100 ... 400 T MAX. ERROR (°C) 0.9 0.5 0.4 0.4 RANGE (°C) -250 ... -100 -100 ... 280 280 ... 600 600 ... 1000 E MAX. ERROR (°C) 1.6 0.4 0.5 0.5 RANGE (°C) -200 ... -100 -100 ... 480 480 ... 1000 1000 ... 1372 K MAX. ERROR (°C) 1.0 0.6 0.7 0.8 RANGE (°C) -200 ... -100 -100 ... 0 0 ... 580 580 ... 1300 N MAX. ERROR (°C) 1.2 0.7 0.6 0.8

CURRENT RANGE % from value+ µA FREQUENCY RANGE PHASE ERROR dφ [°] 2 mA - 20 mA 0.05 + 2 40 – 200 Hz 0.15 20 mA - 200 mA 0.05 + 10 200 – 400 Hz 0.25

200 mA - 2 A 0.05 + 100 2 A – 20 A 0.05 + 2000

RTD

TYP -200 to 250 oC 250 to 850 oC Pt100 0.1 oC 0.3 oC Pt200 0.1 oC 0.2 oC

Pt1000 0.2 oC 0.4 oC Ni100 0.07 oC - -

Sensor Types: DIN, US/JS, Ni Range of R0: 20 Ω to 2 kΩ

BUILD - IN MULTIMETER

ADDITIONAL SPECIFICATIONS Warm-up Time: 60 min. Ambient Pressure: 860 to 1060 HPa Working Temperature: 23 ± 10 °C Dimensions: 450 x 480 x 150 mm, Weight 22 kg Storing Temperature: 0 to 40 °C @ max. 80 % r.h. Supply: 230V, ± 10%, 50-60Hz, Reference Temperature: 23 °C ± 2 °C 250 VA at maximum load.

AUTOMATIC CALIBRATION with DIGITAL CAMERA

MULTIMETER

TYP RANGE ACCURACY RESOLUTION DC – Voltage (V) 0 ... ± 20V 0.01% + 300 µV 100µV / 20V

DC – Voltage (mV) 0 ... ± 2V 0.02% + 7µV 100 nA/20mA DC – Current 0 ... ± 25mA 0.015% + 300 nA 20mV / 100nV, 200mV / 1uV, 2V / 10uV

Frequency 1 Hz - 15 kHz 0.005% 20Ω / 1mΩ, 200Ω / 1mΩ, 2kΩ / 10mΩ Resistor 0 ... 2.5 kOhm 0.02% + 10 mΩ 10 µHz - 0.1 Hz

Temperature (Pt Sensor) -200 ... +850 °C 0.1 °C 0.01 oC

Temperature (TC Sensor) -250 ... +1820 °C 0.4 to 2.5°C 0.1 oC Strain Gauges *1 Sensor depending 0.05%+10µV+Sensor Error 100µV / 10V

Automatic Calibration of Multimeters by using optional Digital Camera and WinQbase Software. For calibration of multimeters with LCD display a digital camera is available. The LCD display of the multimeter is scanned by the camera and the measurements directly incorporated into the calibration software. By using WinQbase and Caliber Software an automatic calibration system with generation of calibration protocols can be achieved.


DC and AC Voltages DC and AC Currents Thermocouples RS232 and GPIB Ports High Precision Easy to use

Model OCM142i is a bus compatible multifunction calibrator for precise generation of DC and AC voltages and currents. It is mainly designed for calibration by manufacturers of electronic instrumentation. It also finds its application at laboratories, design and service departments as well as at institutions that have to frequently calibrate their equipment in accordance with their internal quality certification system. Apart of the DC and AC voltages and currents also thermocouples are simulated. OCM-142i is high accuracy and high stability instrument with easy operation, which can be used for the calibration of multimeters, analogue instruments, panelmeters, clamp amperemeters, hand held calibrators, thermometers, data-loggers, X-Y recorders, etc. VOLTAGE and CURRENT The calibrator’s main function is the generation of DC- and AC- voltage between 0 µV and 1000 V and DC- and AC- currents from 1µA to 30 A. The frequency range is program-able from 20Hz to 100kHz. By using

an optional output booster clamp amperemeters can be calibrated from 50 µA to 500A. The best accuracy for DC voltage is 0.0015%, for AC voltage 0.025%, for DC current 0.013% and for AC current 0.055%. The maximum frequency range is 20Hz to 100kHz sine wave. THERMOCOUPLES The calibrator can simulate DIN thermocouples R, S, B, J, K, T, E and N. The cold junction can be set with the keyboard directly as temperature in °C. The achieved accuracy is 0.4°C. OPERATION The instrument is operated via the keyboard at the front. The entry is supported by a large scale display with concentrated information. Standard functions are integrated which simplify the operation during the calibration, such as entry of the absolute and relative tolerances and error bands, calibration sequences, grounding terminals and other. Some of the keys are directly assigned to frequently used

functions. The instrument is equipped with RS232 and GPIB communication ports. The soft manager CALIBER and WinQbase are optionally available for operation under Windows and are designed for calibration of Multimeters. The use of the Digital Camera permits automatic calibration of Multimeters with LCD displays. EASY to USE There are additional functions available, which simplify the use of the instrument, such as program-ming the relativ deviation from the actual value of the selected input signal, displaying the output signal uncertainity, calibration procedures and many others.

The large scale LCD display shows the menu steps, the generated parameters as well as other additional information. Some of the keys are directly assigned to frequently used functions. The calibrator is compatible to Orbit Controls WinQbase and CALIBER systems.

Multifunction Calibrator 15ppm per Year OCM-142i

OCM-142-i is mainly dedicated for laboratory calibration of precision Instruments for measurement of electrical values.

Automatic Calibration of Multimeters by using the Digital Camera and the Caliber-WinQbase Software. For calibration of multimeters with LCD display a digital camera is available. The LCD display of the multimeter is scanned by the camera and the measurements directly incorporated into the calibration software. By using WinQbase and Caliber Software an automatic calibration system with generation of calibration protocols can be achieved.

SPECIFICATIONS The stated errors are defined for an ambient temperature of 23 ºC ± 2 ºC and after a warm-up time of 60 minutes. They contain the long time stability, the temperature coefficient, the load characteristics, the mains stability and the traceability to the national standards. The parameters are valid for 12 month. DC and AC VOLTAGE (sine) Voltage Range: 0 to 1000V Frequency Range: 20Hz to 100 kHz Resolution: 6.5 Digits

RANGE % of value + µV % of value + µV % of value + µV % of value + µV DC 20Hz – 10kHz 10kHz – 50kHz 50kHz – 100kHz

0 µV - 20mV 0.05+6µV 0.2+30µV 0.20 + 30µV 1.0 + 30µV 20mV - 200mV 0.0015+8µV 0.1+80 µV 0.15 + 120µV 0.3 + 120µV

200mV - 2V 0.0012+10µV 0.018+100µV 0.05 + 200µV 0.2 + 1000µV 2V - 20V 0.0010+50µV 0.018+1000µV 0.05 + 6000µV 0.2 + 10000µV

20V - 240V 0.0015+500µV 0.018+10mV - - --- 240V - 1000V 0.005+20000µV 0.03+200mV - - ---

DC and AC CURRENT (sine) Voltage range: 0 to 30 A Frequency range: 20 Hz to 10 kHz Resolution: 6.5 Digits

Option 140-50 current coil: Additional uncertainty of 0.3% from value has to be added to the specifications. The output current has to be multiplied by 25 or 50. THERMOCOUPLES to IST 90 and PTS 68

Range (°C) -50 ... 0 0 ... 400 400 ... 1000 1000 ... 1770 R Max. Error (°C) 2 1.5 0.9 1.0 Range (°C) -50 ... 0 0 ... 250 250 ... 1400 1400 ... 1770 S Max. Error (°C) 1.8 1.5 1.0 1.0 Range (°C) 400 ... 800 800 ... 1000 1000 ... 1500 1500 ... 1820 B Max. Error (°C) 1.9 1.1 1.0 0.9 Range (°C) -210 ... -100 -100 ... 150 150 ... 700 700 ... 1200 J Max. Error (°C) 0.6 0.4 0.3 0.4 Range (°C) -200 ... -100 -100 ... 0 0 ... 100 100 ... 400 T Max. Error (°C) 0.6 0.4 0.3 0.4 Range (°C) -250 ... -100 -100 ... 280 280 ... 600 600 ... 1000 E Max. Error (°C) 0.9 0.3 0.2 0.2 Range (°C) -200 ... -100 -100 ... 480 480 ... 1000 1000 ... 1372 K Max. Error (°C) 0.7 0.4 0.4 0.5 Range (°C) -200 ... -100 -100 ... 0 0 ... 580 580 ... 1300 N Max. Error (°C) 1.0 0.5 0.5 0.5

Further Specifications Warm-up time for full specs: 60 min. Storing Temperature: 0 to 40 °C max. 80% r.F. Working Temperature: 23 ± 10 °C Ambient Pressure: 860 to 1060HPa Reference Temperature: 23 °C ± 2 °C Dimensions: 450x480x150mm, 28 kg Supply: 115/230VAC, 250VA max.

% of value + µA % of value + µA % of value + µA % of value + µA RANGE DC 20Hz – 1kHz 1kHz – 5kHz 5kHz – 10kHz 1µA - 200µA 0.05 + 0.02 0.15 + 0.02 1 kHz - 5 kHz - - 200µA - 2mA 0.02 + 0.1 0.07 + 0.2 0.30 +0.22 0.50 + 1.4 2mA - 20mA 0.01 + 0.6 0.05 + 1 0.20 + 1 0.50 + 14

20mA - 200mA 0.01 + 6 0.05 + 10 0.20 + 10 0.50 + 140 200mA - 2A 0.015 + 100 0.05 + 100 0.20 + 100 - -

2A - 20A 0.02 + 2 000 0.10 + 6000 - - - - 20A - 30A [0.02 + 0.003* (I-20)] + 2000 [0.1 + 0.003* (I-20)] + 6000 - - - -


• For calibration of clamp meters up to 1000 A

• For industrial frequencies

• Option for OCM-130, OCM-140, OCM-140i, OCM-141 and OCM103

SPECIFICATIONS

OPTION 140-50 CURRENT COIL

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH orbitcontrols.ch

The OPTION 140-50 is a current booster with 25 or 50 windings designed for use with

calibrators OCM-130, OCM140, OCM-140i, OCM141 and OCM-103 for calibration of DC and

AC clamp meters with ranges to 500A and 1000A. The unique design minimizes the own

impedance, dimensions and the stray feeld. The coil is very compact and rugged. The

connection to the calibrator is via two connecting 20A cables. The position of the clamp

meter against the coil is shown in the drawings bellow.

Maximum input current 20 A / 5 min

Number of windings x 25, x 50

Basic Accuracy ± 0.3 % for DC current

± 0.3 % for AC current up to 100 Hz

Temperature range 5 oC to 40 oC

Weight aprox. 1,2 kg

Dimensions of the body 25 x 13 mm ( 25 windings) 24 x 26 mm ( 50 windings)

Please note: The frequency and the current ranges are limited by the load impedance of the application, due to the maximum voltage at the current output of the calibrator. The load impedance is determined by the impedance of the coil plus the impedance of the clamp meter with the connecting leads.

METER

Option 140-50

METER

Option 140-50

x50x25

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH orbitcontrols.ch

OPTION 140-50 CURRENT COIL

Wide Voltage Range 0 to 1000V DC/AC, Accuracy 0.01% Current Range 0 to 20A DC/AC, Accuracy 0.02% (OCM143) Current Range 0 to 2A DC/AC (OCM143) Sinusoidal and Non-Sinusoidal waveforms Up to 1000A with Current Booster for calibration of Clamp meters Firm Standard Resistors 10 Ohm to 100 MOhm Simulation of DIN Thermocouples R, S, B, J, T, E, K, N Simulation of RTD Sensors Data Ports RS232, Option IEEE488 OCM143/143-i Multifunction Calibrators are cost saving solutions for calibration of instrumentation for electric quantities up to 1000 V and 20A (2A with OCM143-i). They offer basic accuracy 0.01% in DC voltage ranges which is required for calibration of 4½ digit multimeters.

Firm eight resistors from 10 Ω to 100 MΩ are available for calibration purposes.

Temperature Sensors are simulated for DIN Thermocouples with automatic cold junction compensation. RTD Simulation of Pt and Ni is optionally available.

The junction is automatically compensated by internal Pt-1000. The accuracy for Thermocouples is between 0.1 and 2.7 ºC, for RTD (Option) between 0.1 and 0.2 ºC.

Te LCD display informs about the selected signal type and its magnitude, accuracy, menu parameters and the selection of the interface,

Interface RS232 or optional GPIB Interface Bus enable automated operation in remote mode. The Orbit Controls Software package CALIBER/ WinQbase can be used for automated calibration.

SPECIFICATIONS (Reference Temperature 20°C … 25°C) DC/AC SINE Wave Voltage

Voltage Range: 0.0000 mV - 1000.00 V DC, 1.0000 mV - 1000.00 V AC Internal ranges: 100 mV, 1 V, 10 V, 100 V, and 1000 V Resolution: 5½ digits Frequency range in AC mode: 1 mV - 10 V from 20 Hz to 2 kHz, 10 V - 1000 V from 40 Hz to 1 kHz Accuracy of frequency: 0.01% Resolution of frequency setting: 5½ digits

Multifunction Calibrators OCM143, OCM143-i

1000 V and 20 A

Voltage Accuracy DC Voltage AC Voltage

Range % of value + % of range Range % of value + % of range % of value + % of range

20.000 Hz-200.000 Hz 200.000 Hz-2000.00 Hz*1

0.0000 mV-10.0000 mV 0.050 + 0.070 1.0000 mV-10.0000 mV 0.20 + 0.25 0.20 + 0.30 10.000 mV-100.000 mV 0.010 + 0.0070 10.000 mV-100.000 mV 0.10 + 0.05 0.15 + 0.07 0.10000 V-1.00000 V 0.006 + 0.0010 0.10000 V-1.00000 V 0.05 + 0.005 0.07 + 0.03 1.0000 V-10.0000 V 0.006 + 0.0005 1.0000 V-10.0000 V 0.05 + 0.005 0.07 + 0.03 10.000 V-100.000 V 0.006 + 0.0010 10.000 V-100.000 V 0.05 + 0.010 0.07 + 0.03 100.00 V-1000.00 V 0.010 + 0.0020 100.00 V-1000.00 V 0.07 + 0.020 0.10 + 0.03

*1 voltage ranges 100V and 1000V from 40 Hz to 1kHz Auxiliary Parameters

*2 the parameter includes non-linear distortion and non-harmonic noise in frequency range to 100 kHz *3 Load Resistance > 50 Ohm in a frequency range 2kHz to 10kHz

NON-SINE Wave Voltage

Voltage range: 1.0000 mVp-p - 10.0000 Vp-p Waveform type: saw, triangle, square symmetrical, truncated sine Frequency range: 20.000 to 80.000 Hz, Accuracy 0.01% Accuracy of Frequency: 0.3 %

DC/AC SINE Wave Current

Current range summary: OCM143: 0.000 A - 20.000 A DC, 1.000 A - 20.000 A AC § OCM143-i: 0.000 µA - 2.000 A DC, 1.000 µA - 2.000 A AC Internal ranges: 200 µA, 2 mA, 20 mA, 200 mA, 2 A, 20 A Frequency range in AC mode: 20 Hz to 1 kHz, accuracy of frequency 0.01%

Current Accuracy DC Current AC Current

Range % of value + % of range Range % of value + % of range % of value + % z range

20.000 Hz-200.000 Hz 200.000 Hz-1000.00 Hz*3

0.000 A - 200.000 A 0.050 + 0.010 1.000 A-200.000 A 0.25 + 0.010 0.20 + 0.10 0.20000 mA - 2.00000 mA 0.025 + 0.005 0.20000 mA-2.00000 mA 0.10 + 0.010 0.10 + 0.02 2.0000 mA - 22.0000 mA 0.015 + 0.003 2.0000 mA-20.0000 mA 0.07 + 0.005 0.10 + 0.02 22.000 mA - 200.000 mA 0.015 + 0.003 20.000 mA-200.000 mA 0.07 + 0.005 0.10 + 0.02

0.2000 A - 2.0000 A 0.015 + 0.005 0.2000 mA-2.0000 A 0.10 + 0.005 0.15 + 0.05 2.0000 A - 20.000 A 0.1 + 0.01 2.0000 mA-20.000 A 0.20 + 0.015 0.25 + 0.05

*3 current range 20 A from 20 Hz to 500 Hz. Maximum loading time is 5 minutes. OCM143i has maximum output current 2A

Range 10mV 100mV 1V 10V 100V 1000V

THD*2 0,05% + 200 V 0,05% + 300 V 0,05% 0,05% 0,10% 0,15% Maximum Output Current 3 mADC *3

3 mAAC *3 5 mADC 5 mAAC

20 mADC 10 mAAC

50 mADC 50 mAAC

20 mADC 10 mAAC

2 mADC 1.5 mAAC

Output Impedance < 10 m < 10 m < 10 m < 10 m < 100 m < 100 m Maximum Capacitance Load 500 pF 500 pF 500 pF 500 pF 300 pF 150 pF

Auxiliary Parameters

Range 200 A 2 mA 20 mA 200 mA 2 A 20 A

Maximum inductive load 400 H 400 H 400 H 400 H 200 H 200 H Maximum compliance voltage (p-p) 2 V 2 V 2 VAC, 7 VDC 2 V 2 V 1.5 V

THD*3 0,15% 0,10% 0,10% 0,10% 0,20% 0,40% *3 The parameter includes non-linear distortion and non-harmonic noise in frequency range to 100 kHz

NON-SINE Wave Current Current range: 100.000 µAp-p – 2.000 00 Ap-p Waveform type: saw, triangle, square sym. truncated sine Frequency range: 20.000 to 80.000 Hz Amplitude accuracy: 0.3 % Frequency accuracy: 0.01 % RESISTANCE Number of resistances: 8 Range: 10 to 100 M Calibration value resolution: 5 dig Maximal test voltage: 50 V RMS or 0.1W, which is lower Type of connection: two-wire

Accuracy Nominal value () 10 100 1 k 10 k 100k 1M 10M 100M

Max. Calibration difference to nominal value (%) 5 1 0.5 0.5 0.5 0.5 1 5 Accuracy of calibration value (%) 0.03+25 m 0.05 0.02 0.02 0.02 0.05 0.05 0.5

TC and RTD*4 Temperature Simulation TC Sensor Types: R, S, B, J, T, E, K, N Temperature Range: -250.0 °C to +1820.0 °C depending on type Cold Junction Compensation: -5.0 °C to 50.0 °C with external temperature sensor Compensation Accuracy: 0.2 °C RTD Sensor Types: Pt 1.385, Pt 1.392, Ni Temperature Range: -200.0 °C to +850.0 °C depending on sensor type Range of R0: 100 to 1000 Type of Termination: Four Wire Temperature Scale: IPTS68, ITS90 Temperature Units: °C, °F Resolution of Temperature Setting: 0.1 °C/°F Accuracy

TC sensor simulation RTD sensor simulation *5

Thermocouple Type Temperature Range [oC]

Uncertainty [oC]

Temperature Sensor

Temperature Range [oC]

Uncertainty [oC]

R -50.0 to +1767.0 1.2 to 2.5 Pt100 - Pt200 -200.0 … 0.0 0.2

S -50.0 to +1767.0 1.5 to 2.2 Pt100 - Pt200 0.0 … 850.0 0.1

B 400.0 to +1820.0 1.3 to 2.7 Pt200 - Pt1000 -200.0 … 0.0 0.1

J -210.0 to +1200.0 0.3 to 0.9 Pt200 - Pt1000 0.0 … 850.0 0.1

T -200.0 to +400.0 0.3 to 0.9 Ni100 - Ni200 -60.0 … 0.0 0.2

E -250.0 to +1000.0 0.2 to 1.7 Ni100 - Ni200 0.0 … 300.0 0.1

K -200.0 to +1372.0 0.4 to 0.8 Ni200 - Ni1000 -60.0 … 0.0 0.1

N -200.0 to +1300.0 0.5 to 1.3 Ni200 - Ni1000 0.0 … 300.0 0.1 *4 RTD sensor simulation is optionally available *5 Specifications valid for four-wire termination

TO ORDER OCM143 Multifunction Calibrator 1000V/20A with RS232 interface OCM143 RTD Multifunction Calibrator 1000V/20A with RS232 interface and RTD option 143-60 OCM143 GPIB Multifunction Calibrator 1000V/20A with RS232/GPIB interface OCM143 GPIB/RTD Multifunction Calibrator 1000V/20A with RS232/GPIB interface and RTD option143-60 OPTIONS upon extra order Option 140-50 Current Coil

Frequency Output Waveform type: positive 5Vpk /50 Ohm (TTL) Amplitude accuracy: 10 % Frequency range: 0.100 0 Hz to 2.000 00 MHz Frequency accuracy: 0.01 % General Specifications Reference temperature range: 23 °C ± 2 °C (for above shown uncertainties) Relative humidity: <80 % to 30 °C, <70 % to 40 °C, <40 % to 50 °C Temperature coefficient: In extended temperature range +5 °C to +40 °C multiply uncertainty parameters 0.15x / °C Absolute Accuracy Definition: The specifications include stability, temperature coefficient, linearity, line and load

regulation and traceability with factory standards used for calibration. Specification confidence interval: 99 % Safety standards: Complies with EN/IEC 61010-1:2001 Temperature Ranges: working: +10 °C … +40 °C, storing: - 20 °C … +50 °C Power supply: 115/230V - 50/60 Hz, 250 VA max. Dimensions (W x H x D): 325 x 111 x 316 mm, weight 9kg

Presence of dangerous voltage over 100 V at the output terminals is indicated with „ ” at the display and with beeping.

AC/DC maximal output current is 20 A. Continuous Output Current in ranges 10 to 20 A is timely limited.

Two temperature scales PTS68 and ITS90 and two Pt-Sensors PT 1.385 and PT 1.392 can be selected.

Re-Calibration of OCM143 is simple and user-friendly. Access to calibration values is protected with a password.

Option 140-50 Current coil with multiplying coefficient x25 and x50 is used for calibration of clamp amperemeters up to 1000 A at 50/60 Hz.

Option 143-60 Cable adapter is designed for simulation of RTD temperature sensors. Option 143-60 is included in the delivery when the RTD Simulator is ordered.

External temperature sensor Pt1000 can be used for automatic compensation of cold junction of simulated thermocouple sensors. It is included in the standard delivery.

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH © orbit controls 21603 [email protected]


Three Phase Calibration to 280VDC and up to 600VAC Currents 30A DC/AC up to 90A DC/AC in one phase configuration Harmonic and Interharmonic Distortion Power VA, W or VAr cos selectable Energy kVAs, kWs, kVArs

Phase Adjustment 0 to 360º Frequency Range 15 to 1000 Hz IEEE 488, RS232, Ethernet Internal Own Calibration Constants Economical Single Phase Model OCM 133C is a bus compatible three-phase calibrator for precise calibration of power and energy measuring electronic instruments, voltage and ampere meters, phase meters, integrators, power transmitters, mains analyzers and many other. It also finds its application at laboratories, design departments and service departments as well as at institutions, which have to frequently calibrate their equipment in accordance with their internal quality certification system. The main function of the calibrator is the generation of AC and DC electric power in ranges to 280VDC (600VAV) and 30 A in each of the three phases. The accuracy of the power generation is 0.05%. For calibration of clamp Amperemeters up to 1500A an optional current coil is available. By using the cable adapter the three current outputs can be linked into one output adjustable from 0.1A to 90A. OCM133C includes additional functions for calibration of Mains Analyzers. The settings contains the selection of Harmonic and Interharmonic Distortions, fluctuation of harmonic

signals, modulation with periodical signals, flicker signals, ramps, profiles and many others. Extensive software permits very simple and clear selection of values, menu parameters and test steps. All parameters and signals can manually be entered from the keyboard or from IEEE488, RS232 or Ethernet Ports. The Parameters, Information, Test and Calibration Steps are clearly visible at a TFT color display. The internal calibration software is locked with a password and permits the calibrator own recalibration with internal constants stored during the factory production. OCM133C includes functions witch simplify calibration and tests of three phase transducers with current or voltage signal outputs. Currents up to ±25mA and voltage up to ±12V can be measured with the internal Multimeter with accuracy of 0.015%. The deviation of the measured signal is simultaneously shown at the display.

Three Phase Power and Energy Calibrators OCM133C and OCM133C-i

Model OCM133C-i does not permit Generation of Harmonic and Interharmonic Signals.

For One Phase applications only one current and one voltage channel can be assembled. This more economical version can be enlarged at any later time for all three Phases.

SPECIFICATIONS

DC and AC VOLTAGE The voltage setting has accuracy of 5.5 digits Output: 1V to 280V DC, 1V to 600V AC Frequency Range: DC, AC from 15Hz to 1000Hz. Frequency Accuracy: 0.005%. (50/60Hz can be mains synchronized) Frequency Resolution: 0.001 Hz (< 40Hz), 0.01 Hz (> 40 Hz) Distortion: 0.05% (Distortion of the output signal) DC and AC Voltage (Sinewave)

Range % of value % of range

Max. burden (mA)

% of value + % of range

Max. burden (mA)


Max. burden * (mA)

DC 15 - 40 Hz

400 - 1000 Hz 40 - 70 Hz

1.0000 - 10.0000 V 0.015 + 0.01 100 0.02 + 0.01 100 0.015 + 0.01 100 10.0001 – 30.0000 V 0.015 + 0.01 200 0.02 + 0.01 200 0.015 + 0.01 200 30.001 – 70.000 V 0.015 + 0.01 200 0.02 + 0.01 200 0.015 + 0.01 300 70.001 – 140.000 V 0.015 + 0.01 200 0.02 + 0.01 200 0.015 + 0.01 300 140.001 – 280.000 V 0.015 + 0.01 150 0.02 + 0.01 150 0.015 + 0.01 200

280.001 – 600.000 V** -- -- 0.03 + 0.01 50 0.02 + 0.01 60 * the sum of all currents (three phases) is limited to 400mA ** only fundamental harmonic in range over 280Vac, frequency range 20 - 1000 Hz DC and AC CURRENTS (Sinewave) The current setting has accuracy of 5.5 digits Output: 8mA to 30A, max. Frequency Range: DC, AC from 15Hz to 1000Hz. Frequency Accuracy: 0.005%. (50/60Hz can be mains synchronized) Frequency Resolution: 0.001 Hz (< 40Hz), 0.01 Hz (> 40 Hz) Distortion: < 0.1% (Distortion of the output signal) DC and AC Current (Sine)

Range % of value + % of range

Max. Voltage

(V)



Max. Voltage (V)

Max. Voltage (V)

DC DC 15 - 40Hz

70 - 1000Hz 40 - 70

Hz 15 - 400

Hz 400 - 1000

Hz

0.008000 - 0.300000 A 0.025 + 0.01 8 0.03 + 0.02 0.025 + 0.01 5.5 3.5 0.30001 - 1.00000 A 0.025 + 0.01 8 0.03 + 0.02 0.025 + 0.01 5.5 3.5 1.00001 - 2.00000 A 0.025 + 0.01 8 0.03 + 0.02 0.025 + 0.01 5.5 3.5 2.00001 - 5.00000 A 0.025 + 0.01 5 0.03 + 0.02 0.025 + 0.01 3.5 3.5 5.0001 - 10.0000 A 0.03 + 0.015 5 0.04 + 0.02 0.03 + 0.015 3.5 3.5 10.0001 - 30.0000 A 0.035 + 0.015 5 0.05 + 0.02 0.035 + 0.015 3.5 3.5

I* is the selected Current in A. Additional Inaccuracy of 0.3% has to be added when Current Coil Option 140-50 is used (Multiplication by 50).

Phase Range: 0 ... 360º settable in 0.01º Steps Frequency Range: 15-1000Hz Resolution: 0.01º cos Range: -1.00...+1.00 Resolution: 0.001 Error: dPF = (1-cos(φ+dφ)/cos(φ) (-)) Phase shift accuracy φ (internal synchronization)

DC and AC POWER The accuracy of the Power is calculated from the Voltage, the Current and the Phase: Active Power [W] dP = √ (dU2 + dI2 + dPF2 + 0.012) [%] Reactive Power [VAr] dP = √ (dU2 + dI2 + dPF2 + 0.012) [%] Apparent Power [VA] dP = √ (dU2 + dI2 + 0.012) [%] Whereas: dP Uncertainty of Power [%] dU Uncertainty of Voltage setting [%] dI Uncertainty of Current setting [%] dPF Uncertainty of Phase setting (cos φ) [%] DC Power Range: 0.008 W to 8400 W (280 kW with current coil option 140-50) Units: W

DC electric power accuracy (%) *

Current range Voltage range

1 V - 10 V 10 V - 30 V 30 V - 70 V 70 V - 140 V 0 V – 280 V

8 mA - 5 A 0.044 0.044 0.044 0.044 0.044 5 A - 10 A 0,052 0,052 0,052 0,052 0,052 10 A - 30 A 0,057 0,057 0,057 0,057 0,057

* The Table shows the best accuracies.

Frequency (Hz) Current (A) Accuracy d (°) 15.000 – 70.000 0.1 - 10 0.02

15.000 – 70.000 0.008 – 0.099999 10.0001 - 30 0.05

70.001 – 400.000 0.008 - 30 0.1 400.001 – 1000.00 0.008 - 30 0.4

AC Power Total range: 3x(0.008 VA to 18 kVA (900 kVA with current coil option 140-50)) Frequency: 15-1000 Hz Units: W, VA, VAr

DC and AC ENERGY Range: 1V to 280V DC ( 600V AC ) Time Setting: 1 sec. to 10 000 sec. 8mA to 30A Resolution: 0.1 sec. cos φ: -1.00 … +1.00 Accuracy: 0.01% + 0.1 sec. HARMONIC and INTERHARMONIC SIGNALS (H/I Mode) - only OCM133C Harmonic and Interharmonic Distortion *1 H/I) Carrier – First Harmonic (FA): 15 Hz to 1000 Hz FA Amplitude Accuracy: 0.2% from Range Range of Harmonic Products: 30 Hz to 5 kHz Range of Interharmonic Products: 15 Hz to 1 kHz Max. Number of Harmonics: 50 Max. Number of Interharmonic: 1 Frequency Accuracy: 0.005% Amplitude Range of H/I: max. 30% from RMS Output Amplitude Resolution of H/I: 0.001% Noise and Distortion: < - 60 dB

AC electric power accuracy (%) for PF = 1.0 f = 40 – 70 Hz

Current range Voltage range 1 V - 10 V 10 V - 30 V 30 V - 70 V 70 V - 140 V 140 V - 280 V 280 V - 600 V

8mA –100mA 0,061 0,061 0,061 0,061 0,061 0,063 100mA –5 A 0,044 0,044 0,044 0,044 0,044 0,047 5 A – 10 A 0,052 0,052 0,052 0,052 0,052 0,055

10 A - 30 A 0,057 0,057 0,057 0,057 0,057 0,059 AC electric power accuracy (%) for PF = 0.8 f = 40 – 70 Hz


8mA –100mA 0,091 0,091 0,091 0,091 0,091 0,090 100mA –5 A 0,051 0,051 0,051 0,051 0,051 0,054 5 A – 10 A 0,059 0,059 0,059 0,059 0,059 0,061

10 A - 30 A 0,087 0,087 0,087 0,087 0,087 0,088 AC electric power accuracy (%) for PF = 0.5 f = 40 – 70 Hz


8mA –100mA 0,160 0,160 0,160 0,160 0,160 0,160 100mA –5 A 0,075 0,075 0,075 0,075 0,075 0,077 5 A – 10 A 0,080 0,080 0,080 0,080 0,080 0,082

10 A - 30 A 0,160 0,160 0,160 0,160 0,160 0,160

Amplitude Accuracy of H/I products

Modulation, Flicker *1 Carrier Frequency Range: 15 Hz to 1000 Hz Range of Harmonic Products: 30 Hz to 5 kHz Frequency Range of Modulation: 0.001 Hz to 50 Hz Modulation Depth: 0 to 30% Accuracy of the Modulation Depth: 0.001% Accuracy of Signal RMS Value: 0.2% from Range Form of the Modulation Signal: Sine, Rectangle Ratio: 1 to 99% Accuracy of the Modulation Depth: 0.2% Dip/Swell *1 Timing AC voltage range: 0.1 V … 280 V t1 range: 0 s … 60 s AC current range: 1 mA … 30 A t2 range: 0.1 ms … 60 s Amplitude uncertainty: 0.2 % of range *2 t3 range: 2 ms … 60 s Frequency range: 15 Hz … 1 kHz t4 range: 0.1 ms … 60 s t5 range: 0 s …60 s *1 available only for OCM133C. *2 range is defined according to the highest level of generated signal *3 t1 + t5 > 2 ms MULTIMETER

ADDITIONAL SPECIFICATIONS Warm Up Time: 60 min. Operating Temperature: 23 ± 10 ⁰C Storage Temperature: -10 to 55 ⁰C @ r.H. < 90 % Reference Temperature: 23 ± 2 ⁰C Temperature Coefficient: 10% of Specs/⁰C above Ref. Temperature Dimensions: 500x520x430mm, 59kg Supply: 115/230V - 50/60 Hz Power requirement: max. 1500 VA Security Class: I according to EN 61010-1

Ranges % of range % of range 30 - 3000 Hz 3000 - 5000 Hz

1.0000 - 10.0000 V 10.0001 - 30.0000 V

30.001 - 70.000 V 70.001 - 140.000 V

140.001 - 280.000 V

0.1 0.2

0.008000 - 0.300000 A 0.30001 - 1.00000 A 1.00001 - 2.00000 A

0.1 0.2

2.00001 - 5.00000 A 5.0001 - 10.0000 A 0.2 0.4

10.0001 - 30.0000 A 0.2 0.8

Function Range Accuracy Resolution DC voltage 0 to ±12V 0.01% Value + 0.01% Range 100μV DC current 0 to ±25 mA 0.01% Value + 0.01% Range 100 nA Frequency 1 Hz to 15 kHz 0.005 % 10 μHz - 0.1 Hz

ORBIT CONTROLS AG Zürcherstrasse 137 CH – 8952 Schlieren/ZH Tel: +41 44 730 2753 [email protected] www.orbitcontrols.ch © orbit controls 201504



AC and DC Currents 8mA to 120A, max. 8Vp-p Frequency Range 16Hz to 1kHz Best Accuracy 0.035% Simulated Current and Transconductance Amplifier Build-in Multimeter GPIB Data Bus OCM151 is high precision Current Calibrator for DC and AC Currents from 8mA to 120A within a frequency range 15Hz to 1000Hz with a basic accuracy of 0.035%. The calibrator can operate in a simulated amplifier mode to increase current ranges of any multifunction calibrator. OCM151 is suitable for calibration of power meters since it can be synchronized with external signal in amplitude, frequency or phase. The current terminals are isolated up to 450 Vp-p against case (protective earth). OCM151 is a sophisticated instrument with its own software recalibration procedure which permits to adjust any deviation directly from the front panel. The Calibrator is designed for checking parameters of ampere meters. With current coil it can be used for calibration of clamp meters. Setting of the parameters can be done from the keyboard, RS232 or GPIG data bus. GENERAL SPECIFICATIONS Warm-up Time 15 minutes Isolation 450V p-p Outputs against the cabinet Distortion < 0.1% Frequency Accuracy 0.005% Frequency Resolution 0.001Hz below 500Hz 0.01B above 500Hz Frequency Synchronizing internal, external or from mains Simulated Amplifier 0.5 … 10 A / V (Transconductance Amplifier) 50 … 1000 A / A (Current Amplifier) Control RS232, IEEE488 (SCPI) Supply 115/230VAC, 50/60Hz Temperature Reference Temperature 20 … 26°C Working Temperature 5 … 40°C Storage Temperature -10 … 55°C Dimensions 538 x 283 x 540mm (W x H x D) Weight 42kg

AC and DC Current Calibrator OCM-151


TECHNICAL DATA 1 year accuracy, reference temperature DC Current

AC Current

Content of delivery Options OCM151 Calibrator GPIB cable Owner’s Manual, Calibration Sheet, Caliber - Software for calibration of Instruments Warranty Sheet, RS232 cable

www.orbitcontrols.ch

Range (A)

% from value + % from range

Max. voltage (V)

0.008000-0.300000 0.025 + 0.01 8 0.30001-1.00000 0.025 + 0.01 8 1.00001-2.00000 0.025 + 0.01 8 2.00001-5.00000 0.025 + 0.01 5 5.0001-10.0000 0.03 + 0.015 5

10.0001-30.0000 0.035 + 0.015 5 30.0001-60.0000 0.035 + 0.015 5 60.0001-120.0000 0.035 + 0.015 5

Range (A)



Max. voltage (V rms)

Max. voltage (V rms)

40 - 70Hz 15 - 40 Hz 70 - 1000 Hz 15 - 400 Hz 400 - 1000 Hz

0.008000-0.300000 0.025 + 0.01 0.03 + 0.02 5.5 3.5 0.30001-1.00000 0.025 + 0.01 0.03 + 0.02 5.5 3.5 1.00001-2.00000 0.025 + 0.01 0.03 + 0.02 5.5 3.5 2.00001-5.00000 0.025 + 0.01 0.03 + 0.02 3.5 3.5 5.0001-10.0000 0.03 + 0.015 0.04 + 0.02 3.5 3.5

10.0001-30.0000 0.035 + 0.015 0.05 + 0.02 3.5 3.5 30.0001-60.0000 0.035 + 0.015 0.05 + 0.02 3.5 3.5

60.0001-120.0000 0.035 + 0.015 0.05 + 0.02 3.5 3.5

Recalibration Simulated Transconductance Amplifier AC Current Output

OPTION OCM151-25 CURRENT COIL

* For Calibration of Clamp Amperemeters up to 3000A AC or DC

* For industrial Frequencies

* Option for OCM-133C and OCM151

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH orbitcontrols 21308 www.orbitcontrols.ch


SPECIFICATIONS

Option OCM151-25 is a current coil with 25 Windings. It is designed for use with Orbit Controls Calibrators OCM151 and OCM133C for calibration of AC and DC current clamp amperemeters up to 3000A. The unique construction minimizes the own impedance, the stray field and the middle column of the core. The coil is compact and stable and is connected to the current source with special flat cables minimizing the voltage drop.

WARNING

To prevent possible electrical shock, fire, or personal Injury:

- Use the Product only as specified and described. - Do not connect the Coil to voltages larger than 5Vrms against GND. - Do not touch the Coil while is use. - Do not use if damaged. High Voltage Important information – see the manual High Temperature Dispose properly

Maximum Current 120 A

Number of Windings x 25

Accuracy 0.3 % for DC Current

0.3 % for AC Current to 100 Hz

Temperature Range 5 oC to 40 oC

Weight approx. 4 kg

Dimensions 30 x 44 mm Note: The current and frequency ranges can be limited by exceeding the maximum values of the compliance voltage. The load impedance is determined by the combination of the current coil impedance and magnetic coupling of amperemeter clamp including the connection cables.

Operating Instructions The Current Coil must be used with connected power supply adapter 12V DC which is the part of delivery. The build-in fan assures cooling also when large currents are applied. The red LED indicates thermal overload, when the temperature exceeds the secure limit. The coil has to be switched-off from the current source immediately and cooled down by the build-in fan. It is recommended to use the supplied connection flat cables which minimize the voltage drop. The clamp amperemeters operates on a principal of current transformation with various levels of magnetic coupling between the primary and the secondary circuits. This results in a certain dependency on the relative position of the coils and amperemeter. The specified accuracy is guaranteed only if the amperemeter is used in accordance with manufacturer's instructions and the clamp is placed in the centre of the core, as show below.

Option 151-25Option 151-25

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH orbitcontrols 21308 www.orbitcontrols.ch


Orbit Controls AG, Zürcherstrasse 137, CH - 8952 Schlieren / Schweiz I Tel: +41 44 730 2753, www.orbitcontrols.ch © OC201704

DC Voltage up to 100.0000 V, 20 ppm DC Current up to 50.0000 mA, 50 ppm Full Accuracy from 13°C to 33°C Resistance Range 10 Ω to 300 kΩ Thermocouples R, S, B, J, T, E, K, N RTD Sensors Pt, Ni (Option) Frequency 0.01 Hz to 15 kHz, 50 ppm Frequency Meter 0.01 Hz to 100 kHz. RS232, Option: USB, Ethernet, IEEE488 Rapid Value change for dynamic applications OCM160 is a precision source of DC voltages and currents, Resistor, Frequencies, RTD Sensors and Thermocouples. Very high accuracy of 20 ppm/year at voltage ranges and 50 ppm at currents as well as wide range of reference temperature are the main features of OCM160. OCM160 is suitable for calibration and test of electric and electronic instruments during design, production or external field usage. It also permits high accuracy

simulation of RTD Temperature Sensors and Thermocouples. The display informs about generated or measured parameters, momentary accuracy, data ports and menu parameters. The basic version has RS232 data port. GPIB, LAN and USB are optionally available Internal calibration procedure permits recalibration from the front panel keyboard.

SPECIFICATIONS

DC Voltage

Range / Resolution Accuracy Max. Load

0.0000-300.0000 mV 20 ppm+3 μV 50 mA 0.00000-3.000000 V 20 ppm+20 μV 50 mA 0.00000-30.00000 V 20 ppm+200 μV 50 mA 0.0000-100.0000 V 20 ppm+1 mV 25 mA

DC Current

Range / Resolution Accuracy Max. Load

0.0000-25.0000 mA 50 ppm+1 μA 100 V 0.0000-50.0000 mA 50 ppm+1 μA 30 V

Frequency Output

Range / Resolution Accuracy

10.0000 - 200.0000 mHz 50 ppm 200.001 - 2000.000 mHz 50 ppm

2.00001 - 20.00000 Hz 50 ppm 20.0001 - 200.0000 Hz 50 ppm

200.01 – 2000.00 Hz 50 ppm 2.0001 – 4.0000 kHz 100 ppm 4.001 – 10.000 kHz 600 ppm

10.01 – 15.00 kHz 1500 ppm Output: Open Collector, max. load 30V/50mA or

external Pull-Up resistor to +5V

Precision DC Process Calibrator OCM160

100 V - 50 mA

Internal Frequency Meater Frequency Range: 10 mHz to 100 kHz Frequency Resolution: 5½ Digits Accuracy: 50 ppm


Orbit Controls AG, Zürcherstrasse 137, CH - 8952 Schlieren / Schweiz I Tel: +41 44 730 2753, www.orbitcontrols.ch © OC201704

SIMULATION Thermocouples Simulation Thermocouples R, S, B, J, T, E, K, N Resolution 0.01 °C Accuracy 0.1 – 0.8 °C Cold Junction 0.02 °C RTD Simulation (only with OCM160) RTD Types Pt-100 … Pt-1000, Ni-100 … Ni-1000 Resolution 0.01 °C Accuracy 0.1 – 0.2 °C True Resistance Decade (only with OCM160) Resistance Range 10 Ω - 300 kΩ, 2W or 4W termination Resolution up to 0.0001 Ω Accuracy 0.02 % General Information Reference Temp. 23 °C ± 10 °C Operating Temp. +5 °C … 45 °C Storage Temp. -10 °C … 55 V Remote Control RS232. Option: IEEE488, LAN, USB Power Supply 115/230V - 50/60 Hz, 60 VA max. Dimensions 390 x 128 x 310 mm (W x H x D) Weight 5.5 kg

How To Order Data Ports OCM160-V1xxx RS 232 OCM160-V2xxx RS232, LAN, USB, GPIG Function OCM160i-Vxxxx U, I, T/C, Freq. OCM160-Vxxxx U, I, T/C, Freq., RTD, R Housing OCM160-Vxx0x Table Version OCM160-Vxx1x 19” Module 3HE Option 91 Cold Junction Compensation for T/C

Voltage Temperature

Menu Recalibration


Isolation Tester - Calibrator OCM191

Resistance Range 50 kΩ to 1 TΩ Voltage applied from 50V to 10kV kV internal Meter Monitor Function for Short Circuit Current Measurements Calibration of Dielectric Absorption and Polarisation Accuracy 0.1 % to 5% Keyboard, RS 232 or IEEE488 19“ Option

OCM191 is a high voltage resistance decade for calibration of Teraohmmeters, Megaohmmeters, Isolation Measuring Instruments and Instruments for verification of Revision Instruments with resistance ranges up to 1TΩ. It permits up to 10kV voltage for be applied. The calibrator can be operated from the front panel keyboard or from data ports RS232 or GPIB. The basic unit is the programmable high resistance decade with additional circuitry permitting measurements of DC voltage and short currents calibration as well as the calibration of Dielectric and Absorption Parameters such as Polarizing Index (PI), Dielectric Absorption Ratio (DAR) and Polarization Ratio (PR). OCM191 permits also verification of Timer Function of Security Tester, Isolation Instruments, HIPT Tester and other within the resistance range from 10kΩ to 1TΩ. The resistance can be set with 4,5 digits resolution and accuracy of 0.1% to 5%. The output can be loaded between 50V and 10kV, depending on selected resistance values. The high accuracy and the possibility of remote control permit applications in laboratories, automatic calibration lines, service departments and design centre. 3HE module is optionally available for 19” rack.

FUNCTIONS and READINGS HVR High Resistance Decade The basic function is High Resistance Source generation from 10 kΩ to 1 TΩ with 4 digit resolution. The resistors can be switched with up to 3kV voltage applied and with up to 10kV voltage disconnected during switching.

Display Readings - Set resistance value in Ω - Maximum safe test voltage - True applied test voltage - Calculated Test Current - Accuracy in % of the selected resistance

HVC High Voltage Capacitance In this function three build-in high voltage capacitors 10nF, 50nF or 100nF can be connected to the output terminals. This function can be used for calibration of Megaohmmeters and Insulation Testers which can also measure capacitance. The maximum testing voltage is 5kVDC. Display Readings - Calibration value of the selected capacitor - Maximum allowed DC test voltage - True measured applied voltage - Capacitance Accuracy in %

SHORT Short Current Measurement This function can be used for verification of short current capability. The Calibrator measures the DC current sourced by the tested instrument in a range from 0 to 5mA with a resolution to five digits. The input resistance is 2.5 kΩ. Display Readings - Measured short current in mA - Accuracy of the measured value in %.

TIMER Timer Function Timer Function permits verifying the Timer features of Safety Testers, Isolation Meters and Megaohmmeters. The Calibrator measures the time interval of the test voltage generated by the unit under test. During the measurement the calibrator goes automatically through sequences: OFF, STANDBY, RUNNING, OFF. During this sequence the calibrator automatically connects a resistance of 100 MΩ to the output terminals. This value can be free selected upon demand. Display Readings - Measured time in seconds. - Maximum DC test voltage stored during the measurement. - Test voltage at the output terminals - Accuracy of the time measurement

DPP & PSP Dielectric and polarization parameters This function permits the direct calibration of Dielectric and Absorption Parameters, Polarization Index or Polarization Ratio. The principal of operation is in switching of predefined resistance values in selected time intervals to the output terminals. Display Readings - Parameters DAR, PR, PI - Basic resistance level R0 can be set 10 MΩ to 100 GΩ. - Coefficient from 0.5 to 99.9.

The DPP function contains time sequences defined by the DAR/PR/PI parameters. The PSP function is programmable by the operator. The resistance can be set from 10 MΩ to 100 GΩ, the sequences from 0 to 9999 s. SPECIFICATIONS The stated accuracies include long-term stability, temperature coefficient, linearity, load and line regulation and the traceability of factory and National C0alibration Standards. Specified accuracy is valid after one hour warm up at the temperature 23 ± 2 ºC. Specified accuracy lasts for 12 month. Function HVR - High Resistance Decade Total resistance range: 10.00 kΩ to 1000.0 GΩ Accuracy in grounded mode (G) and floating mode (F):

Resistance Range Ω

Accuracy in G-Mode*

%

Accuracy in F-Mode*

%

Maximum DC Test

Voltage***

Typical Voltage

Error ppm/V

Test Voltage

Accuracy

Test Currant Range

Test Current Accuracy

10.00k - 99.99k 0.2 0.2 65V < 0.05 0.5 %+10 V 10 mA 0.7 %+100 µA

100.0k - 999.9k 0.1 0.1 315V < 0.05 0.5 %+10 V 2.5 mA 0.7 %+10 µA

1.000M - 9.999M 0.1 0.1 1 250V < 0.05 0.5 %+10 V 1 mA 0.7 %+1 µA

10.00M - 99.99M 0.1 0.1 5 000V < 0.05 0.5 %+10 V 500 µA 0.7 %+100 nA

100.0M - 499.9M 0.2 0.2 10 000V < 0.05 0.5 %+10 V 100 µA 0.7 %+20 nA

500.0M - 999.9M 0.2 0.2 10 000V < 0.07 0.5 %+10 V 20 µA 1 %+10 nA

1.000G - 9.999G 0.5 0.5 10 000V < 0.15 0.5 %+10 V 10 µA 1.5 %+1 nA

10.00G - 19.99G 1.0 1.0 10 000V < 0.15 0.5 %+10 V 1 µA 1.5 %+500 pA

20.00G - 99.99G 1 2 10 000V < 0.20 0.5 %+10 V 500 nA 2 %+100 pA

100.0G - 299.9G 2 3 10 000V < 0.20 0.5 %+10 V 100 nA 5 %+20 pA

299.9G - 1000.0G 5 6 10 000V < 0.20 N/A** N/A** N/A**

* Accuracy is valid for reference temperature 23+/-2 °C and RH < 50%. ** Test voltage Voltmeter Function is not available from 299.9 GΩ to 1 000 GΩ. *** Maximum measured DC test voltage is 5% over the specified range

Additional Functions and Parameters Function SHORT Short test current verification Current range: 0.000 – 5.000 mA DC Input resistance: 2700 Ω nom. Short test current accuracy: 0.2% + 5 uA Function TIMER verification of the Timer feature Range of the timer: 1 s to 9 999 s Timer accuracy: (0.3+0.0001* t) t =elapsed time in seconds. Threshold voltage: < 100 V DC, Maximum test voltage: 10 kV DC + 5% over range Output resistance: 100 MΩ Test voltage indication: 0 to 10 kV DC with suppressed reading below 50 VDC Test voltage accuracy: 0.5 % + 10 V Max. test voltage hold function: to 11 kV DC Function PSP programmable simulation of polarization parameters Number of switching steps: 4 Resistance range: 10.00 MΩ to 100.00 GΩ Maximum allowed test voltage: 3 kV DC Maximum period setting: 9 999 s Function DPP Dielectric and Polarization Parameters Resistance range: 10.00 MΩ to 100.00 GΩ Maximum allowed test voltage: 3 kV DC Maximum period setting: 9 999 s Preset parameters: Polarization index (PI)

Dielectric absorption ratio (DAR) Polarization ratio (PR)

Function HVC High voltage capacitance

Capacitors: 10, 50, 100 nF firm values Tolerance: ± 10 % Calibration uncertainty: 0.3 % + 200 pF Maximum test voltage: 5 kV DC + 5% over range Test voltage indication: 0 to 5 kV DC with suppressed indication bellow 50 VDC Test voltage accuracy: 0.5 % + 10 V General Specifications Warm up time: 15 minutes Operating temperature: 23 ± 10 ºC, Relative humidity < 70% Reference temperature: 23 ± 2 ºC, Relative humidity < 50 % for resistance range from 10 kΩ to 1 000 GΩ Relative humidity < 70 % for resistance range from 10 kΩ to 10 GΩ Temperature coefficient: Additional resistance uncertainty due to temperature coefficient for

temperature outside of Tcal ±2°C: +13 °C to +33 °C add 0.1 x specified accuracy /°C at a ref. temperature

Humidity coefficient: Additional uncertainty due to humidity coefficient in range 50 to 70 % RH: - 0.15 x specified accuracy / % RH for range 10.00 GΩ to 1 000.0 GΩ - 0.05 x specified accuracy / % RH for range 100.0 MΩ to 9.99 GΩ - 0.02 x specified accuracy / % RH for range 10.00 kΩ to 99.99 GΩ Storage temperatures: -10 ºC to +55 ºC Dimension: 450 (W) x 430 (D) x 150 (H) mm Netto weight 12 kg Power line: 110/115/120/125 - 220/230 V – 50/60 Hz, 40 VA Safety class: I according to EN 1010-1

ORBIT CONTROLS AG Zürcherstrasse 137 Tel.: +41 44 730 2753 CH-8952 Schlieren ©orbitcontrols 201506 www.orbitcontrols.ch

Programmable AC/DC Load OCM192, OCM192A

Resistance Range from 15 Ohm to 300 kOhm Maximum Load 3 kW Maximum Voltage 250 V RMS Accuracy 0.1 % Temperature Coefficient < 10 ppm/K Two or Four Wire Termination Keyboard, RS 232 or IEEE488 19“ Rack Mount

OCM192 and OCM192A are programmable passive AC/DC Loads with Power Loss up to 3 kW. They are designed for testing of voltage sources, transformers and other signal generators. They can be manually operated or used in automatic testing systems controlled through the build-in data ports. The high accuracy and the two data ports permit the usage in calibration facilities, service offices and development departments as well as in automatic testing lines. Optional cover for 19“racks with 3HE is available. The operation from the keyboard at the front is very simple. The display shows the selected parameters, the current and the voltage mode, the parameters of the data ports and the voltage applied. The load can be connected with two or four terminals. OCM192 contains 64 individual Resistor which can be selected with cursor keys in steps from 15 Ohm to 4700 Ohm OCM192A permits keyboard setting of any resistance value between 15 Ohm and 300kOhm.

3000 W

SPECIFICATIONS Resistance Ranges: OCM192: 15 Ohm to 4700 Ohm, 64 firm resistor values selectable with the cursor keys. OCM192A: 15 Ohm to 300 kOhm, free selectable resistance values with the keyboard Resolution: OCM192: 0.1 Ohm to 1 Ohm OCM192A: 0.001 Ohm to 1 kOhm Temperature Coefficient: < 10 ppm/ °C (1 Ohm to 10 kOhm) < 25 ppm/ °C (> 10 kOhm) Maximum Power Loss: 3000 W Maximum Voltage: 250V RMS Frequency Range: DC to 10 kHz Terminals: 2 or 4 terminal connection Temperature Range: Reference: 18 °C to 28 °C Working: 5 °C to 45 °C Storing: -10 °C to 60 °C Control: Front Keyboard, RS-232 or IEEE488 Supply: 115-230V / 50-60 Hz Cabinet: Metallic Case 460 x 190 x 440 mm (W x H x D), Weight 15 kg Reaction Time: 30 to 100mS. During switching are the outputs terminals open for 40mS. Isolation Resistance between the Terminals and the Case: > 2 GOhm (at 1000V DC). Accuracies (OCM192 up to 4700 Ohm).

ACCURACIES RANGE DC … 120 Hz 120 Hz … 1kHz 1kHz … 10kHz

15.000 Ohm … 99.999 Ohm 0.1% + 30 mOhm 0.2% + 30 mOhm 0.2% + 30 mOhm 100.000 Ohm … 3.000 kOhm 0.1 % 0.1 % 0.2 % 3.001 kOhm … 30.00 kOhm 0.1 % 0.1 % 2 % 30.1 kOhm … 100.0 kOhm 0.2 % 0.2 % -- 101 kOhm … 300 kOhm 0.5 % 2 % --

Firm resistance values at OCM192:15.0, 15.5, 16.0, 16.5, 17.0, 17.5, 18.0, 18.5, 19.0, 19.5, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 32, 34, 36, 38, 40, 42, 44, 46, 48, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, 100, 110, 120, 130, 140, 150, 160, 180, 200, 220, 240, 270, 300, 340, 400, 480, 600, 680, 800, 960, 1200, 1590, 2400 and 4700 Ohm. OCM192A permits keyboard setting of any resistance value between 15 Ohm and 300 kOhm. Internal Voltmeter (only with OCM192A)

VOLTMETER - ACCURACY RANGE DC AC

1.0 … 299.9 V 0.1% + 0.2 V 0.2% + 0.2 V VERSIONS ACESSORY Data Ports: OCM192 - V1xxx RS232 Owner’s Manual OCM192 - V2xxx IEEE488 Calibration Sheet

Mains Cable Cabinet: OCM192 - Vxx0x Table Version OCM192 - Vxx1x for 19“ Racks, 3HE ORBIT CONTROLS AG [email protected] Zürcherstrasse 137 www.orbitcontrols.ch CH - 8952 Schlieren / ZH © orbit controls 21012 Tel: +41 44 730 2753

Range 10 kΩ to 100 GΩ Accuracy 0.1 to 1% Operation Voltage up to 6kV Function TIMER Keyboard and RS 232 operation Short Current Measurements Option USB, IEEE488, Ethernet 19“ Front Lens Switching under full Voltage load up to 6kV OCM194 is a high voltage resistance decade for calibration of Teraohmmeters, Megaohmmeters, Isolation Measuring Instruments and Instruments for verification of Revision Instruments with resistance ranges up to 100 GΩ. Excitation Voltage up to 6kV can be applied. The basic unit is the programmable high resistance decade with additional circuitry permitting measurements of DC voltage and short currents generated by the unit under test. OCM194 permits also verification of Timer Function of Security Tester, Isolation Instruments, HIPT Tester and other within the resistance range from 10kΩ to 100GΩ. The output can be loaded between 65V and 6000V, depending on selected resistance values. The decade can be operated from the front panel keyboard or from the data ports RS232. Additional ports GPIB, LAN and USB can be optionally ordered. The high accuracy and the possibility of remote control permit applications in laboratories, automatic calibration lines, service departments and design center. 3HE module is optionally available for 19” rack. The Orbit Controls CALIBER Software can be used for automated calibration. Accuracy and Ranges

* Accuracy is valid for the Reference Values 23±2°C and <50% r.F. ** Maximum Test Voltage applied is 5% above the specified values. *** Full accuracy is achieved 1 minute after applying the test voltage.

Resistance Ranges Accuracy * (%)

Maximum Voltage** (V)

Tests Voltage Accuracy

10.00 kΩ - 99.99 kΩ 0.1 65 0.5% + 2V 100.0 kΩ - 999.9 kΩ 0.1 316 0.5% + 2V 1.00 MΩ - 1.99 MΩ 0.1 1250 0.5% + 10V 2.00 MΩ - 9.999 MΩ 0.1 2500 0.5% + 10V 10.00MΩ - 99.99 MΩ 0.1 6000 0.5% + 10V 100.0 MΩ - 499.9 MΩ 0.2 6000 0.5% + 10V 500.0 MΩ - 999.9 MΩ 0.2 6000 0.5% + 10V 1.000 GΩ - 9.999 GΩ 0.5 6000 0.5% + 10V 10.00 GΩ - 19.99 GΩ 1.0 6000 0.5% + 10V

20.00 GΩ - 100.0 GΩ*** 1.0 6000 0.5% + 10V

High Resistance Dekade OCM194

Function SHORT Short Current Measurement Current Range: 0.000 - 10.000 mADC Input Impedance: 100 Ω ± 10% Accuracy: 0.2% + 25 µA Test Voltage Voltmeter integrated in the Display, Resolution 3 Digits Accuracy: 10.00 kΩ to 999.9 kΩ: 0.5% + 2V 1.000 MΩ to 100.0 GΩ: 0.5% + 15V General Specifications Warm-up time: 15 minutes Reference Values: Temperature 23 ± 2ºC, relative humidity < 50% Temperature Coefficient: 13ºC - 33ºC: Correction 0.1x specified accuracy at ref. temperature /°C Humidity Coefficient: Additional uncertainty due to humidity coefficient in range 50 to 70 % RH: 0.02 x specified accuracy / % RH for range 100.0 MΩ to 9.99 GΩ 0.02 x specified accuracy / % RH for range 10.0 GΩ to 100.0 GΩ Working Temperature: 23 ± 10ºC @ r.F. < 70% Storage Temperature: -10 ºC to +55 ºC Supply: 115/230V - 50/60Hz Dimensions: 390 x 128 x 310mm (B x H x T) Weight: 4.5kg

Screenshot Ordering Information: Data Port: Case: OCM194-V1xxx RS232 OCM194-Vxx0x Table Version OCM194-V2xxx RS232, USB, LAN, GPIB OCM194-Vxx1x 19“, 3HE

ORBIT CONTROLS AG Zürcherstrasse 137 Tel.: +41 44 730 2753 CH-8952 Schlieren ©orbitcontrols 201511 www.orbitcontrols.ch

Impedance Calibrator OCM550

Ultra stable Components Frequency Range to 1 MHz Self-calibration Mode Keypad, GPIB, RS232 Impedance Calibrator OCM550 is designed for calibration of LCR meters. It contains decades of ultra-stable resistance, capacitance and inductance standards of firm decimal values. The total range of settings covers values from 0.1 Ohm to 100 MOhm, 10 pF to 100 F and 10 H to 10 H. The calibrator offers four pair terminal and four terminal coaxial output connectors for calibration of precise and wide range LCR meters, four terminal and two terminal non-coaxial output connectors for calibration of simple and elder LCR meters. The frequency ranges from 20 Hz to 1 MHz in coaxial mode and to 100 kHz in non-coaxial operation mode. The calibration memory contains both complex parameters of partial standards. The calibration values can be displayed in wide range of frequently used pairs of complex impedance and admittance. Either parallel or serial equivalent model can be selected. The calibrator is equipped with reference terminals position OPEN and SHORT for easy elimination of test cables influence.

A part of the calibrator is built in level meter for the voltage and the frequency of the generated test signal. The self-calibration procedure is protected with a password and permits entire recalibration.

OCM550 impedance calibrator is equipped with large size colour LCD display. The settings can be controlled manually from front panel keypad or remotely by using GPIB or RS232 interface. OCM550 can be used with the Calibration Software CALIBER. SPECIFICATIONS (Reference temperature 23 1C) Modes 4TP R/L/C Four pairs of coaxial terminals BNC 4W R/C Four terminals for non-coaxial connection

2W R/C Two terminals for non-coaxial connections Outputs Four BNC for 4TP coaxial termination Four terminals for non-coaxial connections 2W/4W Frequency Range 20Hz to 1MHz Reference Positions SHORT, OPEN Resistors 0.1Ohm to 100MOhm, firm values in 4TP and 4W mode 0.1Ohm to 10MOhm, firm values in 2W mode Deviation 0.1% to 10% from nominal value, depending on value and operation mode Accuracy Calibration uncertainty 0.02% to 1% @ 1kHz, depending on value and mode T/C 2 to 25 ppm/°C Displayed Pairs Z/e, Y/e, Rs/Ls, Rs/Cs, Rp/Cp, Rp/Lp, R/X, G/B

Capacitances 10pF to 100µF, firm values in 4TP operation mode 100pF to 100µF, firm values in 4W and 2W mode Deviation < 5% from nominal value Accuracy Calibration accuracy 0.05% to 5% @ 1kHz, depending on value and mode T/C 50 ppm/°C max. Displayed Pairs Z/e, Y/e, Cs/D, Cs/Rs, Cp/D, Cp/Rp, Cp/G Inductances 10µH to 10H only in 4TP operation mode Deviation <15% from nominal value Accuracy Calibration accuracy 0.1% to 4% @ 1kHz, depending on value and mode T/C 50 ppm/°C max. Displayed Pairs Z/e, Y/e, Ls/Q, Ls/Rs Test Level Meter Display Frequency, Voltage and Current of the tested signal Frequency Range 20Hz to 100kHz, resolution 6 digits, accuracy 0.01% + 1 ms Test voltage 200mV to 10V rms, resolution 4 digits

Accuracy 5% in a range from 100mV to 1V Accuracy 2% in a range from 1V to 10V

Test Current 1nA to 500mA, resolution 4 Digit General Data Data Bus RS232, GPIB Ref. Temperature 23°C ± 2°C @ < 80% r.F. Working Temp. 15 to 30°C Storage Temp. -10 to 40°C Supply 115/230V, 50/60Hz, consumption 45VA 4TP Resistors

Nominal value

serial

resistance Rs

1 year

stability

(typical)

Maximum.

deviation from

nominal value

@ 1 kHz

Calibration

inaccuracy

@ 1 kHz

Temperature

coefficient

(max.)

Max. test

voltage/current

Maximum R-

deviation

@ 100 kHz

% % % %/C V/mA %

0.1 0.001 2.00 0.20 0.0050 200 mA --

1.0 0.001 1.00 0.10 0.0002 100 mA 5.00

10 0.001 0.50 0.05 0.0002 50 mA 0.20

100 0.001 0.10 0.02 0.0002 15 mA 0.03

1k 0.001 0.10 0.02 0.0002 5 V 0.05

10 k 0.001 0.10 0.02 0.0002 15 V 0.03

100 k 0.001 0.10 0.02 0.0002 30 V 0.10

1 M 0.003 0.10 0.03 0.0002 30 V --

10 M 0.010 0.20 0.05 0.0010 30 V --

100 M * 0.010 1.00 0.50 0.0050 30 V --

Typical 4TP connection

4TP Capacitors

4TP Inductances

Nom. value

serial

inductivity Ls

1 year

stability

(typical)

Deviation

from nom.

value

@ 1 kHz

Calibration

inaccuracy

@ 1 kHz

Temp.

coeff.

(max.)

Serial

resistance

Rs (typical)

Max.

voltage /

current

Typical

inductivity

deviation

@100kHz

H % % % %/C Ω V/mA %

10 µ 0.01 15 0.30 0.005 66 50mA 0.10

100 µ 0.01 15 0.20 0.005 200 30mA 0.10

1 m 0.01 15 0.10 0.005 660 5 V/20mA 0.10

10 m 0.01 15 0.10 0.005 660 5 V/10mA 0.10

100 m 0.01 15 0.10 0.005 2 000 10 V 4.00

1 0.01 15 0.10 0.005 20 000 10 V --

10 0.01 15 0.10 0.005 20 000 10 V --

4W and 2W Resistors

Nominal

value serial

resistance

Rs

1 year

stability

(typical)

Max. test

voltage /

current

Temp.

coeff.

(max.)

4W mode

deviation from

nominal value

@1 kHz

4W mode

calibration

inaccuracy

@1kHz

2W mode

calibration

inaccuracy

@1kHz

% V/mA %/C % % %

0.1 0.001 200 mA 0.0050 2.0 0.50 --

1.0 0.001 500 mA 0.0002 1.5 0.10 5.0

10 0.001 150 mA 0.0002 1.0 0.05 0.5

100 0.001 50 mA 0.0002 1.0 0.05 0.1

1k 0.001 10 V 0.0002 1.0 0.02 0.1

10 k 0.001 30 V 0.0002 1.0 0.02 0.1

100 k 0.001 50 V 0.0002 1.0 0.05 0.1

1 M 0.003 50 V 0.0002 1.0 0.20 0.2

10 M 0.010 50 V 0.0010 2.0 @ 100Hz 0.2 @ 100Hz 0.5

100 M 0.010 50 V 0.0025 10.0 @ 100Hz 1.0 @ 100Hz --

Nom. value

parallel

capacitance

Cp

1 year

stability

(typical)

Deviation

from nom.

value

@ 1 kHz

Calibration

inaccuracy

@ 1 kHz

Temp.

coeff.

(max.)

Dissipation

factor @

1kHz (typ.)

Max. test

voltage /

current

Typ. capacity

deviation

@ 100 kHz

F % % % %/C - V/mA %

10 p 0.010 0.5 pF 1.00 0.005 0.0020 30V -0.10

100 p 0.010 5 0.10 0.005 0.0010 30V -0.02

1 n 0.010 5 0.05 0.005 0.0005 30V 0.00

10 n 0.010 5 0.05 0.005 0.0005 30V +0.01

100 n 0.010 5 0.05 0.005 0.0005 20V +0.03

1 0.010 5 0.05 0.005 0.0010 10V +0.20

10 0.015 5 0.10 0.010 0.0050 100mA --

100 0.015 5 0.10 0.010 0.0200 200 mA --

4W und 2W Capacitors Nominal

value

parallel

capacity Cp

1 year

stability

(typical)

Temp.

coeff.

(max.)

Max.

voltage/

current

4W mode

deviation

from nominal

value @1 kHz

4W mode

calibration

inaccuracy

@1kHz

2W mode

calibration

inaccuracy

@1kHz

F % %/C V/mA % % %

100 p 0.015 0.050 30V 10 1.0 5.0

1 n 0.010 0.010 30V 10 0.10 1.0

10 n 0.010 0.050 30V 10 0.05 0.2

100 n 0.010 0.050 20V 10 0.05 0.2

1 0.010 0.050 10V 10 0.05 0.2

10 0.015 0.010 100mA 10 0.10 0.5

100 0.150 0.010 200 mA 10 0.20 1.0

Calibration of LCR Meters OCM550 contains high precision and frequency independent Standards of resistors, capacitors and inductances. The calibrator can be controlled from the keyboard or remotely from the data ports which permits automates calibration in production lines. By using the 4TP connection LCR meters can be calibrated in the frequency range up to 1MHz with correction of the connecting cables. Long Term Stability The excellent long time stability and low temperature coefficient are features of the OCM550. The large scale colour display shows the calibration values of the selected parameters as well as the calibration uncertainty. The build-in Level Meter can be used to display the frequency, voltage and current of the generated signal. Calibration Internal calibration menu can be used for recalibration of internal Standards. Two calibration methods are available: Entire calibration and Offset calibration. The entire calibration permits calibration of individual Standards at certain frequencies. Offset calibration permits calibration of main parameters at a frequency of 1kHz. Correction Mode The calibration values in 4TP mode can be corrected by using the OPEN, SHORT and LOAD features. OPEN and SHORT are used for compensation of the influence of the connecting cables. Inductance Standards The inductance Standards are accessible in the 4TP mode only. They will be used for calibration of LCR meters in auto-balanced connection. All inductance standards are not wire-wound components.

Display in the Basic Mode Calibration Menu screenshot

www.orbitcontrols.ch

Calibration values

Test Level Meter

Calibration Uncertainty



Programmable Capacitance Decade OCM 525

100 pF - 100.00 µF Basic Accuracy 0.25% Maximum voltage applied 50Vp-p Customized Flow RS232, USB, IEEE488, LAN Internal Calibration Procedure OCM525 is high precision capacitance decade with basic accuracy of 0.25%, programmable from 100pF to 100 µF. The smallest resolution in the low capacitance range is 1pF. According to the selected value, the internal microcontroller calculates the combination of capacitors for highest accuracy and switches them to the output terminals by using special high current relays. The controller permits correction OPEN of the terminals, grounding of the L terminal and the generation of customized sequences.

The capacitance value will be entered from the keyboard or remotely via RS232. Interfaces USB, LAN or GPIB are optionally available. Die Decade contains internal software calibration procedure which permits overall calibration and correction of inaccuracies without using mechanical adjusting elements. OCM525 is used in production field for checking of parameters, calibration of multimeters and RLC bridges and simulation of large range capacitances in design laboratories.

Range-Resolution

Accuracy @ 1kHz

Loss Coefficient @ 1kHz

Accuracy 40Hz-1kHz

Loss Coefficient 40Hz-1kHz

Temperature Coefficient

(%) (%) ppm/ºC 0.100 nF - 10.000 nF 0.25 ± 3pF < 0.05 0.5 ± 3pF < 0.05 < 270 10.001 nF - 100.00 nF 0.25 < 0.005 0.5 < 0.005 < 270 100.01 nF - 1.0000 µF 0.25 < 0.005 0.5 < 0.005 < 270 1.0001 µF - 10.000 µF 0.25 < 0.05 0.5 < 0.05 < 270 10.001 µF - 100.00 µF 0.25* < 0.2 * 0.5 < 0.2 ** < 270 * for Frequency 100Hz ** from 40Hz to 100Hz

Models OCM525-V1xxx RS232 OCM525-V2XXX RS232, UBS, LAN, GPIB OCM525-Vxx0x Standalone cabinet OCM525-Vxx1x 19“ Front

The capacitance is defined at the output terminals with or without grounding of the terminals. The capacitance is specified in Correction Open OFF relativ to the value OPEN. The capacitance with Correction Open ON is an absolut value.

SPECIFICATIONS OCM525 (Reference Temperature 21°C … 25°C) Maximum applied voltage 50V p-p Temperature Coefficient < 270 ppm/ºC Response Time < 200 ms Response Time TIMING min. 500 ms Terminals gold plated 4mm Terminals Remote Control RS232. Options: USB, GPIB-IEEE488, LAN Supply 90-260VAC, 45-65Hz Reference Temperature 23°C ± 2°C Working Temperature 5°C ... 40°C Storing Temperature -10°C ... 50°C Dimensions 390 x 128 x 310mm (B x H x T) Weight 4 kg Capacity Calibration Function TIMING ORBIT CONTROLS AG Tel: +41 44 730 2753

Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH © orbit controls 21402 [email protected]


Programmable Decades OCM631 and OCM632

1.00000 Ohm - 1.20000 MOhm Accuracy ± 30ppm Operating Voltage to 200V Simulation of RTD Simulation Accuracy ± 0.01°C Customized Tables RS232, Option: USB, IEEE488, LAN OCM631 and OCM632 are precision Resistance Decades with free setting of resistor value within 1 Ohm and 1.2 MOhm and base accuracy of 0.003%. The best resolution of the lowest range is 10 µOhm. The instruments contain high stable foil resistors with extremely low temperature coefficient switched by low thermal voltage relays. The internal microcontroller calculates parallel and serial combinations of internal firm resistors in order to achieve best accuracy of the selected value. The build-in software contains function of RTD temperature sensor simulation with parameters

according to IEC (DIN) or US standards. The temperature can be set in degree Celsius or Fahrenheit. Remote control via RS232, USB, GPIB or LAN is available. The Decades are sophisticated instruments with their own recalibration procedure which enables to correct any deviation in resistance without mechanical adjustments. They are designed for checking parameters of resistance meters, regulators and process meters using external resistance sensors.

.

Versions OCM631 16 Ohm - 400 kOhm Suitable for temperature simulation OCM632 1 Ohm - 1.2 MOhm Suitable for universal use

Resistance Temperature

Recalibration

SPECIFICATIONS (Reference Temperature 20°C … 26°C) OCM631 Accuracy OCM632 Accuracy

OCM631 Pt Simulation Accuracy OCM632 Pt Simulation Accuracy

Typical Frequency Response OCM631 Typical Frequency Response OCM632

R AC/DC Difference

100Hz 1kHz 10kHz

16Ω 0.01 % 0.01 % 0.04 % 100 Ω 0.01 % 0.03 % 0.30 %

1 kΩ 0.03 % 0.30 % 3.00 % 10 kΩ 0.30 % 3.00 %

100 kΩ 3.00 % OCM631 Simulation Accuracy OCM631 Simulation Accuracy

Temperature Coefficient OCM631 Temperature Coefficient OCM632 < 1 ppm /°C (16 Ω … 2 kΩ) < 1 ppm /°C < 5 ppm /°C (2 kΩ … 10 kΩ) < 50 ppm /°C (10 kΩ … 400 kΩ) General Specifications Maximum Voltage 200V p-p Maximum Load 0.25W Reaction Time 6 ms Switching methods Fast / Smooth / Via Short / Via Open Terminals gold plated 4mm Remote Control RS232. Options: USB, IEEE488, LAN Supply 115/230VAC, 50-60Hz Reference Temperature 20°C ... 26°C Working Temperature 5°C ... 40°C Storage Temperature -10°C ... 50°C Dimensions, Weight 390 x 128 x 310mm (B x H x T), 5,2kg


1.000 00 - 2.000 00 0.002 % + 2 m

2.000 1 - 20.000 0 20.001 - 200.000 200.01 - 2000.00

0.003 % 2.000 1 k - 20.000 0 k 20.001 k - 200.000 k 200.01 k - 1200.00 k 0.005 %


16.000 0 - 20.000 0 0.002 % + 2 m

20.001 - 200.000 200.01 - 1000.00 0.003 % 1000.1 - 3000.0 0.005 % 3001 - 10000 0.015 %

10.01 k - 30.00 k 0.03 % 30.1 k - 100.0 k 0.1 % 101 k - 400 k 0.4 %

Temperature Accuracy

Pt100 … Pt500 Accuracy

Pt1000

-200.000…0.000 C 0.01 C 0.01 C 0.001…200.000 C 0.015 C 0.02 C

200.001…500.000 C 0.03 C 0.04 C 500.001…850.000 C 0.04 C 0.1 C


Pt100 … Pt10000

-200.000…0.000 C 0.01 C 0.001…200.000 C 0.015 C

200.001…500.000 C 0.03 C 500.001…850.000 C 0.04 C

R AC/DC Difference

100Hz 1kHz 10kHz

1Ω 0.01 % 0.02 % 0.2 % 10 Ω 0.01 % 0.01 % 0.04 %

100 Ω 0.01 % 0.05 % 0.50 % 1 kΩ 0.05 % 0.50 % 5.00 %

10 kΩ 0.50 % 5.00 % 100 kΩ 5 %


NI10…Ni99 Accuracy

Ni100…Ni20000

-60…0.00 C 0.01 C 0.01 C 0.001…300 C 0.01 C 0.02 C


NI10…Ni99 Accuracy

Ni100…Ni20000

-60…300 C 0.05 C 0.01 C

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH Tel: +41 44 730 2753 [email protected] © orbit controls 21504


Programmierbarer RTD Simulator OCM641

Direkte Widerstandswahl von 10 Ohm bis 300 kOhm Auflösung 100 µOhm Direkte Temperaturwahl von Pt und Ni Sensoren Widerstandsgenauigkeit 0.02 % Temperaturkoeffizient < 25ppm/K Leistung max. 5W, 200Vp-p, 0.5A Wahl über Tastatur, RS 232, IEEE488, USB, LAN Interne Kalibrierprozedur OPEN und SHORT Simulation Kalibration von Messgeräten, Kontrollern, Regulatoren... OCM641 ist programmierbarer RTD Simulator mit Widerstandsbereich von 10 Ohm bis 300 kOhm und einer Grundgenauigkeit von 0.02%. Die beste Auflösung im tiefsten Bereich beträgt 100. Das Gerät verwendet hoch präzise Folienwiderstände mit niedrigem Temperaturkoeffizient, welche mit Relais mit tiefer Thermospannung geschaltet werden. Die Gerätefirmware beinhaltet Funktionen für die Simulation von RTD Sensoren gemäß IEC (DIN) und US Normen sowie die Wahl in Grad Celsius oder Fahrenheit. Die Temperatur- oder Widerstandswerte werden über die Fronttastatur gesetzt. Für die Fernbedienung stehen RS232, USB, LAN oder GPIB Schnittstellen zur Wahl. OCM641 beinhaltet Firmware-Kalibrierverfahren welche softwaremäßig Korrekturen von Widerstands-abweichungen ohne mechanische Einstellelemente ermöglicht. SHORT und OPEN Simulation der Ausgangsbuchsen kann als Option bestellt werden. Dadurch werden die Ausgänge gegenüber dem Prüfling definiert. OCM641 ist zur Kalibration von Temperatur- und Widerstandsmessgeräten, Regulatoren und Prozess-Kontrollern bestimmt, welche externe Widerstandsthermometer verwenden. Soft Manager für Windows steht für Kommunikation mit PC zur Verfügung und ermöglicht automatisches Testen und Kalibrierung von Messgeräten. Das Display informiert über die gewählten Parameter, Genauigkeit des Ausgangswerts, die erlaubten Spannungen und Ströme sowie den Kontrollstatus.

TECHNISCHE DATEN Widerstandsbereich: 10 - 300 k SHORT-OPEN Ausgänge. SHORT = 40 mOhm, max. 500mA, OPEN = > 10 GigaOhm, max. 200Vp-p Temperaturwahl: Pt: -200.000 … 850.000 C (-328 … 1562 F) Ni: -60.000 … 300.000 C (-76 … 572 F) RTD Simulation: Pt-100 ... Pt-1000, Ni-100 …Ni-1000 Auflösung: 100 µOhm Pt-Temperaturnormen: IEC 751 (1,3850 für IPTS68)

(A=3.90802e-3, B=-5.80195e-7, C=-4.2735e-12) IEC 751 (1,3851 für ITS90)

(A=3.9083e-3, B=-5.775e-7, C=-4.18301e-12) 1,3916 (A=3.9692e-3, B=-5.8495e-7, C=-4.2325e-12)

1,3926 (A=3.9848e-3, B=-5.870e-7, C=-4.0e-12)

Ni-Temperaturnormen: DIN 43760 (6180) (A=5.485e-3, B=6.65e-6, C=2.805e-11, D=-2e-17) Maximale Last: 5W. Maximale Spannung: 200Vp-p Maximaler Strom: 0.5A Reaktionszeit: 6ms Umschaltmethoden: Fast / Smooth / Via Short / Via Open Temperaturen: Referenztemperatur: 20 … 26 C Arbeitstemperatur: 5 … 40 C Lagertemperatur: -10 … 50 C Temperaturkoeffizient: < 25 ppm/ C Anschlüsse: 4mm, vergoldete Buchsen Schnittstellen: RS-232. Option: IEEE488, USB, Ethernet Versorgung: 115/230V / 50-60 Hz Gehäuse: Aluminium Gehäuse 390x128x310mm (BxHxT), Gewicht 4 kg

Widerstand-Genauigkeit

Bereich / Auflösung Genauigkeit

10.0000 - 20.0000 0.05 % + 15 m 20.001 - 200.000 0.05 % + 15 m 200.01 - 1000.00 0.02 %

1.0001 k - 3.0000 k 0.02 % 3.001 k - 10.000 k 0.02 % 10.01 k - 30.00 k 0.05 % 30.1 k - 100.0 k 0.1 %

101 k - 300 k 0.5 % Frequenzgang

Pt Simulation-Genauigkeit

Temperaturbereich Pt 100-Pt 1000

-200.00…-0.01 C 0.2 C 0.00…850.00 C 0.2 C

Ni Simulation-Genauigkeit

Temperaturbereich Ni 100-Ni 1000

-60.00…-0.01 C 0.2 C 0.01…300.00 C 0.1 C

R Maximale AC/DC Differenz

100 Hz 1 kHz 10 kHz

10 0.01 % 0.01 % 0.05 % 100 0.01 % 0.01 % 0.02 %

1 k 0.01 % 0.01 % 0.02 % 10 k 0.01 % 0.02 % 0.50 %

100 k 0.01 % 0.10 % 10.0 %

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH © orbit controls 201411 www.orbitcontrols.ch

Programmable Resistance Decade OCM642

Resistance Range 100.000 m - 10.0000 M Simulation of RTD Temperature Sensors Simulation Accuracy 0.1 °C Resistance Accuracy 200 ppm User free programmable Tables, Curves Power dissipation 5W, 200Vp-p, 0.5A RS 232, Options: IEEE488, USB, LAN Internal recalibration software procedure OPEN and SHORT Terminals Simulation OCM642 is a programmable Resistance Decade with range from 0.1 to 10 M and a basic accuracy of 0.02 %. Best resolution at the lowest range is 1. The Simulator uses stable foil resistors with low temperature coefficient switched by low thermal voltage relays. Built-in software contains function of RTD temperature sensor simulation with parameters according to IEC (DIN) or US standards and the temperature setting in degree Celsius or Fahrenheit. The resistance or the temperature will be locally set from the front keyboard. For the remote operation are RS232, USB, LAN or GPIB available. OCM642 is a sophisticated instrument with its own recalibration procedure which enables correction of any deviation in resistance without mechanical adjustment. SHORT and OPEN simulation of the output terminals is optionally available.

OCM642 is designed for checking parameters of resistance meters, regulators and process meters that use external resistance sensors for non-electric quantity measurements. Soft Manager for Windows is available for communication with a PC and for automated testing and calibration purposes. It permits the selection of the sensor type and the adjustment of the temperature or the resistance. The display informs about the selected parameters, accuracy of the output value, maximum voltage and current through the selected resistance and the control status.

SPECIFICATIONS Resistance Range: 100.000 m - 10 M Resolution: 1 µOhm SHORT-OPEN Terminals SHORT = 40 mOhm, max. 500mA, OPEN = > 10 GigaOhm, max. 200Vp-p Temperature Settings: Pt: -200.000 … 850.000 C (-328 … 1562 F) Ni: -60.000 … 300.000 C (-76 … 572 F) RTD Simulation: Pt-10 ... Pt-20000, Ni-10 …Ni-20000 Pt Temp. Standards: IEC 751 (1,3850 for IPTS68) (A=3.90802e-3, B=-5.80195e-7, C=-4.2735e-12)

IEC 751 (1,3851 for ITS90) (A=3.9083e-3, B=-5.775e-7, C=-4.18301e-12) 1,3916 (A=3.9692e-3, B=-5.8495e-7, C=-4.2325e-12) 1,3926 (A=3.9848e-3, B=-5.870e-7, C=-4.0e-12)

Ni Temp. Standards DIN 43760 (6180) (A=5.485e-3, B=6.65e-6, C=2.805e-11, D=-2e-17) Maximum Load: Max. 5W. Maximum Voltage: 200Vp-p Maximum Current 0.5A Reaction Time: 6ms Switching Method: Fast / Smooth / Via Short / Via Open Temperature Ranges: Reference Temperature: 20 … 26 C Operation Temperature: 5 … 40 C Storing Temperature: -10 … 50 C Tempco: < 25 ppm/ C Terminals: 4mm, gold coated Interface: RS-232. Option: IEEE488, USB, Ethernet Supply: 115/230V / 50-60 Hz Cabinet: Aluminum cabinet 390x128x310mm (WxHxD), weight 4.5 kg Resistance Accuracy


100.000 m - 200.000 m 0.05 % + 15 m 200.01 m - 2.00000 0.05 % + 15 m

2.0001 - 20.0000 0.05 % + 15 m 20.001 - 200.000 0.05 % + 15 m 200.01 - 2000.00 0.02 %

2.0001 k - 20.0000 k 0.02 %

20.001 k - 200.000 k 0.02 %

0.20001 M - 2.00000 M 0.02 %

2.0001 M - 10.0000 M 0.05 % Frequency Response

Pt Simulation Accuracy

Temperature Range Pt 10 - Pt 200 Pt 201 - Pt 20000

-200.00…-0.01 C 0.2 C 0.2 C 0.00…850.00 C 0.2 C 0.2 C

Ni Simulation Accuracy

Temperature Range Ni 10 - Ni 200 Ni 201 - Ni 20000

-60.00…-0.01 C 0.2 C 0.1 C 0.01…300.00 C 0.1 C 0.1 C

R Maximum AC/DC difference

100 Hz 1 kHz 10 kHz

100 m 0.05 % 0.2 % 5 % 1 0.02 % 0.1 % 0.5 %

10 0.01 % 0.02 % 0.1 % 100 0.01 % 0.01 % 0.03 %

1 k 0.01 % 0.01 % 0.03 % 10 k 0.02 % 0.10 % 2.0 %

100 k 0.02 % 0.10 % 10.0 % 1 M 0.10 % 10.0 %

10 M 10.0 %

HOW TO ORDER

Bus OCM642-V1xxx - RS232 OCM642-V2xxx - RS232, USB, LAN, GPIB Housing OCM642-Vxx0x - Table version OCM642-Vxx1x - Module 19“, 3HE

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH www.orbitcontrols.ch

© orbit controls 201411

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 Fax: +41 44 730 2783 CH-8952 Schlieren/ZH © orbit controls 2502 [email protected]

55 liter Oil Capacity Temperature stability ± 0.002°C Non Homogeneity ± 0.005°C Manual or automatic settings Interface bus GPIB

OCM 301 is a high precision temperature controlled oil bath - thermostat. It is mainly designed for primary metrology calibration purposes for electric standards such as resistors, RTDs, thermocouples or any other devices, which have to be kept at a predetermined exact temperature value. The bath of 55 liters contains cooling and heating elements which are controlled by very accurate build-in regulators, powered from the mains.

The local programming via the keyboard and the LCD Display and a remote control via a GPIB data bus are standard. Two models OCM 301A and OCM 301B with different cooling capacities are available. The bath temperature can be set from -5 °C up to +55 °C (OCM301A with one cooling element) and -8 °C up to +55 °C (OCM301B with two cooling elements) against the ambient temperature.

Four modes of the temperature control can be selected: OFF Temperature controller is switched OFF. TERM Temperature controller is switched ON. STBY Standby mode with the bath control of ± 2 °C. DAY Exact temperature bath control of ± 0.002°C.

SPECIFICATIONS Ambient temperature: 20 to 28o C Temperature range: Tamb - 5 to + 55 oC (OCM 301A)

Tamb - 8 to + 55 oC (OCM 301B) Cooling capacity: for 1 oC difference between the oil and the ambient temperature:

1,5 oC/hour (OCM 301A), 3 oC/hour (OCM 301B) Non-homogeneity: ± 0,005 oC max. Temperature stability: ± 0,002 oC/5 hours Inside space dimensions: 440 x 325 x 250 mm Overall dimensions: 1145 x 500 x 370mm Power input of heating element: 350 VA Power input of cooling elements: 150 VA (OCM301A)

300 VA (OCM301B) Supply: 230V / 50 - 60 Hz

Precision Oil Thermostat OCM 301

Process Controllers

ORBIT CONTROLS AG Tel.+41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren, Schweiz ® orbit controls 21212 www.orbitcontrols.ch

Two Inputs 0-10V DC Free scalable Process Units TARE in each Signal Channel Programmable Decimal Point - Resolution Programmable Filter Software Calibration from Keypads Battery operation OC3000 is microprocessor controlled Dual Monitor with two analogue channels for 0-10VDC or 4-20mA. The measured signals are assigned as L1 and L2 and are displayed in two window sections. The Menu is accessible from the keypads and can be selected in English or German and contains free scaling oft both signal channels by using six digit multiplicative constants with decimal points, display resolution, and averaging filter. In the measuring mode the Tare function can independently be set in each channel. The signal channels can be calibrated from internal calibration submenu. The submenu is Password protected. OCM3000 is enclosed in a handheld case and supplied from internal rechargeable Battery. The charging progress is shown with green LED at the front and is time limited. The battery status is displayed in the right down cornet at the display. With connected charger the battery can be charged also during the instrument’s operation. With fully charged battery the instrument can be operated for approx. 6 hours. The design conforms to the CE and the ROHS guidelines 2002/95/EG.

Specifications Inputs: L1 0-10VDC or 4-20mA L2 0-10VDC or 4-20mA Both GNDs are connected. Accuracy: (0.1%+1digit) from Range. Display: LCD 128x64 Pixel with backlight. ADC: 14 Bit, Linearity (1 LSB+1 Digit).

Keypads: Foil keypads with 9 keys. Excitation: 22V non-stabilised, max. 40mA, short-circuit protected. Supply: NiMn Battery 6V, 2Ah.

Terminals: 12 mm, 8 Pin round connectors. Jack for mains battery charger.

Dual Monitor OC3000


Two Inputs 0-10V DC, 0/4-20mA Free scalable Display TARE in each Signal Channel Storage for two fast Transients Datalogger Software for Windows Battery operation OC3000-D is microprocessor controlled Dual Monitor with two analogue channels for 0-10VDC or 4-20mA. Pt-100 temperature measurement is optionally available. External sensors with two or three terminals are supplied from OC3000-DMD and the results are displayed as 0.00/4.00-20mA or 0-10.00V. They can be scaled at the display in process units such as MPa, bar, psi, mm, etc. Varieties of arithmetic operations at the display can be selected from the menu. Peak values of the measured signals are automatically stored. They can be recalled at the display at any time. The Datalogger function permits storing of the measured results in the internal memory. The date of the day and the time are added to each measurement from internal RTC. One or two fast transients of the input signals can be can be stored with the sampling rate of up to 1ms. Software Manager OrbCom is available for Windows and permits the stored results to be downloaded to a PC as tables and graphics. OCM3000-D is enclosed in a handheld case and supplied from internal rechargeable battery which permits 8 hours uninterrupted operation. The design conforms to the CE and the ROHS guidelines 2002/95/EG.

SPECIFICATIONS Inputs with Tare Function P1 0-10VDC or 4-20mA P2 0-10VDC or 4-20mA T: Pt-100, -50 … 500 C, two/four terminals. Conversion 14 Bit, (1 LSB 1 1 Digit) Accuracy: (0.1%+1digit) from Range. Datalogger Up to 160`000 measurements with Date and Time OrbCom Soft Manager for Windows

Transients Sampling Rate: 1ms - 20ms (one transient only) Sampling Rate: 2ms - 20ms (two transients) Sampling Time: 480 - 4800 seconds Supply Rechargeable battery 6V, 2Ah

Terminals 12 mm, 8 pin connectors Jack for battery charger USB communication port Dimensions 215 x 90 x 40mm, 460g.

Dual Monitor - Datalogger OC3000-D

3 ½ digit display 0 ... ± 1999 DC Inputs 200mV-200VDC, 0/4-20mA Input Option AC-AVG Offset and Calibration Supply 9 - 36V DC DIN 24 x 48 mm Low Cost Screw Terminals Model DPM 35 is a 3 ½ digit process monitor for DC voltages or currents, optionally für AC-AVG. Two potentiometers at the rear adjust the Span and the Zero. With the Span potentiometer the display can be set between 0 and ± 1999 digits. With the Zero potentiometer the required offset can be adjusted in order to display 4-20mA current loop signals. Model DPM 35 is powered from wide range of DC-voltage and is enclosed in a DIN 24 x 48 mm cabinet. The supply voltage and the input signals are isolated from each other. The connection is via plugable screw terminals.

Ranges DC-V: 200mV, 2V, 20V, 200V. DC-A: 0/4-20mA. Option: AC-AVG. Input Single ended. The minus signal is connected with the analog GND. Impedance 13 Ohm for 0/4-20mA, 1 M-Ohm for other ranges. Temp. Coeffitient ± 25ppm / K. Zero ±1999 digit at 200mV and 4-20mA, ± 200 digit at 2V, 20V and 200V adjustable with potentiometer. Span 0 ... ± 1999 digit adjustable.

Accuracy ± 0.05% of FS, ± 1 Digit. Sampling Time 2.5 Samples/sec. Display 7 segment red LEDs, 10mm, ± 1999 with selectable decimal point. Supply 9-36VDC - 1W, isolated from the input by 63V RMS. Environment Working Temperature: 0 ... 60 °C Storing Temperature: -40 ... 85 °C. Rel. Humidity: 90% at 40°C non condensated. Cabinet DIN 24x48x60mm. Panel cut-out: 21 x 42 mm. Terminals Plugable screw terminals.

Mini Panelmeter DPM 35

SPECIFICATIONS - DPM 35

CONNECTIONS

ORBIT CONTROLS AG Tel: +41 1 730 2753 Zürcherstrasse 137 Fax: +41 1 730 2783 CH-8952 Schlieren/ZH [email protected]

© orbit controls 2211 www.orbitcontrols.ch

5 Digits Display 0 ... 99999 DC Inputs 100mV-200VDC, 0/4-20mA Current 1A DC or AC Thermocouples, RTD and Thermistors Two Set Point Outputs Keypad programmable Supply 9 - 36V DC DIN 24 x 48 mm Screw Terminals

Model DPM50 is a 5 digit programmable controller with 16 Bit display resolution. It is mainly designed for connection to process signals such as 0/4-20mA, 100mV to 200VDC, RTD Sensors, Thermistors, Resistors, DIN Thermocouples and other industrial signal sources. A build-in option permits current measurements up to 1A DC or AC. By using three keys behind the front lens, the input signal can be assigned to any two desired display values, such as 4-20mA = 0 – 875.5. The menu contains selection of two Set Points, the Filter, the Tara, the Sampling Rate, the Display Resolution, the Display Counting, and the Password. Two Set Points can be set within the entire display range. They activate two open collector transistors optically isolated. Each set point has a programmable hystereze and the selection of the output status in the alarm condition.

Digital Filter can be used in noisy environments or for unstable signals and calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF, 1 to 99. Tara can be activated with the keyboard and force the display to zero. The Tara remains memorized also when the instrument is switched-off from the supply. The Tara can be cancelled at any time and the display returns to follow the original input signal. Pak and Hold (Option) memory measures and stores the maximum value the display achieves during the desired measuring period. By using the keyboard, the stored value can be recalled at the display. Password can be used to protect the instrument from unauthorized operation.

The instrument is enclosed in a 24x48x65mm DIN cabinet for panel mount and powered from DC supply. The inputs, outputs and the supply are isolated by 250V RMS.

Programmable Mini-Controller DPM 50

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH – 8952 Schlieren © orbitcontrols 2808 www.orbitcontrols.ch

SPECIFICATIONS

INPUTS and RANGES Voltage ± 100mV to 200V DC Current 0/4-20mA DC 0-1A DC or AC Pt-100, 2, 3 or 4 terminals Thermistors 3kΩ and 5,9kΩ DIN Thermocouples J, K, R, S, B, N, T, E. Cold Junction Compensation 0 - 99 °C. Resistors 0 - 1 Ω to 0 - 100 kΩ. 2 or 4 terminals Potentiometer Excitation 1.25V ACCURACY DC Ranges ± (0.01% from value +1Digit) DC and AC Current 1A ± (0.1% from value + 5 Digits). Temperature * Pt-100: ± (1°C +1 Digit) * T/C, Thermis: ± (2°C +1 Digit)

ADC Resolution 16 Bit. Sampling Rate 5 Measurements/sec. Linearity ± (1 LSB + 1 Digit). Temp. Coefficient 25 ppm/°C TARA The Tara sets the display to zero. The Tara remains memorized also when the supply is switched-off. The Tara can be cancelled and the display will return to the original value. FILTER Filter constants 0, 1 to 99 selectable with the keys. SET POINT OUTPUTS SP1, SP2 with Open Collector 60V-50mA optically isolated 250V RMS.

DISPLAY 0 ... ± 99999, 7 Segments, red 8 mm display height with decimal points. SUPPLY DC Supply 9-36V DC/3W CABINET DIN 24x48x65 mm (HxWxD). Panel cut-out 21 x 42 mm. Pluggable screw terminals. TEMPERATURE Working: 0 … 60 °C. Storing: -10 … 85 °C

HOW TO ORDER TERMINALS (rear of the instrument)

Components behind the front lens

TO ORDER DPM 50 - X ⎪ Ranges ⎪ 100mV DC --------------------- 0 1V DC --------------------------- 1 10V DC ------------------------- 2 100V DC ------------------------ 3 200V DC ------------------------ 4 0/4-20mA DC ------------------ 5 Current 1A DC/AC ------------ 6 Customized Range ----------- 7


Multifunction Process Controller OC 351

5 Digit Display 16 Bit ADC Free scalable Display 0/4-20mA, 60mV to 300V DC Process Signals AC true RMS Measurements Potentiometer Input Ohm Measurements Pt-100, Thermistors Thermocouples J,K,E,S,B,T,R,N Two Output Relays

Model OC 351 is a 5 digit programmable controller with 16 Bit resolution. It is mainly designed for connection to process signals such as 0/4-20mA, 60mV to 300VDC or true RMS, RTD Sensors, Thermistors, Resistors, DIN Thermocouples and other industrial signal sources. By using the keyboard, the input signal can be assigned to any two desired display values, such as 4-20mA = 0-18500. The menu contains four two Set Points, the Filter, the Tara, the Sampling Rate, the Display Resolution, the Display Counting, and the Password. Two Set Points can be set within the entire display range. They activate two open collector transistors or two mechanical relays. Each set point has a programmable hysterese and a selection of the relay status in the alarm contions. Digital Filter can be used in noisy environments or for unstable signals and calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF to 99.

Tara can be activated with the keyboard and force the display to zero. The Tara remains memorized also when the instrument is switched-off from the supply. The Tara can be canceled at any time and the display returns to follow the original input signal. Pak and Hold memory measures and stores the maximum value the display achieves during the desired measuring period. By using the keyboard, the stored value can be recalled at the display. Password can be used to protect the instrument from unauthorized operation. Excitation for external sensors is isolated and selectable for 10V, 12V or 24V-40mA. Optional 1mA constant current output is available for special applications. The instrument is enclosed in a 48x96mm DIN cabinet and powered from the mains or DC supply. The front is IP65.


SPECIFICATIONS INPUTS and RANGES Voltage ± 60mV to 300V DC or true RMS Current 0/4-20mA to 5A DC or true RMS Pt-100, 2, 3 or 4 terminals Thermistors 2kΩ and 96kΩ DIN Thermocouples J, K, R,S, B, N, T, E. Cold Junction Compensation 0 - 99 °C. Resistors 0-1 Ω to 0-100 kΩ. 2 or 4 terminals Potentiometer Excitation 1.25V ACCURACY DC Ranges ± (0.01% from value +1Digit) True RMS 50Hz - 5 kHz: ± (0.1% from value + 2 Digits). Temperature * Pt-100/200: ± (1°C +1 Digit) * T/C, Thermis: ± (2°C +1 Digit)

ADC Resolution 16 Bit. Sampling Rate 1-10 Measurements/sec. selectable Linearity ± (1 LSB + 1 Digit). Temp. Coefficient 10 ppm/°C TARA The Tara sets the display to zero. The Tara remains memorized also when the supply is switched-off. The Tara can be cancelled and the display returns to the original value. FILTER Filter constants 0, 1 to 99 selectable with the keyboard. SET POINT OUTPUTS SP1, SP2 WITH Open Collector 60V-100mA or with two Relays 5A-230VAC.

DISPLAY 0 ... ± 99999, 7 Segments, red 14.7 mm with decimal points. SUPPLY Mains Supply: 115V/230V ± 10%, 48 - 60 Hz. DC Supply 24V (Option) CABINET DIN 48x96x100 mm (HxWxD). Panel cut-out 45 x 90.5 mm. Pluggable screw terminals. IP65 from the front. EXCITATION Supply fro external sensors: 10V, 12V, 24V / 40mA. TEMPERATURE Working: 0 … 60 °C. Storing: -10 … 85 °C. EMC EN 61000-3-2+A12 EN 61000-4-2, 3, 4, 5, 8, 11 EN 550222, A1, A2

TERMINALS TO ORDER

OC351 – X – X – X Supply 115VAC ----------- 1 1 ---- Input DC-V 230VAC --------------------- 2 2 ---- Input DC-I 24VDC isolated ----------- 3 3 ---- Input AC-V 9-36VDC isolated --------- 4 4 ---- Input AC-I 5 ---- RTD-Thermometer No Set Point Outputs ----------- 0 6 ---- Thermocouples Transistor Outputs -------------- 1 7 ---- Resistor Measurement Two Relays ------------------------ 2 8 ---- Input Potentiometer

Multifunction Process Controller OC 351-4

4 Digit Display 20mm 16 Bit ADC Free scalable Display 0/4-20mA, 60mV to 300V DC Process Signals AC true RMS Measurements Potentiometer Input Ohm Measurements Pt-100, Thermistors Thermocouples J,K,E,S,B,T,R,N Two Output Relays

Model OC 351-4 is 4 digit programmable controller with 20mm Display and 16 Bit resolution. It is mainly designed for connection to process signals such as 0/4-20mA, 60mV to 300VDC or true RMS, RTD Sensors, Thermistors, Resistors, DIN Thermocouples and other industrial signal sources. By using the keyboard, the input signal can be assigned to any two desired display values, such as 4-20mA = 0-8500. The menu contains four two Set Points, the Filter, the Tara, the Sampling Rate, the Display Resolution, the Display Counting, and the Password. Two Set Points can be set within the entire display range. They activate two open collector transistors or two mechanical relays. Each set point has a programmable hysterese and a selection of the relay status in the alarm contions. Digital Filter can be used in noisy environments or for unstable signals and calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF to 99.



SPECIFICATIONS INPUTS and RANGES Voltage ± 60mV to 300V DC or true RMS Current 0/4-20mA to 5A DC or true RMS Pt-100, 2, 3 or 4 terminals Thermistors 2kΩ and 96kΩ DIN Thermocouples J, K, R,S, B, N, T, E. Cold Junction Compensation 0 - 99 °C. Resistors 0-1 Ω to 0-100 kΩ. 2 or 4 terminals Potentiometer Excitation 1.25V ACCURACY DC Ranges ± (0.01% from value +1Digit) True RMS 50Hz - 5 kHz: ± (0.1% from value + 2 Digits). Temperature * Pt-100/200: ± (1°C +1 Digit) * T/C, Thermis: ± (2°C +1 Digit)


DISPLAY -999 ... 9999, 7 Segments, red 20mm with decimal points. SUPPLY Mains Supply: 115V/230V ± 10%, 48 - 60 Hz. DC Supply 24V (Option) CABINET DIN 48x96x100 mm (HxWxD). Panel cut-out 45 x 90.5 mm. Pluggable screw terminals. IP65 from the front. EXCITATION Supply fro external sensors: 10V, 12V, 24V / 40mA. TEMPERATURE Working: 0 … 60 °C. Storing: -10 … 85 °C. EMC EN 61000-3-2+A12 EN 61000-4-2, 3, 4, 5, 8, 11 EN 550222, A1, A2

TERMINALS TO ORDER

OC351-4 – X – X – X Supply 115VAC ----------- 1 1 ---- Input DC-V 230VAC --------------------- 2 2 ---- Input DC-I 24VDC isolated ----------- 3 3 ---- Input AC-V 9-36VDC isolated --------- 4 4 ---- Input AC-I 5 ---- RTD-Thermometer No Set Point Outputs ----------- 0 6 ---- Thermocouples Transistor Outputs -------------- 1 7 ---- Resistor Measurement Two Relays ------------------------ 2 8 ---- Input Potentiometer

Process Controller

D500A Three Displays 99999 100 000 true increments 0/4-20mA, 200mV to 300VDC 20mV for Strain Gauges Potentiometric Input Pt-100, Pt-200, Thermistor Thermocouples J, K, E, S, B, T, C True R.M.S. measurements Four Set point Relays Two Analog Outputs Two Serial Data Ports

Model D500A is a program-mable controller with 100000 true increments. They can be scaled within the full display range of 99999. During the main display follows the inputs signal, the two lower displays show the relay outputs SP1 and SP2. By using the keyboard, the two displays can also show the maximum and the minimum values the input signal reaches during a desired measuring period. The controller is mainly designed for process signals such as 0/4-20mA, 20mV to 300V DC or true RMS, strain gauges, Pt-100, Pt-200, Thermistor, Resistors and DIN-Thermocouples. By using the keyboard, the input signal can be assigned to any two desired display values, such as 4-20mA = 0-18500. The menu contains setting of totally four Set Points, two Analog Outputs, two serial Data Ports, the Filter, the Tara, the

Sampling Rate, the Display Resolution, the Display Counting, and the Password. Function of the lower Displays can be set in the menu with the keyboard. Two functions are available: SP-SP show the SP1 and SP2. Lo-Hi show the maximum and the minimum measurements. Set Points two Relays are standard, additional 2 Relays are option. Each set point has programmable hysterese. Peak and Valley memory stores the maximum and the minimum value of the display reading. The values are displayed at the two lower displays. Serial Data Ports RS232 and RS485 with free programmable parameters can be used for communication. Digital Filter can be used in noisy environments or signals and calculates the average value of the preselected number of measurements prior they arrive at the display.

Tara can be activated with the keyboard and force the display to zero. The Tara remains memorized also when the instrument is switched-off from the supply. The Tara can be cancelled at any time and the display returns to follow the original input signal. In the mode “Tara Only” the display will always be set to zero without the possibility to return to a Non Tara reading. Analog Outputs 0/4-20mA and 0-10V are generated simultaneously. They can be assigned to any two display values with the keyboard. Password can be used to protect the instrument from unauthorized operation. Excitation for external sensors is isolated and adjustable from 5 to 24VDC - 40mA. Optional 1mA constant current output is available for special applications. The instrument is enclosed in a 48x96mm DIN cabinet and powered from the mains or DC supply. The front is IP65.

SPECIFICATIONS - D500A INPUTS and RANGES Voltage ± 100mV to 300V DC or true RMS. Option 20mVDC for strain gauge Current 0/4-20mA, ±20mA to 5A DC or RMS Pt-100, Pt-200 2 or 4 terminals -200...+650°C to PT385. OHM 10Ω-100k Ω, 2 or 4 terminals DIN Thermocouples DIN: E, J, K, S, B, C, T. Cold Junction Ambient temperature 0 - 60°C. Thermistor 96255Ω @ 0ºC, 2034Ω @ 100ºC ACCURACY DC ranges ± (0.01%+1digit) from value. True RMS DC - 5 kHz: ± (0.1% from value + 2 digits). Temperature Pt-100 and T/C • Pt-100/200: ±(1°C+1 digit). • T/C, Thermis: ±(2°C+1 digit). • Tempco: ±25 ppm/ °C.

A-D CONVERTER Resolution 100 000 true increments. Sampling Rate 7 samples/sec. Linearity ± (1 LSB + 1 digit). ANALOG OUTPUT Voltage output: 0-10V. Current output: 0/4-20mA. Resolution: 12 bit, Option 16 bit. Both outputs are isolated by 250V RMS and are available at the output at the same time. SERIAL DATA BUS RS232 and RS485 with 8Bits, No Parity, 1 Start, 1 Stop, 600-19200 bd. RS485-Address: 01-31 RS232: Continuous Transmission RS485: Request Transmission. Isolation 250V RMS. FILTER Average filter with programmable constants 1 to 99 is suitable for noisy and disturbed signals.

SET POINTS SP1 and SP2 adjustable -9999 to +99999 with hysterese control two mechanical relay 5A-230VAC. Option: SP3 and SP4 Relays. DISPLAY COUNTING The LSD can be programmed for counting 0,1,2,3...9, or 0,2,4,6..., or 0-5-0-5 or dummy zero. DISPLAY Upper Main Display -9999... +99999, red, 10mm Two Lower Displays -9999…+99999, red, 7.5mm. SUPPLY 115V/230V ± 15%, 48 - 60 Hz. Option: 24VDC or 9-36VDC. EXCITATION Sensor Supply 5-24VDC. 5V/40mA, 24V/100mA. Option: 1mA constant current. CABINET IP65 DIN 48x96x150 mm. Panel cut-out 45 x 90 mm. Pluggable terminals.

TERMINALS

Standard instruments contain two Set Point Relay SP1, SP2, Supply 230VAC (115VAC) and adjustable excitation 5-24V. Available Options: * SP3, SP4 additional 2 Relays. * 1mA constant current output. * Analog Outputs 0/4-20mA and 0…±10V. * Serial Data Ports RS232 and RS485. * Supply 24VDC ±10%, or 9-36VDC. * Customized Software.


Model OC4000 is a programmable 6 digit instrument with inputs for nearly any process signal, DC and AC voltages and currents, watt power, Pt-100, Pt-1000 and DIN- Thermocouples. The microcontroller has 4 signal channels which can simultaneously be used for DC and/or for true RMS measurements. Two inputs are also available for power measurements. Signals from two or three inputs can selectively be shown at the display or calculated as addition, subtraction, multiplication, division, deviation or quotient. The power measurement contains VAcosφ, VAsinφ or VA. The phase shift cos ϕ can be measured from 1.000 to -1.000. The keyboard at the front permits the entry into the menu and setting of parameters. The menu contains the selection of the input and the range, setting of the filter, the analog output and the data port as well as the selection of four set points and the activation of the Tara.

The analog outputs and the set points can be assigned to any one of the signal channel. The data port output is derived from the momentary display reading. The measured signals can be assigned with the keyboard to any two display values such e.g. 4-20mA equals 0-75000. In the calibration mode each signal channel can be independetly calibrated via the keyboard. In the measure mode all signal channels can be independently scaled and selectively shown at the display. Four Set Points can be set with the keyboard within the entire display range ± 999999. They activate four open collector transistors 60V-100mA or four mechanical relay 5A-230VAC. RS232 and RS485 transmitt the momentary display measurements. The RS485 has a selectable address.

Digital Filter calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF to 99. Analog Outputs ±10V and 4-20mA are generated simultaneously from the display and can be assigned with the keyboard to any of the signal channel. Tara is activated with the keyboard and sets the display to zero. The tara value is memorized also when the instrument is switched-off from the supply. With the keyboard the Tara can be canceled causing the display to return to the original input signal. Peak Memory stores automatically the maximum value of the display during the preselected time period. With the keyboard the stored value can be shown at the display or the memory reset to zero. Excitation for external sensors is isolated and adjustable from 5 to 24VDC - 40mA.

6 digit Display ± 999999 Four Signal Channels DC, AC, cos ϕ Power Measurement Arithmetic Operations Quotient Calculation Pt-100, Pt-1000, Ni, Thermistor DIN-Thermocouples Four Set Point Relay Two Analog Outputs

MENU

Multifunction Process Controller OC 4000

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH – 8952 Schlieren © orbit controls 2411 www.orbitcontrols.ch

DISPLAY 0 ... ± 999999, 7 segment red LEDs, 14.7 mm with decimal point and sign. INPUTS Four signal inputs: 4x DC or 2xDC and 2x RMS 1x Watt and cos ϕ. RANGES Current DC or RMS 0/4-20mA to 0 - 5A Voltage DC or RMS 0 ... ±100mV to 0 - 250V Pt-100 2 or 4 wire connection Pt-1000 2 or 4 wire connection DIN Thermocouples E,J,K,T,N,S,B Watt Power 0-280V and 0-5A true RMS cos ϕ: -1.000 … 1.000 A-D-C ADC with 24 bit resolution Sampling Time: 100ms. Linearity: ± (1 LSB + 1 digit). Tempco: 25ppm/K

FILTER Averaging filter OFF/ON, with constants 1, 2, 3 … 99. ANALOG OUTPUTS Current: 0/4-20mA Voltage: 0 ... ±10V Resolution: 12 bit. TARA Resets the display to zero with the front keyboard. The tara can be canceled and the display returns to the original signal. The tara remains memorized also when the insrument is switched-off from the supply. DATA PORTS RS232 and RS485, 8 bit, no parity, 1 start and 1 stop, the baud rate is programmable from 300 to 19200 bd. The address 0 activites RS232. One of addresses 1 - 31 activates RS485. BCD parallel 1-2-4-8. Type: open collector 48V/100mA or emiter follower with external 5-48V isolated supply.

SET POINTS Four 6 digit set points with four relay 5A-230VAC or with four NPN transistors 60V-100mA open collector type. The range of adjustment is ±999999. HYSTEREZE The hystereze of each set point can be programmed from 0 to 99. EXCITATION Isolated sensor supply adjustable from 5V to 24V/40mA. SUPPLY Standard 115V/230V ±15%, 48-60 Hz, 8VA. Option 9-32VDC/4W. TERMINALS Plugable screw terminals. CABINET DIN 48x96x100 mm (HxWxD). Panel cut-out: 45 x 93 mm. PROTECTION IP65 from the front.

SPECIFICATIONS

Orbit Controls is a manufacturer of Laboratory and Process Calibrators, Digital Instrumentation and Positioning Systems. To the main products belong System Calibrators, Three Phase Calibrators, Hand Held Calibrators, High Value Resistor Decades, Resistor Simulators, Capacitance Decades as well as programmable Counters, Tachometers, Flow Controllers, Batch Counters, Proces Controllers for analog signals, Data Loggers, Digital Linearizers, Switch Point for analog signals, Large Displays and Bargraphs, Transmitters and high precision positionning sensors. For more information please call our customer service Tel. + 41 1 730 2753 or Fax + 41 1 730 2783 or visit www.orbitcontrols.ch.

Three 5 Digit Displays Four Signal Channels DC, AC, cos ϕ Power Measurement Arithmetic Operations Quotient Calculation Pt-100, Pt-1000, Ni, Thermistor DIN-Thermocouples Four Set Point Relay Two Analogue Outputs RS232, RS485 Data Ports

OC4000-3D is a programmable instrument with three displays and inputs for nearly any process signal, DC and AC voltages and currents, watt power, Pt-100, Pt-1000 and DIN- Thermocouples. The three displays can be assigned to various instrument’s functions. The upper display can e.g. show the watt power whereas the two lower displays show the voltage and the current. At another application can the upper display show the measured signal and the lower displays can show the Set points or the maximum and the minimum measured values. The microcontroller has 4 signal channels which can simultaneously be used for DC and/or for true RMS measurements. Two inputs are also available for power measurements. Signals from two, three or four inputs can individually be shown at the displays or calculated as addition, subtraction, multiplication, division, deviation or quotient. The power measurement contains VAcosφ, VAsinφ or VA. The phase shift cos ϕ can be measured from 1.000 to -1.000. The keyboard at the front permits the entry into the menu and setting of parameters. The menu contains the selection of the input and the range, setting of the filter, the analogue output and the data port as well as the selection of four set points and the activation of the Tara. The analogue outputs and the set points can be assigned to any one of the signal channel. The data port output is derived from the momentary display reading. In the calibration mode the input signals can be individually calibrated via the keyboard.

In the measuring mode the signals can be independently scaled and assigned to required readings. Various arithmetic operations and software modifications are available for special applications.

MENU Four Set Points can be set with the keyboard within the entire display range ± 999999. They activate four open collector transistors 60V-100mA or four mechanical relays 5A-230VAC. RS232 and RS485 transmit the momentary display measurements. The RS485 has a selectable address. Digital Filter calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF to 99. Analogue Outputs ±10V and 4-20mA are generated simultaneously from the display and can be assigned with the keyboard to any of the signal channel. Tara is activated with the keyboard and sets the display to zero. The Tara value is memorized also when the instrument is switched-off from the supply. With the keyboard the Tara can be cancelled causing the display to return to the original input signal. Peak Memory stores automatically the maximum value of the display during the preselected time period. With the keyboard the stored value can be shown at the display or the memory reset to zero. Soft Manager For Windows Applications is Software Package OrbCom available.

Multifunction Process Controller OC 4000-3D

DISPLAYS Upper Display -9999 … +99999, rot 10 mm Lower Two Displays -9999 …+99999, rot, 7.5mm INPUTS Four signal inputs: 4x DC or 2xDC and 2x RMS 1x Watt and cos ϕ. RANGES Current DC or RMS 0/4-20mA to 0 - 5A Voltage DC or RMS 0 ... ±100mV to 0 - 250V Pt-100 2 or 4 wire connection Pt-1000 2 or 4 wire connection DIN Thermocouples E,J,K,T,N,S,B Watt Power 0-280V and 0-5A true RMS cos ϕ: -1.000 … 1.000

A-D-C ADC with 24 bit resolution Sampling Time: 100ms. Linearity: ± (1 LSB + 1 digit). Tempco: 25ppm/K FILTER Averaging filter OFF/ON, with constants 1, 2, 3 … 99. ANALOG OUTPUTS Current: 0/4-20mA Voltage: 0 ... ±10V Resolution: 12 bit. TARA Resets the display to zero with the front keyboard. The Tara can be cancelled and the display returns to the original signal. The Tara remains memorized also when the instrument is switched-off from the supply.

DATA PORTS RS232 and RS485, 8 bit, no parity, 1 start and 1 stop, the baud rate is programmable from 300 to 19200 bd. The address 0 activates RS232. One of addresses 1 - 31 activates RS485. SET POINTS Four Set Points with four relay 5A-230VAC or with four NPN transistors 60V-100mA open collector type. The range of adjustment is -9999 to +99999. HYSTEREZE The hystereze of each set point can be programmed from 0 to 99. EXCITATION Isolated sensor supply adjustable from 5V to 24V/40mA. SUPPLY Mains Supply 115V/230V ±15%, 48-60 Hz, 8VA. Option 9-32VDC/4W. TERMINALS Pluggable screw terminals. CABINET DIN 48x96x100 mm (HxWxD). Panel cut-out: 45 x 93 mm. IP65 Front Protection. SOFT MANAGER For Windows Applications is Software Package OrbCom available.

SPECIFICATIONS

ORBIT CONTROLS AG [email protected] Zürcherstrasse 137, CH-8952 Schlieren/ZH, Switzerland © orbitcontrols 2603 www.orbitcontrols.ch

TERMINALS - Instrument’s Rear

Programmable Controller

OC 7040A 6 digit Display ± 999999 ± 100 000 true increments 0/4-20mA, 200mV to 300VDC 20mV for Strain Gauges Potentiometric Input Pt-100, Pt-200, Thermistor Thermocouples J, K, E, S, B, T, C True R.M.S. measurements Four Set point Relays Two Analog Outputs Two Serial Data Ports

Model OC7040A is a six digit programmable controller with 100000 true increments. They can be scaled within the full display range 0-999999. The controller is mainly designed for process signals such as 0/4-20mA, 20mV to 300V DC or true RMS, strain gauges, Pt-100, Pt-200, Thermistor, Resistors and DIN-Thermocouples. By using the keyboard, the input signal can be assigned to any two desired display values, such as 4-20mA = 0-18500. The menu contains four Set Points, two Analog Outputs, two serial Data Ports, the Filter, the Tara, the Sampling Rate, the Display Resolution, the Display Counting, and the Password. Four Set Points can be set within the entire display range. They activate four open collector transistors or four mechanical relays. Each set point has programmable hysterese and delay.

Serial Data Ports RS232 and RS485 with free programmable parameters can be used for communication with controllers, PCs, remote displays and other data acquisition systems. Digital Filter can be used in noisy environments or for unstable signals and calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF to 99. Tara can be activated with the keyboard and force the display to zero. The Tara remains memorized also when the instrument is switched-off from the supply. The Tara can be canceled at any time and the display returns to follow the original input signal. Analog Outputs 0/4-20mA and 0-10V can be used as direct or inverted and assigned to any two display values with the keyboard.

Peak and Valley memory measures and stores the maximum and the minimum value the display achieves during the entire measuring period. With the keyboard the display can be selected to show the momentary measured signal, the minimum or the maximum value. If e.g. the maximum value is selected, the display will continuously show the peak signal and will be overwritten with any higher value. Password can be used to protect the instrument from unauthorized operation. Excitation for external sensors is isolated and adjustable from 5 to 24VDC - 40mA. Optional 1mA constant current output is available for special applications. The instrument is enclosed in a 48x96mm DIN cabinet and powered from the mains or DC supply. The front is IP65.


INPUTS and RANGES Voltage ± 100mV to 300V DC or true RMS. Option 20mVDC for strain gauge Current 0/4-20mA, ±20mA to 5A DC or true RMS. Pt-100, Pt-200 2 or 4 terminals -200...+650°C to PT385. OHM 10Ω-100k Ω, 2 or 4 terminals DIN Thermocouples DIN E, J, K, S, B, C, T. Cold Junction Ambient temperature 0 - 60°C. Thermistor 9796Ω @ 0ºC, 27936Ω @ 0ºC ACCURACY DC ranges ± (0.01%+1digit) from value. True RMS DC - 5 kHz: ± (0.1% from value + 2 digits). Temperature Pt-100 and T/C • Pt-100/200: ±(1°C+1 digit). • T/C, Thermis: ±(2°C+1 digit). • Tempco: ±25 ppm/ °C. TERMINALS

A-D CONVERTER Resolution 100 000 true increments. Sampling Rate 2.5 or 7 samples/sec. Linearity ± (1 LSB + 1 digit). ANALOG OUTPUT Voltage output: 0-10V. Current output: 0/4-20mA. Resolution: 12 Bit. Option: 16 Bit Both outputs are generated simultaneously and available at the output at the same time. SERIAL DATA BUS RS232 and RS485 with 8Bits, No Parity, 1 Start, 1 Stop, 600-19200 bd. RS485-Address: 01-31 RS232: Continuous Transmission RS485: Request Transmission. Isolation 250V RMS. FILTER Average filter with programmable constants 1 to 99 is suitable for noisy and disturbed signals.

SET POINTS Four 6 digit Set Points with hysterese control four NPN open collector transistors 60V-100mA or four mechanical relay 5A-230VAC. Programmable delay from 100ms to 3600ms. DISPLAY COUNTING The LSD can be programmed for counting 0,1,2,3...9, or 0,2,4,6..., or 0-5-0-5 or dummy zero. DISPLAY 0 ... ± 999999, 7 segments red 14, 7 mm LED with decimal points SUPPLY 115V/230V ± 15%, 48 - 60 Hz. Option: 24VDC or 9-36VDC. EXCITATION Sensor Supply 5-24VDC. 5V/40mA, 24V/100mA. Option: 1mA constant current. CABINET IP65 DIN 48x96x150 mm (HxWxD). Panel cut-out 45 x 90 mm. Pluggable screw terminals.

SPECIFICATIONS - OC 7040A

Standard instruments contain two Set Point Relays SP1, SP2, Supply 230VAC (115VAC) and adjustable excitation 5-24V. Available Options: * SP3, SP4 additional 2 Relays. * Analogue Outputs 0/4-20mA and 0…±10V. * Serial Data Ports RS232 and RS485. * Supply 9-36VDC. * Customized Software.

Averaging Controller

OC 7040A-4

6 digit Display ± 999999 ± 100 000 true increments Four Inputs 0/4-20mA, 0-1V, 0-10V Averaging value at the display Two Set Point Relays Two Analog Outputs Two Serial Data Ports

Model OC7040A-4 is a six digit programmable controller with 100000 true increments. They can be scaled within the full display range 0-999999. The controller has four inputs for analog signals and the display shows the average value of calculated from the four signals. The number the inputs can be used between one and four. By using the keyboard, the calculated average value of the four input signals can be assigned to any two desired values at the display, such as 4-20mA = 0-18500. The menu contains two Set Points, two Analog Outputs, two Serial Data Ports, the Filter, the Tara, the Sampling Rate, the Display Resolution, the Display Counting, and the Password. Two Set Points can be set within the entire display range. They activate two open collector transistors or two mechanical relays. Each set point has programmable hysterese and delay. Serial Data Ports RS232 and RS485 with free programmable parameters can be used for communication with controllers, PCs, remote displays and other data acquisition systems. Analog Outputs 0/4-20mA and 0-10V can be used as direct or inverted and assigned to any two display values with the keyboard.

Tara can be activated with the keyboard and force the display to zero. The Tara remains memorized also when the instrument is switched-off from the supply. The Tara can be canceled at any time and the display returns to follow the original input signal. Digital Filter can be used in noisy environments or for unstable signals and calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF to 99. Pak and Hold memory measures and stores the maximum value the display achieves during the desired measuring period. By using the keyboard, the stored value can be recalled at the display. Password can be used to protect the instrument from unauthorized operation. Excitation for external sensors is isolated and adjustable from 5 to 24VDC - 40mA. Optional 1mA constant current output is available for special applications. The instrument is enclosed in a 48x96mm DIN cabinet and powered from the mains or DC supply. The front is IP65.

.

ORBIT CONTROLS AG Zürcherstrasse 137, Tel: +41 44 730 2753 CH-8952 Schlieren/ZH [email protected] Switzerland © orbitcontrols 2605 www.orbitcontrols.ch

INPUTS and RANGES Voltage 0 …100mV to 0 … 10V DC. Current 0/4-20mA. ACCURACY DC ranges ± (0.01%+1digit) from value. A-D CONVERTER Resolution 100 000 true increments. Sampling Rate 2.5 or 7 samples/sec. Linearity ± (1 LSB + 1 digit). DISPLAY 0 ... ± 999999, 7 segments red 14, 7 mm LED with decimal points TERMINALS

DISPLAY COUNTING The LSD can be programmed for counting 0,1,2,3...9, or 0,2,4,6..., or 0-5-0-5 or dummy zero. ANALOG OUTPUT Voltage output: 0-10V. Current output: 0/4-20mA. Resolution: 12 bit. Both outputs are generated simultaneously and available at the output at the same time. SERIAL DATA BUS RS232 and RS485 with 8Bits, No Parity, 1 Start, 1 Stop, 600-19200 bd. RS485-Address: 01-31 RS232: Continuous Transmission RS485: Request Transmission. Isolation 250V RMS.

SET POINTS Four 6 digit Set Points with hysterese control four NPN open collector transistors 60V-100mA or four mechanical relay 5A-230VAC. Programmable delay from 100ms to 3600ms is available. FILTER Average filter with programmable constants 1 to 99 is suitable for noisy and disturbed signals. SUPPLY 115V/230V ± 15%, 48 - 60 Hz. Option: 24VDC or 9-36VDC. EXCITATION Sensor Supply 5-24VDC. 5V/40mA, 24V/100mA. Option: 1mA constant current. CABINET IP65 DIN 48x96x150 mm (HxWxD). Panel cut-out 45 x 90 mm. Pluggable screw terminals.

SPECIFICATIONS - OC 7040A-4

Standard instruments contain two Set Point Relay SP1, SP2, Supply 230VAC (115VAC) and adjustable excitation 5-24V. Available Options: * SP3, SP4 additional 2 Relays. * Analogue Outputs 0/4-20mA and 0…±10V. * Serial Data Ports RS232 and RS485. * Supply 9-36VDC. * Customized Software.

Roof Collector Temperature Boiler Water Temperature ∆ Temperature selectable up to 0.1ºC Control Outputs for Water Pump For Panel Mount Supply 115/230VAC or 24VDC

Model OC4020 is a Controller for a water pump of solar warm and heating water installations. One sensor measures the temperature of the water in the solar collectors whereas the second sensor measures the temperature of the water in boiler. When the water in the solar collectors is higher than the water in the boiler, the controller opens the pump and let the warm water from the collectors flow into the boiler. The temperature difference between the collectors and the boiler is keyboard adjustable. Two temperatures determine the starting point of the controller’s operation: the temperature set point of the collectors SP1 and the temperature set point of the boiler SP2. Both levels are keyboard programmable. When the SP1 is larger than the SP2, the controller enables the pump. The difference SP3 between the both temperatures is programmable in 0.1ºC steps. The pump is enabled when SP1 - SP2 > SP3. Additional programmable difference SP4 controls the output relay when SP1 - SP2 < SP4. SPECIFICATIONS Sensors: A - Collector Temperature: Pt-100, 4 wire B - Boiler Temperature: Pt-100, 4 wire SP1: Solar Collector Temperature: 0.0 … 99.9 ºC SP2: Boiler water temperature: 0.0 … 99.9 ºC SP3: Differential Temperature: 0.0 … 99.9 ºC A-B > SP3 SP4: Differential Temperature: 0.0 … 99.9 ºC A-B < SP4 Relay Outputs: SP1, SP2, SP3, SP4 230VAC-5A Supply: 115/230VAC-9VA or 24VDC (18-36V)-3W. Operation Temp: -10 … 55 ºC Display: 6 digits, red, 14mm Segments with decimal point and sign Cabinet: 48 x 96 x 150mm (HxWxD). Panel cut-out 45 x 90mm. Protection: IP65 from the front. TERMINALS Rear of the instrument

Controller for Solar Warm Water Installations

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren / ZH Tel: +41 44 730 2753 [email protected] www.orbitcontrols.ch

© orbitcontrols 2701

Example: SP1 = 25ºC, SP2 = 30ºC, SP3 = 0.5 ºC. The Controller is activated as soon as the temperature in the collectors higher is than 25ºC. The pump is put into operation when the temperature in the collectors higher is than 30.5ºC. The pump is switched-off when the temperature in the collectors by 0.5ºC lower is than the temperature in the boiler.

6 digit Display 0 ... ± 999999 Inputs RS232, RS485 Addressable Bus Set Point Relay 115/230VAC or 9-36VDC

Model OC7053 is a programm-able Monitor-Controller for serial data ports RS232 or RS485. The data format contains 8 bit, no parity, 1 Start and 1 Stop, 1200 to 38400 Baud. The RS485 has a programmable address. Set Point SP1 with an output relay can be programmed within the entire display range. The relay is activated when the display arrives at the programmed value or is larger. The parameters are programm-able with the front panel keyboard. They remain stored in a non-volatile memory also when the instrument is switched-off from the power supply. The keyboard can be locked against non authorized operation.

SPECIFICATIONS INPUT RS232, RS485, with 8 Bit, No Parity, 1 Start, 1 Stop. RS485 has programmable addresses from 01 to 31. The Baud Rate can be selected from1200 to 38400 bd. DISPLAY 6 digits, 7 segment red LED, 14.7mm digit size. EXCITATION The Sensor supply is adjustable from 2V to 24VDC/40mA. SUPPLY 115/230V ±10%, 48-60Hz, 6VA. Option: 9 - 36V DC/3W.

SET POINT Relay SP1 5A-230VAC. CABINET DIN 48x96x150mm (HxWxD), IP65 from the front. Panel cut-out: 45 x 90 mm. TERMINALS Plugable screw terminals at the instruments rear. CONNECTIONS

OC 7053 Monitor - Controller for Serial Data Ports

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] 8952 Schlieren / ZH © orbit controls 21002 www.orbitcontrols.ch

6 Digit Display 0 ... ± 999999 Input for Profibus DP One Set point Relay 115/230VAC or 24VDC

OC7057M is a 6 digit programmable Monitor for a direct connection to the Profibus DP. The six digit numerical display shows the data received from the field bus with decimal point and sign. One Set point with an output relay can be set within the entire display range. The controller is supplied from the mains or from 24V DC and is suitable for panel mount. The connection is via screw terminals at the rear. The front is IP65. SPECIFICATIONS Termination 3 wire connection Connection Cu cable according to EN 50170 Transmission Rate 9,6 kBaud … 12 MBaud Terminals D-SUB 9, female Set Point programmable within the entire display range Supply 115/230VAC-6VA or 24VDC (± 10%) or 9-36VDC-3W.

Pluggable screw terminals Operating Temperature 0 … 55 ºC Isolation 250V RMS between the field bus and the internal electronics Display 6 digits red 7 Segment LED with decimal point and sign Cabinet DIN 48x96x150mm (H x W x D) Front Panel Protection IP65 TERMINALS – Rear of the Instrument

Profibus Data MonitorOC 7057M

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] 8952 Schlieren / ZH © orbitcontrols 2610 www.orbitcontrols.ch

6 digit display 0 ... ± 999999 BCD parallel or serial Addressable Bus operation Four Set Point Relay Analog Output 4-20mA, 0-10V Serial Output RS232 / RS485 115/230VAC or 9-36VDC DC- Supply 9 - 36 V

Model OC7520 is a 6 digit programmable monitor-controller for BCD parallel data ports. The instrument accepts the input data parallel of all six digit or serial. Four Set Points, two analog outputs and two RS ports are options. Four Set Points (option) are used in control applications and can be set within the entire display range. They control four open collector transistors or four relay. Two analog outputs (option) ±10V and 0/4-20mA are generated simultaneously. They represent a direct BCD parallel conversion into the corresponding analog output and can be assigned with the keypad to any two display values. Two serial output data ports RS232 and RS485 (option) represent the BCD parallel conversion into serial data output and can be used for sending the displayed data to a PC, a remote display, programmable controller or any other aquisition systems.

The parameters are entered with the keyboard and remain stored in a non-volatile memory also when the instrument is switched-off from the power. The keyboard can be locked agains unauthorized use. Up to 63 same instruments can operate at one data bus. INPUTS BCD parallel: 24 data bit and 1 sign bit with common GND. BCD serial: 4 bit, 6 strobes. Address: 6 address bit, binary coded 0 ... 63. Logic: 5V ... 64V, positive logik, 1-2-4-8 coding, Zinp = 100kΩ. SET POINTS 0 ... ±999999 with four NPN open collector transistors 60V/100mA. Option: 4 relay 5A-230VAC. ANALOG OUTPUTS 0 ... ±10V and 0/4-20mA can be assigned to any two display values. Resolution 12 Bit.

SERIAL DATA OUTPUTS RS232 and RS485 with 8 bit, no parity, 1 start, 1 stop, 300-19200 bd and addresses 01 - 31. EXCITATION Adjustable between 5-24V/40mA. SUPPLY 115/230V±10%, 48-60Hz. Option: 9 ... 32VDC DISPLAY 6 digit, 7 segment LED, 14.7mm, red, with sign and decimal point. KEYBOARD Five keys for setting of parameters. The keyboard can be locked againg unauthorized entry. CABINET DIN 48 x 96 x 150 mm (HxWxD). Panel cut-out: 45 x 93mm. IP65 front cover is optionaly available. TERMINALS Screw terminals for supply, relay, data and analog outputs. Flat cable connector for input data

Remote Display for BCD DataOC 7520


SPECIFICATIONS

Counters and

Timers

Programmable Counter INF8-C

Quadrature, Up-Down and Angle Gray/Binary Absolute Code Counter Parallel or Serial Inputs 4 Set Point Relay 6 Digit Display with Floating Point Fast Analog Outputs RS232 and RS485 Last Reading Memory

Model INF8-C counter is keypad programmable for use as a quadrature counter, up-down counter, or angular counter. The instrument is designed for fast positioning applications in connection with digital encoders, magnetic pick-offs and absolute code resolvers. In quadrature counting mode, the instrument can be used with linear or rotational resolvers. Counting direction is automatically determined by the momentary phase position of the encoder input pulses. The up-down counting mode is designed for fast bi-directional counting applications with the pulses at one input and the direction determined by the logic signal at the second input. The angular counter uses an incremental encoder at the input and counts quadrature pulses bidirec-tionally between 0 and 360°. The display can be configured for 1°, 0.1° or 0.01°, depending on the used encoder. The operation mode for quadrature, up-down or angular counter is keypad selectable.

Last reading memory is automatically activated after each display change which remains unchanged for longer than 1 second. The display value remains stored also when the power is switched-off. INCREMENTAL COUNTERS Quadrature Counter: The counting direction is automatically defined by the phase position of input signals A and B. Up-Down Counter: The input A represents input pulses, the input B controls the counting direction up or down. Angular Counter: The counting direction is selected automatically by the phase position of the input signals A and B. The display reads 0 ... 360°. The Zero puls from the encoder can be used for setting the display to zero. ABSOLUTE COUNTERS Absolute Code Counter Parallel is using the Gray or the binary code from resolvers with parallel outputs. Encoders with up to 14 bit parallel outputs can be connected directly to the counter. Single Turn or Multi Turn modes are available. Absolute Code Counter Serial is using the Gray or the binary code from encoders with 9 to 32 bit of SSI, EnDat, RS485 or other serial outputs. Single Turn or Multi Turn modes are available and can be selected with the keyboard.

SPECIFICATIONS Display 6 digits, 0 ... ± 999999, 14,7mm red with floating decimal point. When the display arrives at its full capacity of 999999. with the decimal point behind the LSD, the expression switches into exponential mode. Communication Port RS232 and RS485 with 1 Start and Stop, 8 bit, no parity, 300-19200 bd and address 00-31. Analog Output -10V...+10V and 0/4-20mA with a responce time of 1.8ms and a resolution of 12 or 16 bit. The outputs can be assigned with the keyboard to any desired display value. Scaling 6-digit multiplication with sign and decimal point, and 6-digit division are menu programmable. Set Poits are adjustable with decimal point and sign. Four NPN open collector outputs 60V-100mA or 4 mechanical relay with 5A-230VAC contacts. User Lockout Three levels of security lock the setpoint adjustments, menu and/or preset-reset function. Excitation 5-24V DC - 40mA, adjustable. Power 115/230VAC, ±10%, 50-60Hz, 8VA. Option: 9-36VDC/6W. Dimensions 1/8 DIN, 48x96mm. Depth behind bezel 150mm. Panel cut-out 45 x 93 mm.

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH

Tel: + 41 44 730 2753 Fax: + 41 44 730 2783

[email protected] www.orbitcontrols.ch


Inputs Data +, Data -, Clock +, Clock at the terminals P4. Digital Display Six digits, 7 segment red display 14,7mm . Display capacity 0 … ±999999 with decimal point. Scaling The measurements at the display can be scaled with a multiplicative (SCALE) and a dividing (dSCALE) constants. Four Set Points SP1 ... SP4 with 4 output transistors 60V/100mA or with 4 Relays 5A- 230VAC. Each output can be set for active open or active closed. Two Analogue Outputs -10V ... +10V and 0/4...20mA are option. They are 250V RMS isolated are are generated simultaneously. The two Limits -10V and 0/4mA or +10V and 20mA can be assigned to any two display readings. The resolution is 12 or 16 bits (option).

Communicati Ports RS232 and RS485 (4 wire) are generated simultaneously. They are selectable via the keyboard One telegram contains 8 bit, No Parity, 1 Start and 1 Stop. Baud Rate wählbar 600 to 19200 bd. RS485 has addresses selectable from 1 to 31. The address 0 activates RS232. The Communicatiom Port is isolated by 250V RMS. Excitation EnDat Supply of 5V-350mA is isoliert. Option: 5-24V/40mA adjustable. Supply Mains: 115/230V ±10%, 50-60Hz, 6VA. Option: 9 - 36 V DC, 4 W. Cabinet Cabinet for panel mount DIN 48 x 96 mm, depth behind panel 150 mm. Panel cut-out 45 x 93 mm. Terminals Plugable screw terminals and flat cable connector.

TERMINALS – rear of the instrument

TO ORDER INF8- EnDat - X - X - X - X ⎪ ⎪ ⎪ ⎪ Mains 115VAC ------------------------------- 0 ⎪ ⎪ ⎪ Mains 230VAC ------------------------------- 1 ⎪ ⎪ ⎪ DC 9-36VDC --------------------------------- 4 ⎪ ⎪ ⎪ ⎪ ⎪ ⎪ No Set Points ----------------------------------------- 0 ⎪ ⎪ 4 Output Transistors -------------------------------- 1 ⎪ ⎪ 2 Relays ------------------------------------------------ 2 ⎪ ⎪ 4 Relays ------------------------------------------------ 3 ⎪ ⎪ ⎪ ⎪ No Analogue Output ------------------------------------------ 0 ⎪Analogue Output 12 Bit --------------------------------------- 1 ⎪ Analogue output 16 Bit ---------------------------------------- 2 ⎪ ⎪ No data port -------------------------------------------------------------- 0 RS data Ports ------------------------------------------------------------ 1

Absolute Code Counter INF8-ABS

Gray or Binary Absolute Code Parallel up to 16 bit

Serial up to 32 bit (16+16) 4 Set Point Relay 6 Digit Display with Floating Point Analog Outputs 0-10V and 0/4-20mA Data Outputs RS232 and RS485 Last Reading Memory

Model INF8-ABS counter is keypad programmable six digit counter for connecting of absolute coded resolvers with parallel or serial data outputs in a single turn or in a multi turn mode of operation. The excitation for sensors is provided. The programming of parameters is with the keyboard at the front and contains settings of the Scale, four Set Points, two Analog Outputs and two Serial Data Ports. The keyboard selects also the mode of operation as Single Turn or Multi Turn positioning counter or angular counter. Absolute Code Counter Parallel is using the Gray or the binary code from resolvers with parallel outputs. Encoders with up to 16 bit parallel outputs can be connected directly to the counter. Single Turn or Multi Turn modes are available. Absolute Code Counter Serial is using the Gray or the binary code from encoders with 9 to 32 bit of SSI, EnDat, RS485 or other serial outputs. Single Turn or Multi Turn modes are available and can be selected with the keyboard.

Display 6 digit, 0 ... ±999.999, 14,7mm red or green with floating decimal point arithmetics. Above the full range of 999999 the display switches into exponential mode. Inputs Positiv logik 5-28V. Frequency Range: DC ... 800kHz. Absolute Code Counter parallel 9 to 16 bit Gray or binary parallel inputs 5 - 28V positive logic. Absolute Code Counter serial 9 to 32 bit Gray or binary, SSI, EnDat, RS485 and other serial data. Preset Display offset programmable from 0 to ±999999 with decimal point and sign can be activated with the keyboard. Serial Data Ports RS232 and RS485 with 8 bit, no parity, 1 Start, 1 Stop, 600 to 19200 bd. The address of RS485 is selectable between 1 and 31. The address 0 activates RS 232. Continuous or request transmission can be selected. The outputs are isolated by 250V RMS.

Analog Output -10V...+10V and 0/4-20mA, resolution 12 or 16 bit. With the keyboard the outputs can be assigned to any desired display value. Scale The display can be multiplied with a six digit constant with decimal point and sign. The Scale is programm-able from 0 to ± 999999 and permits the display to increment in the selected number of the resolver bits. Setpoits Four NPN open collector outputs 60V-100mA or 4 mechanical relay 5A-230VAC. The set points can be adjusted within the entire display range. Excitation 5-24V DC - 40mA, adjustable inside the instrument for supplying of external sensors. Power 115/230VAC, ±10%, 50-60Hz, 8VA. Option: 9-36VDC/6W. Cabinet 1/8 DIN, 48x96x 150mm. Panel cut-out 45 x 93 mm, IP65 front.


EnDat (*) Interface Free Scaling and Zeroing Resolution selection Four Set Point Relays Analogue Output Serial Data Ports DIN 48 x 96mm Mains or DC Supply

Model INF8-EnDat is a 6 digit counter for a direct connection to EnDat serial interface of Absolute Coded Resolvers. The counter is front programmable with the keyboard and uses a high speed microcontroller. Standard features are multiplication and division of the display readings, preset and reset, four set points, two analog outputs and two serial data ports. After the instrument is switched-on the information from the resolver or optical lineal are read into the internal microcontroller. This will be automatically programmed for the correct number of bits. The position defined by the resolver appears at the display. The readings at the display can be scaled in required units and resolution. The parameters SCALE, dSCALE, OFFSEt and OrdEr are keyboard programmable. The menu permits selection of EnDat 2.1 or EnDat 2.2. If accidentally the scanning head of the optical lineal gets out of the lineal body and the position gets lost, a warning status will be generated at the display and the measurement stops. The data transmission and the measurement will continue by using a correcting signal via the keyboard. The display can be set to zero at any position of the encoder or optical lineal. The Tara remains memorized also when the power is removed from the instrument. Four Set Points SP1 ... SP4 can be adjusted over the entire display range from 0 ... ± 999999. The set points activate open collector output transistors or optional mechanical relays. 5V-350mA excitation for supplying of EnDat sensors is isolated from analog outputs and serial data ports. The minus potential is connected to the input GND. Optional excitation is adjustable with internal potentiometer from 5V/40mA up to 24V/100mA. (*) EnDat is the name of the databus of the company Heidenhain

INF8-EnDat Absolute Code Counter for EnDat Interface


INF8-EnDat Controller Inputs Data +, Data -, Clock +, Clock at the terminals P4. Digital Display Six digits, 7 segment red display 14,7mm . Display capacity 0 … ±999999 with decimal point. Scaling The measurements at the display can be scaled with a multiplicative (SCALE) and a dividing (dSCALE) constants. Four Set Points SP1 ... SP4 with 4 output transistors 60V/100mA or with 4 Relays 5A- 230VAC. Each output can be set for active open or active closed. Two Analogue Outputs -10V ... +10V and 0/4...20mA are option. They are 250V RMS isolated are are generated simultaneously. The two Limits -10V and 0/4mA or +10V and 20mA can be assigned to any two display readings. The resolution is 12 or 16 bits (option).

Communicati Ports RS232 and RS485 (4 wire) are generated simultaneously. They are selectable via the keyboard One telegram contains 8 bit, No Parity, 1 Start and 1 Stop. Baud Rate wählbar 600 to 19200 bd. RS485 has addresses selectable from 1 to 31. The address 0 activates RS232. The Communicatiom Port is isolated by 250V RMS. Excitation EnDat Supply of 5V-350mA is isoliert. Option: 5-24V/40mA adjustable. Supply Mains: 115/230V ±10%, 50-60Hz, 6VA. Option: 9 - 36 V DC, 4 W. Cabinet Cabinet for panel mount DIN 48 x 96 mm, depth behind panel 150 mm. Panel cut-out 45 x 93 mm. Terminals Plugable screw terminals and flat cable connector.


TO ORDER INF8- EnDat - X - X - X - X ⎪ ⎪ ⎪ ⎪ Mains 115VAC ------------------------------- 0 ⎪ ⎪ ⎪ Mains 230VAC ------------------------------- 1 ⎪ ⎪ ⎪ DC 9-36VDC --------------------------------- 4 ⎪ ⎪ ⎪ ⎪ ⎪ ⎪ No Set Points ----------------------------------------- 0 ⎪ ⎪ 4 Output Transistors -------------------------------- 1 ⎪ ⎪ 2 Relays ------------------------------------------------ 2 ⎪ ⎪ 4 Relays ------------------------------------------------ 3 ⎪ ⎪ ⎪ ⎪ No Analogue Output ------------------------------------------ 0 ⎪Analogue Output 12 Bit --------------------------------------- 1 ⎪ Analogue output 16 Bit ---------------------------------------- 2 ⎪ ⎪ No data Port -------------------------------------------------------------- 0 RS data Ports ------------------------------------------------------------ 1

Digital Mini Counter OC1135

Quadrature Counter UP-DOWN Counter Tachometer-Frequency Counter 0.01 Hz-100 kHz Frequency Range Free scalable Display Two Set Point Outputs Last Reading Memory

Orbit Controls OC1135 is a 5 digit counter with programmable functions for Quadrature Positioning Counter with bi-directional incrementing, Up-Down Counter and Tachometer-Frequency Counter. The instrument is designed for industrial applications in connection with digital encoders, magnetic pick-ups and other industrial pulse sources. The programming with three keys behind the front lens contains the selection of Scale, Preset, Filter, Sampling and Reset Time, Password and two Set Points. The function as a Quadrature counter, up-down counter or tachometer is programmable with the front keys. Incremental-Quadrature Counter is designed for fast positioning applications by using two 90° phase shifted A and B signals from linear or rotative incremental resolvers. The counting direction is automatically derived from the phase shift of the input signals. The display increments with each signal edge. Up-Down Counter can be used for bi-directional counting applications. The pulses to be counted are connected to the input A. The logic signal at the input B determines the counting direction up or down. Tachometer - Frequency counter will be used for measurements of RPM, speed, frequencies and other dynamic applications at which frequency is the input. The display is selectable in required process units. The input signal can be entered from one or two signal sources. When an incremental resolver is connected, the display can bi-directionally indicate RPM.

Floating Point Arithmetic permits practically unlimited display capacity. The programmed decimal point is automatically positioned to the right when the display arrives at full capacity. When the counts at the display aced the value of 99999 with decimal point behind the LSD, the display indicates the owerflow by UnDEF. Preset has 5 digits with decimal point and sign. The programmed value can be inserted into the display with the keys. The display starts counting or incrementing at the Preset. Scale of the display can be achieved with both, multiplication and division. Multiplication has free programmable 5 digit number with decimal point and sign. The division has constants :1 to :99999 selectable in decimal steps. By using the scale, the display can be programmed in any required process unit such as mm, inch, LPM, Gallons, m/sec, RPM etc. Averaging Filter has filter constants programmable from 1 to 99 and permits the instrument to measure signals from resolvers which vibrate or from signal sources at noisy environments. Last Reading is automatically stored when the instrument is switched-off from the supply. When the power is applied again, the display starts counting at the stored last reading value. OC1135 is supplied from DC voltage and enclosed in DIN 24 x 48mm cabinet. The connections are with pluggable screw terminals.

MENU The menu can be opened and the parameters programmed with keys behind the front lens: PASS Password permits entering the menu and programming of the instruments parameters. PRESET is a 5 digit additive constant (Offset) with the decimal point and the sign. SCALE is a 5 digit multiplicative constant with decimal point and sign. DSCALE is a dividing constant selectable from :1 to :99999. ORDER determines the display resolution by placing the decimal point from X.XXXX to XXXXX. FBASE is activated in the Tachometer-Frequency counter function. It determines the measuring time from 220 ms to 120 sec.

OBASE is activated in the Tachometer-Frequency counter function. It determines the time between two consecutive input pulses prior the display resets to zero. The reset is programmable from 0.22 to 120 sec. PASSWORD permits setting of the password as one of 20 firm memorized combinations. FILTER is an averaging filter with filter constants free programmable from OFF to 99. SP – SP2 are two Set Points with optocouple transistor outputs 28V/10mA. The outputs are isolated from the inputs and the internal counter circuitry. The emitter outputs are internally connected to (-) of the supply.

SPECIFICATIONS OC1135 DISPLAY 0....±99999, 7 segment LED red, 8 mm. INPUTS DC-100 kHz, positive logic 5 V protected to 28 V. Counter Mode Range: DC-100 kHz Tachometer mode Range: 0.01Hz-100 kHz PRESET/RESET Additive constant (offset) is programable from 0 to ±99999 with decimal point and sign. The preset can be inserted into the display with the front key or with external positive signal 5-28 V. With the preset value 00000 the display will be set to zero.

SET POINTS Two optocoupler transistor outputs 35V/30mA are standard. The emitters are internally connected to (-) terminal of the supply voltage. SUPPLY 24 V DC ±10%, 2 W. Option: 9 - 36 V DC, 3 W. CABINET DIN 24x48 mm, 65 mm depth behind the front. Panel cut-out 21x42 mm. TERMINALS Pluggable screw terminals

TERMINALS TO ORDER OC1135 – 1 Supply 24VDC ± 10% OC1135 – 2 Supply 9-36VDC


ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH, Switzerland Tel: +41 44 730 2753 Fax: +41 44 730 2783 [email protected] www.orbitcontrols.ch

Momentary Flow Cumulated Flow Free scalable Batch Counter-Controller Flow Rate Counter-Controller Four Set Points with Relay RS232, RS422, RS485

Orbit Controls OC 7130 is a programmable counter for industrial applications at which both, the momentary (F) and the cumulated (C) values have to be measured and controlled. Inductive, capacitive or optical sensors, flow turbines and other pulse sources can be directly connected. Adjustable excitation for sensor supply is available at the rear terminals. The instrument measures the frequency from the sensor and cumulates the pulses at the same time. Both values can be independantly scaled such that the results will be dispayed in required process units. The momentary (F) or the cummulated (C) results can be selectively displayed by using the keyboard. The cummulated (C) display value is stored also when the instrument is switched-off from the supply. When the power is switched-on again, the display starts counting at the stored value.

OC7130 covers many flow applications. It counts the pulses from a flow turbine, shows the flow rate in e.g. LPM and cumulates the total litres. Two independant scaling constants permit the display to increment and to shown nearly any process unit such as PLM, kg/h, Gallons, m/sec, m, etc. Floating Pointg Arithmetics permits practicaly unlimited display capacity. The programmed decimal point is automaticaly positioned to the right when the display arrives at full capacity. Above the full range of 999999 the display switches into exponential expression, e.g. 1234E6. The menu is accessable with the keyboard and contains two scaling constants, two offsets, four set points with relay outputs, display resolution and two serial data ports. Excitation for external sensors is adjustable from 5 to 24VDC and can be loaded by max. 40mA. The instrument is powered from the mains or by DC voltage.

DISPLAY 6 digit red, 7 segment LEDs 14,7mm with decimal point and sign. By using the keypad, the display shows selectively the momentary value (F) or the cummulated pulses (C). INPUT Frequency Range DC-100 kHz, positive signal TTL 5V protected to 48V. Counting direction Positive signal TTL 5V, protected to 48V determines the counting direction UP or DOWN. SCALE Scale C and Scale F 6 digit multiplicative constant with decimal point and sign is programmable from ±0.00001 to ±999999. SET Set C and Set F 6 digit additive constant (Offset) programmable from ±0.00000 to ±999999. The display starts counting at the offset value.

Flow Counter - Controller OC 7130

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH © orbit controls 2506 ww.orbitcontrols.ch

DISPLAY 6 digit red LEDs, 14,5mm display size. Display capacity ±999999, floating arithmetics with automatic positionning of the decimal point. When the display arrives at the full capacity with decimal point at the end, the result will be shown in exponetial expression. The display can be selected for momentary or cummulated values. SERIAL PORT RS232, with 8 bit, 1 Start, 1 Stop, no Parity. The baud rate is programmable from 600 to 19200. SET POINTS Four Set Points can be selected within the entire display range. They control four open collector NPN transistors 60V-100mA, or four relay 5A-230VAC. The set points can be assigned to the momentary (F) or cummulated (C) display values. INPUT Frequency Input DC-100 kHz, positive signal TTL 5V-28V. Counting Direction DC-1kHz, positive Signal TTL 5V, protected to 28V. RESET The cummulating counter can be set to zero from the keyboard or by external logic signal 5-28V. SCALE Scal C and Scal F 6 digit multiplicative constant programmable from ±0.00001 to ±999999. SET Set C and Set F 6 digit programmable additive constant-Offset. The display starts counting at the Offset.

DISPLAY RESOLUTION The display resolution of the both counters is selectable up to five decimal points. SAMPLING TIME The measuring time of the (F) counter is selectable from 1 to 40 sec. This time also determines the refresh of the display. MEMORY Non volatile memory is available for storing of all programmed parameters and also for the last display reading. The display reading is activated in intervals set in the menu as Sampling Time and can be adjusted from 1 to 40 sec. The parameters and also the last display reading remain memorized also when the instrument is switched-off from the supply. When the power is switched-on again the display starts counting at the stored value. KEYBOARD Five keys UP, DOWN, ACK, MENU and SET are available for entering the menu and setting of parameters. The key UP selects the momentary (F) display, the key DOWN selects the cummulating (C) display. The keyboard can be locked against unauthorized access. EXCITATION Adjustable sensor excitation 5-24VDC can be loaded with up to 40mA. SUPPLY Standard: 115/230V ± 10%, 48 - 60Hz, 6VA. DC-Option: 9-36V DC. CABINET DIN - 48x96x150 mm (HxWxD). Panel cut-out 45 x 93 mm. TERMINALS Plugable screw terminals at the rear of the cabinet.

SPECIFICATIONS - OC

IP65 - Splah Proofed Cover

High accuracy filling applications

With automatic batch correction Precise Batch Controller Flowmeter Pulse Input Valve Control Output High Accuracy Supply 115/230VAC, 9-36VDC

Orbit Controls Model OC7150 is a flow controller with automatic batch correction. The controller has an input for pulses from a flowmeter and a relay output for a valve which controls the flow of the liquid. The instrument is designed for connections to nearly any type of a flowmeter which generates pulses linear proportional to the flow. The output relay controls an external valve which closes or opens the liquid during batching applications, such as in automatic filling machines. The instrument features automatic batch correction which assures very high degree of accuracy. With the keyboard at the front the menu can be opened and the parameters of SCALE and SP1 can be programmed. The key UP starts the automatic batching function, the key DOWN stops it. Remote Start and Stop inputs for logic signals are available.

SCALE is a free programmable multiplica-tive constant which permits the display to increment in required process units, like ml, cm3, dm3, liter, gallons etc. SET POINT SP1 is programmable within the entire display range from 0 to 999999. When the display arives at this value, the relay activates the external valve. The set point can be programmed with a sign and a decimal point. FUNCTION After START - key UP - or a remote control signal - the display resets to zero and the relay activates the valve which opens. The liquid starts to flow through the flowmeter pulses of which are cummulated at the display. When the display arrives at the SP1, the relay deactivates and the valve closes the flow. Due to the system tracking (valve, liquid in the pipe line, length of the pipe etc.) the first batch will not exactly correspond to set valus.

The difference between the SP1 and the actual flow measured at the display generates a correction factor, resulting in exact batch value in the second and all other batches. The achieved accuracy is very high. SPECIFICATIONS Signal Input Positiv Signal 5V-48V, frequency ranges DC-12kHz. Start and Stop Remotel Signals 5 ... 48V positive logic. Valve Control 5A-230VAC relay output. Supply 230V, ±10%, 48-60 Hz, 6VA. Option: 9-36VDC, 4W. Cabinet DIN 48 x 96 x 150mm. Panel cut-out 45 x 93 mm. Option: IP65 - front cover. Plugable screw terminals.

Flow Controller with automatic Correction OC 7150


Two Signal Channels A and B 6 Digit Display Display: A or B

A + B A - B Analog Outputs 4-20mA, 0-10V RS232, RS422, RS485 Four Set Point Relay Excitation

Model OC7160 is a six digit Up-Counter with two inputs A and B. The two counters operate independently from each other. The results A or B can be selectively shown at the display. Also the addition A+B or the subtraction A-B of the both signal channels can be selected at the display. The selection is with the keyboard at the front. Each signal channel can be independantly scaled in order to display the two proceses in required units. Four Set Points SP1 ... SP4, two Analog Outputs, two Serial Data Ports and adjustable Excitation are optionaly available.

The keypad can be locked with a password to prevent unauthorized access to the menu and to the parameters. Two reset inputs for reseting the two counters are available. When the reset signal appears at the input, the counter content is first shifted into a FIFO prior the display resets to zero. The memory can store up to five events in each signal channel. All programmed parameters and also the contents of the two counters remain memorized also when the instrument is switched-off from the supply. After the power is applied again, the counter continue incrementing at the stored values. Scaling is multiplication with a 6 digit constant programmable from 0.00001 to ±9.99999. The display increments in required process units such as kg, liter, gallon, mm, etc. The scale can be programmed independently in each signal channel.

Four Set Points can be programmed within the entire display range from 0 to ±999999. When the display is equal or larger than the programmed set point, the corresponding output with NPN open collector transistor or with a relay is activates. Set Points SP1 and SP2 are assigned to the channel A. Set Points SP3 and SP4 are assigned to the channel B. Analog Outputs 0 - 10V and 0/4-20mA are generated simulta-neously and have a resolution of 12 bit. With the keypad they can be assigned to any two display values. The current output can be set for 0 or 4mA. Two Data Ports RS232 and RS485 have programmable baud rate and address. Up to 31 instruments can operate on one RS485 data bus. Supporting programm for Windows is available at a diskette and permits remote programming of the counter and ussual file operations.

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH Tel: + 41 44 730 2753 Fax: + 41 44 730 2783 [email protected] www.orbitcontrols.ch © orbit controls 2206

MENU

Dual Up-Counter OC 7160

Inputs A and B. Signal level 5V-28V positive pulses, DC-10kHz. Display Channel A or B: 0 ... 999999 Addition A+B: 0 ... 999999 Subtraction A-B: 0 ... 999999 Resolution to 5 decimal points. FIFO Store StO 1A...StO 5b stored display values prior the counter has been switched-off from the supply. Scale Two multiplication constants for channel A and B programmable from 0.00001 to 9.99999. Analog Output Voltage: 0... 10V, max. load 10k. Current: 0/4 - 20mA, 0-400 Ohm. Zero or 4mA are adjustable. The analog output has 12 bit and can be selected as direct acting or reverse and is isolated by 250V.

Set Points SP1 ... SP4 SP1 and SP2 are assigned to the signal channel A, SP3 and SP4 to channel B. Outputs: 4 NPN open - collector transistors 60V/100mA. Option: 4 Relay 5A-230VAC. Open or closed operation is available. Data Ports RS232 and RS485. Data format: 8 bit with 1 Start, 1 Stop, no Parity, 300 to 19200 bd and programmable address. The address 0 activates RS232. One of addresses 1 - 31 activates the RS485. The Data Ports are 250V isolated from the inputs and the supply. Keyboard Five keys at the instruments front permit to enter the menu and to set the parameters. The kaypad can be locked against unauthorized entry.

Reset The counters can be set to zero with the keypad or with external reset signals. The reset inputs are for positive pulses 5 - 28 V. Supply Standard: 115V/230V ±10%, 50-60 Hz/8VA. Fuse: 80mA-T/230V, 160mA-T/115V. Option: 9-36VDC, 4W Excitation The voltage for supplying of external sensors can be adjusted from 5V-24V/30mA. Cabinet DIN 48 x 96 mm, depth behind panel 150mm. Panel cut-out: 45 x 93 mm. IP65 cover is available as option. Terminals Plugable screw terminals.

SPECIFICATIONS - OC 7160

Orbit Controls is a manufacturer of Laboratory and Process Calibrators, Digital Instrumentation and Positioning Systems. To the main products belong System Calibrators, Three Phase Calibrators, Hand Held Calibrators, High Value Resistor Decades, Resistor Simulators, Capacitance Decades as well as programmable Counters, Tachometers, Flow Controllers, Batch Counters, Proces Controllers for analog signals, Data Loggers, Digital Linearizers, Switch Point for analog signals, Large Displays and Bargraphs, Transmitters and high precision positionning sensors. For more information please call our customer service Tel. + 41 44 730 2753 or Fax + 41 44 730 2783 or visit www.orbitcontrols.ch.

Linearizing Multifunction CounterOC 7166 - LIN

Two signal channels P and S 105 Linearizing Points Incremental - Quadrature Counter Dual Frequency Counter - Tachometer Dual Up-Down Counter Dual Periode Counter Display selection: P or S, Mathematic

Functions P + S, P - S, P x S, P : S Analogue Output 0/4-20mA, 0-10V RS 232, RS 485, BCD parallel Four Set Points

Model OC7166-LIN is a 6 digit dual counter with two inputs P and S. The two counters operate independently from each other. The common display can be selected to show the results of the counter P or the counter S, the addition P+S, the subtraction P-S, the multiplication PxS or the division P:S. The display function is selected with the keyboard at the front. The instrument´s menu offers independant parameter settings in each counter which permits each counter to be scaled in different process units. The displayed results can be transmitted via the serial or the parallel port to a PC, remote large displays, programmable controllers or other supervisory units. Two Analog outputs are generated simultaneously and can be assigned with the keyboard to any two display values. Four Set Points with open collector transistors or with four relay can be used for control purposes. The data ports, analog outputs and set points can be assigned to the signal channel P or S, P+S, P-S, PxS or P:S.

OC7166-LIN permits measurements in one or two channels as a Quadrature Counter utilizing two 90° phase shifted input signals A and B, Tachometer-Frequency Counter, Up-Down Counter or Period Counter. If only one channel is used for measurements, the second channel can be used for Display Hold. Quadrature Counter uses two 90° phase shifted signals A and B from resolvers. With the keypad the function as Incremental Positioning counter or bi-directional Tachometer can be selected. The display can be also programmed for angular measurements with resolution of up to 359.999º.

Frequency Counter is suitable for measuring of frequencies between 0.001Hz and 100 kHz. By using Scaling, the input frequency can be displayed in required process units such as RPM, m/sec, liter/min. etc. By using signals A and B from the quadrature resolvers, the display can be programmed as a Tachometer with recognition of the revolving direction. The frequency - tachometry measurements can be performed simultaneously in both signal channels P and S. Up-Down Counter function can be programmed in two channels P and S or in one channel only. The counting direction Up or Down is determined by the logic signal at the corresponding input. A Reset input is provided to set the display to zero. Period Counter measures the period time of periodic signals. The display permits a resolution of up to 10 µs. In all modes of operation the display can be selected to show the results in the channel P or S or to perform mathematic operations P+S, P-S, PxS or P:S.

COUNTER FUNCTIONS

LINEARIZING Display readings of input frequencies from non-linear sources can be linearized with a high accuracy of six digits. A table with up to 105 dual points will be entered via the serial data port. The Soft Manager under Windows supports the data entry from a PC and permits also settings of the instrument’s parameters.

Scaling of the display is achieved by multiplication with 6 digit constant with decimal point and sign. The scaling can be adjusted from 0.00001 to ± 999999 and permits the input pulses or frequency to be displayed in process units such as kg, liter, RPM, m/sec., liter/h any many other. The scaling can be selected in each signal channel individually. Set - is an additive 6 digit constant with decimal point and sign and can be selected from 0.00001 to ± 999999. The Set is added to the input pulses and acts at the display as a digital offset. Four Set Points SP1, SP2, SP3 and SP4 are adjustable within the entire display range from 0 to ±999999. Each Set Point has a programmable hystereze. As soon as the display arives or acceds the selected set point, the correspondig transistor or relay is activated. The set points can be assigned to the signal channels P or S, P + S, P - S, P x S or P : S. Two Analog Outputs -10V ... +10V and 0/4-20mA are generated simultaneously with 12 bit resolution. They can be assigned to any two display values in all display modes P or S, P + S, P - S, P x S or P : S and can be selected as direct acting or inverted. The current output can be set to 0 or 4mA. The outputs are isolated from the inputs and from the supply. BCD parallel Data Port is optionaly available withh positive or negative logic, with open collector or emitter follower output. The output is isolated from the inputs and from the supply. Serial Data Ports RS232 and RS485 with 8 bit, no parity, 1 Start and 1 Stop. The baud rate is programmable from 1200 to 19200 bd. Up to 31 instruments can operate at one RS485 data bus. A communication program for Windows is available as option. When the frequency measurement is selected, the sampling time can be set between 0.025 and 3 sec. and the reset time between 0.05 and 1000 sec. The reset time determines the lowest measured frequency of 0.001Hz. Password is used for disabling the keypad. It prevents unauthorized access to the instrument´s parameters. Linearizing Table with up to 105 Points will be entered from a PC via the serial data port. The LinSoft programm supports the entry under Windows. Inputs: Signal channels P and S.The signal level is adjustable from 1V to 48V. Frequency Counter: 0.001Hz-100kHz. Quadrature Counter: DC - 100kHz. Up-Down Counter: DC - 100kHz. Display: 6 digit, 7 segment LED red, 14.7mm display size. Resolution: Up to five decimal points Accuracy: 5ppm. Software calibra-tion with the keypad is available. Temperature coeff: 50ppm/K. Sampling Rate: 25ms to 3 sec.

Analogausgang: Two isolated analog outputs are generated simultaneously: Voltage: 0-10V with max. load 10kΩ Current: 0/4-20mA, load 0-400Ω. Isolation: 250V RMS. Data Ports: Isolated RS232, RS485 and BCD parallel. RS232/RS485: 8 bit, 1 Start, 1 Stop, no parity, 1200-19200 bd, Address programmable from 0 to 31. Isolated BCD parallel Data: 1-2-4-8 with open collectors or emitter follower 50mA/bit, using external isolated supply 5-48VDC.

Set Points SP1 - SP4: NPN - open collector transistors 60V/100mA. Option: 4 Relay with contacts 5A-230VAC. Supply: 115V/230 ±10%, 48-60Hz. Option: 9-36V/3W DC. Excitation: 5-24VDC/40mA is adjustable inside the instrument. Cabinet: DIN 48x96 mm, depth 150 mm. Panel cut-out 45 x 93 mm. Terminals Plugable screw terminals.


SPECIFICATIONS OC 7166 - LIN

Two Signal Channels for Frequency and for Analogue Signals

Frequency Counter Function Analogue Signal Input 6 digit Display 30 LEDs Bargraph Free scalable Analogue Outputs 0/4-20mA, 0-10V RS 232, RS 422, RS 485 BCD parallel Four Set Point Relay

Model OC7167 is a programmable counter with a digital display and a bargraph. The digital display has six digits. During the measurement, five digits are used with a maximum readout of 99999. All six digits are activated in programming mode. The bargraph has 30 red LEDs. OC7167 has two independent inputs A and B. The input A is for pulses, the input B is for analogue signals. The pulses or the frequency is usually shown at the digital display, the analogue signal at the bargraph. With the keyboard the display and the bargraph can be assigned to any of the inputs. Following combinations are available: The display shows the frequency,

the bargraph the analogue signal. The display and the bargraph show

the frequency. The display shows the analogue

signal, the bargraph the frequency. The display and the bargraph show

the analogue signal. The frequency input can be set for NPN, PNP or Namur sensors, resolver, Quadrature Encoder and many other signal sources. The analogue input accepts DC signals 0/4-20mA or 0-10V.

The counter can be programmed as frequency counter, up-down counter or incremental Quadrature Counter. As a frequency counter it measures in a range from 10Hz to 100 kHz. In other modes it measures from DC to 100 kHz. The digital display can be scaled in process units such as RPM, litre/min, kg/sec, units etc. The display results are available for further usage at the serial data ports RS232 or RS485, BCD parallel port and two analogue outputs. The analogue outputs 0-10V and 0/4-20mA can be assigned with the keyboard to any two display values. The bargraph with 30 LEDs is isolated from the counter and designed for 0/4-20mA or 0-10V DC. Full scale and offset adjustment is provided. Two excitations for supplying of external sensors are available, 5VDC/50mA and 5-24VDC/40mA adjustable. Measuring rate can be set from 25ms to 3 sec. The analogue outputs and the data ports are refreshed with the same rate.

By using the floating point arithmetic, the processor positions automatically the decimal point as soon as the display arrives at over- or underrange. The setting of parameters is by a service keyboard which is plugged into a socket inside the instrument. The menu contains following steps: Password is required to enter the menu and to program the parameters. Scale is a multiplicative 6 digit constant with decimal point and sign. It permits the measured input signal to be displayed in required process units such RPM, m/sec, litre/h etc. Set is an additive 6 digit constant with decimal point and sign select-able from 0.00001 to ((9.99999. The display starts measurements at the Set value. Two analogue outputs (Option) ±10V and 0/4-20mA are generated simultaneously. They can be assigned to any two display readings and can be programmed as direct proportional or inverted. The current output can be set for 0 or 4mA.

Digital Counter with Bargraph OC 7167


Serial Data Ports (Option) RS232 and RS485 have 8 bit, no Parity, 1 Start, 1 Stop, 1200 to 19200bd. Up to 31 instruments can be addressed and operate at one RS485 data bus. The outputs are optically isolated by 250V R.M.S. from the inputs and the power supply. INPUTS Pulses: NPN, PNP, Namur or sine wave resolver. The signal level is adjustable inside the instrument from 1V to 28V. The inputs are protected to 28V. The sensor type is selectable inside the instrument. The frequency range covers 10Hz-100 kHz. Bargraph: 0 ... 10VDC or 0/4-20mA. Offset and Full Scale are calibrated with potentiometers inside the instrument. DISPLAY 6 digit, 7 segments red, 10mm. Five digits are used during the measurement, 6 digit show the parameters during programming. The capacity is (99999(9). SET POINTS NPN open collector 60V/100mA. Option: 4 Relay 5A-230VAC. ACCURACY The production calibration accuracy is 2 ppm. A software calibration with the keyboard is available. Temco: 50ppm/K. ARITHMETICS 4 byte floating point with autoranging facilities.

BCD parallel Data Port is available. The parallel port offers emitter follower or open collector power outputs with external voltage supply of 5- 40V. Measuring speed can be set from 25 ms to 3.00 sec. The data and analogue outputs are generated with the same rate. SAMPLING TIME Programmable from 25ms to 3 sec. RESET TIME Programmable from 50ms to 6 sec. SCALE Multiplicative constant programmable from ± 0.00001 to ± 9.99999. ANALOG OUTPUT Voltage: -10V...+10V, max.10kΩ. Current: 0/4-20mA, 0-400 Ω. The analogue outputs can be programmed as direct acting or inverted. They are isolated by 250V. DATA PORTS BCD parallel: 1-2-4-8, with decimal point and Data Ready TTL 20ms. Output type: Emitter follower with external supply 5-40VDC. The logic level follows the applied voltage. The data can be set for true or inverted. The outputs are isolated by 250V. RS232 and RS485: 8 bit, 1 start, 1 stop, none parity, 1200 to 19200bd, with address selectable from 0 to 31. The address 0 activates RS232. One of addresses 01 to 31 activates RS485. The data outputs are isolated by 250V r.m.s.

Reset determines the time after which the display turns to zero by absence of input pulses. It is programmable from 50ms to 6 sec. Resolution of the display is programmable up to 4 decimal points. The autoranging moves the decimal point at over- and underrange. KEYBOARD Service keyboard with 5 keys UP, DOWN, ACK, MENU and SET can be inserted into a socket inside the instrument and used for parameter settings. The programmed parameters are stored in a non-volatile memory also when the instrument is switched-off from the power. SUPPLY 115V/230V ±10%, 50-60Hz, 8VA. Fused by: 80mA-T/230V, 160mA-T/115V. Option: DC supply 9-36V DC, 4W. EXCITATION 5V/50mA 5-24V/40mA adjustable inside the instrument. CABINET DIN 48 x 96 mm. Depth behind the panel 150mm. Panel cut-out 45 x 93 mm. IP65 FRONT COVER Optionally available. TERMINALS Pluggable screw terminals.

SPECIFICATION

Quadratur Counter Up-Down Counter Angular Counter Absolute Code Counter Scalable, free programmable Last reading memory Four Set Points Relay Two Analog Outputs RS232 and RS485 Excitation

Model OC7170 is a 6 digit counter programmable as a Quadrature Incremental Counter, an Absolute Code Counter, an Angular Counter and an Up-Down Counter. It is designed for industrial applications in which linear or rotative incremental quadrature encoders, absolute code parallel or serial encoders, magnetic pick-offs and other pulse sources are connected. The programming of parameters is with the keyboard at the front and contains settings of two Scale constants, four Set Points, two Analog Outputs and two Serial Data Ports. The keyboard selects also the mode of operation as Quadrature Incremental Counter, Absolute Code Counter, Angular Counter or Up-Down Counter. QUADRATURE COUNTER utlizes two 90° phase shifted signals A and B from linear or rotational encoders. The counting direction is automaticaly determined by the phase shift of the two signals. The counter is designed for very fast positioning applications. UP - DOWN COUNTER is suitable for fast up- or down counting applications. The first input is used for counting pulses, the logic level at the second input determines the counting direction up- or down.

ANGULAR COUNTER uses two 90° phase shifter inputs from incremental quadrature encoder or absolute coded encoder and converts the motion into angular information 0-360° at the display. The resolution depends on the number of pulses per revolution of the used encoder. ABSOLUTE CODE COUNTER parallel is using Gray or binary code from encoders with parallel outputs. Encoders with up to 14 bit parallel outputs can be connected directly to the counter. Single Turn or Multi Turn mode is available. ABSOLUTE CODE COUNTER serial is using Gray or binary code from encoders with 9 to 32 bit with SSI, EnDat or other serial outputs. Single Turn or Multi Turn mode is available. Floating point arithmetics offers practicaly unlimited display capacity with automatic decimal point placement. When the display exceeds the full capacity of 999999 with decimal point after LSD, it changes automaticaly into an exponential expression, e.g. 1052E6. The display will return into the standard expression as soon as its value is ≤ 999999.

MENU Preset is 6 digit offset with decimal point and sign. The display starts counting at the Preset. Scale of the display will be achieved by a multiplication and/or by a division. The multiplication uses a 6 digit free programmable constant with decimal points and sign. The division is achived with binary constants. By using both, multiplication and division, practicaly any scaling value can be achieved and the display can increment in required process units. Filter with averaging faracterisctic has constants programmable from 1 to 128 and can be used at installations where the encoder due vibrations of the equipment generates noisy outputs. Four Set Points SP1 ... SP4 with output transitors or relay are optionaly available. Each output can be programmed as activ low or activ high. Last Display Reading is stored in a non-volatile memory when the counter is switched-off from the supply. When the power is switched-on again, the counter starts incrementing at the stored value.

Incremental Multifuncional CounterOC 7170

Two Analog Outputs -10V ... +10V and 0/4...20mA are available as option. They are generated simulta-neously and are isolated. With the keyboard they can be assigned to any two display values. Display 0...±999999, red, 7 segment, 14.7mm Inputs Positiv logik 5-28V. Frequency Range: DC ... 800kHz. Incremental and Angular Counter Inputs A and B. The counter increments with each edge of the signals A and B. Up-Down Counter Input A: Pulses Input B: Direction Up (log. 1) or Down (log.0). The counting direction can be changed with max. 8 kHz. The display increments selectively with rising or falling edge of the input pulses. Absolute Code Counter parallel 9 to 14 bit Gray or binary parallel inputs 5 - 28V positive logic. Absolutecode Counter serial 9 to 32 bit Gray or binary, SSI, EnDat, RS485 and other serial data. Preset Display offset is programmable from 0 to ±999999 with a decimal point and a sign and can be activated with the keyboard or with external remote signal 5-28V.

Two Serial Data Ports RS 232 and RS 485 are isolated. The RS485 has a programmable address and permits up to 31 instruments to communicate at one data bus. Selection of RS232 or RS485 is with the keyboard. Zero The display can be set to zero with the keyboard or with external remote positive logic signal 5-28V. Scale The display can be multiplied with a six digit constant with decimal point and sign. The Scale is programm-able from 0 to ± 999999 and permits the display to increment in desired process units. D-Scale Division of the programmed Scale, selectable from :1 to :800 000. Order Display resolution of up to 5 decimal points is free programmable. SP1 ... SP4 Four Set Points programmable within the entire display range from 0 to ±999999. Four NPN open collector transistors 60V/100mA. Option: Four Relay 5A-230VAC. Analog Outputs Voltage: 0 ... ±10V Current: 0/4-20mA Resolution 12 bit. Option: 16 bit. Isolation 250V RMS.

Soft Manager permits bi-directional communication between the instru-ment and the PC. The parameters can be remotely set from the PC. The soft manager is available at a diskette. Serial Data Ports RS232 and RS485 (4 wire). Data format contains 8 bit, no parity, 1 Start, 1 Stop, Baud Rate 600 to 19200 bd. The address of RS485 is selectable between 1 and 31. The address 0 activates RS 232. Continuous or request transmission can be selected. The outputs are isolated with 250V RMS. Filter Averaging filter with programmable number of measurements 1 to 128. Excitation Adjustable excitation 5-24V/40mA is available at the terminals. Terminals Plugable screw terminals and flat cable connector. Supply Mains: 115/230V ±10%, 50-60Hz, 6VA. Option: 9 - 36 V DC, 4 W. Cabinet DIN 48 x 96 x 150mm (HxWxD). Panel cut-out: 45 x 93mm. IP65 splash proofed cover protection of the front is available.

SPECIFICATIONS - OC 7170


Gray, Binary, EnDat, SSI Parallel or Serial Inputs 4 Set Point Relay 6 Digit Display with Floating Point Two Analog Outputs Two Serial Output Ports Excitation for Sensors

Model OC7170-ABS counter is keypad programmable six digit counter for connecting of absolute coded resolvers with parallel or serial data outputs in single turn or in a multi turn mode of operation. The excitation for supplying of the sensors is provided. The programming of parameters is with the keyboard at the front and contains settings of the Scale, four Set Points, two Analog Outputs and two Serial Data Ports. Absolute Code Counter Parallel is using the Gray or the binary code from resolvers with parallel outputs. Encoders with up to 14 bit parallel outputs can be connected directly to the counter. Single Turn or Multi Turn modes are available. Absolute Code Counter Serial is using the Gray or the binary code from encoders with 9 to 32 bit of SSI, EnDat, RS485 or other serial outputs. For positionning applications with EnDat systems up to 64 bit are available. Correction commands can be entered from the keyboard when the EnDat system transmits error commands due to the lost of position.

Display 6 digit, 0 ... ±999999, 14,7mm red or green with floating decimal point arithmetics. Above the full range of 999999 the display switches into exponential mode. Inputs Positiv logik 5-28V. Frequency Range: DC ... 800kHz. Absolute Code Counter parallel 9 to 14 bit Gray or binary parallel inputs 5 - 28V positive logic. Absolute Code Counter serial 9 to 32 bit Gray, binary, SSI or RS485. Up to 64 bit for EnDat systems. Preset Display offset programmable from 0 to ±999999 with decimal point and sign can be activated with the keyboard or with external remote signal 5-28V. Serial Data Output Ports RS232 and RS485 with 8 bit, no parity, 1 Start, 1 Stop, 600 to 19200 bd. The address of RS485 is selectable between 1 and 31. The address 0 activates RS 232. Continuous or request transmission can be selected. The outputs are isolated by 250V RMS.

Analog Output -10V...+10V and 0/4-20mA, responce time 10ms. Resolution 12 or 16 bit. With the keyboard the outputs can be assigned to any desired display value. Scale The display can be multiplied with a six digit constant with decimal point and sign. The Scale is programm-able from 0 to ± 999999 and permits the display to increment in desired process units. Setpoits Control four NPN open collector outputs 60V-100mA or 4 mechanical relay with 5A-230VAC contacts. The set points can be adjusted within the entire display range. Excitation 5-24V DC - 40mA, adjustable is available for supplying of external sensors. Power 115/230VAC, ±10%, 50-60Hz, 6VA. Option: 9-36VDC/6W. Cabinet 1/8 DIN, 48x96x 150mm. Panel cut-out 45 x 93 mm.

Absolute Code Counter OC7170-ABS


Digital Counter-Controller OC 7171A Quadrature Counter DC-500kHz Angular Counter Up Down Counter Frequency Counter 0.003Hz-500 kHz Free scalable Display Four Set Points Relays Two Analog Outputs RS232 and RS485 addressable Last Reading Memory

Orbit Controls OC7171A is a 6-digit counter with programmable functions for Quadrature Positioning Counter with bi-directional incrementing, Up-Down Counter and Tachometer-Frequency Counter. The instrument is designed for industrial applications in connection with digital encoders, magnetic pick-ups and other industrial pulse sources. The programming with the keypad contains the selection of Scale, Preset, Filter, Measuring Time, Reset Time, Password and two Set Points. Optionally two analog outputs, two serial data ports and additional two Set Points are available. The function as a Quadrature counter, up-down counter or tachometer is programmable with the keypad. Incremental-Quadrature Counter is designed for fast positioning applications by using two 90° phase shifted A and B signals from linear or rotative incremental resolvers. The counting direction is automatically derived from the phase shift of the two signals. The display increments with each edge of A and B signals. Up-Down Counter can be used for bi-directional counting applications. The pulses to be counted are connected to the input A. The logic signal at the input B determines the counting direction up or down. Up-Down mode of operation can be selected with the keypad. The display counts up when the pulses are connected to the input A and counts down when the pulses are connected to the input B. Tachometer - Frequency counter will be used for measurements of RPM, speed, frequencies and other dynamic applications at which frequency is the input. Angular Counter operates with two 90º phase-shifted signals A and B from rotational resolvers and measures the angle from 0 to 360º. The resolution of the display depends on the number of pulses per revolution of the used resolver. The reference - zero - signal from the resolver might be used to set the display to zero.

The display is selectable in required process units. The input signal can be entered from one or two signal sources. When an incremental resolver is connected, the display can bi-directionally indicate RPM by utilizing the sign at the display. Floating Point Arithmetic permits practically unlimited display capacity. The programmed decimal point is automatically positioned to the right when the display arrives at full capacity. When the counts at the display aced the value of 999999 with decimal point behind the LSD, the display switches into exponential expression, e.g. 1234E6. Preset has 6 digits with decimal point and sign. The programmed value can be inserted into the display with the keypad. The display starts counting or incrementing at the Preset. Scale of the display can be achieved with both, multiplication and division. Multiplication has free programmable 6 digit number with decimal point and sign. The division has constants :1 to :100 000 selectable in decimal steps. By using the scale, the display can be programmed in any required process unit like mm, inch, LPM, Gallons, m/sec, RPM etc. Averaging Filter has filter constants programmable from 1 to 99 and permits the instrument to measure signals from resolvers which vibrate or signal sources at noisy environments. Last Reading is automatically stored when the instrument is switched-off from the supply. When the power is applied again, the display starts counting at the stored last reading value. Two Analog Outputs, two serial Data Ports and additional two Set Points with transistor outputs or mechanical relays can be optionally ordered. They increase the universality of the instrument in many industrial applications.

ORBIT CONTROLS AG Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH, Schweiz © orbitcontrols 21002 www.orbitcontrols.ch

MENU With the keypad the menu can be opened and the parameters programmed: PASS Password permits entering the menu and programming of the instruments parameters. PRESET is a 6 digit additive constant (Offset) with decimal point and sign. SCALE is a 6 digit multiplicative constant with decimal point and sign. DSCALE is a dividing constant selectable from :1 to :800 000. ORDER determines the display resolution by placing the decimal point from X.XXXXX to XXXXXX. FBASE is activated in the Tachometer-Frequency counter function. It determines the measuring time from 300ms to 160 sec.

OBASE is activated in the Tachometer-Frequency counter function. It determines the time between two consecutive input pulses prior the display resets to zero. The reset is programmable from 1.2 to 320 sec. PASSWORD permits setting of the password as one of 20 firm memorized combinations. ANALOG are two analog outputs 0/4-20mA and ±10V. With the keypad they can be assigned to any two display values. FILTER is an averaging filter with filter constants free programmable from OFF to 99. DATA BUS RS232 and RS485. Up to 31 instruments can be connected on one RS485 data bus.

SPECIFICATIONS OC7171A Display 0....±999999, , 7 segment LED red, 14.7 mm. Inputs DC-500kHz, positive logic 5V protected to 48V. Preset Additive constant (offset) is program-able from 0 to ±999999 with decimal point and sign. The preset can be inserted into the display with the keypad. Reset The display can be set to zero with the keypad or with the external positive signal 5 ... 48V. Analog Output (Option) Voltage: 0 ... ± 10V Current: 0/4-20mA. Resolution: 12bit. Isolation: 250V rms. Terminals Pluggable screw terminals

Data output (Option) RS232 and RS485 (4 wire), 8 bit, no Parity, 1 Start, 1 Stop, 600-19200 bd, Addresses 00 - 31. Isolation 250V RMS. Set Points (Option) Four Set Points with programmable Hystereze. Four Relays 5A-230VAC or four NPN open collectors 60V/100mA. Excitation 5-24V/40mA adjustable. Instruments with DC Supply can optionally have non isolated excitation adjustable from 2V to max. used supply voltage. Supply 115/230V ±10%, 50-60Hz, 9VA. Option: 9 - 36 V DC, 4 W. Cabinet IP65 from the front DIN 48x96mm, 100mm depth behind the front. Panel cut-out 45x90 mm.

STANDART COUNTER The standard counter contains 230VAC or 115VAC supply and adjustable excitation 5-24V. OPTIONS * SP1, SP2 Set Point Relays * SP3, SP4 additional two Set Point Relays * Analogue Outputs 0/4-20mA and 0…±10V * Serial Data Ports RS232 and RS485 * Supply 9-36VDC * Customized Software

Digital Counter-Controller OC 7171A-3D

Quadrature Counter, Up-Down Counter Tachometer-Frequency Counter Three Displays 5 Digits each 0.003 Hz-500 kHz Frequency Range Four Set Point Relays Two Analog Outputs RS232 and RS485 addressable Various Display Functions

Model OC7171A-3D is a programmable counter with three displays. It can be programmed as a Quadrature bi-directional Counter, Up-Down Counter and Tachometer-Frequency Counter for industrial applications in connection with digital encoders, magnetic pick-ups and other industrial pulse sources. Integrated excitation is available for supplying of external sensors. The three displays can be select for functions as Up-Down Counter, Batch Counter or Frequency Counter or their combinations. The two lower displays can show the peak and the valley of the measurement or to display the Set Points. The Scale, the Preset, the Filter, the Measuring Time, the Reset Time, the Password and the two Set Points can be programmed with the front keys. Optionally two analog outputs, two serial data ports and additional two Set Points are available. Incremental-Quadrature Counter is designed for fast positioning applications by using two 90° phase shifted A and B signals from linear or rotative incremental resolvers.

The display increments with each edge of A and B signals. Up-Down Counter can be used for bi-directional counting applications. The pulses to be counted are connected to the input A. The logic signal at the input B determines the counting direction up or down. In the Up-Down Dual mode the display counts up when the pulses are connected to the input A and counts down when the pulses are connected to the input B. Tachometer - Frequency Counter is used for RPM, speed or frequency measurements or other dynamic applications at which frequency is the input. With incremental resolvers connected, the display can measure RPM bi-directionally, indicating the direction. Floating Point Arithmetic permits practically unlimited display capacity. The programmed decimal point is automatically positioned to the higher decade when the display arrives at the full capacity. The display switches automatically into exponential expression when the full capacity with decimal point behind the LSD is achieved.

Preset with 5 digits, decimal point and sign can be inserted into the display as offset. The display starts counting at the Preset. Scale of the measurement will be achieved by using multiplicating and dividing constants thus the display can be programmed in required process unit such as mm, inch, LPM or other. Averaging Filter can be used for non-stabel signals such as from vibrating resolvers or signal sources at noisy environments. Last Reading is automatically stored when the instrument is switched-off. The display continues counting at the stored value when switched-on again. Two Analog Outputs, two serial Data Ports and additional two Set Points are options. They increase the capability of the instrument in many industrial applications as a process controller. Soft Manager is available for communication under Windows. The soft manager permits data transfer to a PC in download mode and parameter setting from the PC in the upload mode.

MENU The keypad opens the menu and the parameters ca be programmed: PASS Password permits entering the menu and programming of the instruments parameters. PRESET is a 5 digit additive constant (Offset) with decimal point and sign. SCALE is a 5 digit multiplicative constant with decimal point and sign. DSCALE is a dividing constant selectable from :1 to :10000. ORDER determines the display resolution by placing the decimal point from X.XXXX to XXXXX. FBASE is activated in the Tachometer-Frequency Counter mode. It determines the measuring time from 300ms to 320 sec.

OBASE is activated in the Tachometer-Frequency Counter mode. It determines the time between two consecutive input pulses prior the display resets to zero. The reset is programmable from 1.2 to 320 sec. PASSWORD permits setting of the password as one of 20 firm memorized combinations. ANALOG outputs 0/4-20mA and ±10V are generated simultaneously. FILTER with averaging character has constants programmable from OFF to 99. DATA BUS RS232 and RS485 permits connection of up to 31 instruments on one RS485 data bus.

Upper Display -99999 … +99999, red 10 mm Lower Displays -99999 … +99999, red 7.5 mm Inputs DC-500kHz, positive logic 5V protected to 28V. Preset Additive constant (offset) is programmable from 0 to 99999 with decimal point and sign. Reset The display can be set to zero with the front key or with an external positive signal 5 ... 28V. Analog Output Isolated (Option) Voltage: 0 ... ± 10V Current: 0/4-20mA. Resolution: 12bit, Isolation 250V rms. Data Outputs Isolated (Option) RS232 and RS485 (4 wire), 8 bit, No Parity, 1 Start, 1 Stop, 600-19200 bd, Addresses 00 - 31. Set Points Standard: SP1, SP2 with 5A-230VAC Relays. Option: SP3, SP4 Relays 5A-230VAC or NPN open collectors 60V/100mA.

Excitation Adjustable 5-24V/40mA. Instruments with DC Supply can optionally have non isolated excitation adjustable from 2V to max. used DC supply voltage. Supply 115/230V ±10%, 50-60Hz, 9VA. Option: 9 - 36 V DC, 4 W. Cabinet IP65 from the front DIN 48x96mm, 100mm depth behind the front. Panel cut-out 45x90 mm. Pluggable screw terminals

ORBIT CONTROLS AG [email protected] Zürcherstrasse 137, CH-8952 Schlieren/ZH, Switzerland © orbitcontrols 2809 www.orbitcontrols.ch

SPECIFICATIONS OC7171A-3D

TERMINALS

Dual Frequency Counter OC7171A-3D-DUAL

Three Displays 5 Digits each Dual Tachometer-Frequency Counter Arithmetic Operations TTL and Line Driver Inputs Free Display Scale Four Set Point Relays Two Analog Outputs RS232 and RS485 addressable

Model OC7171A-3D is a programmable dual frequency counter-tachometer with three displays. The instrument is suitable for industrial applications in connection with digital encoders, magnetic pick-ups and other industrial pulse sources. Integrated excitation is available for supplying of external sensors. The menu is accessable with the front keys and contais the Scale, the Preset, the Filter, the Measuring Time, the Reset Time, the Password and the two Set Points. Optionally two analog outputs, two serial Data Ports and additional two Set Points are available. A Service Menu HTEST is available for calibration and functional tests. The instrument is enclosed in DIN 48x96mm cabinet and intended for panel mount. The front lens is IP65 covered. The supply is from the mains 115/230VAC or optional from 18-36VDC or 9-36VDC. SELECTION OF THE THREE DISPLAYS The three displays can be selected for following functions: Main upper Display The main display can be set for: F1Ab, F2Ab, F3Ab, F4Ab, PFbA, b-Frq or A-Frq. F1 Ab A + B Mathematic Addition, Input A added to Input B F2 Ab A - B Mathematic Subtraktion, Input B subtracted from Input A F3 Ab A x B Mathematic Multiplication, Input A multiplied by Input B F4 Ab A : B Mathematic Division, Input A divided by Input B PF Ab B : A x 100 Quotuients b- Frq B Input Signal B displayed A- Frq A Input Signal A displayed Lower left Display The display cen be selected for: A-Frq, b-Frq, F1Ab, F2Ab, F3Ab, F4Ab, PFbA, Disp1, Disp2, LOCnt. A- Frq A Input Signal A displayed b- Frq B Input Signal B displayed F1Ab A + B Mathematic Addition, Input A added to Input B F2Ab A - B Mathematic Subtraktion, Input B subtracted from Input A F3Ab A x B Mathematic Multiplication, Input A multiplied by Input B F4Ab A : B Mathematic Division, Input A divided by Input B PF Ab B : A x 100 Quotients dISP1 Set Point SP1 or Set Point SP3. LOCnt Minimal value the main display shows during the operation

Lower right Display The display can be selected for: A-Frq, b-Frq, F1Ab, F2Ab, F3Ab, F4Ab, PFbA, Disp1, Disp2, LOCnt. A- Frq A Input Signal A displayed b- Frq B Input Signal B displayed F1Ab A + B Mathematic Addition, Input A added to Input B F2Ab A - B Mathematic Subtraktion, Input B subtracted from Input A F3Ab A x B Mathematic Multiplication, Input A multiplied by Input B F4Ab A : B Mathematic Division, Input A divided by Input B PF Ab B : A x 100 Quotients dISP2 Set Point SP2 or Set Point SP4. HICnt Maximal value the main display shows during the operation The Inputs are selectable for standard TTL 5 - 24V or for Line Driver Signals. For Windows applications the Soft Manager OrbCom is available. Upper Display -99999 … +99999, red 10 mm Lower Displays -99999 … +99999, red 7.5 mm Inputs DC-500kHz, positive logic 5V protected to 28V or Line Drivers. Preset Additive constant (offset) is programmable from 0 to 99999 with decimal point and sign. Reset The display can be set to zero with the front key or with an external positive signal 5 ... 28V. Analog Output Isolated (Option) Voltage: 0 ... ± 10V Current: 0/4-20mA. Resolution: 12bit, Isolation 250V rms. Data Outputs Isolated (Option) RS232 and RS485 (4 wire), 8 bit, No Parity, 1 Start, 1 Stop, 600-19200 bd, Addresses 00 - 31. Set Points Standard: SP1, SP2 with 5A-230VAC Relays. Option: SP3, SP4 Relays 5A-230VAC or NPN open collectors 60V/100mA.

Excitation Adjustable 5-24V/40mA. Instruments with DC Supply can optionally have non isolated excitation adjustable from 2V to max. used DC supply voltage. Supply 115/230V ±10%, 50-60Hz, 9VA. Option: 18-36V DC or 9-36 V DC, 4 W. Cabinet IP65 from the front DIN 48x96mm, 100mm depth behind the front. Panel cut-out 45x90 mm. Pluggable screw terminals

ORBIT CONTROLS AG [email protected]

Zürcherstrasse 137, CH-8952 Schlieren/ZH, Switzerland © orbitcontrols 2812 www.orbitcontrols.ch

TERMINALS

SPECIFICATIONS OC7171A-3D-DUAL

Digital Counter-Controller OC 7171A-SP

Quadrature Counter UP-Down Counter Tachometer-Frequency Counter 0.003 Hz-100 kHz Frequency Range Free scalable Display Two Set Points Relays Two Analogue Outputs RS232 and RS485 addressable Last Reading Memory

Orbit Controls OC7171A-SP is a 5-digit counter with programmable functions for Quadrature Positioning Counter with bi-directional incrementing, Up-Down Counter and Tachometer-Frequency Counter. The instrument is designed for industrial applications in connection with digital encoders, magnetic pick-ups and other industrial pulse sources. The programming with the keypad contains the selection of Scale, Preset, Filter, Measuring Time, Reset Time, Password and two Set Points. The Set Point values are displayed at two smaller displays bellow the main display. The function for the Quadrature counter, the Up-Down counter or the Tachometer is programmable with the keypad. Incremental-Quadrature Counter is designed for fast positioning applications by using two 90° phase shifted A and B signals from linear or rotative incremental resolvers. The counting direction is automatically derived from the phase shift of the two signals. The display increments with each edge of A and B signals. Up-Down Counter can be used for bi-directional counting applications. The pulses to be counted are connected to the input A. The logic

signal at the input B determines the counting direction up or down. An additional mode of operation can be selected with the keypad in which the display counts up when the pulses are connected to the input A and counts down when the pulses are connected to the input B. Tachometer - Frequency counter will be used for measurements of RPM, speed, frequencies and other dynamic applications at which the frequency is at the input. The display is selectable in required process units. The input signal can be entered from one or two signal sources. When an incremental resolver is connected, the display can bi-directionally indicate RPM by utilizing the sign at the main display. Floating Point Arithmetic permits practically unlimited display capacity. The programmed decimal point is automatically positioned to the right when the display arrives at full capacity. The display switches into exponential expression, e.g. 123E6 when the counts at the display axceed the value of 99999 with decimal point behind the LSD. Preset of 5 digits with decimal point and sign can be inserted into the display with the keypad or with an external control signal. The display starts counting or incrementing at the Preset.

Scale of the display can be achieved with both, multiplication and division. Multiplication has free programmable 5 digit number with decimal point and sign. The division has constants :1 to :100000 selectable in decimal steps. By using the scale, the display can be programmed in any required process unit such as mm, inch, LPM, Gallons, m/sec, RPM etc. Averaging Floating Filter has programmable constants from 1 to 99 and permits the instrument to measure signals from mechanically vibrating resolvers or signal sources at noisy environments. Last Reading is automatically stored when the instrument is switched-off from the supply. When the power is applied again, the display starts counting at the memorized last reading value. Two Analogue Outputs, two serial Data Ports and additional two Set Points with transistor outputs or mechanical relays can be optionally ordered. They increase the universality of the instrument in many industrial applications for automation as a process controller. Soft Manager for Windows is optionally available and permits the communication with the PC and setting of parameters from the PC.


MENU With the keypad the menu can be opened and the parameters programmed: PASS Password permits entering the menu and programming of the instruments parameters. PRESET is a 5 digit additive constant (Offset) with the decimal point and the sign. SCALE is a 5 digit multiplicative constant with the decimal point and the sign. DSCALE is a dividing constant selectable from :1 to :800 000. ORDER determines the display resolution by placing the decimal point from X.XXXXX to XXXXXX. FBASE is activated in the Tachometer-Frequency counter function. It determines the measuring time from 300ms to 160 sec.

OBASE is activated in the Tachometer-Frequency counter function. It determines the time between two consecutive input pulses prior the display resets to zero. The reset is programmable from 1.2 to 320 sec. PASSWORD permits setting of the password as one of 20 firm memorized combinations. ANALOG are two analogue outputs 0/4-20mA and ±10V. With the keypad they can be assigned to any two display values. FILTER is a floating averaging filter with constants free programmable from OFF to 99. DATA BUS RS232 and RS485. Up to 31 instruments can be connected on one RS485 data bus.

SPECIFICATIONS OC7171A-SP Main Display -9999 … +99999, red 10 mm Set Point Displays -9999 …+99999, red, 7.5mm Inputs DC-100kHz, positive logic 5V protected to 28V. Preset Additive constant (offset) is programable from 0 to 99999 with decimal point and sign. The preset can be inserted into the display with the keypad. Reset The display can be set to zero with the keypad or with the external positive signal 5-28V at the input C. Analogue Output (Option) Voltage: 0 ... ± 10V Current: 0/4-20mA. Resolution: 12bit. Isolation: 250V rms. Terminals Pluggable screw terminals

Data output (Option) RS232 and RS485 (4 wire), 8 bit, no Parity, 1 Start, 1 Stop, 600-19200 bd, Addresses 00 - 31. Isolation 250V RMS. Set Points Two Set Points Relays 5A-230VAC or two NPN open collector transistors 60V/100mA, with programmable hystereze. Excitation Adjustable 5-24V/40mA. Instruments with DC Supply can optionally have non isolated excitation adjustable from 2V to max. used supply voltage. Supply 115/230V ±10%, 50-60Hz, 9VA. Option: 24VDC or 9 - 36 V DC, 4 W. Cabinet with IP65 protection from the front DIN 48x96mm, 100mm depth behind the front. Panel cut-out 45x90 mm.

Standard instrument without options contain two Set Point Relays SP1 and SP2, Supply 230VAC or 115VAC and adjustable Excitation 5-24V. OPTIONS * SP3 and SP4 Set Point Relays * Analogue Outputs 0/4-20mA and 0…±10V * Serial Data Ports RS232 and RS485 * Supply 9-36VDC * Customized Software


6 digit Display 0 ... ± 99.99.99 Real Time, Week Day and Date Relay Output 5A-230VAC Day, Week or Year Programs RTC-Real Time Clock on board Supply 115/230VAC or 9-36VDC

Model OC7053-T is a programmable Timer with a six digit Display. A quartz battery buffered RTC-Real Time Clock generates very precise Time and Date of the day. With the keyboard at the front up to 99 ON-OFF sequences can be set. The output relay will be activated in accordance with the selected day, week or year mode. The parameters are entered with the keyboard at the front and stored in a non-volatile memory also when the instrument is switched-off from the supply.

Three modes of operation are available: Day Mode: The programmed sequences are repeated every day. Week Mode: The sequences are defined by the week day and the time and repeated weekly. Year Mode: The sequences are defined by the date and the time. The Timer is enclosed in a DIN cabinet for panel mount and is supplied from the mains or from the DC voltage.

SPECIFICATIONS TERMINALS DISPLAY 6 digit red, 7 segment LED, 14.7mm. RELAY OUTPUT SP1 Relay 5A-230VAC. The LED at the front indicates when the relay is closed. SUPPLY 115/230V ±10%, 48-60Hz, 6VA. Option: 9 - 36V DC/3W. CABINET DIN 48x96x150mm (HxWxD), IP65 at the front. Panel cut-out: 45 x 90mm. TERMINALS Plugable screw terminals.

Programmable Digital Timer OC 7053-T


Up-Down Timer-Generator Period Timer Window Timer Start-Stop Timer Six digit display Mains or DC Supply Parameter Memory Two Set Points Two Analog Outputs RS232 and RS485 Last Reading memory

OC7171A-T is a 6 digit Timer for measurement of time intervals or generation of time increments. Time Measurement Mode The timer can be programmed as a Period Time Meter, a Window Time Meter or as a Start-Stop Time Meter. In the first mode the time of the whole period is measured. In the second mode the time of the positive portion of the input signal is measured. As a Start-Stop Time Meter the measurement is initialized with the Start and ends with the Stop. The display can be reset to zero with Reset. Period Time Meter starts the measurement with the first rising edge. The display is set to zero and the time measurement is initialized. The time of the whole period is measured. With the rising edge of the next period the cycle repeats. Window Time Meter starts the measurement with each rising edge if the input signal. The display is set to zero and the time measurement is initialized.

The time is measured as long as the input signal is at logic 1 level. The display refreshes at the end of each measurement. Start-Stop Time Meter measures the time intervals between the Start and the Stop signals. The Reset input can be used to set the display to zero. The display can increment continuously Cont or can change at the end of each measurement St-St. The type of the mode is keyboard selectable. By connecting the Reset with the Start at the terminal block, the display will reset at the beginning of each measuring cycle. Time Generation Mode The instrument can be set as an Up-Timer or as a Down-Timer. In these modes the internal time base is used for generation of time intervals. The required time is set with the keyboard. After a Start signal (external or via the keyboard) the time interval is generated. The time can increment from zero to a Preset or decrement from the preseted value to zero.

Up - Down Timer in the time generation mode generates the preselected time increments Up or Down. The counting direction is determined by the logic level at the control input. With the keyboard is the timer initialized, stopped or set to zero. These functions can also be initialized with control signals at the terminals. The time increments, display resolution and other process parameters as well as the parameters of the installed options can be programmed from the keyboard at the instrument's front. By using an option card, two analog outputs, two serial data ports and two set point relay are available. The Timer OC7171X-T is enclosed in a DIN-cabinet and supplied from the mains or a DC Supply. The front cover is IP65.

DIGITAL TIMER OC 7171A-T

SPECIFICATIONS OC 7171A-T DISPLAY 0....±999999, red, 7 segment LED, 14.7 mm, with decimal point and sign. START-STOP-RESET Inputs Positive logic 5-24V, protected to 48V. Start, Stop and Reset can also be initialized from the keyboard ANALOG OUTPUT (Option) Voltage: 0 ... 10V Current: 0/4-20mA. Resolution: 12 bit. Option: Resolution 16 bit. Isolation 250V rms.

SERIAL DATA PORT (Option) RS232 and RS485 (4 wire), with 8 bit, no Parity, 1 Start, 1 Stop, 600-19200 bd. Address 00 - 31. Isolation 250V rms. TIME BASE Internal Quartz base with 50ppm of accuracy and stability of 50ppm/K PRESET Additive constant (offset) pro-grammable from 0 to ±999999 with decimal point and sign. The preset can be inserted into the display with the keypad.

EXCITATION 5-24V/40mA adjustable. SET POINTS (Option) Two Relay 5A-230VAC or NPN-open collector transistors 60V/100mA. TERMINALS Pluggable screw terminals SUPPLY 115/230V ±10%, 50-60Hz, 6VA. Option: 9 - 36 V DC, 4 W. CABINET DIN 48x96Xx100mm. Panel cut-out: 45x90 mm.

ORBIT CONTROLS AG Tel: +41 44 730 2753

Zürcherstrasse 137 Fax: +41 44 730 2783 CH - 8952 Schlieren/ZH © orbit controls 2906 [email protected]

The Time is measured between two consecutive raising edges.

The Time is measured during the active positive signal level.

The Time starts with START and stops with STOP external signals.

6 digits red display 99H : 59M : 59S free programmable Keyboard operated Buzzer, Relay or Transistor Output Supply 115/230VAC or 9-36VDC

OC7053-ST is a programmable Timer with six digits Display. A quartz battery buffered RTC generates very precise clock frequency for the time base. The required time can be set with the keyboard from 00:00:01 to 99:59:59 HH:MM:SS. The key START initiates the sequence and the display begins to decrement from the set value towards zero. At 00:00:00 a control signal is generated and an open collector transistor or build-in relay activated. An optional Buzzer can be build-in for sound attention. The output remains

activated until the RESET key at the front is applied. The selected time will automatically be inserted into the display enabling the timer for a next sequence. Optionally the Relay can be activated after the Start and remain active during the Display decrements to zero. At zero the Relay switches off. The Timer is enclosed in DIN cabinet for panel mount and supplied from mains or DC source.

SPECIFICATIONS TERMINALS at the REAR DISPLAY 6 digits red, 7 segments LEDs, 14.7mm. SETPOINT OUTPUT - Open Collector 60V-50mA - Relay 5A-230VAC (Option) - Buzzer inside (Option) SUPPLY 115/230V ±10%, 48-60Hz, 6VA Option: 9 - 36V DC/3W CABINET DIN 48x96x150mm (H x W x D), IP65 front cover Panel cut-out: 45 x 90 mm. TERMINALS Pluggable screw terminals

Programmable Setpoint Timer OC 7053-ST


Dataloggers

OCR7000 paperless Recorder-Datalogger is designed for measuring and logging is electric and non-electric parameters in industrial environment. The Recorder has eight plugin slots for

free combination of analogue and digital cards. The maximum possible configuration contains 96 input signals which can be measured, stored and displayed at the front screen.

The measured signals of activated inputs are stored in internal 512MB memory in a compressed mode which permits to enlarge up to four times the memory space without

sacrificing of speed. The measurements can also be stored on an SD-Card or USB Flash. The speed is selectable from 1ms to minutes. With e.g. 16 input channels and 1ms rate is the storing time 2 hours.

Operation

Selection of functions, setting parameters, calibration and all programming is done at the front TFT high resolution color display.

External keyboard or mouse can be connected through

internal USB terminal.

14 Analogue and Digital Input Cards Process Signals, Strain Gauges, LVDT Temperature RTD and Thermocouples Frequencies and Pulses

AC Signals and Power

6 Analogue and Digital Output Cards 4x Analogue Outputs

1x Profibus 1x Profinet 16x NPN and 8x PNP

8x Relays 6x SSR

General 8 Card Slots free selectable TFT 5.7“ touch screen color Display SD Card, USB Flash

Inputs for external Keyboard and Mouse Ethernet 10/100B, RS485 - Modbus

USB, micro USB 2x 512 MB internal Storage Supply 80-250V DC/AC, Option 10-30VDC

150x150x100mm, Front Protection IP64

OCR7000 Paperless Recorder-Datalogger

Some Examples of Display Settings

Internal Memory Records of any activated Input Channel, nod or mathematic function are stored in 512 MB

Memory in high compressed mode which permits increasing the physical memory by four times. The measurements can also be recorded at an SD Card or USB Flash. The format can be selected for BIN or CVS, whereas the CVS format requires more memory space.

Sampling Rate

16 Inputs 48 Inputs 80 Inputs 96 Inputs

1 ms 2 h -- -- --

10 ms 20 h 7,5 h -- --

1 s 2,5 Month 1 Month 16 Days 13 Days

1 min 13 Years 5 Years 2,5 Years 2,2 Years

10 min 122 Years 52 Years 26 Years 22 Years

Modular Construction The basic version contains Power Supply, Communication module with

Ethernet 10/100, RS485 (ASCII MODBUS), five Analog Inputs and two Digital Outputs, USB and 512MB Memory. Further 8 slots are available

for free combination of Input and Output modules.

INPUT MODULES

IN 1 3x Universal Analogue Signals isolated Type 1: 0-5/20mA, 4-20mA

Type 2: ±2V, ±5V, ±10V, ±40VDC Type 3: ±60mV, ±150mV, ±300mV, ±1200mV T/C: J, K, T, E, B, S, R, N, L Type 4: POT: Potentiometer (>500 Ohm) Type 5: OHM: 0.1k, 10k, 30k, and Auto Range RTD: Pt-50, Pt-100, Pt-500, Pt-1000

Cu: Cu-50, Cu-100 Ni: Ni-1000, Ni-10 000

IN 2 4x Process Signal

Type 1: ±5mA, ±20mA, 4-20mA Type 2: ±2V, ±5V, ±10V, 40V

IN 3 4x RTD Sensors

OHM: 0.1k, 10k, 30k, Auto Range RTD: Pt-50, Pt-100, Pt-500, Pt-1000 Cu: Cu-50, Cu-100 Ni : Ni-1000, Ni-10 000

IN 5 5x RTD Sensors

OHM: 0.1k, 10k, 30k, Auto Range RTD: Pt-50, Pt-100, Pt-500, Pt-1000 Cu: Cu-50, Cu-100 Ni : Ni-1000, Ni-10 000

IN 6 12x DC Current 12x ±5mA, ±20mA, 4-20mA

IN 7 12x DC Voltage 12x ±2V, ±5V, ±10V, ±40V

IN 8 2x Strain Gauges

2x 1 … 16mV/V

IN 9 3x Voltage or Current Type 1 Current: ±5mA, ±20mA, 4-20mA Type 2 Voltage: ±2V, ±5V, ±10V, 40V

IN 10 2x AC PWR, Current and Voltage

Type 1: 0-60mV, 150mV, 300mV (Shunt) 0-1A, 2,5A, 5A AC Type 2: 0-10V/250V AC (Voltage) Type 3: 0-120V/450V AC (Voltage)

IN 14 2x LVDT Inductive Type 1 3 wire connection Type 2 5 wire connection

IN 4 4x Thermocouples 4x T, K, T, E, B, S, N, R, L

ANALOGUE INPUTS

RTD, THERMOCOUPLES and RESISTORS

DIGITAL INPUTS, FREQUENCIES and PULSES

IN 13 12x Fast Pulse Counter Inputs Type 1: Contacts

Type 2: 2-wire PNP

Type 3: 3-wire PNP Type 4: 3-wire NPN Type 5: Incremental Quadrature Counter

IN 11 8x Digital Inputs 8x 12 … 250V DC or AC All with common GND Common Shielding available

IN 12 12x Pulse Counter/Frequency Inputs

Type 1: Contacts

Type 2: 2-wire PNP Type 3: 3-wire PNP Type 4: 3-wire NPN

OUTPUT MODULES

TERMINALS Rear of the Instrument

Slots A are intended for fast Analogue Modules The Slot B5 is intended for Profibus

and Profinet only. All other slots can be freely used for Input and Output Modules

AO 1 2x or 4x ANALOGUE OUTPUTS 0-5/20mA, 4-20mA

DO 1 1x PROFIBUS

DO 2 1x PROFINET

ANALOGUE OUTPUTS

DIGITAL PORTS

DIGITAL OUTPUTS

AO 2 2 or 4x ANALOGUE OUTPUTS ±2V, ±5V, ±10V, ±40VDC

OUT 1 4x RELAY SPDT CONTACTS

OUT 2 8x RELAIS SPST CONTACTS

OUT 3 8x NPN OPEN COLLECTOR OUT 4 16x NPN OPEN COLLECTOR

OUT 5 8x PNP OPEN COLLECTOR OUT 6 6x SSR

INPUT MODULES - Terminals connection

OUTPUT MODULES - Terminals connection

HOW TO ORDER OCR 7000

Supply 10-30V AC/DC isolated

80-250V AC/DC isolated

0

1

Wi-Fi

Module

without

Standard Temp. Range

Industrial Temp. Range

0

1

2

Code

CODES Input and Output Modules

Code Type Function Range Accuracy of Range Resolution Sampling Isolation

0 PW.0 Supply 10…30V AC/DC YES 1 PW.1 Supply 80…250V AC/DC YES A IN.1 3x Universal Input DC: ±60/±150/±300/±1200mV

PM: 0-5mA/0-20mA/4-20mA/±5V/±10V/±40V

OHM: 100 Ω/1kΩ/10kΩ/30kΏ

RTD: Pt-50/Pt-100/Pt-500/Pt-1000 Cu: Cu-50/Cu-100

Ni: Ni-1000/Ni-10 000

TC: J/K/T/E/B/S/N/R/L

DU: Linear Potentiometer > 500Ω

± 0.15%

B IN.2 4x Process Monitor isolated 0-5mA/0-20mA/4-20mA/±2V/±5V/±10V/±40V ±0.2% 16 Bit < 1000 YES C IN.3 4x RTD isolated Pt-50/100/1000, Ni-1000/10 000, Cu-50/100 ±0.2% 16 Bit < 1000 YES D IN.4 4x TC isolated J,K,T,E,B,S,R,N,L ±0.2% 16 Bit < 500 YES E IN.5 5x RTD Pt-50/100/1000, Ni-1000/10 000, Cu-50/100 ±0.2% 16 Bit < 500 NO F IN.6 12x Current Input ±5mA/ ±20mA/4-20mA ±0.2% 16 Bit < 1000 NO G IN.7 12x Voltage Input ±2V/±5V/±10V/±40V ±0.2% 16 Bit < 1000 NO H IN.8 2x Load Cell with supply 1 … 16mV/V ±0.02% 24 Bit < 1000 YES I IN.9 3x precision Process Monitor 0/4-20mA/ ±5V/±10V 0.02% 24 Bit < 1000 YES

J IN.10 2x VRMS, POWER ARMS, Freq. Calculation of Q, S, cos fi

Input U: 0…10V / 0-120V / 0-250V / 0-450V Input I: 0-60mV/150mV/300mV, 0-1A / 2,5A / 5 A ±0.3% < 10 YES

K IN.11 8x Digital Input 12V…250V AC/DC <1 ms NO L IN.12 12x Counter / Frequency 0-30V, PNP, NPN, with Threshold, 0.1Hz to 10kHz NO M IN.13 2x UP-DOWN Quadrature 5/24V, TTL, Threshold selectable, 0.1Hz to 1MHz NO N IN.14 2x LVDT Sensors 3/5/6 Terminals, 1/3/5V AC, 2.5/5/10kHz ±0.02% 24 Bit < 1000 YES P OUT.1 4x Relay SPDT 250V AC, 30VDC, 3A < 10ms Q OUT.2 8x Relays SPST 250V AC, 30VDC, 3A < 10ms R OUT.3 8x NPN OC 30V DC, 100mA < 0.2ms S OUT.4 16x NPN OC, common E 30V DC, 100mA < 0.2ms T OUT.5 8x PNP OC 30V DC, 100mA < 0,2ms U OUT.6 6x SSR 250V AC, 1A < 0.2ms V AO.1 2x Analogue Output isolated 0-2V/5V/10V, ±10V, 0-5mA, 0/4-20mA (600 Ω /12V) ±0.1% < 1ms YES W AO.2 4x Analogue Output isolated 0-2V/5V/10V, ±10V, 0-5mA, 0/4-20mA (600 Ω /12V) ±0.1% < 1ms YES Y DO.1 PROFIBUS Z DO.2 PROFINET

Communication

OCR7000 - Basic Version contains Ethernet 10/100 BASE with following features:

Screen Display Transfer of stored Data Recording of Events

E-Mail sending Time-Synchronizing DHCP, TCP / IP Mode (User Side)


Eight Channel Monitor - Datalogger OC 7052

8 Signal Channels, 11869 Memory Cycles 0/4-20mA or ± 2V DC Pt-100 two or four wire connection DIN Thermocouples Storing Interval 1 second to 2 hours Trigger Input, automatic Storing Free Scalable Display Memory Format: Value, Date and Time One Set Point RS232 and RS485

Model OC7052 is an eight channel process Monitor-Datalogger for analogue signals such as 0/4-20mA, DC voltages, Pt-100 or thermocouples. The measured signals are scanned and displayed in required process units at the digital display. The number of signal channels can be selected from 1 to 8. The inputs can be assigned to different signal types such as DC voltage and DC currents, Pt-100 and Thermocouples or any other combination. Each signal channel is individually programmable. The inputs are scaled, multiplexed, digitized and shown at the display. The keyboard at the front permits the entry into the menu and setting of the process parameters in each signal channel individually. The menu contains the measuring range, storing intervals, display resolution, setting of the set point, setting of the real time clock with date and time and selection of the serial data ports.

For the temperature measure-ments the DIN linearizing tables for Pt-100, Pt-200, Ni, Thermistor and Thermocouples are available. The thermocouples can be used with internal or external cold junction compensation. The channels can be scanned manually from the keyboard or automatically in preselected intervals. The data storing can be switched-off or activated in intervals from 1 sec. to 2 hours. A trigger input is available for initializing of the storing cycles. The storing can also be initiated from a set point or from a pre-programmed date and time. One Set points SP1 activates an open collector transistor or a mechanical relay. The SP1 can be free assigned to any of the signal channels. Two serial data ports RS232 and RS485 are options. RS485 has a programmable address. The baud rate can be set from 1200 to 38400 baud.

All parameters can be set from the keyboard or via the serial data port. A Soft manager OrbCom is enclosed to each Datalogger and permits communication with a PC. The stored measurements in the Datalogger can be transferred into the PC and handled under Windows. The communication is bi-directional. For easy handling, the Datalogger parameters can be set in the PC and transferred via the serial port to the Datalogger and stored there. The display shows the measured values and the channel numbers 1-8. It can also be set to display only one channel or to show the time or the date. The memorizing of the measurements can be switched-off and the instrument acts as eight channel Data Monitor. The Datalogger is enclosed in a DIN 48x96mm cabinet with IP65 front protection.

DISPLAY ± 0.00000 ... 999999, 7 Segment red, 14.7mm. For temperature measurements the display resolution can be set for 0.1°C or 1°C. The display intensity is adjustable with the keyboard. INPUTS DC Signal Inputs 0/4-20mA or ± 2 V DC differential. Eight Inputs for DC Signals in two wire termination. Pt-100, Pt-200 Two- or four wire termination. All sensors are serially connected and supplied from 800 A current source. T/C Thermocouples E, J, K, S, B and T. Eight differential signal inputs for 8 Sensors. Build-in cold junction compensation can be used or switched-off when external compensation is used. Auxiliary Inputs Four digital auxiliary Inputs are available for initializing of the memorizing cycle. The memorizing starts when one of the inputs is closed with GND. The inputs can be customized for various functions. Linearizing The linearizing accuracy is ± 1°C, ± 1 Digit. AD CONVERTER 18 Bit ADC, 15 samples/sec. Accuracy: ± 0.05% from FS, ±1 Digit Tempco: ± 25 ppm/K

SCALING The minimum and the maximum input signal values in each signal channel can individually be assigned with the keyboard to any two desired display readings. This permits connection of variety of signal sources to the Datalogger. MEMORY 4 MBit (512k x 8 Bit) Flash. 4 Byte/Channel are required for one memory cycle. This results in totally 32640 available cycles. If all 8 Signal channels are activated, the total memory capacity is 11869 cycles. Storing Interval Selectable from 1sec. to 2h. Trigger Input The memorizing will be initialized when closed to GND. Format Measured value, Date, Time, Channel Number.

SET POINT SP Adjustment within the entire Display range ± 999999. Output: NPN open collector 60V/100mA or mechanical Relay with closure contacts 5A-230VAC. SERIAL PORTS RS232 and RS485 two or four Terminals, 8 bit, no Parity, 1 Start, 1 Stop, 1200-38400 bd. The address 0 activates RS232. RS485 has addresses 1-31. SUPPLY 115V / 230V, ± 15%, 48-60 Hz, 8VA. DC-Option: 9 ... 36V DC, 4W. TERMINALS Pluggable Screw Terminals CABINET IP65 DIN 48x96x150 mm (H x W x D) EXCITATION 5V to 24V/40mA adjustable with internal potentiometer.

SPECIFICATIONS OC 7052

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren [email protected] © orbit controls 2710

6 digit Display 0 ... ± 999999 Inputs RS232, RS422, RS485 Addressable Bus Communication 128MB CompactFlash™ Set Point Relay 115/230VAC or 9-36VDC RTC - Real Time Clock

OC7053 FC is a 6 digit programmable Datalogger for connection to serial data ports RS232, RS422 and RS485. The data port format contains 8 data bit without parity, 1 start and 1 stop, 1200 to 38400 bd. The RS422 and RS485 ports have programmable addresses 01 to 31. The incoming data from the serial data port are stored in a 128MB CompactFlash™ Card. In addition to the input data also the date of the day and the real time are stored which are derived from the internal RTC. The data content in the CompactFlash™ Card can be read in a PC under Windows. One Set Point Relay with a programmable hystereze permits control applications. The

set point can be selected within the entire display range. The parameters are selectable with the keyboard at the front and remain stored in the microcontroller also when the instrument is switched-off from the power. The keyboard can be locked against unauthorized entry.

SPECIFICATIONS Input RS232, RS422, RS485, with 8 bit, No Parity, 1 Start, 1 Stop. The RS485 Data Port has selectable addresses from 01 to 31. Baud rate 1200 to 34800 bd selectable. Display 6 digits, red, 7 segment LED, 14.7mm with decimal points.

Excitation External sensors can be powered from adjustable excitation which can be adjusted between 2V and 24V. Set Point SP1 Selectable from 0 to ±999999, hystereze 0…±999999. The output is an NPN open collector 60V/100mA. Option Relay 5A-230VAC. Supply 115/230V ±10%, 48-60Hz, 6VA. Option: 9 - 36V DC/3W. Cabinet DIN 48x96x150mm (HxWxD). Panel cut-out is 45x90 mm. Terminals Pluggable screw terminals at the instruments rear.

128MB Datalogger for serial DataportsOC 7053 FC


STORED FORMAT KEYBOARD Time Date Input Data 16:46:02 10.09.03 683981 16:46:07 10.09.03 363021 16:46:12 10.09.03 834967 16:46:17 10.09.03 292217 16:46:22 10.09.03 700647 16:46:27 10.09.03 383844 16:46:32 10.09.03 618210 16:46:37 10.09.03 658419 16:46:42 10.09.03 850008 MENU ACK DOWN UP SET MENU and PARAMETR SETTINGS The key MENU opens the instruments menu. The required parameter is confirmed with ACK . The parameter value can be set with UP or DOWN. The flashing digit - Cursor - is positioned with ACK. The sign and the decimal point can be set when the cursor is moved out of the display range (no cursor flashing). The decimal point is selected with UP , the sign is selected with DOWN . The key SET closes the programming mode and starts the measuring mode. MENU STEPS Key Display Function MENU SP 1 Set Point - Relay MENU HSt 1 Hystereze of the SP 1 MENU SAVE Storing OFF or On MENU bAUd Baud Rate of the data port MENU rS Adr Address of the data port. Address 0=RS232, Address 01-31=RS485 MENU tinE Clock Setting: DOWN: HH UP: MM SET: SS MENU dAtE Date setting: DOWN: Days UP: Month SET: Years MENU XXXXXX Measuring Mode TERMINALS - Instruments Rear DATA STORING Start of the Data Storing Insert the CompactFlash™ Card into the instruments slot at the front. Set On in the menu step SAVE and switch into the measuring mode. Press the key SET. The display shows CF run followed by CrEAtE. The data file is created and the CompactFlash is enabled. The incoming data from the bus are stored. End of the Data Storing Press the key SET. The display shows CF CLO followed by CF StP. The storing of the data from the bus is stopped. Select OFF in the menu step SAVE. Take out the CompactFlash™ Card.

6 Digit Display 0 ... ± 999999 Inputs 0/4-20mA, 20mV…200VDC Pt-100, Pt-200, Ni Thermocouples J,K,E,S,B,T,C 128 MB Compact Flash™ Set Point Relay 115/230VAC or 9-36VDC RTC Real Time Clock

Model OC7054 FC is a 6 digit programmable Datalogger for a direct connection to process signals such as 0/4-20mA, 20mV…200V DC or true RMS, Temperature Sensors, Potentiometers and other signal sources. The input signal can be scaled at the display to required process units. One Set Point with output relay is available for control applications or starting of the storing interval. The measured results are stored in a 128MB Compact Flash™ Card. In addition to the input data also the date of the day and the real time are memorized. They are derived from the internal RTC. The data content in the Compact Flash™ Card can be read-out in a PC under Windows. Input Signal can be assigned to the required display reading with the keyboard at the instruments front. The minimum and the maximum values of the input signal can easily be assigned to any two display readings, such as 0-20mV at the input equals to 0-1500.0 at the display. The display shows overload when the input signal exceeds 110%. Display Resolution can be set for up to five decimal points. One Set Point can be set within the entire display range. An open collector transistor or a mechanical relay is available at the output terminals. Sampling Rate can be set for SLOW or FAST. The FAST sampling corresponds to 66ms conversion time, the SLOW rate is 200ms. Appart of this, the display can be refreshed after 1 up to 16 measurements.

Display Count of the Last Significant Digit can be set for 1,2,3...9,0 or 2,4,6,8,0 or 0,5,0,5…. or firm dummy zero. Digital Filter is programmable between 1 and 99 and calculates the average value of the processed signal before the result is shown at the display. The filter is mainly used for noisy signals to achieve steady readings. Tara is activated with the keyboard and resets the display to zero. The Tara remains memorized also when the instrument is switched-off from the power. The Tara function can be cancelled at any time, forcing the display to return to the original Non-Tara signal. RTC-Real Time Clock is an internal generator of the real time and the date of the day. The time and the date are being added to each memory cycle. Memory Card used for the storing of the measured results is a 128MB Compact Flash™, which is inserted into the slot at the instrument’s front. To each stored measured value, the time and the date from internal RTC are added. The beginning and the end of the storing interval can be defined from the keyboard, or initialized from the Set Point. The storing interval can be set from 1 second to 1 minute. For one cycle 32 Bytes of memory capacity are required. At the storing rate of 1 sec. up to four million measurements can be memorized. At the end of the measurement, the Card can be removed and inserted into the card reader of a PC. The results are available under Windows.

Datalogger for Analog SignalsOC 7054 FC

SPECIFICATIONS - OC 7054 FC INPUTS DC and AC true RMS Signals ± 20mV to ± 200V DC. 0/4-20mA to 5A. Pt-100, Pt-200 Thermometers 2 or 4 terminals connection. Range: -200.0 ... + 650.0 °C. DIN-Thermocouples E, J, K, S, B, T, C Could Junction Automatic ambient temperature compensation from 0 to 60 ºC or firm setting to 0ºC for external correction. A-D CONVERTER Selectable Rate 66ms (14 bit) or 200ms (17 bit). Linearity ± (1 LSB + 1 digit). Accuracy DC: ± (0.01% of value + 1 digit). RMS: ± (0.1% of value + 1 digit). Temp.: ± (0.1% of value + 1 digit).

DISPLAY 6 digit red or green, 7 segment LED 14.7mm with decimal points and sign. The reading can be refreshed from 1 to 16 measurements. FILTER An average value filter has programmable constants from 1 to 99 and is available for noisy signals and environments. TARA The activated Tara forces the display to read zero. When deactivated, the display returns to show the original Non-Tara signal. SET POINT One 6 digit Set Point activates an open collector transistor 60V-100mA or a mechanical relay 5A-230VAC. The hysterese can be set from 0 to 99 increments, the delay from 0 to 3600ms in 100ms steps.

KEYBOARD Five keys at the front for entering the menu and setting of process parameters. SUPPLY 115V/230V ± 15%, 48 - 60 Hz. Option: 9-36VDC, 4W. IP65 CABINET DIN 48 x 96 x 150 mm (H x W x D). Panel cut-out: 45 x 90 mm. TERMINALS Plugable screw terminals. EXCITATION 5-24V/40mA adjustable with internal potentiometer.

MEMORIZED DATA FORMAT TERMINALS OC7054 FC - rear Time Date Signal 16:46:02 10.09.03 4398 16:51:07 10.09.03 7302 16:56:12 10.09.03 9496 17:01:17 10.09.03 12221 17:06:22 10.09.03 14064 17:11:27 10.09.03 11384 17:16:32 10.09.03 9182 17:21:37 10.09.03 6584 17:26:42 10.09.03 2502 ORBIT CONTROLS AG Tel: +41 44 730 2753

Zürcherstrasse 137 [email protected] 8952 Schlieren / ZH © orbitcontrols 2911 www.orbitcontrols.ch

We reserve the rights to change the specifications without notice.


Two Inputs 0-10V DC, 0/4-20mA Free scalable Display TARE in each Signal Channel Storage for two fast Transients Datalogger Software for Windows Battery operation OC3000-D is microprocessor controlled Dual Monitor with two analogue channels for 0-10VDC or 4-20mA. Pt-100 temperature measurement is optionally available. External sensors with two or three terminals are supplied from OC3000-DMD and the results are displayed as 0.00/4.00-20mA or 0-10.00V. They can be scaled at the display in process units such as MPa, bar, psi, mm, etc. Varieties of arithmetic operations at the display can be selected from the menu. Peak values of the measured signals are automatically stored. They can be recalled at the display at any time. The Datalogger function permits storing of the measured results in the internal memory. The date of the day and the time are added to each measurement from internal RTC. One or two fast transients of the input signals can be can be stored with the sampling rate of up to 1ms. Software Manager OrbCom is available for Windows and permits the stored results to be downloaded to a PC as tables and graphics. OCM3000-D is enclosed in a handheld case and supplied from internal rechargeable battery which permits 8 hours uninterrupted operation. The design conforms to the CE and the ROHS guidelines 2002/95/EG.

SPECIFICATIONS Inputs with Tare Function P1 0-10VDC or 4-20mA P2 0-10VDC or 4-20mA T: Pt-100, -50 … 500 C, two/four terminals. Conversion 14 Bit, (1 LSB 1 1 Digit) Accuracy: (0.1%+1digit) from Range. Datalogger Up to 160`000 measurements with Date and Time OrbCom Soft Manager for Windows

Transients Sampling Rate: 1ms - 20ms (one transient only) Sampling Rate: 2ms - 20ms (two transients) Sampling Time: 480 - 4800 seconds Supply Rechargeable battery 6V, 2Ah

Terminals 12 mm, 8 pin connectors Jack for battery charger USB communication port Dimensions 215 x 90 x 40mm, 460g.

Dual Monitor - Datalogger OC3000-D

Handheld Datalogger OC4000-D

Five Inputs for Two Pressure Sensors Pt-100 Temperature Sensor Volumetric Flow Turbine Active Pick-up

2.5MB Datalogger 8 Transients recording at 1 kHz Rate Free Scaling in Process Units Calculating of Power in kW, HP DIN, US and UK Norms USB Data Port Internal rechargeable Battery

Model OC4000-D is a Process Controller-Datalogger with inputs for 5 sensors: two pressure gauges, one temperature sensor, one flowmeter turbine and one active pick-up. Four sensors can be connected at the same time. The results are visible at the front LCD display. The process units can be programmed in accordance with DIN, US or UK norms in german or english. In the Datalogger Mode the measurements of all signal channels are stored in internal 512kB non-volatile memory. Optional Memory of additional 2MB is available. Internal Real Time Clock automatically adds the Date and the Time to each stored measurement. For measurements of fast Transients of the pressure sensor, eight memory slots are reserved for 8 individual transient measurements. The results are displayed as graphics at the front display. Supporting program OC4CON permits bi-directional communication via USB data port. The stored measurements can be downloaded to the PC and displayed as tables and graphics. In the upload mode the process parameters can be set at the PC, uploaded to OC4000 and stored there. Parameters for the used pressure sensors, flowmeters and pick-ups can be set with the front keys. The pressure reading in bar or psi, corresponding to 20mA output from the sensors, is set with the keys and automatically calibrated. The both pressure channels can be set to zero by means of programmable Tara. The flow and the speed measurements are calibrated by means of scaling constants. Power is calculated from the flow rate and the pressure and displayed and stored in units selected in the instrument’s menu: Norm: EU UK US Pressure: bar psi psi Temperature: ºC ºC ºF Flow rate: LPM GPM GPM Power: kW HP HP During the entire operation time of the instrument the maximum and the minimum measured values from both pressure sensors are automatically stored. They can be recalled at the display or reset with the front keys. The difference pressure of the both sensors is continuously measured and displayed. Password is used for protecting the programmed parameters. Without the password only the Datalogger function, the Transient measurement and the Display backlight can be operated.

kW = P (bar) x F (LPM) : 600 HP = P (psi) x F (USG PM) : 1720 HP = P (psi) x F (UK GPM) : 1432

OC4000-D is enclosed in a hand held cabinet and supplied from internal rechargeable battery. The charging time is automatically controlled and limited by time. Flashing LED indicates the charging. A mains charger can also be used while the instrument is operating. Special optional cable is available for 12 or 24V Car operation. The internal microcontroller with 14 bits ADC represents 16000 points of resolution. The measurements are multiplexed at the LCD display. The display permits also graphic representation of up to 8 transient measurements of the pressure in signal channel 1. The instrument’s menu is protected with a Password against unauthorized entry. The Menu contains scaling constants, storing intervals, display backlight, communication parameters, display resolution, selection of flow rate or speed, calibration of signal channels in DIN, UK or US values and selection of german or english language. Two M12 round screw 8 pin terminals for sensor connection, the UBS data port and the charger jack are placed at the front and the rear of the cabinet. The instrument is designed in accordance with CE and RoHs 2002/95/EG. SPECIFICATIONS INPUTS and RANGES Input 1 with Tara 4-20mA, 13 Ohm Input 2 with Tara 4-20mA, 13 Ohm Input 3 Pt-100, -50 … 500.0 °C Input 4 0.5 Hz … 10 kHz, 100mV RMS Input 5 30 … 60000 RPM scalable 5 … 24V positive pulses ACCURACY Inputs 1, 2, 3, 4, 5 ± (0.1%+1digit) from range. A-D-C Resolution 14 Bit, ± (1 LSB + 1 digit). DISPLAY LCD display, 128x64 pixels. Graphic-numerical type.

PEAK & HOLD MEMORY Minimum and maximum values of two pressure signals. Recall at the display with the keypad. DATANLOGGER Standard Memory 512Kb 16000 cycles, total 112000 measured values. Optional Memory 2MB 80000 cycles, total 560000 measured values. Format: 5 channels, Date, Time. Rate: 2sec…60 minutes selectable. TRANSIENTS MEMORY Eight memory slots for 32768 samples each. Rate: 1mS…10mS selectable. DATA PORT USB 1 with Baud Rate 9600, 19200 and 115200 Bd.

KEYPAD 4 Function keys, 4 Direction keys and OK key. SUPPLY Rechargeable battery 6V, 2Ah, permits 4h operation. Mains charger 100-265VAC. Option: 12-24V DC Car cable. EXCITATION 11V-50mA supply for the pressure sensors and the pick-up CABINET Hand held cabinet with keypad and display. Two 8-pin screw connectors, USB data port, charger jack MECHANICAL Dimensions: 215 x 90 x 40 mm Weight: 460 g

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 Fax: +41 44 730 2783 CH-8952 Schlieren / ZH [email protected] Schweiz © orbitcontrols 21110 www.orbitcontrols.ch

KEY SELECTABLE DISPLAY FUNCTIONS Measuring Mode Four Sensor Measurements Pressure P1, Pressure P2, Temperature T, Flow rate Q (or RPM) Display Type selected with Direction Keys UP and DOWN Peak values of P1 and P2, Pressure Difference P1-P2 Power calculated from Flow rate Q and Pressure P1 Large display of P1 measurements Large display of positive and negative Peak values of pressure P1 Large display of P2 measurements Large display of positive and negative Peak values of pressure P2 Large display of Temperature and Flow rate Large display of Flow rate and Temperature

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 Fax: +41 44 730 2783 CH-8952 Schlieren / ZH [email protected] Schweiz © orbitcontrols 21110 www.orbitcontrols.ch

Digital Integrators

Time Integration of Analog Signals 0/4-20mA, 100mV to 100VDC High precision Integration Momentary and Totalized Values 6 digit display ± 999999 Free programmable Four Set Point Relays RS 232 and RS 485 Data Ports

Model OC 7171A-I is a very precise instrument for time integration of analog signals. The heard of the instrument is a programmable counter with input signal conditioner which converts the analog input signal into a precise frequency spectrum. The resulting time integration has very high degree of accuracy and linearity. The momentary value as well as the totalized amount of increments are available at the display and can be selected with the keyboard. A typical application is a 4-20mA signal input from a flowmeter corresponding to a flow range of e.g. 0-200 liters per minute. The display can selectively show the flow rate 0-200 LPM and the totalized lt, kg, pounds, gallons, m3 etc., depending on the scaling. The parameters and the display last reading remain stored in a non-volatile memory also when the instrument is switched-off from the power. When the power is switched-on again, the display starts incrementing at the stored value.

The menu contains scaling of the display, setting of two set points and two serial data ports. Display 6 digits, red, 14.7mm display size. Input 0-100mV to 0-100VDC, 0/4-20mA or customized ranges. Option Energy measurement of DC- and true r.m.s. The display can be scaled in Ws to kWh. V-F Conditioner DC- input signal full scale is converted into 100, 10 or 1Hz, jumper selectable. Linearity ± 0.005% from range Tempco Temperature coefficient 20 ppm/K. Offset-Preset The additive constant can be set within the range of ± 999999. The display starts counting at the Offset-Preset value.

Scaling 6 digit multiplication and division. Set Points (Option) SP1, SP2 with 5A-230VAC Relays or output transistors 60V/100mA. Option: SP3, SP4 5A-230VAC Relays. Serial Data Ports (Option) RS232/RS485 (4 wire) with 8 bit no parity, 1 start, 1 stop, 300-19200 bd. The RS485 has a programmable address which permits operation on a data bus. The serial ports are isolated by 250V r.m.s. Supply 115V/230V ±10%, 50-60Hz. Option 9 - 36VDC. Cabinet DIN 48 x 96 mm x 100 mm. Panel cut-out: 45 x 93 mm. IP65 front protection. Terminals Pluggable screw terminals.

Precision Programmable Integrator OC 7171A-I

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH – 8952 Schlieren © orbit controls 2702 www.orbitcontrols.ch

SPECIFICATIONS

Time Integration of Analogue Signals 0/4-20mA, 100mV to 100VDC High precision Integration Three scalable Displays Momentary and Cumulated Values Free programmable Four Set Point Relays Serial Data Ports Supply 115/230VAC or 24VDC

Model OC 7171A-I-3D is a programmable instrument for very precise time integration of analogue signals. The three displays can be assigned to various functions. The heard of the instrument is a programmable counter with input signal conditioner which converts the analogue input signal into a precise frequency spectrum. The resulting time integration has very high degree of accuracy and linearity. The momentary value as well as the totalized amount of increments are available at the three displays and can be selected with the keyboard. A typical application is a 4-20mA signal input from a flowmeter corresponding to a flow range of e.g. 0-200 litres per minute. The lower left display can show the flow rate 0-200 LPM, the lower right display the cumulated daily production in litres and the main upper display the total production in m3. The three displays are free programmable. The lower two displays can also show the Set Points for controlling the maximum and the minimum values. The parameters and the display last reading remain stored in a non-volatile memory also when the instrument is switched-off from the power. When the power is switched-on again, the display starts incrementing at the stored value.

The menu contains scaling of the display, setting of set points and two serial data ports. Floating Point Arithmetic permits practically unlimited display capacity. The programmed decimal point is automatically positioned to the right when the display arrives at full capacity. When the counts at the display aced the value of 99999 with decimal point behind the LSD, the display switches into exponential expression, e.g. 123E6. Preset has 4 digits with decimal point and sign. The programmed value can be inserted into the display with the keypad. The display starts counting or incrementing at the Preset. Scale of the display can be achieved with both, multiplication and division. The multiplication has 4 digit free programmable numbers with decimal point and sign. The division has constants :1 to :10000 selectable in decimal steps. By using the scale, the display can be programmed in any required process unit such as LPM, Gallons, m/sec, m3 etc. Averaging Filter has filter constants programmable from 1 to 99 and permits the instrument to measure noisy signals or signals from disturbed environments.

Precision Integrator OC 7171A-I-3D

SPECIFICATIONS DISPLAYS Upper main Display -9999 … +99999, red 10 mm Lower two Displays -9999 …+99999, red 7.5mm INPUT 0-100mV to 0-100VDC, 0/4-20mA or customized ranges. Option: Energy measurement of DC- and true r.m.s. The display can be scaled in Ws to kWh. V-F CONDITIONER DC- input signal is converted into normalized frequency spectrum. Linearity ± 0.005% from range TEMPCO Temperature coefficient 20 ppm/K. SCALING Multiplying and dividing constants with decimal point and sign. Each Display is individually scalable. OFFSET - PRESET The additive constant can be set FROM -9999 to 99999. The display starts counting at the Offset-Preset value.

SET POINTS SP1, SP2 with 5A-230VAC Relays or output transistors 60V/100mA. Option: SP3, SP4 5A-230VAC Relays. SERIAL DATA PORTS (Option) RS232/RS485 (4 wire) with 8 bit no parity, 1 start, 1 stop, 300-19200 bd. The RS485 has a programmable address which permits operation on a data bus. The serial ports are isolated by 250V r.m.s. SUPPLY 115V/230V ±10%, 50-60Hz. Option: 9 - 36VDC. CABINET DIN 48 x 96 mm x 100 mm. Panel cut-out: 45 x 93 mm. IP65 front protection. TERMINALS Pluggable screw terminals.

TERMINALS ORBIT CONTROLS AG

Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH, Schweiz © orbitcontrols 2703 www.orbitcontrols.ch

Digital Linearizers

5 Digit Display 16 Bit ADC 105 Linearizing Points Free scalable Display 0/4-20mA, 60mV to 300V DC Process Signals AC true RMS Measurements Potentiometer Input Ohm Measurements Pt-100, Thermistors Thermocouples J, K, E, S, B, T, R, N Two Output Relays

Model OC351-LIN is a 5 digit programmable controller with 16 Bit resolution. It is mainly designed for connection to process signals such as 0/4-20mA, 60mV to 300VDC or true RMS, RTD Sensors, Thermistors, Resistors, Thermocouples and other industrial signal sources. By using the keyboard, the input signal can be assigned to any two desired display values, such as 4-20mA = 0-18500. The menu contains two Set Points, setting of Filter, Tara, Sampling Rate, Display Resolution, Display Counting, and Password. Linear signals can be calibrated and assigned to required display reading in two points by using the keypad. Non linear signals can be linearized by using the front keypad in up to 105 points. Two Set Points can be set within the entire display range. They activate two open collector transistors or two mechanical relays. Each set point has a programmable hysterese and a selection of the relay status in alarm contions. Digital Filter can be used in noisy environments or for unstable signals and calculates the average value of the preselected number of measurements prior they arrive at the display. The filter constant can be set from OFF to 99.


ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren www.orbitcontrols.ch

Linearizer - ControllerOC 351-LIN

SPECIFICATIONS OC351-LIN INPUTS and RANGES Voltage ± 60mV to 300V DC or true RMS Current 0/4-20mA to 5A DC or true RMS Pt-100, 2, 3 or 4 terminals Thermistors 2kΩ and 96kΩ DIN Thermocouples J, K, R, S, B, N, T, E. Cold Junction Compensation 0 - 99 °C. Resistors 0-1 Ω to 0-100 kΩ. 2 or 4 terminals Potentiometer Excitation 1.25V ACCURACY DC Ranges ± (0.01% from value +1Digit) True RMS 50Hz - 5 kHz: ± (0.1% from value + 2 Digits). Temperature * Pt-100/200: ± (1°C +1 Digit) * T/C, Thermis: ± (2°C +1 Digit)


DISPLAY 0 ... ± 99999, 7 Segments, red 14.7 mm with decimal points. SUPPLY Mains Supply: 115V/230V ± 10%, 48 - 60 Hz. DC Supply 24V (Option) CABINET DIN 48x96x100 mm (HxWxD). Panel cut-out 45 x 90.5 mm. Pluggable screw terminals. IP65 from the front. EXCITATION Supply fro external sensors: 10V, 12V, 24V / 40mA. TEMPERATURE Working: 0 … 60 °C. Storing: -10 … 85 °C. EMC EN 61000-3-2+A12 EN 61000-4-2, 3, 4, 5, 8, 11 EN 550222, A1, A2

LINEARIZING Non linear signals can be linearized in up to 105 points with the keypad at the instruments front. Two consecutive linearizing points are automatically linear interpolated. The display values of the measured input signal can also be overwritten directly from the keypad. Linear signals can be displayed as non linear readings, non linear signals as linear readings or non linear signals as non linear readings. © orbit controls 2902

OC351-LIN – X – X – X Supply 115VAC ----------- 1 1 ---- Input DC-V 230VAC --------------------- 2 2 ---- Input DC-I 24VDC isolated ----------- 3 3 ---- Input AC-V 9-36VDC isolated --------- 4 4 ---- Input AC-I 5 ---- RTD-Thermometer No Set Point Outputs ----------- 0 6 ---- Thermocouples Transistor Outputs -------------- 1 7 ---- Resistor Measurement Two Relays ------------------------ 2 8 ---- Input Potentiometer

TERMINALS TO ORDER

Programmable Linearizer INF8-LIN

6 digit Display ± 999999 ± 30 000 Function Points 4000 Linearizing Points Input ±200mV, ±2V, 0/4-20mA Programmable via PC Linearized Analogue Output Four Set Point Relay Soft Manager for Windows Excitation

Model INF8-LIN is a 6 digit programmable high resolution digital linearizer with 4000 points. It is designed for linearizing of bipolar analogue signals within a function range of up to ± 30 000 increments. The linearizing points can be entered in table form point by point. Not used points are linear interpolated. The table will be entered from a PC by using the Soft Manager INFLIN+ which also permits setting of parameters such as scale, offset, analogue output, set points and serial data ports. Scale is a multiplicative 6 digit constant with decimal point and sign. Four Set Points SP1 - SP4 can be set within the entire display range ±999999. They activate output transistors or relay. Two analogue outputs 0...±10V and 0/4 - 20mA are isolated and generated simultaneously. With the keyboard or data port they can be assigned to any display value. Two data ports RS 232 and RS 485 are isolated. The RS485 with a

programmable address permits the instrument to operate on a data bus. Tara is activated with the keyboard and forces the display to zero. Preset - digital offset - is an additive constant. The linearized curve will be offset by the preset value. INF8-LIN+ Soft Manager runs under DOS or Windows and permits file operations, generating the tables and setting of the instrument's parameters from the PC. The linearized function appears at the PC screen in a graphical and a table form. A zoom function and coordinate transformation is available. The created table and the correspon-ding function can be stored in the PC for later use. The points can be modified upon demand. The final table can be transferred to the linearizer and stored there in a non-volatile memory. It remains memori-zed also when the instrument is switched-off from the power. The stored table in the linearizer can also be transferred back to PC and displayed as a graphic function and as a table. It can be compared with another in PC stored function and

modified. The function transferred from the linearizer to the PC is shown at the PC monitor in red, the one of the PC is green. The common intersections are yellow. When modifications are performed in the PC, the resulted function can be transferred back to the linearizer. A pointer can be used for exact determination of the X and Y coordinate values of the graphics. The display of the linearizer can selectively show the linearized points (Y) or the measuring points (X). Six digits are available for the linearizing value, 3½ digits for the input signal. Hardware requirements INF8-LIN+ Soft Manager for Windows is delivered with each linearizer. PC Screen displays the graphic form as well as the table of the linearized function with up to 4000 points. The table contains the index (1-2000) and the value (-30 000 ... + 30 000). X - Coordinate shows the input signal ±200 mV, ±2000 mV or 0/4-20mA. Y - Coordinate shows the value between 0 and ± 30 000 increments.

Input Standard: ± 2000 mV DC. Option: ± 200mV or 0/4 - 20mA. Display 6 digits, 7 segment red LED with sign and decimal point. The display size is 14,7mm. Linearizing Points Max. 4000 points. The not used points are linear interpolated. Range: 0 ... ± 30 000 function value. Accuracy ± (0.05% of F.S. + 1 digit). Preset 6 digit offset with decimal point and sign. Scaling 6 digit multiplicative constant with decimal point and sign. Floating point arithmetic assures automatic point placement. Set Points Four Set Points programmable from -999999 to +999999. Four NPN output transistors 60V/100mA. Option: Four mechanical relay 5A-230VAC.

Analogue Outputs Voltage: -10V ... +10V Current: 0/4 ... 20mA Resolution: 12 bit Option: 16 bit Isolation 250V rms. Data Ports RS232 or RS485 (4 wire) with 8 bit, no parity, 1 start, 1 stop. 1200-9600bd, address 0 to 31. The outputs are isolated by 250Vrms. Supply Mains: 115/230V ±10%, 50-60Hz, 7VA. Option: 9-36VDC-3W Excitation 5V, 12V, 15V or 22V/30mA. Cabinet DIN 48 x 96 mm x 150 mm. Panel cut-out 45 x 93 mm. IP65 from the front. Tara Tara function is activated with the keyboard and forces the display to zero. The Tara can be cancelled and the display returns to follow the Non-Tara input signal.

Orbit Controls is a manufacturer of digital instruments for industrial applications. To the main products belong digital counters, programmable controllers, tachometers, flow counters and controllers, batch counters, analogue signal controllers, dataloggers, multipoint switch, large digit displays, transmitters and instruments on customer requirements. For further information call the Orbit Controls customer service Tel + 41 1 730 2753 or Fax + 41 1 730 2783.


SPECIFICATIONS

Three 5 Digit Displays 99999 true Measuring Increments Three Signal Inputs for DC or AC 70 Linearizing Points in Channel Analogue Outputs 0/4-20mA, 0-10V RS 232 and RS 485 Mains or DC Supply Excitation for external sensor

OC4000-3D-LIN is a programmable three channel Linearizer. Each channel contains up to 70 linearizing points individually programmable via the serial data port from a PC or with the keys at the instrument’s front. Three signal inputs are available for connecting of three DC process signals. Three displays show the measured signals. The displays can be free assigned to any signal channel. AC true RMS voltage and current can optionally be connected and linearized. The linearized signals can be assigned to the two lower displays whereas the main upper display shows the resulting linearized power. When the two signals A and B are shown at the two lower displays, the main upper display can perform arithmetic operations A+B, A-B, AxB or A:B. OC4000-3D-LIN can communicate with PCs under Windows. The soft package OrbCom

supports the communication and permits the three linearized measurements to be shown at the screen. Also the non-linearized “raw” signals can be displayed if required. Two Analogue Outputs 0-10V and 4-20mA are derived from one display and generated simultaneously. The instrument’s Menu can be opened with the keypads or via the serial data port and the process parameters set. The menu contains the display function, setting of set points, display resulution, selection of analogue outputs and data ports, assigning displays to signal channels and setting linearizing points. The service menu permits checking of the functional electronic blocks and calibration of all signal channels. The menu is locked with a Password.

Three Channel - Linearizer OC4000-3D-LIN

SPECIFICATIONS DISPLAYS Upper Displays -9999 … +99999, red 10 mm Lower two Displays -9999 …+99999, red, 7.5mm INPUTS Three signal inputs 3 x DC or 2 x AC and 1 x DC MEASURING RANGES Current DC or RMS 0/4-20mA to 0 - 5A Voltafe DC or RMS 0 ... ±100mV to 0 - 250V FILTER Average Filter OFF/ON, with constants 1-99. A-D CONVERSION ADC with 24 bit resolution Sampling Rate 100ms. Linearity ± (1 LSB + 1 Digit). Tempco 25ppm/K Display reading is selectable from 1 to 99 measuring cycles.

ANALOGUE OUTPUTS Current: 0/4-20mA Voltage: 0 ... ±10V Resolution: 12 Bit. TARA Set the display to Zero. An Untara function disables the Tara and returs the display to the original value without Tara. The Tara remains stored. SERIAL DATA PORTS RS232 and RS485, 8 Bit, No Parity, 1 Start, 1 Stop, 300-19200 baud. The address 0 activates RS232. One of addresses 1-31 activates RS485. SET POINTS Four Set Points with Hystereze and four Relays 5A-230VAC or 4 open collector NPN Transistors 60V-100mA.

HYSTEREZE Each Set Point has an individual hystereze 0 to 99. EXCITATION Isolated supply for external sensors adjustable from 5V to 24V/40mA. SUPPLY Mains Supply 115V/230V ±15%, 48-60 Hz, 8VA. Option 9-32VDC/4W. TERMINALS Plugable Screw Terminals. CABINET DIN 48x96x100 mm (HxWxD). Panel Cut-Out 45 x 93 mm. IP65 at the front. SOFT MANAGER OrbCom is available for Windows applications.


ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH Tel: + 41 44 730 2753 Fax: + 41 44 730 2783 [email protected] www.orbitcontrols.ch


± 100 000 true Increments 6 digit Display ± 999999 scalable Inputs 1V, 10V, 4-20mA 20mV range for Strain Gauges Excitation 5 - 24V 105 Linearizing Points Four Set Points Analogue Outputs 4-20mA, 0-10V RS 232 and RS 485 Mains or DC Supply

Orbit Controls OC7040A-LIN is a programmable 6 digit controller with 100000 true measuring points and selectable input signal conditioner. It is mainly designed for connection of strain gauges, pressure transducers and weighing bridges. Linear signals can be calibrated and assigned to required display reading in two points by using the keypad. Non linear signals can be linearized in up to 105 points. The menu contains the selection of the linear input characteristic or the linearizing function, setting of two or four set points, analogue outputs, serial data ports and other display parameters. Two Set Points SP1 and SP2 can be selected within the entire display range ±999999. They activate two open collector transistors or two mechanical relay each with a closing contact. Each set point has a programmable hystereze. Additional two set points with

changing contacts can be optionally ordered. Digital Filter averages the input signal prior it is shown at the display. The filtering constant can be selected from 0 to 99. Tara will set the display to zero. The Tara value remains memorized also when the instrument is switched-off from the power. The Tara can be canceled at any time causing the display to return to show the original signal. Analogue Outputs 0 ... ± 10V and 4-20mA are generated simultaneously and can be assigned with the keyboard to any two display values. Serial Ports RS232 and RS485 are available. The RS485 has a programmable address and permits a bus operation of up to 31 instruments.

Peak & Valey memory stores automatically the maximum and the minimum display readings during required measuring period. With UP and DOWN keys the both values can be recalled at the display or errased. Password can be used to protect a non-authorized entry into the menu. Without the password only the Set points can be entered and changed. Excitation is available for supplying of external sensors and strain gauges and is adjustable inside the instrument with a potentiometer. SOFT MANAGER for Windows is communication software for programming of the instrument from a PC, setting of parameters and reading the display memory and storing the data in a Windows file.

Linearizer - Controller OC7040A-LIN

SPECIFICATIONS OC 7040A-LIN DISPLAY 0 ... ± 999999, 7 segment red LED, 14.5 mm with sign and decimal point. INPUT RANGES 20mV, 0/4 – 20mA, 1V, 10V for display of max. 100 000. Other ranges are available upon request. ADC - CONVERTER Resolution: 19bit, ± 100 000

increments Conversion Time: 66ms. ACCURACY ± (0.1 from value + 1 digit). TEMPCO ± 10ppm/K. ANALOGUE OUTPUTS Current: 0/4-20mA Voltage: 0... ±10V Resolution: 12 bit - standard.

16 bit - option.

TARA The Tara has three modes: OFF, TARA and TARA-ONLY. In the mode TARA the display will forced to zero with the key SET. When the key is presed for second time, the display shows notArA and follows the original input signal. In the mode TARA-ONLY will the display reset to zero after each pressing of the key SET. The Tara remains memorized also when the instrument is switched off from the supply. FILTER Averaging filter is programmable from 0 to 99. SET POINTS SP1, SP2 are adjustable within the range ±999999. The set points activate two output relays with closure contacts 5A-230VAC. Option: Two additional set points SP3 and SP4 relays with changing contacts 5A-230VAC.

HYSTEREZE Programmable from 0 to 99. SERIAL PORTS RS232 and RS485: 8 bit, No Parity, 1 Start and 1 Stop. Baud Rate: 300 to 19200 bd. The RS 485 port has a programmable address from 01 to 31 which permits operation of the instrument in a data bus. EXCITATION Adjustable from 5 to 24V/40mA. SUPPLY 115V/230V +/-15%, 48 - 60 Hz. Option: 9-32VDC, 4W. TERMINALS Plugable Screw Terminals. CABINET DIN 48 x 96 x 100 mm (HxWxD), Panel cut-out 45 x 90 mm.

LINEARIZING Non linear signals can be linearized in up to 105 points with the keypad at the instruments front or via the serial data port from a PC. Two consequtive linearizing points are automatically linear interpolated. The display values of the measured input signal can also be overwritten directly from the keypad. Linear signals can be displayed as non linear readings, non linear signals as linear readings or non linear signals as non linear readings. Linearizing with a polynom 6th or 7th degree is also available as a software option. DISPLAY = ± Coef 0x10± 0 ± Coef 1x10± 1 ± Coef 2x10± 2 ± Coef 3x10± 3 ± Coef 4x10± 4 ± Coef 5x10± 5 ± Coef 6x10± 6 A software package OrbCom permits communication with PC and setting linearizing parameters from a PC. ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH – 8952 Schlieren © orbit controls 2509 www.orbitcontrols.ch

± 100 000 true Increments 6 digit Display ± 999999 scalable 20mV, 100mV, 1V, 10V, 0/4-20mA Excitation 5 - 24V Polynom 6th Degree Four Set Points Analog Outputs 4-20mA, 0-10V RS 232 and RS 485 Mains or DC Supply

Orbit Controls OC7040A-POL is a programmable 6 digit controller with 100000 true measuring increments and selectable inputs for linear or non-linear input signals. Linear signal will be calibrated in two points for the desired display readings like e.g. input 4-20mA will be displayed as 0-15500. Non linear sensor signals can be linearized by using a polynom of sixth degree. The polynom parameters will be entered into the microcontroller by using the keyboard or the serial data port.

The menu contains settings of four Set Points, selection of the input range, setting of the polynom coefficients, program-ming of the filter, two analog outputs, the display resolution and two serial data ports. Four Set Points can be selected within the entire display range ±999999. They activate four open collector transistors or four mechanical relays. Each set point has programmable hystereze and type of activation in the alarm conditions. Digital Filter averages the readings at the display. The filtering constant can be selected from 1 to 99 or the filter can be deactivated. Analog Outputs 0 ... ± 10V and 4-20mA are generated simultaneously and can be assigned to any two desired display values.

Serial Ports RS232 and RS485 are available. The RS485 has programmable addresses and permits bus operation. Tara will set the display to zero. The tara value remains memorized also when the instrument is switched-off from the power. The tara can be canceled with the keyboard at any time causing the display to return to the original non-tara signal. Peak & Valey memory stores automatically the maximum and the minimum display readings during desired time period. The both values can be recalled at the display or errased with the keyboard. Polynom of sixth degree can be used for linearizing of non-linear signals. The polynom contains seven coefficients each with six digits, decimal point and sign. The exponents are programmable from 0 to ± 24. The polynom can be entered with the keyboard or via the serial data port.

Polynom Linearizer OC7040A-POL

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren Tel: +41 1 730 2753 Fax: +41 1 730 2783 [email protected] www.orbitcontrols.ch


MENU

DISPLAY 0 ... ± 999999, 7 segment red LED, 14,7 mm with sign and decimal point. INPUT RANGES 20mV, 0/4-20mA, 100mV, 1V or 10V for display of up to 100 000 points. Other ranges are available upon request. ADC - CONVERTER Resolution: 19bit. Conversion Time: 66ms. LINEARITY ± (1 LSB + 1 Digit). TEMPCO ± 10ppm/K. ANALOG OUTPUTS (Option) Current: 0-20mA or 4-20mA Voltage: 0... ±10V Resolution: 12 bit - standard.

16 bit - option.

TARA The key SET activates the Tara. After pressing the key, the display shows tArA and and resets the display to zero. When pressed for second time, the display shows notArA and follows the original non-tara input signal. The Tara remains memorized also when the instrument is switched- off from the supply. FILTER Averaging filter is programmable from 0 to 99. SET POINTS (Option) Programmable from 0 to ±999999.

Four Transistor Outputs: NPN-open collectors 60V-100mA. Four Relay Outputs: Contacts 5A-230VAC. Hystereze: Programmable from 0 to 99.

SERIAL PORTS (Option) RS232 and RS485 can be selected in the menu. Format: 8 Bit, no Parity, 1 Start and 1 Stop. Baud Rate programmable from 300 to 19200 bd. Address 00 activates RS232. One of addresses 01-31 activates automatically RS485 and permits the instrument to operate in addressable data bus. EXCITATION Adjustable from 5 to 24V/40mA. SUPPLY 115V/230V +/-15%, 48 - 60 Hz. Option: 24VDC, 4W. TERMINALS Plugable Screw Terminals. CABINET IP65 DIN 48 x 96 x 100 mm (HxWxD), Panel cut-out 45 x 90 mm.

SPECIFICATIONS OC 7040A - POL

POLYNOM - LINEARIZING The Polynom Linearizing will be activated in the Menu. Available is a polynom of sixth degree. The Polynom contains 7 coefficients: coef0 cee0 to coef6 coee6, whereas the Index is the Exponent which multiplies the measured value. It will also be multiplied by a tenth power which is entered as coee. The coefficients have 6 digits with decimal point and sign, the exponents can be set from 0 to ± 24. The entry can be done with the keyboard or via the data port. The display follows the input signal in a polynom format: DISPLAY = ± Coef 0x10±0 ± Coef 1x10±1 ± Coef 2x10±2 ± Coef 3x10±3 ± Coef 4x10±4 ± Coef 5x10±5 ± Coef 6x10±6

Linearizing Multifunction CounterOC 7166 - LIN

Two signal channels P and S 105 Linearizing Points Incremental - Quadrature Counter Dual Frequency Counter - Tachometer Dual Up-Down Counter Dual Periode Counter Display selection: P or S, Mathematic

Functions P + S, P - S, P x S, P : S Analogue Output 0/4-20mA, 0-10V RS 232, RS 485, BCD parallel Four Set Points

Model OC7166-LIN is a 6 digit dual counter with two inputs P and S. The two counters operate independently from each other. The common display can be selected to show the results of the counter P or the counter S, the addition P+S, the subtraction P-S, the multiplication PxS or the division P:S. The display function is selected with the keyboard at the front. The instrument´s menu offers independant parameter settings in each counter which permits each counter to be scaled in different process units. The displayed results can be transmitted via the serial or the parallel port to a PC, remote large displays, programmable controllers or other supervisory units. Two Analog outputs are generated simultaneously and can be assigned with the keyboard to any two display values. Four Set Points with open collector transistors or with four relay can be used for control purposes. The data ports, analog outputs and set points can be assigned to the signal channel P or S, P+S, P-S, PxS or P:S.

OC7166-LIN permits measurements in one or two channels as a Quadrature Counter utilizing two 90° phase shifted input signals A and B, Tachometer-Frequency Counter, Up-Down Counter or Period Counter. If only one channel is used for measurements, the second channel can be used for Display Hold. Quadrature Counter uses two 90° phase shifted signals A and B from resolvers. With the keypad the function as Incremental Positioning counter or bi-directional Tachometer can be selected. The display can be also programmed for angular measurements with resolution of up to 359.999º.

Frequency Counter is suitable for measuring of frequencies between 0.001Hz and 100 kHz. By using Scaling, the input frequency can be displayed in required process units such as RPM, m/sec, liter/min. etc. By using signals A and B from the quadrature resolvers, the display can be programmed as a Tachometer with recognition of the revolving direction. The frequency - tachometry measurements can be performed simultaneously in both signal channels P and S. Up-Down Counter function can be programmed in two channels P and S or in one channel only. The counting direction Up or Down is determined by the logic signal at the corresponding input. A Reset input is provided to set the display to zero. Period Counter measures the period time of periodic signals. The display permits a resolution of up to 10 µs. In all modes of operation the display can be selected to show the results in the channel P or S or to perform mathematic operations P+S, P-S, PxS or P:S.

COUNTER FUNCTIONS

LINEARIZING Display readings of input frequencies from non-linear sources can be linearized with a high accuracy of six digits. A table with up to 105 dual points will be entered via the serial data port. The Soft Manager under Windows supports the data entry from a PC and permits also settings of the instrument’s parameters.

Scaling of the display is achieved by multiplication with 6 digit constant with decimal point and sign. The scaling can be adjusted from 0.00001 to ± 999999 and permits the input pulses or frequency to be displayed in process units such as kg, liter, RPM, m/sec., liter/h any many other. The scaling can be selected in each signal channel individually. Set - is an additive 6 digit constant with decimal point and sign and can be selected from 0.00001 to ± 999999. The Set is added to the input pulses and acts at the display as a digital offset. Four Set Points SP1, SP2, SP3 and SP4 are adjustable within the entire display range from 0 to ±999999. Each Set Point has a programmable hystereze. As soon as the display arives or acceds the selected set point, the correspondig transistor or relay is activated. The set points can be assigned to the signal channels P or S, P + S, P - S, P x S or P : S. Two Analog Outputs -10V ... +10V and 0/4-20mA are generated simultaneously with 12 bit resolution. They can be assigned to any two display values in all display modes P or S, P + S, P - S, P x S or P : S and can be selected as direct acting or inverted. The current output can be set to 0 or 4mA. The outputs are isolated from the inputs and from the supply. BCD parallel Data Port is optionaly available withh positive or negative logic, with open collector or emitter follower output. The output is isolated from the inputs and from the supply. Serial Data Ports RS232 and RS485 with 8 bit, no parity, 1 Start and 1 Stop. The baud rate is programmable from 1200 to 19200 bd. Up to 31 instruments can operate at one RS485 data bus. A communication program for Windows is available as option. When the frequency measurement is selected, the sampling time can be set between 0.025 and 3 sec. and the reset time between 0.05 and 1000 sec. The reset time determines the lowest measured frequency of 0.001Hz. Password is used for disabling the keypad. It prevents unauthorized access to the instrument´s parameters. Linearizing Table with up to 105 Points will be entered from a PC via the serial data port. The LinSoft programm supports the entry under Windows. Inputs: Signal channels P and S.The signal level is adjustable from 1V to 48V. Frequency Counter: 0.001Hz-100kHz. Quadrature Counter: DC - 100kHz. Up-Down Counter: DC - 100kHz. Display: 6 digit, 7 segment LED red, 14.7mm display size. Resolution: Up to five decimal points Accuracy: 5ppm. Software calibra-tion with the keypad is available. Temperature coeff: 50ppm/K. Sampling Rate: 25ms to 3 sec.

Analogausgang: Two isolated analog outputs are generated simultaneously: Voltage: 0-10V with max. load 10kΩ Current: 0/4-20mA, load 0-400Ω. Isolation: 250V RMS. Data Ports: Isolated RS232, RS485 and BCD parallel. RS232/RS485: 8 bit, 1 Start, 1 Stop, no parity, 1200-19200 bd, Address programmable from 0 to 31. Isolated BCD parallel Data: 1-2-4-8 with open collectors or emitter follower 50mA/bit, using external isolated supply 5-48VDC.

Set Points SP1 - SP4: NPN - open collector transistors 60V/100mA. Option: 4 Relay with contacts 5A-230VAC. Supply: 115V/230 ±10%, 48-60Hz. Option: 9-36V/3W DC. Excitation: 5-24VDC/40mA is adjustable inside the instrument. Cabinet: DIN 48x96 mm, depth 150 mm. Panel cut-out 45 x 93 mm. Terminals Plugable screw terminals.


SPECIFICATIONS OC 7166 - LIN

Programmable Linearizer with fast Analogue Output OC7167L

6 digit display scalable Input 4-20mA, 0-1V, 0-10V Linearizing Table with up to 101 Points RS 232 Communication Output 4-20mA, 0-10V, response time 5ms Windows Soft Manager

Orbit Controls Model OC7167L is a programmable 6 digit linearizer with fast analog outputs 0-10V and 4-20mA with a response time of 5msec for any input signal change. Setting of parameters is with the keyboard at the instrument’s front. The installed serial data port serves for communication with a PC.

The input signal is linearized through a table which is stored in the internal instrument’s memory. The table is created in a PC in a text format. The table contains up to 101 points, each of them has X and Y coordinates. The X value is the input signal; the Y value represents the linearized display. The table

from the PC can be send via the serial port to OC7167L and stored there. When less than 101 table points are used, the not used points are linear interpolated. The Y values of the table can have increasing and decaying tendency. The Soft Manager used in PC for creating of the linearizing table permits also bi-directional communication with the instrument. It permits free settings of parameters and transferring of the measured values from the instrument into the PC. The results can be stored and processed under Windows.

SPECIFICATIONS Converter: 0-1VDC internal ADC range. Range: 0/4-20mA, 0-1VDC, 0-10VDC, 0-100VDC, upon customer’s order. Display: 6 digit, 7 segments display red, 15mm display size. Analog Output: 0…10V and 0/4-20mA, response time 5ms, resolution 12 bit. Scaling: 6 digit multiplicative constant. Offset: programmable zero reading. Linearizing: Table with maximum 101 points X and Y. Data Port: RS232 with 8 bit, 1 Start, 1 Stop, no parity, 1200-19200 bd. Tempco: 50ppm/K. Communication: ORBCOM - Soft Manager for Windows. Supply: 115/230VAC, Option 9-36VDC. Cabinet: DIN 48 x 96 mm, depth 150 mm. Panel cut-out 45 x 93 mm. Terminals: pluggable screw terminals. TERMINALS Instrument’s rear

ORBIT CONTROLS AG CH-8962 Schlieren Tel: +41 44 730 2753 [email protected] www.orbitcontrols.ch

©orbitcontrols 2402

Linearizing Frequency Counter OC 7171A

Measuring Range 0.003Hz to 500kHz Frequency Counter-Tachometer 105 Linearizing Points Free scalable Display Four Set Points Relays Two Analogue Outputs RS232 and RS485 addressable

Model OC7171A-LIN is a 6 digit Counter with programmable functions for Quadrature Counter, Up-Down Counter and Tachometer. The instrument is designed for industrial applications for connection to incremental resolvers, inductive and optical sensors and other electric signals. For non-linear frequency sources a linearizing function can be activated. Up to 105 linearizing points can be selected.

The linearizing is in a table format and the points can be entered from the keypad or from a PC. The Soft manager Orbcom for Windows supports the entry. With the keyboard the menu can be opened. The menu contains Scaling, Preset, Filter, Sampling Time, Reset Time, Password, Analogue Output, Serial Data Ports and Set Points. The Counter function can be set for Quadrature Counter, Up-Down Counter or Tachometer.

SPECIFICATIONS OC7171A-LIN DISPLAY 0....±999999, 7 segment LED red, 14.7 mm. INPUTS DC-500kHz, positive logic 5V protected to 48V. PRESET Additive constant (offset) is program-able from 0 to ±999999 with decimal point and sign. The preset can be inserted into the display with the keypad. RESET The display can be set to zero with the keypad or with the external positive signal 5 ... 48V. ANALOGUE OUTPUT (Option) Voltage: 0 ... ± 10V Current: 0/4-20mA. Resolution: 12bit. Isolation: 250V rms.

DATA OUTPUT (Option) RS232 and RS485, 8 bit, no Parity, 1 Start, 1 Stop, 600-19200 bd, Addresses 00 - 31. Isolation 250V RMS. SET POINTS (Option) Four Set Points with programmable Hysteresis. Four Relays 5A-230VAC or open collectors 60V/100mA. EXCITATION 5-24V/40mA adjustable. Instruments with DC Supply can optionally have non isolated excitation adjustable. SUPPLY 115/230V ±10%, 50-60Hz, 9VA. Option: 9 - 36 V DC, 4 W. CABINET IP65 FRONT DIN 48x96X100mm (HxWxD). Panel cut-out 45x90 mm. Pluggable screw terminals

STANDARD COUNTER The standard counter contains 230VAC or 115VAC supply and adjustable excitation 5-24V. OPTIONS * SP1, SP2 Set Point Relays * SP3, SP4 additional two Set Point Relays * Analogue Outputs 0/4-20mA and 0…±10V * Serial Data Ports RS232 and RS485 * Supply 9-36VDC * Customized Software


Large Displays

5 digits, 57mm, red, green, orange 16 Bit Conversion DC and AC Process Signals RTD and Thermocouples Free programmable Display Two Set Poit Releys Excitation Bluetooth Option Supply 100-240VAC or 24VDC

OC557 is a 5 Digit programmable controller with 57mm green, red or yellow seven segments display units. The instrument is mainly designed for connection to process signals such as 0/4-20mA, and optionally 60mV to 300VDC or true RMS, RTD Sensors, Thermistors, Resistors, Potentiometers, Thermocouples and other industrial signal sources. With keys behind the front lens the measured input signal can be assigned to any two desired display values, such as 4-20mA = 0-18500. The menu contains the assignment of the input signal to the display, selection of two set points, setting of the filter, the measuring speed, the display resolution and the password. Excitation is available for supplying of external sensors. Service Menu HtESt is suitable for checking of the instrument’s performance and the calibration. Two Set Points can be selected within the display range of 0 to ± 99999. They control two open collector transistors or two mechanical relay. The hystereze can be set from 0 to 99 increments.

Peak & Valley memory is Option. It stores the maximum and the minimum display readings. With the keys UP and DOWN the stored value can be entered into the display. The key ACK clears the memory Digital Filter calculates the average value of the measurements prior they arrive at the display. The selection can be made for 0, 1 ... 99. Tare is Option and will be activated with the key SET behind the lens or with an external signal at the rear terminals. It forces the display to zero. It remains stored also when the power is switched-off from the instrument. The Tare can be cancelled at any time and the display returns to show the non-tare input signal. Password is used to prevent an unauthorized access to the menu parameters. Without the password only the set points can be programmed. Excitation for external Sensors is provided.

SET POINT CONTROLLER OC557

Bluetooth is an Option. The Menu Parameters can be remotely set from a PC. Also the measured process result can be downloaded to a PC and handled under Windows.

SPECIFICATIONS INPUTS and RANGES Voltage ± 20mV to 300V DC or true RMS Current 0/4-20mA to 5A DC or true RMS Pt-100, 2, 3 or 4 wire Thermistors 2kΩ and 96kΩ, DIN Thermocouples J, K, R,S, B, N, T, E Cold Junction Compensation 0 - 99 °C. Resistors 0-1 Ω το 0-100 kΩ. 2 or 4 wire terminals Potentiometer Excitation 1.25V ACCURACY DC Ranges ± (0.01% from value +1Digit) True RMS 50Hz - 5kHz: ± (0.1%from value + 2 Digit). Temperature * Pt-100/200: ± (1°C +1 Digit) * T/C, Thermis: ± (2°C +1 Digit)

A-D CONVERSION Resolution 16 Bit. Measuring Rate 1-10 Samples/sec Linearity ± (1 LSB + 1 Digit). Temperature Coeffitient 10 ppm/°C TARE The Tare (key or external signal) sets the display to zero. The Tare can be canceled and the display will return to the non-tare condition. The Tare remains stored also when the power is switched-off from the instrument. FILTER Filter constants 0, 1 to 99 programmable. SET POINTS Open Collector 60V-100mA. Option: Two relays with one changeower 5A-230VAC

DISPLAY -9999 bis 99999, 7 Segments red, grün or yellow with decimal point. Display size 57 mm. SUPPLY Mains: 115V/230V ± 10%, 48 - 60 Hz. DC Supply 18-36VDC (Option). CABINET DIN 288x96x85 mm (WxHxD). Panel cut-out 282 x 92 mm. Pluggable screw terminals. EXCITATION 12V/40mA for external sensors. ENVIRONMENT Working Temperature: 0-60 °C. Storing: -10 … 85 °C. EMC EN 61000-3-2+A12 EN 61000-4-2, 3, 4, 5, 8, 11 EN 550222, A1, A2

TERMINALS HOW TO ORDER

OC557 - X - X - X - X Display red ------------------ R 0 ---- No Set Points Display green --------------- G 1 ---- 2 Transistors Display yellow -------------- Y 2 ---- 2 Relays Input DC Voltage --------------- 1 1 ------ Mains 100-240VAC DC Current ---------------- 2 2 ------ DC 18-36V DC AC Voltage ---------------- 3 AC Current ---------------- 4 Thermocouples ---------- 5 Resistors ------------------ 6 Potentiometers ----------- 7 Thermistors -------------- 8


6-digit Display ±999999 Up to ±200 000 increments Inputs 4-20mA, 2V ... 200 VDC Option: 20mV strain gauges Free programmable Analogue Output Seriall Output Port Excitation Two Set Point Relay Supply 115/230VAC

Large Displays OC57-DC, OC100-DC and OC125-DC are 4- or 6-digit programmable instruments with up to ±200000 measuring increments. They have inputs for DC signals, strain gauges, 4-20mA loops, ±100mV etc. and are available with 57mm, 100mm or 125mm large 7 segment display units. Due to the free scaling, the input signals can be displayed in units corresponding to the measured process, such as kg, gr, lb, kN, MPa etc. With the keyboard at the rear the menu can be entered and the operating parameters set.

The large displays have functions as process monitors without any control function, or as process controllers, genera-ting control outputs. Depending on the application, the control outputs can be two or four set point relay or open collector transistors, two analogue outputs and two serial data ports.

After applying the power to the instrument, the parameters and the operating mode are read from the memory and entered into the microcontroller. The display shortly shows the model and the software version and switches into the measuring mode. The input signal limits (input signal low and high) can be assigned with the keyboard to the required display, e.g. input 4-20mA = display 0-75000. Software calibration can be activated at any time during the instrument's operation.

The menu is entered with the keyboard and contains two or four set points, measuring range, filter, two analogue outputs, measuring speed, display rate, resolution and decimal point, serial port parameters and the password. Set Points are programmable within the entire display range ±999999. They activate two open collector transistors or two mechanical relay. Each set point has programmable delay and hystereze. Digital Filter with averaging characteristic can be used for noisy signals or noisy industrial inveronments. The filtering constant is programmable from 1 to 99. Analogue Outputs 0...±10V and 4-20mA are generated simultaneously. With the keyboard they can be assigned to any required display values.

Large Displays for Analogue SignalsOC57, OC100, OC125

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH Tel: + 41 44 730 2753 Fax: + 41 44 730 2783 [email protected] www.orbitcontrols.ch © orbit controls 2207

FUNCTION

MENU

Tara is a subtractive constant which is activated with the keyboard or with external logic control signal. It forces the display to zero. The tara can be canceled with the keyboard and the display returns to show the original non-tara signal. The tara remains stored in a non-volatile memory also when the instrument is switched-off from the power. DISPLAY 0 ... ± 999999, 7 Segments red LED, 57, 100 or 125mm with decimal point and sign. RANGES Current: 0/4-20mA Voltage: ±1V, 10V or 100VDC. Other ranges such as 20mV for strain gauges are available upon request. CONVERTOR 0 ... ± 20'000 increments. Sampling time 400 ms. Option: ± 100'000 or

± 200'000 increments. LINEARITY ± (1 LSB + 1 Digit). TEMPCO Standard: 10ppm/K ANALOGUE OUTPUT- Option 4-20mA @ 390 Ohm max. 0 ... ± 10V @ 10kOhm min. Resolution 12 bit. Option16 bit. Isolation 250V r.m.s.

Peak and Valey Memory stores the maximum and the minimum of the reading during a desired time teriod. With the keyboard the stored data can be recaled at the display. Two Serial Data Ports RS232 and RS485 are available. The RS485 has a programmable address and permits operation of up to 31 instruments on one data bus. TARA The display can be reseted to zero with the key SET, or with remote control logic signal 5V (protected to 48V). When the key is pressed for a second time, the display returns to the original non-tara signal. The tara remains stored in internal non-volatile memory also when the instrument is switched-off from the power. FILTER Averaging filter programmable from 1 to 99 samples. SET POINTS Option Two 6 digit set points with 60V/100mA open collector NPN transistors or mechanical relay 5A-230VAC. Selectable from -999999 to +999999. Hystereze Individually selectable in each set point between 0 and 99. Delay In each set point selectable from 0 to 3900 ms.

Password prevents unauthori-zed entry into the menu and setting of parameters. Excitation for supplying of external sensors is isolated and adjustable from 5V to 24VDC. Soft Manager at a diskette is a communication program for applications under Windows. SERIAL PORTS Option RS 232 and RS 485, with 8 bit, no parity, 1 start, 1 stop, 300 to 19200 bd. The address 00 activates automaticaly the RS232. One of addresses 01 ... 31 activates the RS485. EXCITATION Option 5 to 24VDC/40mA adjustable and isolated by 250V r.m.s. SUPPLY 115/230V ±10%, 48 - 60Hz. CABINET - Aluminum OC57: 4 and 6 digit: 112x368x80mm. OC100-4: 4 digit: 173x458x80mm OC100-6: 6 digit:

173x644x80mm OC125-4: 4 digit:

229x535x80mm OC125-6: 6 digit: 229x748x80mm Protection: IP65 - front.

SPECIFICATIONS

6 digit display ± 999999 Up to 20 000 true increments 0 - 200mV to 0 - 380V true RMS 0 - 20mA to 0 - 10A true RMS 0 - 2500 W true RMS Free programmable Analog Output Seriall Output Ports Excitation Two Set Point Relay Supply 115/230VAC

Large Displays OC57-RMS, OC100-RMS and OC125-RMS are 4 or 6 digit programmable instruments with up to 20’000 true increments and selectable inputs for various signals such as voltage from 0-200mV to 380V true RMS, currents from 20mA up to 10A true RMS or power up to 2300 W true RMS. They can be ordered with 57mm, 100mm or 125mm large 7 segment digits. By using the programmable multiplicative factor, the display can be scaled in required proces units such as V, m/sec., RPM, Wsec, kg, gr, lb, kN, W, kW etc. The displays are designed as process monitors without any control function, or as process controllers, generating control outputs.

Depending on the application, the control outputs can be two or four set point relay or open collector transistors, two analog outputs and two serial data ports. After applying the power to the instrument, the parameters and the operating mode are read from the memory and entered into the microcontroller. The display shortly shows the model and the software version and switches into the measuring mode. The menu can be entered with the keyboard. It contains the selection of two set points, measuring range, filter, two analog outputs, measuring speed, display rate, resolution and decimal point, serial port parameters and the password.

The input signal limits (input signal low and high) can be assigned with the keyboard to the required display, e.g. input 0 -10VAC = 0 -150.00. Set Points are programmable within the entire display range ±999999. They activate two open collector transistors or two mechanical relay. Each set point has programmable delay and hystereze. Digital Filter with averaging characteristic can be used for noisy signals or invironments. The filtering constant can be selected from 0 to 99. Analogue Outputs 0...±10V and 4-20mA are generated simultaneously. With the keyboard they can be assigned to any two desired display values. They are isolated from the input and the supply.

Large Displays for RMS Signals

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH ©orbit controls 2207 [email protected]

FUNKTION

Tara is an additive constant which is activated with the keyboard or with external logic control signal. It forces the display to zero. The Tara can be canceled at any time with the keyboard and the display returns to show the original signal. The Tara remains stored in a non-volatile memory also when the instrument is switched-off from the power. DISPLAY 0 ... ± 999999, 7 Segments red LEDs, 57, 100 or 125mm with decimal point and sign. RANGES Current 0-20mA to 0-10A RMS Accuracy: DC-1kHz: ± (0.2 % f. range + 1 digit). Voltage 0-200mV to 0-380V RMS Accuracy: DC-1kHz ± (0.2 % f. range + 1 digit). Power 0-2300 W true RMS Voltage: 0 - 230V RMS Current: 0-10A RMS Accuracy: DC-1kHz ± (0.3 % f. range + 1 digit). Temp. Coefitient 25ppm/K ANALOGUE OUTPUT Option 4-20mA / <390 Ohm max. 0 ... ± 10V / >10kOhm Resolution 12 bit. Option16 bit. Isolation 250V r.m.s.

Peak and Valey Memory measures and stores the maximum and the minimum of the display. With the keyboard the stored values can be recaled at the display. Two Serial Data Ports RS232 and RS485 are available. The RS485 has a programmable address and permits the instrument to communicate on a data bus. TARA The display can be reseted to zero with the key SET, or with external control logic signal 5V (protected to 48V). When the key is pressed for a second time, the display returns to the original signal. The Tara remains stored in internal non-volatile memory also when the instrument is switched-off from the power. SET POINTS - Option Two 6 digit set points with 60V/100mA open collector NPN transistors or mechanical relay 5A-230VAC. Selectable from -999999 to +999999. Hystereze Individually selectable in each set point between 0 and 99. Delay Is in each set point selectable from 0 to 3900 ms. FILTER Programmable from 0 to 99.

Password is used to prevent unauthorized entry into the menu and setting of parameters. Excitation is for supplying of external sensors and is isolated and adjustable from 5 to 24VDC. Soft Manager at a diskette is a communication program available for WIN applications. SERIAL PORTS - Option RS 232 and RS 485, with 8 bit, no parity, 1 start, 1 stop, 300 to 19200 bd. The address 0 activates the RS232. One of addresses 01-31 activates the RS485. EXCITATION - Option 5 to 24VDC/40mA adjustable and isolated by 250V r.m.s. SUPPLY 115/230V ±10%, 48 - 60Hz. CABINET - Aluminum OC57: 4 and 6 digits: 112x368x80mm. OC100-4: 4 digits: 173x458x80mm OC100-6: 6 digits:

173x644x80mm OC125-4: 4 digits:

229x535x80mm OC125-6: 6 digit: 229x748x80mm Protection: IP65 - front.

SPECIFICATIONS

6-digit Display ±999999 Pt - 100 and Pt - 1000 Thermocouples J,K,E,S,B,T,C Free programmable Analog Output Seriall Output Ports Two Set Point Relay Supply 115/230VAC

Large Displays OC57-TEMP, OC100-TEMP and OC125-TEMP are 4- or 6-digit programmable instruments for temperature measurements. They are free programmable for RTD and DIN-thermocouples. The cold junction can be set for 0ºC externaly compensated or for ambient automatic compensation. The large displays have functions as temperature monitors without any control function, or controllers generating control outputs. Depending on the application, the control outputs can be two set points, two analog outputs and/or two serial data ports.

The menu is entered with the keyboard. It contains the selection of two set points, the sensor type, the filter, the analog output, the display rate, the resolution, the serial port and the password.

Pt-100, 200, 1000 and Ni 2- or 4-wire termination. Accuracy: ± (1°C + 1 digit). Tempco: ± 25 ppm/ K Thermocouples E, J, K, S, R, B, C, T. Cold Junction: 0 to 60°C. Accuracy: ± (2°C + 1 digit) Tempco: ± 25 ppm/ K Display 0 ... ± 999999, 7 Segments red LED, 57, 100 or 125mm with DP and sign. Averaging filter with programm-able measurements from 1 to 99 for noisy signals or noisy industrial inveronments. Peak and Valey Memory stores the maximum and the minimum of display readings. The stored data can be recaled into the display. Serial Data Ports RS 232 and RS 485, with 8 bit, no parity, 1 start, 1 stop, 300-19200 bd. The address 00 activates RS232. One of addresses 01-31 activate RS485 and permit operation of up to 31 instruments on one data bus.

Set Points Are programmable within the entire display range. They activate two open collector NPN transistors 60V/100mA or two mechanical relay 5A-230VAC. Hystereze In each set point selectable between 0 and 99. Delay In each set point selectable from 0 to 3900 ms. Analog Outputs 0...±10V or 4-20mA (12 bit) are assigned with the keyboard to any two desired display values. Supply 115/230V AC, ±10% Alu Cabinet OC57: 4 and 6 digits: 112x368x80mm. OC100-4: 4 digits: 173x458x80mm OC100-6: 6 digits:

173x644x80mm OC125-4: 4 digits:

229x535x80mm OC125-6: 6 digits: 229x748x80mm Protection: IP65 - front.

Large Displays - Thermometers

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH Tel: + 41 44 730 2753 Fax: + 41 44 730 2783 e-mail: [email protected] www.orbitcontrols.ch © orbit controls 2207

SPECIFICATIONS

INPUTS

6 Digit Display ± 999999 Input for RS232, RS485, TTY Free programmable Analogue Outputs Four Set Point Relay Addressable Bus Operation Excitation Supply 115/230VAC

Large Displays OC57-RS, OC100-RS and OC125-RS are 4- or 6-digit programmable instruments with up to ±999999 display increments. They have inputs for RS232, RS485, RS422 and TTY serial data signals and can be ordered with 57mm, 100mm or 125mm large 7 segment display units. Customized displays are available upon request. The telegram contains 8 bit of data, no parity, 1 start and 1 stop, 1200 to 19200 baud. The RS422 and RS485 have programmable addresses. Optional outputs for control applications such as two analogue outputs and 4 set point relays are available. The analogue output can be assigned to any two display values with the keyboard. This perform a simple conversion of the serial data into analogue output signals.

Setting of parameters is with the keyboard at the rear panel of the instrument. The menu contains settings of four set points and analogue outputs. The parameters remain stored in a non-volatile memory also when the instrument is switched-off from the power.

After applying the power to the instrument, the parameters and the operating mode are read from the memory and entered into the controller. The display shortly shows the model and the software version and switches into the measuring mode. With the keyboard the menu can be opened and the parameters programmed.

Set Points are adjustable within the entire display range ±999999. They activate four open collector transistors or four mechanical relay. Each set point has a programmable hystereze. Analogue Outputs 0...±10V and 0/4-20mA are simultaneously generated. With the keyboard they can be assigned to any two required display values. The displays are using 7 segment LEDs. Three display sizes are available: OC57 with 57mm OC100 with 100mm OC125 with 125mm The signal is connected via D-SUB 9, the power via mains connector at the rear cover. The large displays are enclosed in black aluminium case with IP65 front.

Large Displays for Serial Data Ports

OPTIONS


INPUTS RS232, RS422 or RS485, 8 bit, no parity, 1 Start, 1 Stop. RS 485 Address 01 to 31. Baud rate 1200 to 19200 bd. Option: TTY serial data port. DISPLAY 0 ... ± 999999, 7 segments red LEDs, 57, 100 or 125mm with decimal point and sign. SET POINTS- Option Two or four set points with 60V/100mA open collector NPN transistors or mechanical relay 5A-230VAC, selectable from -999999 to +999999. Bargraphs 250 to 1000mm with 3 or 6 digit displays are available for many industrial input signals: DC: 100mV - 750V DC, 1mA - 5A DC. RMS: 100mV - 750V, 1mA - 5A true RMS. WATT: Power in 1- or 3-phase mains 0-230 V, 0-5 A. RTD: 2- or 4-wire sensors Ni, Pt-100, Pt-200, Pt-1000. RS: Serial Ports RS232, RS485, TTY, SSI, EnDat.

ANALOGUE OUTPUT- Option 4-20mA / 390 Ohm max. 0 ... ± 10V / >10kOhm Resolution 12 bit. Option16 bit. Isolation 250V r.m.s. SUPPLY 115/230V ±10%, 48 - 60Hz EXCITATION- Option 5 to 24VDC/40mA adjustable and isolated by 250V r.m.s. T/C: DIN-Thermocouples J,K,R,S,T,B,S compensated. OHM: Resistance 100Ω to 100 kΩ. POT: Potentiometric sensors 100Ω - 100kΩ. LVDT: Displacement transducers and Inclinometers. LIN: Linearizers with up to 100 points. OTHER: Power, Pressure, Weighing Sensors, Strain Gauges or any other input available upon request.

CABINET - IP65 front OC57: 4 and 6 digits: 112x368x80mm. OC100-4: 4 digits: 173x458x80mm OC100-6: 6 digits:

173x644x80mm OC125-4: 4 digits:

229x535x80mm OC125-6: 6 digits: 229x748x80mm

SPECIFICATIONS

Large Bargraphs with Digital Displays

Detailed Datasheets for Bargraphs: www.orbitcontrols.ch BARGRAPHS

6 digit display ± 999999 Tachometer, Frequency Counter Up- Down Counter Quadrature Counter Absolute Code Gray, binary,

SSI, EnDat, RS485 serial Options: Analogue Outputs

Excitation Four Set Point Relay RS232, RS485 Supply 115/230VAC

Large Displays OC57-COUNT, OC100-COUNT and OC125-COUNT are instruments with programmable counter functions. They are designed for industrial applications and can be ordered with 4 or 6 digits and 57mm, 100mm or 125mm display size. Inductive, capacitive, optical, mechanical sensors, incremental or absolute coded linear or rotative sensors and other pulse sources can be directly connected to the instruments. The display can be programmed for following functions: Up-counter with Preset Up- counter with Enable Input Tachometer-Frequency

Counter Thermometer for sensors with

frequency output signal Up-Down counter with

controlled counting direction Quadrature Counter for

incremental resolvers Absolute Code Counter for

sensors with Gray, binary, SSI or EnDat Data Bus.

The input signal is conditioned in an attenuator and an adaptive filter and applied to the microcontroller. With the keyboard at the rear panel the display can be scaled by using a multiplicative and/or dividing constant and a digital offset. The results are displayed in desired process units such as RPM, m/sec., litre/min., or mm, µm, angle etc.. They displays are manufactured as process monitors without any control function, or as process controllers, generating control outputs. Depending on the application, the control outputs can be two or four set point relay or open collector transistors, two analogue outputs and two serial data ports. The menu can be entered with the keyboard at the instrument’s rear and contains the selection of the scale, preset, set points, analogue outputs, serial ports, sampling and reset, display resolution and filter.

The menu contains following parameters: Scale is a 6 digit multiplicative and dividing constant with decimal point and sign. Preset is an additive constant programmable from 0 to ±999999. The display starts counting at the selected preset value. The preset can be entered with the keyboard or with external logic signal. Set Points are programmable within the entire display range ±999999. They activate four open collector transistors or four mechanical relay. Each set point has a programmable delay and a hystereze. Two Serial Data Ports RS232 and RS485 are available at the output. The RS485 has a programmable address and permits up to 31 instruments to communicate on a data bus. Analogue Outputs 0...±10V and 4-20mA are simultaneously generated. With the keyboard they can be assigned to any two desired display values. The outputs are isolated.

Large Displays - Counters

FUNCTION

Input Level is adjustable for bipolar signals 100mV to 48V and permits connection to practically any industrial signal source or sensor. Digital Filter with an adaptive characteristic permits steady display of noisy input signals or raw environments DISPLAY 0 ... ± 999999, 7 Segments red LEDs, 57, 100 or 125mm with decimal point and sign. INPUTS Frequency counter 0.001Hz to 800 kHz Incrementing Up-Down Counter DC ... 500 kHz Absolute Coded Sensors Parallel Gray or binary data outputs with 8 to 14 bit. Serial Gray or binary data outputs with up to 32 bit SSI, EnDat, RS485 or other data sources, single turn or multi turn operation. Digital Integrator For time integration of analogue signals 100mV, 1V, 10V or 0/4-20mA. Other ranges are available. INPUT SIGNAL CONDITIONER Adjustable level for input signals from ±100mV to ±48V. KEYBOARD At the rear panel has five keys for parameter settings: UP, DOWN, ACK, MENU and SET.

Soft manager at a diskette is available for WIN applications. The counter can communicate in bidirectional mode with a supper-vising controller or PC. Usual Windows-file operations are available. The instrument’s parameters can be programmed from the PC or read from the instrument and stored in PC. Option: ANALOGUE OUTPUT 4-20mA / < 390 Ohm max. 0 ... ± 10V / >10kOhm Resolution 12 bit. Option16 bit. Isolation 250V r.m.s. Option: OUTPUT PORTS RS 232 and RS 485, with 8 bit, no parity, 1 start, 1 stop, 300 to 19200 bd. The address 0 activates RS232. One of addres-ses 01-31 activates RS485. FILTER Adaptive averaging filter with programmable number 0 to 99 of measuring samples Option: SET POINTS Two or four 6 digit set points with 60V/100mA open collector NPN transistors or mechanical relay 5A-230VAC. Selectable within ±999999 with DP and sign. Hystereze Individually selectable in each set point between 0 and 99. Delay Is in each set point selectable from 0 to 3900 ms.

The set parameters remain stored in a non-volatile memory also when the instrument is switched- off from the supply. The last reading memory can be activated in the incremental counting mode of operation. The display stores the last value when the power is switched-off. RESET TIME In the function of digital tachometer-frequency counter the reset time can be set from 50msec to 1000sec. The longest reset time determines the lowest possible measured frequency. SAMPLING TIME In the function frequency counter- tachometer the sampling time can be set from 25msec to 3sec. EXCITATION Adjustable from 5 to 24V-40mA. SUPPLY 115/230V ±10%, 48 - 60Hz. CABINET-Alu (IP65-front) OC57: 4 and 6 digits 112x368x80mm. OC100-4: 4 digits: 173x458x80mm OC100-6: 6 digits:

173x644x80mm OC125-4: 4 digits:

229x535x80mm OC125-6: 6 digits: 229x748x80mm

SPECIFICATIONS


Timer with START-STOP-RESET 57mm, 100mm, 125mm Digits 6 digit Display 999999 Selectable Display Formates Options: DCF77 Synchronizing Supply 115/230VAC

Large Displays OC57-T are programmable Timers with 57mm, 100mm or 125mm display size. The timer function is controlled with external signals at three inputs START, STOP and RESET. The keyboart at the rear permits the selection of the desired display format: 23.59.59 HH.MM.SS (Real Time Clock) 99.59.59 HH. MM. SS (99 hours) 999999 Seconds 9999 S Seconds with “S” symbol 999.9 M Minutes with decimal format 999.5 M Minutes with 60 format 59.59.99 MM. SS. S/100.S/100 The Time Base calibration can be performed with the keyboard at the rear panel. A scale constant with a sign + or - can be set in order to speed-up or slow-down the internal clock. The display has six red high intensity digits with decimal points. The aluminum cabinet is for panel or wall mount and is IP65 screened at the front. The keyboard and the I/O connectors are placed at the rear panel. The large displays are made as Proces Monitors without any control function, or as Controllers with Analog Outputs, Serial Data Ports and Set Point Relay or Transistors. DISPLAY 0... 999999, 7 segment red LED, 57, 100 or 125mm digit size with decimal points. TIME BASE Precision time base with accuracy of 50ppm/K can be trimmed with the keyboard for highest accuracy timings.

INPUTS 5 … 24V positiv pulses for START, STOP and RESET. An Excitation of 5V is available at the rear input connector. KEYBOARD The keyboard at the rear panel with 5 keys can be used for the selection of the display format and for the settings of the time base scaling correction. SUPPLY 115/230V ±10%, 48 - 60Hz REMOTE CONTROLS For the control of the display functions a Remote Wireless Control Box is optionally available. SERIAL DATA PORTS RS 232 and RS 485, with 8 bit, no Parity, 1 Start, 1 Stop, 300-19200 Bd. The address 0 activates RS232. One of addresses 01-31 activates RS485. SET POINTS Two or four 6 digit Set Points with 60V/100mA open collector NPN Transistors or mechanical Relay 5A-230VAC are available. The Set Points can be set within the entire display range of 0-999999. DCF77- SYNCHRONIZING The digital Clock will be automatically synchronized from the DCF77 Transmitter.

Large Display - Timer OC57-T

SPECIFICATIONS

OPTIONS

AVAILABLE DISPLAY FORMATS DIMENSIONS ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH © orbit controls 2706 [email protected]

Real Time Clock: Hours, Minutes, Seconds

0 – 999999 Seconds

0 – 9999 Seconds with S-Symbol

0 – 999.9 Minutes in decimal format after point, with M-Symbol

0 – 999.5 Minutes in 60 format after point, with M-Symbol

Minutes, Seconds, 1/100 Seconds

Hours, Minutes, Seconds

6 digit Display ±999999 Digit Size 57, 100, 125mm Input for Profibus DP One Set Point Relay 115/230VAC or 24V DC

Large Displays OC57-DP, OC100-DP and OC125-DP are 6 digit programmable numerical monitors for a direct connection to the Profibus DP. They are avaiable with 57mm, 100mm or 125mm red segments and display the data from the connected Profibus with decimal point and sign. With the keyboard at the rear panel one Set Point with a Relay output can be programmed across the entire display capacity. The large displays are supplied from the mains or from 24VDC and are suitable for panel or wall mount. The Profibus is connected via the D-SUB at the rear panel. The instrument’s front is IP65 protected. SPECIFICATIONS Termination 3 wire connection Connection Cu cable according to EN 50170 Transmission Rate 9.6 kBaud … 12 MBaud Terminals D-SUB 9, female Set Point Option: programmable within the entire display range Supply 115/230VAC-9VA or 24VDC (18-36V)-6W.

Pluggable screw terminals Operating Temperature 0 … 55 ºC Isolation 250V RMS between the field bus and the internal electronics Display 6 digits red 7 Segment LED with decimal point and sign Cabinet OC57: 4 and 6 digits: 112x368x80mm. OC100-4: 4 digits: 173x458x80mm OC100-6: 6 digits: 173x644x80mm OC125-4: 4 digits: 229x535x80mm OC125-6: 6digits: 229x748x80mm Front Panel Protection IP65

Large Displays for Profibus DP

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] 8952 Schlieren / ZH © orbitcontrols 2707 www.orbitcontrols.ch

Customized Large Displays

Bargraphs

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH – 8952 Schlieren / ZH ©orbitcontrols 21103 www.orbitcontrols.ch

Three Channel Bargraph OCB30

√ Three Signal Channels 0-10VDC √ Three red or green Bars Each with 10 Segments √ Supply 24VDC or AC √ Screw Terminals √ DIN cabinet 48 x 48 x 60mm Bargraph OCB30 with three green or red bars with 10 segments each is designed for monitoring of three independent signals 0-10V. The bargraph is supplied from 24VDC or 24VAC and is enclosed in a DIN cabinet 48 x 48mm. The depth behind the panel is 60mm. The three signal inputs and the supply voltage are connected via screw terminals. SPECIFICATIONS OCB30 Displays: Dimensions: 25 x 5mm, 10 green or red segments. Accuracy: ± 1 segment. Inputs: Three signal inputs 0-10VDC. GND terminals connected. Connections: Screw terminals. Supply: 24VDC (18-36VDC) or 24VAC (15-24V RMS) isolated.

Power requirement 1W. Cabinet: 48x48mm, depth 60mm. Panel cut-out 43x43mm.


√ 0/4-20mA, 5A, 200mV-300VDC or true RMS √ Serial Data Ports RS232 or RS485 √ Free scalable √ Three colours: red, green orange √ Keypads programmable √ Supply 24VDC √ Pluggable Screw Terminals Bargraphs OCB200 and OCB300 are programmable displays with 20 or 30 display segments. They are designed for connection to analogue process signals or to signals from serial data ports. The colour of the bar can be set for combination of red, orange or green across the entire display length. The instruments are suitable for panel mount for visualizing of measured processes. The intensity of the bargraph can be set between 1% and 100%. SPECIFICATIONS OCB200-A, OCB300-A Input for Process Signals Bargraph: OCB200-A 20 Segments, 50 x 5 mm red, orange, green OCB300-A 30 Segments, 75 x 5 mm red, orange, green Input: 200mV-300V DC or AC true RMS (Option). 0/4-20mA, Potentiometer, Resistance. Pt-100: -200 … 850 ºC. Set Points: Option: Relay 250VAC-5A. Intensity: Adjustable from 1% to 100% with analogue voltage 0-10VDC. Supply: 18-36VDC. Cabinet: OCB200-A 72 x 24 x 100 mm, Panel cut-out 68 x 22.5 mm. OCB300-A 96 x 24 x 100 mm, Panel cut-out 92 x 22.5 mm. SPECIFICATIONS OCB200-D, OCB300-D Input for Serial Ports Bargraph: OCB200-A 20 Segments, 50 x 5 mm red, orange, green OCB300-A 30 Segments, 75 x 5 mm red, orange, green Input: RS232 or RS485. 8 Bit, 1 Start/1 Stop, No Parity, selectable Baud Rate. Set Points: Option: Relay 250VAC-5A. Intensity: Adjustable from 1% to 100% from the data bus. Supply: 18-36VDC. Cabinet: OCB200-A 72 x 24 x 100 mm, Panel cut-out 68 x 22.5 mm. OCB300-A 96 x 24 x 100 mm, Panel cut-out 92 x 22.5 mm.

Bargraphs for Prozess Signals and Serial Data Ports OCB200 - OCB300


√ 0/4-20mA, 5A, 200mV-300VDC or true RMS √ 4 Signal Channels selectable and scalable √ Three Colours Bar, red, orange, green √ 3 Digit Digital Display √ Programmable with Keys bellow the front lens √ Four Set Point Relays 250V-5A AC √ Supply 115/230VAC or 24VDC √ Pluggable screw terminals Bargraph OCB500 with 50 Segments and 3 Digits Display is a programmable instrument designed for panel mount for connecting to analogue process signals. One Signal Channel for DC Signals is standard. This channel can also be set for True RMS measurements. Additional three DC Channels are optionally available. The measurements in all channels are scalable by using coefficients. The channels are scanned and displayed at the bargraph and at the digital display. Arithmetic operation of four variables can thus be performed: DISPLAY = Coef 0+Sig 1*Coef 1+Sig 2*Coef 2+Sig 3*Coef 3+Sig 4*Coef 4 The Parameters are programmable with keys behind the front lens. SPECIFICATIONS OCB500 Display: Bargraph: 50 Segments, 125 x 5 mm red, orange and green selectable Digital Display: 3 digits red 7 segments display. Inputs: Signal Channel 1: 200mV-300V DC or AC true RMS (Option) 0/4-20mA, Potentiometric Input, Resistance Measurement Pt-100: -200 … 850 ºC. Signal Channel 2-4: 200mV-300V DC 0/4-20mA, Potentiometric Input, Resistance Measurement Pt-100: -200 … 850 ºC. Set Points: Option: Four Relays 250VAC-5A Cabinet: 144x48x75 mm, panel cut-out 138 x 43,5mm. Supply: 115/230VAC or 18-36VDC (Option).

Programmable Bargraph OCB 500


√ InputsRS232 or RS485 √ Display dimming with from Data Port √ Three Colors, red, orange, green √ 50 Bargraph Segments, 3 digit Display √ Two or four Set Point Relays 250V-5A AC √ Supply 115/230VAC or 24VDC OCB501-D is a digital controller with one Bargraph and a three digit numerical display. The controller is key programmable and permits connection to serial data ports RS232 or RS485. The intensity of both displays can be controlled from the data port. The digital display is free scalable and permits a resolution of 999 counts with selectable decimal point. In the measuring mode the display follows the input data. In the programming mode it shows the parameters. Floating point arithmetic is used. The Menu is accessible with the keys behind the front lens and contains the setting of the Baud Rate, the Address, the Intensity and the scaling of the bargraph related to the digital display. Three color sections red, green or orange can be set across the entire bargraph length. The braking points are free programmable. Two optional Relays can be activated at the braking points. Additional two optional Relays can be free set between 0 and 100% of the bargraph. SPECIFICATIONS Displays: Bargraph: 125 x 10mm, 50 red, yellow and green segments. Accuracy: ± 1 Segment.

Digital Display: 3 digits, 7.6mm red, -99 … 999 with decimal point. Accuracy: 0.1% from value.

Input: RS232 or RS485 Baud Rate: 1200 – 19200 bd Colors: Bargraph colors free programmable in three sections. Set Points: Two Relays 5A/230VAC activated at the color braking points Additional two Relays can be free set across the entire bargraph length. Supply: 18-36VDC/3W or 115/230VAC. Cabinet: DIN 48x144x115mm (WxHxD). Panel cut-out 44x136mm, pluggable screw terminals.

Bargraph for Serial Ports OCB501-D


√ Process Signals mV, mA DC or true RMS √ Display dimming with external analogue signal √ Three Colors, red, orange, green √ 50 Bargraph Segments, 3 digit Display √ Set Point Relays 250V-5A AC √ Supply 115/230VAC or 24VDC OCB501-A is a digital controller with one Bargraph and a three digit numerical display. The controller is key programmable and permits connection to analogue process signals. The intensity of both displays can be controlled with external analogue signal. The digital display is free scalable and permits a resolution of 999 counts with selectable decimal point. In the measuring mode the display follows the input data. In the programming mode it shows the parameters. Floating point arithmetic is used. The Menu is accessible with the keys behind the front lens and contains the setting of Set Points, Colors of the bargraph, Scaling of the digital display and the bargraph and Calibration of the signal channels. Three color sections red, green or orange can be set across the entire bargraph length. The braking points are free programmable. Two optional Relays can be activated at the braking points. Additional two optional Relays can be free set between 0 and 100% of the bargraph. SPECIFICATIONS Displays: Bargraph: 125 x 10mm, 50 red, yellow and green segments. Accuracy: ± 1 Segment.

Digital Display: 3 digits, 7.6mm red, -99 … 999 with decimal point. Accuracy: 0.1% from value.

Input 1: * Voltage: 100mV to 250V DC. Option true RMS * Currents: 1mA to 5A DC. Option true RMS Input 2: * Voltage: 100mV to 250V DC, for dimming of displays. * Currents: 1mA to 5A DC , for dimming of displays. Set Points: Two Relays 5A/230VAC activated at the color braking points Additional two Relays can be free set across the entire bargraph length. Supply: 18-36VDC/3W or 115/230VAC. Cabinet: DIN 48x144x115mm (WxHxD). Panel cut-out 44x136mm, pluggable screw terminals.

Bargraph for Process Signals OCB501-A


√ Fast Memory up to 10µs Peaks √ 50msec Sampling Rate √ Process Signals, RTD and Thermocouples √ Three Colour Bar: red, orange, green √ 3 Digit Display √ Programmable with Keys √ Four Set Point Relays 250V-5A AC √ Supply 115/230VAC or 24VDC √ Pluggable screw terminals Bargraph OCB500-FPH with 50 Segments and 3 Digits Display is a programmable instrument designed for panel mount for connecting to analogue process signals. The Sampling Rate of 50 ms permits measurements of fast signal events. The instrument is programmable with keys behind the front lens and permits connection to process signals, Pt-100 and DIN Thermocouples with or without cold junction compensation. The digital display permits 3 digits resolution. In the measuring mode it displays the signal, in the programming mode the parameters. Up to four Set Point Relays can be controlled. The colour of the bargraph can be selected for red, green and/or orange. The Set Points are shown at the front when activated. Peak & Hold Memory is optionally available. It memorizes fast events up to 100 kHz. The both displays are continuously overwritten with the maximum measured value. The memory can be reset at any time. Linearizing is a Software option. Non linear signals can be linearized in 8 points. The required display value will be assigned to the input signal with the keys behind the lens. SPECIFICATIONS OCB500-F Display: Bargraph: 50 Segments, 125 x 5 mm rot, orange and green selectable. Digital Display: 3 digits red, 7 segments. Input: 200mV-300V DC or AC true RMS (Option) 0/4-20mA, 1mA-5A, Potentiometer and Resistance Measurement Pt-100: -200 … 850 ºC, DIN Thermocouples J, K, R, S, T, B, C Set Points: Option: Four Relays 250VAC-5A Cabinet: 144x48x75 mm, Panel cut-out 138 x 43,5mm. Supply: 115/230VAC or 18-36VDC (Option).

Programmable Bargraph with fast Sampling Rate and Peak&Hold

OCB500-FPH

Orbit Controls OCB 401 and OCB 411 Bargraphs are µP controlled displays with one LED bargraph and one digital display. The bargraph has 25 segments (vertical) or 30 segments (horizontal). Nearly any process signal, temperature sensors, resistors, frequencies, potentiometers, pressure and weighing gauges, DC and AC voltages, currents and power can be directly connected. Optional analog output, serial data port and excitation for external sensors are available. Four Set Point Relays increase the flexibility in the process controlled applications. The Tara can be activated via the front keys and forces the display to zero. For individual linearizing up to 100 points are available. They can be set with the keyboard or via the serial data port. As a Datalogger up to 65 000 measuring points can be stored within a selected time interval and recalled from a PC via serial data ports. SPECIFICATIONS OCB 411 Vertical, three color bars with 25 LED and 3 digits display OCB 401 Horizontal, three color bars with 30 LED and 6 digits display. Set Points Option: Four relay 3A-230VAC with switching contact. Excitation Option: 5 - 24V/50mA. Outputs Option: Analog Output isolated 10 000 points, 0-2V, 5V, 10V, 0-5mA, 0/4-20mA selectable.

Option: RS232, RS485 or RS422, 8 bit, 1 Start, 1 Stop, no Parity. Memory Option: Peak & Hold stores the max. value displayed. Max-Min: The maximum or the minimum can be recalled at the display. Linearizing Option: Up to 100 linearizing points are free programmable. Real Time: Memory of up to 65 000 measuring points within the desired time interval.

Recall via the serial data port from a PC. Inputs DC: 0-60mV to 400V, 0/4-20mA to 400mA.

RMS: 0-60mV to 400V, 1A to 5A true RMS, Power of VAr, VA, W, cos ϕ. Temp: Pt-100, Pt-1000, Ni-1000, Ni-10 000. Thermocouples J, K, T, E, S, R, N, B.

Frequencies: 0-100 kHz. Accuracy 0.4% from range ± 1 LED for all input signals. Tempco: 60ppm/K. Supply 115/230V, 24VAC ±10%, 48-60Hz. Option: 10-30VDC-3W. Cabinet DIN 48 x 96 x 120mm, IP65 front. Panel cut-out 45 x 90,5mm. Terminals pluggable screw terminals

ORBIT CONTROLS AG Tel: + 41 44 730 2753 Zürcherstrasse 137 Fax: + 41 44 730 2783 CH – 8952 Schlieren www.orbitcontrols.ch [email protected]


Programmable Bargraphs-Linearizers OCB 401 and OCB 411

√ DC and AC Signal Inputs √ Process Signal Input √ Pt-100, Pt-500, Pt-1000 √ Thermocouples J, K, T, S, E, B, R, N √ Ni 1000, Ni 5000, Ni 6180 ppm/K √ Potentiometric Input √ Frequency Input √ True RMS Measurements √ Linearizing in up to 100 points √ Tara √ Four Set Point Relay √ Peak and Hold √ Horizontal or Vertical OCB 411

OCB 401

Orbit Controls OCB402 and OCB412 Bargraphs are µP controlled displays with one LED bargraph and one digital display. The bargraph has 24 segments (vertical) or 30 segments (horizontal). Nearly any process signal, temperature sensors, resistors, frequencies, potentiometers, pressure and weighing gauges, DC and AC voltages, currents and power can be directly connected. Optional analogue output, serial data port and excitation for external sensors are available. Two Set Point Relays increase the flexibility in the process controlled applications. The Tara can be activated via the front keys and forces the display to zero. The instruments are in 48x96mm DIN cabinet and are supplied from the mains or from DC sources. SPECIFICATIONS OCB402 Horizontal with 3 colour bar with 30 Segments and 6 digits Display. OCB412 Vertical with 3 colour bar with 24 Segments and 3 digits Display. Set Points Option: Two Relays 3A-230VAC. Excitation Option: Supply for external sensors: 2-24V/50mA. Outputs Option: Analogue Output isolated, 10000 Points, 0-2V, 5V, 10V,

0-5mA, 0/4-20mA Option: RS232, RS485 or RS422, 8 bit, 1 Start, 1 Stop, No Parity. Inputs DC: 0-60mV to 400V, 0/4-20mA to 5A. Temp: Pt-100, Pt-1000, Ni-1000, Ni-10 000. Thermoelemente J, K, T, E, S, R, N, B. Pot: Potentiometric Sensors 500Ohm to 100kOhm Frequenz: 0-100 kHz. OCB402-PWM, OCB412-PWM are suitable for measuring of von RMS Voltages, Currents and Power. Inputs: 0-60mV to 400V, 1A to 5A true RMS and Power VAr, VA, W, cos ϕ. Common Parameters Accuracy 0.4% from value ± 1 LED, Temperature Coefficient 60ppm/K. Supply 10-30VDC-3W or 85-250V AV. Cabinet DIN 48 x 96 x 120mm, Panel Cut-Out 45 x 90,5mm. Protection IP65 front Terminals Pluggable Screw Terminals.

Programmable Bargraphs OCB402, OCB412

√ DC and AC Signal Inputs √ Process Signal Input √ Pt-100, Pt-500, Pt-1000 √ Thermocouples J, K, T, S, E, B, R, N √ Ni 1000, Ni 5000, Ni 6180 ppm/K √ Potentiometric Input √ Frequency Input √ True RMS Measurements √ Two Set Point Relay √ Analogue Output and Serial Data Port √ Supply AC or DC

OCB402 - horizontal mount



OCB412-vertical mount

√ DC and AC true R.M.S. Signals √ Process Signal 0/4 - 20 mA √ Thermometers Pt-100, Pt-1000, Ni √ Thermocouples J, K, R, S, T, B and C √ RS232 or RS485 serial data ports √ Frequency and Pulses Input √ 50, 100 or 200 Segments, 250 to 1000mm high √ Linearizing option available Orbit Controls Model OC2001-57 is a large bargraph with two bars for panel mounting. The bars can be individually controlled or parallel connected. In the individual mode the right bar shows the input signal, the left bar is used for setting of four set points with relay outputs. Each bargraph has 50, 100 or 200 red segments, depending on the bar length. Customized Bargraphs with up to 1000 mm bar length are available. Three or six digit display bellow the bargraph is available for high resolution readings. In the measure mode it displays the input signal; in the programming mode it shows the parameters. The programming is available with a keyboard at the rear panel. The left bar can optionally be assigned to a second input signal in two signal mode of operation. Practically any DC or AC process signal, temperature sensors, frequencies and pulses, resistors, potentiometric sensors, pressure transducers, load cells as well as signals from serial data ports RS232 and RS485 can be applied, displayed and controlled. OC2001-57 is enclosed in black aluminium case with IP65 front protection and is supplied from the mains. SPECIFICATIONS Displays: Bars A, B: Length 250mm, 50 red segments, 20mm segment width.

Option: Length 500mm, 100 red segments, 40mm segment width. Option: Length 1000mm, 200 red segments, 40mm segment width. Bargraph A: Input signal Bargraph B: Two set points. Option: second input signal. Digital display: Three digit 38mm, capacity 0 ... 999, with selectable decimal point. Six digit 20mm, capacity 0 ... 999999, with selectable decimal point.

Inputs: * Voltage: 200mV to 750V DC or AC true R.M.S. * Currents: 20mA to 5A DC or AC true R.M.S. * Power up to 2300W direct measurement. Larger power values with current transformer.

* Frequencies and pulses, time integration of analog signals. * Thermocouples J,K,R,S,T,B and C and RTD Pt-100, 200, 1000 and Ni. * RS 232 or RS485.

Set Points: Option: Four NPN Transistors or four mechanical relays 5A-230VAC. Supply: 115/230V, 10%, 48 ... 60 Hz, 20VA. Terminals: Supply: Mains connector. Signal and Relay: D-SUB. Dimensions: 250mm Bar length: Panel Cut-out: 368 x 112 mm, depth behind panel 85 mm. 500mm Bar length: Panel Cut-out: 643 x 173 mm, depth behind panel 85 mm. 1000mm Bar length: Panel Cut-out: 1140 x 173 mm, depth behind panel 85 mm.

Large Bargraphs OC2001-57

© orbit controls 2211 © orbit controls 2211



√ Two Signal Inputs DC or AC true RMS √ Process Signals 0/4-20 mA √ Thermometer Pt-100, Pt-1000, Ni √ Thermocouples J, K, R, S, T, B, C √ 50, 100 or 200 Segments, 250mm to 1000 mm height √ Variety of signal inputs, RS232, RS485 and other Orbit Controls Model OC2001-57-DUAL is a large scale Bargraph with two signal inputs and two Bars controller from each signal input individually. The Bars can be ordered with 50, 100 or 200 red segments. Customized Bargraphs up to 1000mm are available. Six digits Display is an option. It shows the Bargraph value in 3 digits resolution in each channel. In the menu mode it displays parameters set with the keyboard at the rear. DC or AC Process Signals, RTD or Thermocouples, Potentiometers, Pressure Sensors and variety of other signal sources can be connected and displayed. Model OC2001-57-DUAL is enclosed in an Aluminium cabinet and supplied from the mains. With the keyboard at the rear the parameters can be set for required process readings. SPECIFICATIONS Displays: Bars A, B. Length 250mm, 50 red segments, 20mm width. Option: Length 500mm, 100 red segments, 40mm width. Option: Length 1000mm, 200 red segments, 40mm width.

Bar A: Process Signal 1 Bar B: Process Signal 2 Display: Two 3 digits display 0 … 999 999 with decimal point, Display size 20mm

Inputs: * Voltage 200mV to 750V DC or true R.M.S. * Currents 20mA to 5A DC or true R.M.S. * Thermocouples J, K, R, S, T, B and C

* Pt-100 * Potentiometric Sensors

Supply: 115/230V, 10%, 48 ... 60 Hz. Terminals: Supply: Mains Plug with Fuse.

Signal: D-SUB Dimensions: 250mm Bar: 368 x 112 mm, depth behind the panel 85mm. 500mm Bar: 643 x 173 mm, depth behind the panel 85mm. 1000mm Bar: 1140 x 173 mm, depth behind the panel 85mm.

Dual Channel Bargraph OC2001-57-DUAL

ORBIT CONTROLS AG Tel: +41 1 730 2753 Zürcherstrasse 137 Fax: + 41 1 730 2783 CH – 8952 Schlieren www.orbitcontrols.ch [email protected]


ORBIT CONTROLS AG Tel: +41 1 730 2753 Zürcherstrasse 137 Fax: + 41 1 730 2783 CH – 8952 Schlieren www.orbitcontrols.ch [email protected]


ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 Fax: +41 44 730 2783 CH – 8952 Schlieren www.orbitcontrols.ch [email protected]



√ Input DC and AC true RMS √ Process Signal 0/4 - 20 mA √ Thermometer Pt-100, Pt-1000, Ni √ Thermocouples J, K, R, S, T, B, C √ Frequency and Pulses √ 100 Bargraph Segments and 3 digits Display √ Linearizer free programmable Orbit Controls Model OCB557-A is a large display with a Bargraph and three digits Display. Both displays are individually programmable and can be dimmed between 0 and 100% with 0-10V or 4-20mA external signal. The intensity can also be firmly adjusted in the Menu. The Digital Display permits a resolution of 999 counts. In the measuring mode the display shows the input signal, in programming mode the parameters. Practically any DC or AC process signal can be connected and displayed, such as Thermocouples, RTD, Resistors, Frequency, Pulses, Potentiometers, Pressure gauges and other. A Linearizing function can be used for non-linear process signals. The gauge is enclosed in an Aluminium cabinet and supplied from 24VDC. An AC option is available. The parameters are entered with keys at the rear cover. SPECIFICATIONS Bargraph: 253 x 38mm, 100 red segments. Digital Display: 0 ... 999 with decimal point. Display size 20mm. Inputs: * Voltage 200mV to 750V DC or true R.M.S. * Current 0/4-20mA to 5A DC or true R.M.S. * Power to 2300 W directly, with current transformer for larger values * Frequencies, Pulses, Time Integration of Analogue Signals. * Thermocouples J, K, R, S, T, B, C and Pt-100, Pt-1000 und Ni. Supply: 18-36VDC/15W. Option: 115/230VAC Terminals: Two D-SUB 9 for DC Supply and Input Signal. Cabinet: 110x366x82mm (WxHxD). Panel cut-out 110x366mm

OCB557-A Programmable Bargraph for Process Signals


√ Input RS485 √ Displays dimming from Protocol √ 50 Bargraph Segments, 3 Digit Display √ Supply 230VAC or 24VDC OCB557-D is a digital gauge with one Bargraph and a three digit numerical Display. The unit is key programmable and permits operation on RS485 Data Bus. The intensity of the bargraph and the digital display can be controlled between 0 and 100% from the data protocol or firmly set with internal keys in Menu. The digital display is free scalable and permits a resolution of 999 counts with selectable decimal point. In the measuring mode the display follows the input data. In the programming mode it shows the parameters. The decimal point and the sign can be set from the protocol. The Menu is accessible with keys at the main board and contains selection of the Baud Rate, the Address of the Data Port, the display Intensity and the Scaling of the bargraph related to the digital display. The gauge is enclosed in Aluminum Cabinet and supplied from 24VDC or 115/230VAC. The programming keys are at the main board and are accessible after removing the rear panel. Optional Keyboard can be plugged into the RS485 D-SUB at the rear panel. SPECIFICATIONS Displays: Bargraph: 253 x 38mm, 100 red segments. Accuracy: ± 1 Segment.

Digital Display: 3 digits 0-999 with decimal points. Digit size 20mm. Accuracy: absolute

Input: RS485 Baud Rate: 1200 -19200 bd Address: 0-250 Supply: 18-36VDC/15W. Option: 115/230VAC Cabinet: 110x366x82mm (WxHxD). Panel cut-out 110x366mm Terminals: Two D-SUB 9 for DC Supply and for RS485.

Programmable Bargraph OCB557-DFor Serial Data Port RS485

√ Input Signals DC and AC true RMS √ 0 - 20mA, 4 - 20 mA √ Thermometer Pt-100, Pt-1000, Ni √ Thermocouples J, K, R, S, T, B, C √ Frequency and Pulses √ RS232, RS485 √ 50, 100 or 200 Segments, 250 to 1000 mm high √ Linearizing free programmable Orbit Controls Model OC2001-L are large Displays with one red bargraph. The height of the bargraph can be ordered from 250mm to 1000mm. The Bargraphs can be used as level displays of fluids in tanks, kWh displays of momentary or cumulating power from solar energy sources, production load displays etc. Nearly any DC or AC process signal can be connected, such as resistor thermometers, thermocouples, frequencies and pulses, resistors and potentiometers, pressure sensors, strain gauges, data from RS232 and RS485 data ports and many others. Model OC2001-L is enclosed in an aluminium cabinet and supplied from the mains. SPECIFICATIONS Bargraph: OC2001-L/250: bar length 250mm, 50 red segments, bar width 20 or 40mm OC2001-L/500: bar length 500mm, 100 red segments, bar width 20 or 40mm OC2001-L/1000: bar length 1000mm, 200 red segments, bar width 40mm

Inputs : * Voltages 200mV to 750V DC or true R.M.S.

* Currents 20mA to 5A DC or true R.M.S. * Power to 2300 W directly, higher currents with a current transmitter. * Frequencies, Pulses, Time integration of analog signals. * Thermocouples J,K,R,S,T, B, C

* Resistor Thermometers Pt-100, Pt-1000 and Ni. * RS232, RS485.

Supply: 115/230V 10%, 48 ... 60 Hz. Terminals: Supply: Mains plug. Signals: D-SUB. Cabinet: Black aluminium, IP65 from the front. Dimensions: 250mm Bar length: Panel cut-out: 368 x 111 x 80 mm (WxHxD). 500mm Bar length: Panel cut-out: 736 x 111 x 80 mm (WxHxD). 1000mm Bar length: Panel cut-out: 1100 x 111 x 80 mm (WxHxD).

Large Bargraphs OC2001-L

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH – 8952 Schlieren © orbit controls 2308 [email protected]

© orbit controls 2211 © orbit controls 2211 © orbit controls 2211

Transmitters

Isolated Transmitter for DC-Signals √ Input for DC voltage √ Input for DC currents √ Input for Potentiometric Sensors √ Dual-Input for 2x4-20mA √ Analogue Output 4-20mA √ Analogue Output 0-10V √ Excitation √ For 35 mm DIN Rail √ Supply 230V AC or 24V DC OC35-DC are transmitters for DC voltage or DC current. The input signal is converted into standardized output 4-20mA or 0-10V. The analogue outputs can be ordered isolated or non-isolated. The transmitters are supplied from the mains or from DC voltage. OC35-DCP are transmitters for potentiometric sensors. They convert the displacement or the angle of the potentiometer into 4-20mA, 0-10V or 0-3.60V analogue output. They are supplied from the mains or from DC voltage. The connected potentiometers are supplied from internal precision voltage reference. The analogue outputs can be ordered isolated or non-isolated. OC35-DCD are transmitters with two inputs for two 4-20mA current loops. The resulting output signal 4-20mA is an average value of the two input currents. LED at the front indicates when one of the currents is smaller than 2.5mA. SPECIFICATIONS Input: Voltage ranges: OC35-DCV 0 ... 60mV to 0 ... 250V DC. Current ranges: OC35-DCI 0/4-20mA, 0 ... 1 mA to 0 ... 5A DC. Potentiometers: OC35-DCP 1kOhm ... 100kOhm. Dual Input: OC35-DCD 2 x 4-20 mA. Frequency Range: Standard: Low Pass Filter with Reference Frequency of 0.1Hz. Option: DC-10kHz without LPF. Output: Voltage: 0-10V isolated or none isolated. The isolation is 250V r.m.s. 0 ... 3.60 V for angular measurements (OC35-DCP). Current: 4-20mA isolated or none isolated. The isolation is 250V r.m.s.

The LPF defines the settling time of the analogue output. Accuracy: ± 0.05% from reading plus ± 0.05% from full scale. Tempco: ± 50 ppm /K. Settings: Potentiometer RANGE and ZERO at the front for 0V and 0/4mA and 10V/20mA. Supply: Standard: 230V ±10%, 48 - 60Hz, 2VA. Option DC: 24V DC ± 10%, 2W. Cabinet: For DIN 35mm - rail. Size: 75 x 79 x 40 mm, 200 g. Terminals: Screw terminals. ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH © orbitcontrols 2707 [email protected]

Transmitters for AC Signals

DC- and AC- Voltage or Current Watt- Measurement True RMS Values Analogue Output 0-10V Analogue Output 4-20mA Supply 230VAC Supply 24VDC For 35 mm DIN - Rail

OC35-AC are transmitters for true R.M.S. voltage or current. They convert the input signals into standardized 4-20mA or 0-10V analogue output and are supplied from 230VAC mains or from 24VDC. The output signal is isolated by 250V R.M.S. from the input and the supply. OC35-W are transmitters for true R.M.S. power measurement. Voltages up to 250V and currents to 5A can be directly connected. Larger currents can be connected via current transformers or shunts. The output signal is isolated by 250V R.M.S. from the input and the supply. The transmitters are calibrated with sinewave signals in five points. The calibration sheet is enclosed to each transmitter. SPECIFICATIONS Inputs: Voltage: 0 ... 60mV to 250V AC true R.M.S. Current: 0 ... 1 mA to 5A AC true R.M.S.

Watt: 0 ... 250V and 0 ... 5A true R.M.S. The current range can also be set for 60mV or 150mV Shunts.

Frequency: DC - 1 kHz. Outputs: Voltage: 0 ... 10V isolated by 250V R.M.S. or

Current: 4 - 20mA isolated 250V R.M.S. Accuracy: Voltage: ± (0.05% from reading + 0.1% from range).

Current: ± (0.05% from reading + 0.1% from range). Watt: ± (0.1% from reading + 0.5% from range). The stated accuracies are valid for calibration with sinewave signals.

Tempco: ± 50 ppm/K. Supply: Standard: 230V ± 10%, 48 - 60Hz, 2VA.

Option: 24V DC ± 10%, 3W or 9-36VDC, 3W. Cabinet: For 35mm DIN- Rail. Size: 75 x 79 x 40 mm, 200 g. Terminals: Screw Terminals.


√ Cu Sensor 0.2Ω/ºC √ Range -20 … +100ºC √ Linear Analogue Output 4-20mA or 0-10V √ For 35 mm DIN Rail √ Supply 230V AC or 24V DC OC35-Cu is a transmitter for connection to copper temperature sensors. It converts the temperature depending sensor resistance into a linearized analogue output 4-20mA or 0-10V. The output signal is optically isolated from the input and the supply. The linearizing method utilises an analogue Linearizer with accuracy of 0.1% of the full range. The sensors can be connected with 2, 3 or 4 terminals. The entire range covers -20 ... 100 °C. Sub-ranges can be ordered. The Transmitter is supplied from 230V AC or 24V DC. SPECIFICATIONS Input: Cu Sensor with 46.33 Ω @ 0 ºC Measuring Range: - 20 ... + 100 °C.

Customized ranges are available upon demand. Connections: 2, 3 or 4 terminals Accuracy: ± 0.1% from Range Output: Voltage Output: 0 ... 10V isolated by 250V r.m.s. or Current Output: 4 - 20mA isolated by 250V r.m.s. Supply: Standard: 230V ±10%, 48 - 60Hz, 2VA. Option DC: 24V DC ±10%, 18-36VDC or 9-36VDC Cabinet: For 35mm DIN rails. Dimensions: 75 x 79 x 40 mm. Weight 200 g. Terminals: Pluggable Screw Terminals

Transmitter for Copper ThermometersOC35-Cu


adjusting elements adjusting elements Calibration Steps The transmitter has been precisely calibrated at the factory. When recalibration is required, follow the next steps: 1. Connect the sensor and set it to zero position, corresponding to output signals 0V and 0mA or 4mA 2. Adjust 0V for 0V at the output. Adjust 0/4 mA for 0mA or 4mA at the output, whatever required. 3. Set the sensor for the maximum displacement, corresponding to 10V and 20mA. 4. Adjust 10V for the output of 10.00V. Adjust 20mA for the output of 20.00mA. 5. Adjust CONF to obtain the same output current of 20mA with or without a resistor of 270 Ohm connected externally to the current output. Repeat the calibration steps when required. Example: Transmitter connected to linear displacement sensor OCNT 25

OHM TRANSMITTER OC35-R

0-100 Ohm to 100kOhm Two or Four Terminal Connection 0 - 10V Analogue Output 0 - 20 mA Analogue Output 4 - 20 mA Analogue Output 0.1% Accuracy 230V AC, 24VDC Supply For 35mm DIN Rails

OC35-R is a Transmitter for connection of unknown resistors in two or four terminal connection. The measured resistance is transformed into an analogue output signal 0/4-20mA or 0-10V. Varieties of measuring ranges are available. They have to be defined with the order, such as 0-10kΩ corresponds to 0-10V or 4-20mA. The generated analogue output signal is isolated from the supply and from the input measured resistor. Two potentiometers at the front permit the calibration of the output signal. The potentiometer Offset is for setting of 0V and 0/4mA. The potentiometer Scale is for setting of 10V or 20mA. The transmitter is enclosed in a cabinet suitable for DIN 35mm Rails. It is supplied by 230V AC or optionally by 24VDC. SPECIFICATIONS OC35-R Input: Real resistors Ranges: 100 Ω, measuring current 1mA. 1 kΩ, measuring current 1mA.

10 kΩ, measuring current 0.1mA. 100 kΩ, measuring current 0.05mA. Customized Ranges are available.

Connection: Two or four terminals. Outputs: 0 - 10V, max. Load >10 kΩ. Isolation 250V RMS. 0/4 - 20mA, Load <270 Ω. Isolation 250V RMS. Tempco: 50ppm/°C. Accuracy: ± 0.1% from range. Supply: 230V AC, 3VA. Option: 24V DC, 3W. Cabinet: For 35mm DIN rails. Dimensions: 75 x 79 x 40 mm; 200 g . Terminals: Pluggable screw terminals


√ Input for 1kΩ to 100kΩ Potentiometers √ Two independent Outputs Current Output 4-20mA Voltage Output 0-10V √ Fast response Time √ For 35 mm DIN - rails √ Supply 24V DC OC35P-DAY is an analog transmitter for potentiometric sensors. It converts the mechanical linear or rotational movement into a proportional analog output signal. Two outputs are available, 0 - 10V and 0/4 - 20mA. The current output can be set for 0 or 4mA inside the transmitter. OC35P-DAY has very high accuracy and stability. Potentiometric sensors between 1kΩ and 100kΩ can be connected. For rotative sensors the output signal can be calibrated in degrees e.g. 0 ... 345 ° = 4 - 20mA. The connected sensor is supplied with a stable voltage reference. Very high input impedance of the transmitter assures very small current flowing through the potentiomer’s rider. Fast response time makes the transmitter suitable for applications in which the generated signal has to follow very fast the mechanical movements of the sensor. The transmitter is supplied with 24VDC and is enclosed in a cabinet for DIN 35mm rails. The connection is via screw terminals. SPECIFICATIONS Input: 1kΩ - 100kΩ potentiometric sensors with three terminals. Input Impedance: 10 GΩ. Voltage Output: 0 - 10V, max. load of 10kΩ. Response time 5ms. Current Output: 0/4-20mA, load 0 … 300 Ω.

0 or 4mA are selectable. Accuracy: ± 0.1% from range. Tempco: 25ppm/K. Excitation: 1.235V, max. load 1mA. Supply: 24VDC ± 10%, 2W. Case: 25 x 60 x 70mm, weight 75g. Terminals: Screw terminals CALIBRATION – Transmitters with internal CALIBRATION – Transmitters with front

Potentiometric Transmitter OC35P-DAY

Model with front adjustments


OHM-Transmitter OC35R-DAY √ 0 - 10V Analogue Output √ 0 - 20mA Analogue Output √ 4 - 20mA Analogue Output √ 2- or 3- wire connection √ 0.1% Accuracy √ For 35 mm DIN - Rails √ Supply 24V DC OC35R-DAY is a transmitter for connection to unknown resistors in 2 or 3 wire method. The transmitter generates analogue output signal 4-20mA and 0-10V, proportional to the value of the resistor. Ranges from 100 Ohm to 1 M-Ohm are available. The transmitter is calibrated on customer requirements, e.g. 0-25kOhm correspond to the output of 4-20mA. The output signal is isolated from the supply. With potentiometers inside the instrument the analogue outputs 0/4-20mA and 0-10V can be calibrated. The transmitter is supplied from 24 V DC and is designed for 35mm DIN rails. SPECIFICATIONS Inputs: Resistors. Ranges: 100 Ω, current 1mA 1 kΩ, current 1mA 10 kΩ, current 0.1mA 100 kΩ, current 0.05mA 1 MΩ, current 0.01mA Customised ranges are available on request. Connection: Two or three terminals. Output: 0 - 10V, load >10 kΩ. 4 - 20mA, load < 270 Ω. Tempco: 25ppm/K. Accuracy: ± 0.1% from range. Supply: 18-36VDC, 2W. Cabinet: For 35mm DIN- rails. Dimensions: 25 x 60 x 70 mm. Weight 75 g. Terminals: Screw terminals.


√ DIN-IEC 584 Thermocouples J,K,T,S,B √ Customised Ranges √ Linearized Analogue Output 4-20mA or 0-10V √ Set Point Relay 1A-230VAC √ For 35 mm DIN - Rails √ Supply 24V DC isolated OC35-TC are transmitters for DIN Thermocouples J, K, T, S or B. They convert the mV Signals from the thermocouple into fast linearized analogue output 4-20mA or 0-10V. The linearizing circuit utilises 6 points analogue method with accuracy of 0.1% of the full range. Sub Ranges are available upon request such as 0 … 350 °C, - 20 ... 120 °C and other. Within this range a Set Point with an output Relay can be ordered. Automatic Cold Junction Compensation with internal sensor placed close to the input terminals operates for ambient temperatures 0 - 60 °C. The linearized output signal 0-10V or 4-20mA is available at the output terminals. The Transmitter is supplied from 24VDC. The supply is isolated from the thermocouple and the analogue output. SPECIFICATIONS TERMINALS Input: "J" - 50 ... + 700 °C "K" - 50 ... + 1200 °C "B" 0 ... 1760 °C "S" 200 ... 1600 °C "T" - 50 ... 400 °C Customized ranges are available upon demand. Accuracy: ± 0.1% from full range or 20µV (related to the input voltage).

The accuracy involves the Compensation Error, Hystereze and Repeatability.

Ambient Influence: Zero: < ± 2,5mV/K (Input Voltage) Full Scale: < ± 0.01%/K Compensation: Cold Junction is compensated from -25 to 70 °C ambient.

Compensation Error ± 1°C. Output: 0 - 10V or 0/4 - 20mA. Response Time 5ms. Set Point (Option): Customized range is adjustable with potentiometer

at the front. Relay 1A-230VAC. Supply: 24VDC, 2W, isolated by 250V RMS. Cabinet: Snap-in for 35mm DIN rails. Dimensions: 25 x 60 x 70 mm. Weight 75 g. Terminals: Pluggable screw terminals

Transmitter for ThermocouplesOC35 - TC


√ Inputs for Pulse Width Modulated Signals √ Analogue Output 4-20mA or 0-10V √ Accuracy ± 0.1% √ Frequency independent measurements √ Amplitude independent measurements √ Supply 230V AC or 24 V DC √ For mount on DIN-35 mm Rails OC35-PWM is a transmitter for pulse-width modulated rectangular signals. The input signal width a pulse variations between 0 and 100% generate a linear analogue output signal of 4-20mA or 0-10V. The conversion is independent from the frequency and the amplitude of the input signal. The achieved accuracy is better than 0.1%. The transmitter is supplied from the mains or from DC voltage and is suitable for mount on DIN rails. SPECIFICATIONS Input: Positive rectangular signal 2.5V to 24V with ratio of 0 to 100%.

Input Impedance 10kOhm. Frequency range 10Hz to 2000Hz.

Accuracy: ± 0.1% from value. Output: 4-20mA or 0-10V isolated by 250V R.M.S. Tempco: Temperature coefficient ± 25 ppm / K. Adjustment: Potentiometers OFFSET and RANGE for 4mA and 20mA. Supply: Standard: 230V ± 10%, 48 - 60Hz, 2VA. Option DC: 18-36V DC, 3W

Transmitter for PWM SignalsOC 35 - PWM

Ratio 50% Output 12mA

Ratio 1% Output 4,16mA

Ratio 99% Output 19,84 mA

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH © orbitcontrols 21002 [email protected]

√ Signals from passive magnetic Pick-Ups √ Frequency range up to 10 kHz √ Active Filter 1 kHz and 10 kHz √ Output 5V TTL √ Adjustable output level √ Supply 24VDC-1W OC35-IMP is a transmitter for direct connection to passive magnetic Pick-Ups with mV output signals. The level of the output signal can be selected for 5V TTL or free adjustable from 0 to 10V with an internal potentiometer. The sensitivity is adjustable with the front panel potentiometer. An active filter with 1 kHz and 10 kHz cut-off frequency can be activated upon demand. OC35-IMP is supplied from 24VDC and is designed for 35mm rail mount. SPECIFICATIONS Input: 50mV … 10V RMS, 0-10kHz. Output: 5V TTL, positive pulses.

Adjustable output 0 … 10V positive pulses adjustable with internal potentiometer Adjustment: Sensitivity: Potentiometer at the front. Trigger level: Potentiometer inside the instrument. Output level: Potentiometer inside the instrument. Filter: Active filter 1 kHz and 10 kHz, selectable with jumper inside the instrument. Indication: LED green: Supply voltage ON. LED red: Input pulses Supply: 18-36VDC, 2W. Terminals: Screw terminals

Transmitter for magnetic Pick-Ups

ADJUSTMENTS Sensitivity: Potentiometer at the front Input trigger level: 125mV default Output level: activated when SW-1 set to 2-3. Settings

between 0 and 10V. Output logic: SW-2 selector:

5-6 positive logic 1-2 negative logic 3-4 Flip-Flop, divider :2 Filter: SW-3 selector: 1-3 and 2-4 DC … 1 kHz 3-5 and 4-6 DC … 10 kHz DEFAULTS SW-1 1-2 5V TTL output SW-2 5-6 positive logic SW-3 1-3 and 2-4 1 kHz filter RECOMENDED CONNECTIONS ORBIT CONTROLS AG Tel: +41 44 730 2753

Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren/ZH ©orbitcontrols 2410 [email protected]

√ Frequency Input 10Hz-10kHz √ Analogue Output 4-20mA isolated √ Analogue Output 0-10V isolated √ Excitation √ For 35 mm DIN Rails √ Supply 230V AC or 24V DC Model OC35-F is a transmitter for converting of unknown frequencies between 10 Hz and 10 kHz into analogue output signals 4-20mA or 0-10V. The required frequency range is determined with jumpers inside the instrument and can be set for nearly any industrial sensor or flowmeter with an output frequency of up to 10 kHz. Four standard frequency ranges are available. An additional range can be set with a pluggable resistor. OC35-F is supplied with 230V AC or 24V DC and is enclosed in DIN- 35mm rail case. Excitation of 12VDC is available for supplying of external sensors. SPECIFICATIONS Input: Positive pulses 5V, protected to 28V. Range: 0 - 10 kHz. Four ranges are available with jumpers inside the instrument: Installed ranges: 0-450Hz, 0-600Hz, 0-800Hz and 0-1200Hz

Customer range: 0-50Hz ... 0-10kHz with a pluggable resistor. Output: 0/4 - 20mA or 0 - 10V for the selected frequency range.

The selection of 0-20mA, 4-20mA or 0-10V is inside the instrument. Fine adjustment of 0/4mA (0 V) and 20mA (10 V) of approx. ±10% is available with two potentiometers ZERO and RANGE at the instrument’s front. The analogue output and the signal input are not isolated. Isolation 250V RMS is optionally available.

Accuracy: ± 0.1% from range Supply: 230V ±10%, 48 ... 60Hz. Option: 24VDC ± 10% Excitation: 12V-10mA for supplying of external sensors. Cabinet: DIN-case for 35mm rails. Dimensions: 75 x 79 x 40 mm, 200g.

Frequency Transmitter C35-F


√ Frequency Input √ Analog Output 4 - 20mA √ Analog Output 0 - 10V √ Liter Pulses - Output √ Relay- or Transistor Output √ Excitation √ Flow Monitor √ Batch Controller √ For 35 mm DIN – Rail √ Supply 230V AC or 24V DC Model OC35-FD is a Transmitter for converting of unknown frequencies into analog output signals 4-20mA or 0-10V. The required frequency range is determined with jumpers inside the instrument and can be set for nearly any industrial sensor or flowmeter with output frequencies up to 10 kHz. The Transmitter OC35-FD offers a five digit programmable divider with output transistor or mechanical relay. Depending on the setting of the divider, output pulses are generated after each liter, gallon, kg, pounds etc. The transmitter delivers both information at the same time: the momentary flow rate and the cumulated flow units. OC35-FD is supplied with 230V AC or 24V DC and is enclosed in DIN- 35mm rail case. Excitation of 12VDC is available for supplying of external sensors and flowmeters. SPECIFICATIONS Input: Positive pulses 5V, protected to 28V. Range: 0 - 10 kHz. Four ranges are available with jumpers inside the instrument:

Installed ranges: 0-450Hz, 0-600Hz, 0-800Hz and 0-1200Hz Customer range: 0-50Hz ... 0-10kHz with a pluggable resistor.

Output: 0/4 - 20mA or 0 - 10V for the selected frequency range.

The selection of 0-20mA, 4-20mA or 0-10V is inside the instrument. Fine adjustment of 0/4mA (0 V) and 20mA (10 V) is available with two potentiometers ZERO and RANGE at the instrument’s front. The fine adjustment is appox. ±10%.

Flow Transmitter OC35-FD

Accuracy: ± 0.1% from value. Divider: Five code switches inside the instrument determine the division between

:1 to :99999. The output pulse of 100ms controls an NPN output transistor or a mechanical relay. The output can be divided by :10 by a jumper setting.

Output: Standard: NPN Transistor with open collector, 60V-100mA. Option: Mechanical relay 5A-230V AC. Excitation: 12VDC-25mA for external sensors and flowmeters. Supply: 230V ±10%, 48 ... 60Hz. Option: 24VDC ± 10% Cabinet: DIN-case for 35mm DIN-Rail. Terminals: Screw terminals Dimensions: 75 x 79 x 40 mm, 200g. CONNECTIONS

FLOW

L N E230VAC GND

InputExcitation

Range

Zero

GNDOutput

Relay

OC35-FD

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH – 8952 Schlieren – Zürich www.orbitcontrols.ch


For Flowmeters see www.orbitcontrols.ch

Strain Gauge TransmitterOC35-SG

√ Input for Strain Gauge Bridges 120 … 350 Ohm √ 4 wire Connection √ Sensitivity 1mV/V or 2mV/V selectable √ Excitation 5V or 10V selectable √ Analogue Output 4-20mA √ Analogue Output 0-10V √ For 35 mm DIN Rail √ Supply 24V DC OC35-SG is a transmitter for connection to Strain Gauges with four wire terminals. Internal excitation 5V or to 10V is jumper selectable and can be loaded with up to 80mA. The sensitivity can internally be set for 1mV/V or 2mV/V. The signal from the Bridge is converted into isolated linear analogue output 4-20mA or 0-10V. The accuracy is 0.1% from range. For customized applications the internal amplifier can be set for variety of gains. OC35-SG is supplied from 24V DC and is enclosed in industrial cabinet for mount at 35mm rails. The analogue output is isolated by 250V R.M.S. from the input and from the power supply. SPECIFICATIONS Input: 120 … 350 Ohm Strain Gauge Bridge with four wire terminals Bridge output voltage at Full Scale: 0 … 5mV up to 0 … 20mV Sensitivity: 1mV/V or 2mV/V selectable. Other sensitivities are available upon request. Excitation: 5V or 10V DC, maximum current 80mA. Output: Voltage: 0-10V isolated by 250V r.m.s. Current: 4-20mA isolated 250V r.m.s. The full scale of the analogue output corresponds to the full scale of the Strain Gauge signal. Filter: Internal LPF of 0.1Hz defines the settling time of the analogue output. Accuracy: ± 0.1% from range. Adjustment: Zero and Range Potentiometers at the front permit fine trimming of the output signal. Zero: 0V/4mA ±10% Range: 10V/20mA ±20% Tempco: ± 50 ppm /K. Supply: 18-36VDC-5W. Cabinet: For DIN 35mm - rail. Dimensions: 75 x 79 x 40 mm, 200 g. Terminals: Screw terminals.


√ Range 0 -14pH √ Two Analogue Outputs: Current Output 4-20mA Voltage Output 0-10V √ 0.1Hz Low Pass Filter √ For 35 mm DIN Rails √ Supply 24V DC OC35-pH is an analogue Transmitter for industrial applications. It is designed for two terminal connection to pH Probes for pH measurements 0 -14pH. The high impedance input is designed for the probe signal of ± 413mV. Smaller ranges such as 2-12pH can be ordered. The mV signals from the pH probe are filtered in a LPF with 10 seconds time constant and converted into two independent process signals 0-10V and 4-20mA. The output signals are isolated from the pH probe and from the supply and. Upon demand they can be fine calibrated with potentiometers at the front. The standard current output 4-20mA can be ordered 0-20mA. The Accuracy is ± 0.2% F.S. within the ambient temperature range of 23 ºC ± 5 ºC. OC35-pH Transmitter is supplied from 24VDC and is designed for 35mm DIN Rails. Each unit is delivered with 14 points calibration sheet. SPECIFICATIONS Input: 413mV to -413mV correspond to 0 to 14pH. Other ranges are available upon request. Input Impedance: 10 GΩ. Voltage Output: 0 - 10V for 0-14 pH, maximum load < 10kΩ. Current Output: 4-20mA for 0-14 pH. Load 0 to 300 Ω. Accuracy: ± 0.2% from Full Scale after 10 minutes warm-up time and 23 ºC ± 5 ºC ambient. Linearity: ± 0.2% from Full Scale. T/C: Temperature Coefficient 50ppm/K. Supply: 18 - 36VDC, 3W. Cabinet: 25 x 60 x 70mm, weight 75g. Terminals: Screw terminals

Transmitter for pH ProbesOC35-pH


√ Range 0 -140nA, 0-600nA √ Two Analogue Outputs: Current Output 4-20mA Voltage Output 0-10V √ 0.1Hz Low Pass Filter √ For 35 mm DIN Rails √ Supply 24V DC OC35-pO is an analogue Transmitter for industrial applications. It is designed for two terminal connection to pO2 Probes in a range 0-140nA. The range can internally be increased to 600nA. The pO2 probe is polarised with 0.6VDC. The signal from the pO2 probe is filtered in a LPF with 10 seconds time constant and converted into two independent process signals 0-10V and 4-20mA. The output signals are isolated from the probe and from the supply. Upon demand the output signals can be fine calibrated with potentiometers at the front. The standard current output 4-20mA can be ordered for 0-20mA. The Accuracy is ± 0.2% F.S. within the ambient temperature range of 23 ºC ± 5 ºC. OC35- pO Transmitter is supplied from 24VDC and is designed for 35mm DIN Rails. Each unit is delivered with 14 points calibration sheet. SPECIFICATIONS Input: 0-140nA (0-600nA selectable with internal jumper). Input Impedance: 10 GΩ. Voltage Output: 0 - 10V for 0-140nA (0-600nA) with maximum load < 10kΩ. Current Output: 4-20mA for 0-140nA (0-600nA). Load 0 to 300 Ω. Accuracy: ± 0.2% from Full Scale after 10 minutes warm-up time and 23 ºC ± 5 ºC ambient. Linearity: ± 0.2% from Full Scale. T/C: Temperature Coefficient 50ppm/K. Supply: 18 - 36VDC, 3W. Cabinet: 25 x 60 x 70mm, weight 75g. Terminals: Screw terminals

Transmitter for pO2 ProbesOC35-pO


Magnetic Pickups

Passive inductive pickups Metric thread M10 - M16 Imperial thread 0.375“- 0.625“ Temperature range up to 120°C Sine wave output signal Two terminal connections Cable, Connector or Flange Series MPU magnetic passive pickups are designed for high speed sensing applications. The principal of operation is a voltage which is generated in the coil with a permanent magnet core when the magnetic field is interrupted by external moving ferromagnetic objects, such as rotating toothed wheels. The generated output voltage is a sine wave which amplitude depends on the peripheral speed. The pick-ups are made with metric or imperial threads or flanged for direct insertion. All pick-ups can be directly connected to Orbit Controls counters and process controllers. An industrial transmitter OC35-IMP is available for converting of the sine wave signal from the pickup to a jitter-free square wave output signal. SPECIFICATIONS Design: - Metric thread M10 or M16 - Imperial thread 0.375“or 0.625“ - Flange Output: Sine wave voltage measured across 10kOhm resistive load by using a toothed

wheel with 60 teeth and 150mm of diameter, which rotates with 1000 RPM. The gap between the pickup and the wheel is 0.25mm.

Terminals: - screened twin cable - PTFE leads - LEMO RA 0302 NY, LEMO RA 1650 TE with a mating connector

- WEALD Type LMJ3106F 10SL-4S, with a mating connector - LITTON LMB 01 T 10 SL, with a mating connector

- Spade 2x ¼”, with a mating connector Temperature: -10 … 85°C up to -20 … 120°C

MPU - Magnetic Pickups

MAGNETIC PICKUPS with CABLE or LEADS

TYP Terminals V mm/Sec °C Ohm mH METR IMP Length mm

MPU 1101 2m cable 15 50 -10 to +85 350 90 M10 0.375“ 28.6 MPU 1102 2m cable 15 50 -10 to +85 350 90 M10 0.375“ 63.5 MPU 1108 2m cable 15 50 -10 to +85 350 90 M10 0.375“ 100 MPU 1151 2m cable 20 30 -10 to +85 350 150 M16 0.625“ 46.8 MPU 1152 2m cable 25 12 -10 to +85 2400 1500 M16 0.625“ 46.8 MPU 1160 1.5m PTFE leads 18 30 -20 to +120 350 150 --- 0.625“ 61.9 MPU 1162 1.5m cable 25 12 -10 to +85 2400 1500 --- 0.625“ 46.8 MPU 1163 2m cable 20 30 -10 to +85 350 150 --- 0.625“ 101.6 MPU 1181 1.5m PTFE leads 15 50 -20 to +120 350 90 M10 0.375“ 25.4 MPU 1182 1.5m PTFE leads 15 50 -20 to +120 350 90 M10 0.375“ 36.5 MPU 1184 1.5m PTFE leads 15 50 -20 to +120 350 90 --- 0.375“ 63.5 MAGNETIC PICKUPS with CONNECTORS

TYP Terminals V mm/ sec °C Ohm mH METR IMP Length

mm MPU 1201 Lemo RA 0302 NY 15 50 -20 …+120 350 90 M10 0.375“ 35.0 MPU 1202 Lemo RA 0302 NY 15 50 -20 …+120 350 90 M10 0.375“ 72 MPU 1204 Lemo RA 1650 NY 15 50 -20 …+120 350 90 M14 --- 37.0 MPU 1208 Lemo RA 0302 NY 15 50 -20 …+120 350 90 M10 0.375“ 117.0 MPU 1301 Weald LMJ3106F 10SL-4S 20 30 -20 …+120 340 150 M16 0.625“ 38.1 MPU 1302 Weald LMJ3106F 10SL-4S 20 30 -20 …+120 340 150 M16 0.625“ 76.2 MPU 1303 Weald LMJ3106F 10SL-4S 20 30 -20 …+120 340 150 M16 0.625“ 101.6 MPU 1304 Weald LMJ3106F 10SL-4S 20 30 -20 …+120 340 150 M16 0.625“ 146.0 MPU 1306 Weald LMJ3106F 10SL-4S 30 18 -20 …+120 810 350 --- 0.375“ 38.1 MPU 1308 Weald LMJ3106F 10SL-4S 25 25 -20 …+120 340 150 --- 0.375“ 38.1 MPU 1309 Weald LMJ3106F 10SL-4S 25 12 -20 …+120 2400 1500 M16 0.375“ 38.1 MPU 1350 Weald LMJ3106F 10SL-4S 15 50 0 …+60 350 90 M14 --- 38.9 MPU 1501 spade terminal 2x1/4“ 20 30 -20 …+120 340 150 M16 46.0 MPU 1503 spade terminal 2x1/4“ 20 30 -20 …+120 340 150 M16 76.2 MPU 1508 spade terminal 2x1/4“ 25 25 -20 …+120 340 150 --- 127.0 MPU 1515 spade terminal 2x1/4“ 20 30 -20 …+120 340 150 --- 127.0 MPU 1701 spade terminal 2x1/4“ 25 12 -20 …+120 2400 1500 Ø 14.8 Ø 14.8 50.1 MPU 1706 AMP 172-610SL 4P 18 16 -20 …+120 700 500 Ø 15.7 Ø 15.7 50.0 MPU 1709 2m cable 25 25 -20 …+120 600 200 Ø 9.5 Ø 9.5 73.0 V Sine wave voltage measured across 10kOhm resistive load by using a toothed wheel with 60 teeth

and 150mm of diameter, which rotates with 1000 RPM. The gap between the pickup and the wheel is 0.25mm.

mm/sec Minimum peripheral speed in mm/sec. which generates an output signal of 100mVp-p.

°C Working temperature range Ohm Coil resistance in Ohm mH Coil inductance in mH METR Metric thread IMP Imperial thread ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren/ZH www.orbitcontrols.ch


OC35-IMP Transmitter


Flowmeters

Flowmeters for Liquids SF2000

* For Liquids * Linearity 3% from value * Repeatability < 0.5% from value * Range 0.1 - 35 LPM * Temperature Range - 20 ... + 100 °C * Up to 20000 Pulses/liter * Pressure up to 25 bar * Frequency Output * Maintenance free Turbine Flowmeters SF2000 are intended for flow measurements of not abrasive liquids. They are mainly used at applications where small and precise installation is demanded. The Flowmeters are maintenance free and their performance is independent of the installed position. The can be used in the production of oil- and gas burners, cooling systems, washing machines, coffee machines, automatic filling equipment, blending processes, chemical- and pharmaceutical plants, agriculture, automotive industry, etc. Because of the hydro- and aerodynamic form, the rotor moves resistance free inside the body in the stream of the measured medium. A working pressure of up to 25 bars can be reached. It is recommended to filter the liquid with 20-40 µm Filter. To prevent turbulences inside the Flowmeter it is recommended to assure the length of the entry pipe of at least 100mm, the length of the outlet of at least 50mm. SPECIFICATIONS TYPE SF2005

2F66 (*) SF20064F44

SF20062F66

SF2008 4F16.5

SF2008 4F23

SF2008 4F44

SF2008 2F66

Flow Range LPM: 0.1-2.5 1-10 0.5-5 2-35 1-25 1-15 0.5-7.5 DN (mm): 5 6 6 8 8 8 8 Resolution Pulses/Litre: 20000 3300 6900 700 1000 2200 4700 Frequency (Hz) 33-833 55-550 58-575 23-408 25-411 37-550 38-575 Thread G¼“, NTP¼“ G 3/8“ or NPT 3/8“ Medium Non abrasive liquids, filtering with 20-40 µm Filter is recommended Material Case: Grilamid TR55 (PA12), Rotor: PA12 Ferrite, Bearings: PTFE/Graphite Viscosity Range 0.8 ... 15 mm2 / sec Linearity ± 3% from momentary value Repeatability < 0.5 % Temperature Range - 20 ... + 100 °C Working Pressure 25 bar Destroy Pressure 200 bar Supply 5-24V DC, 8 mA Principal of operation Hall Sensor / magnetic Output Signal Open Collector NPN, max. 20mA Electrical Terminals AMP Faston 2.8/6.3 x 0.8mm or Cable (*) SF2005-SF66 can also be used for Methanol and Ethanol ORBIT CONTROLS AG Tel: +41 44 730 2753

Zürcherstrasse 137 [email protected] CH – 8952 Schlieren © orbit controls 2802 www.orbitcontrols.ch

Pressure Drop in bar (H2O @ 20ºC)

Flow Rate SF2008 4F16.5

SF2008 4F23

SF2008 4F44

SF2006 4F44

SF2008 F66

SF2006 2F66

SF2005 2F66

1 LPM 0 0 0 0 0 0 0.05 2 LPM 0 0 0 0.05 0 0.06 0.15 @ 1.5LPM 5 LPM 0 0.05 0.05 0.2 0.12 0.2 10 LPM 0.15 0.17 0.2 0.4 0.4 0.7 15 LPM 0.25 0.27 0.4 20 LPM 0.45 0.48 25 LPM 0.60 0.65 30 LPM 0.92

Regulations for operation and installation 1. Check for media compatibility! Sensor material: Grilamid TR55 (PA12) 2. Insert a filter for solid particles in the measured medium 3. Use in clean installation pipes only 4. Check the electric connection according to the diagram 5. Do not exceed limits 6. The measuring principle is based on volumetric method. Air bubbles in the

liquid will be measured. 7. Correctly installed, the sensor works completely free of maintenance. 8. The flow turbines have to be installed by instructed personal only. The information and data are based upon tests, material, and records which we consider reliable. Before commercial utilization it is recommended to check each application thoroughly and, irrespective of the technical data, to make sure of the appropriateness of the application. Electric Connections Terminals ABOUT ORBIT CONTROLS INSTRUMENTATION

Flowmeters SF2000 can be directly connected to Orbit Controls digital controllers, transmitters and large remote displays. The instruments measure and display the flow rate, cumulate the totals, provide exact automatic dosing in filling machines, control set points, count batches, generate analogue signals and communicate with PCs and other intelligent controllers. The digital displays can be scaled in required flow units such as LPM, GPM or other. For more details visit our website www.orbitcontrols.ch

Flow Controller OC7171-3D

Flowmeters for liquids OC - FLOW

OC-FLOW Flowmeters are volumetric turbines of high precision, designed for metering of liquids. They are made of PVDF (Polyvinylidenfluorid) and are completely resistant to most aggressive chemicals. They are extremely reliable, operate at any position and can measure small flow rates during long time intervals or large rates during short time periods. The installation is simple and the achieved accuracy very high. The layout of the measuring chamber assures that the air bubbles in the liquid practically do not influence the measuring accuracy. The impeller is optically scanned and the output frequency is linear proportional to the flow rate. The Flowmeters are made with threads or with house fittings and find their applications in the chemical and the nutritive industry, refineries, water treatment stations, batch controllers and filling machines, mixers, laboratories and many other industrial sectors. They can be directly connected to Orbit Controls monitors, controllers, batch counters, tachometers, integrators and transmitters. Call Orbit Controls AG for datasheets to flow monitors and controllers. FLOW RANGES Type Range (LPM) K-Factor < 5 cst (Imp/litre) Output (Hz) OC XXX-1X-X 0.1 - 2.0 36000 60.00 - 1200 OC XXX-2X-X 0.3 - 9.0 8000 40.00 - 1200 OC XXX-3X-X 0.5 - 15.0 3200 26.66 - 800 OC XXX-4X-X 1.0 - 30.0 1200 20.00 - 600 OC XXX-5X-X 2.5 - 75.0 450 18.75 - 562 OC XXX-6X-X 4.0 - 120.0 225 15.00 - 450 SPECIFICATIONS Accuracy: 1% (OC 100-XX-X) or 3% (OC 300-XX-X) from value Repeatability: 0.1% from value Linearity: 1% (OC 100-XX-X) or 3% (OC 300-XX-X) from value Temperature: Working: -40 ... +80 °C Maximum pressure: 10 bar Pressure loss: 0.05 to 2.0 bar between 5% and 100% of the measuring range Viscosity: max. 15 cSt Connections: Metric thread, BSP, NPT or hose fittings Supply: 5 - 12V DC, 6 - 33 mA Output: Direct pulse output, max. load 10kOhm. Three wire connection.

The information and data are based upon tests, material and records which we consider reliable. Before commercial utilization it is recommended to check each application thoroughly and, irrespective of the technical data, to make sure of the appropriateness of the application.

B.S.P. or N.P.T. CONNECTIONS HOSE FITTINGS

Typ A (mm) D (mm) d (mm) L (mm) OC XXX-1X-X 9,5 1/4" 6,5 39 OC XXX-2X-X 12,7 1/2" 13 47 OC XXX-3X-X 12,7 1/2" 13 47 OC XXX-4X-X 18,5 3/4" 17 63 OC XXX-5X-X 24,5 1 1/4" 29 80 OC XXX-6X-X 24,5 1 1/4" 29 80

Type A D E F G H L Length (mm)OC XXX-1X-X 9 M12x1,5 1,5 1,5 6,5 6,9 39 96 OC XXX-2X-X 12 M20x2 1,8 1,8 12 9 43 112 OC XXX-3X-X 12 M20x2 1,8 1,8 12 12 43 116 OC XXX-4X-X 16 M27x2 2,3 2,3 16 16 57 136 OC XXX-5X-X 16,5 BSP 1" 1,6 1,6 24,5 19,5 80 182 OC XXX-6X-X 16,5 BSP 1" 1,6 1,6 24,5 24,5 80 183

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren/ZH Switzerland Tel: +41 44 730 2753 Fax: +41 44 730 2783 [email protected] www.orbitcontrols.ch © orbitcontrols 2905

TO ORDER OC - XX X - X X - X Accuracy 1% --------------------------------------- 10 Accuracy 3% --------------------------------------- 30 Output Signal Square Wave ------------------------ 0 Output Signal Sinus ---------------------------------- 1 0.1 - 2.0 LPM --------------------------------------------------- 1 0.3 - 9.0 LPM --------------------------------------------------- 2 0.5 – 15.0 LPM -------------------------------------------------- 3 1.0 – 30.0 LPM -------------------------------------------------- 4 2.5 – 75.0 LPM -------------------------------------------------- 5 4.0 – 120.0 LPM -------------------------------------------------- 6 Supply 5-12VDC ------------------------------------------------------ 0 Supply 8-24VDC ------------------------------------------------------ 1 Standard metric thread ------------------------------------------------------ S Flexible Hose Fittings -------------------------------------------------------- H BSP thread --------------------------------------------------------------------- B NPT thread --------------------------------------------------------------------- N

Nominal Size 10 - 800mm Compact IP67 or remote IP68 Version Supply 115/230VAC or 24VDC Outputs RS232, RS485, 4-20mA Digital Outputs, Dosing Features Self-Diagnostics, Datalogger Function Ex Version in Category II 3G EEx nA II T5/T6 Inductive Flowmeter OCM910 is an instrument for precise measurement of Flow rate in conductive liquids. The principal of operation is a magnetic field which changes in accordance with the velocity of the liquid passing through the liner. Since there are no mechanical or moving parts in the flow profile, the flowmeter can be used for extremely polluted liquids containing even solid particles. The measurement is bidirectional. Applications: The Flowmeter OCM910 is designed for chemical industry, water stations, paper industry, waste-water maintenance and other industry branches. Features: High accuracy, stability and long lifetime. The internal CPU provides all functions usually built in today’s electronic flow meters, incl. low flow rate correction, frequency response setting, bandwidth of sensitivity setting at low flow rates and other. SPECIFICATIONS Nominal size DN10 to DN800 Nominal pressure PN10 to PN25 (depending on diameter) Flow range 0.1 to 10 m/s (0.02 to 5000 l/s) Accuracy 0.5 % (0.5 to 10 m/s) from value, 1 % (0.1 to 0.5 m/s) from value Max. Medium temperature 70oC (158oF) for rubber liner, 130oC (266oF) for PTFE liner

Ambient temperature -20 to 60 C (-4 to 140F) Power Supply 115/230V ( +10%, -15%), 50/60Hz, automatic selection Option:12V, 24V, 48V DC/50/60Hz Power consumption 10 VA Liner Hard rubber or PTFE

Electrodes CrNi stainless steel 1.4571, Hastelloy C276, Tantal

Measuring Tube Stainless steel 1.4201, Dimensions in accordance with DIN 17457 Flange Steel 1.0402 or higher. Dimensions in accordance with DIN 2501 (BS 4504), ANSI B16.5

Protection IP67, Option IP68

Outputs Frequency 0 to 12 kHz scalable in required Flowrates Pulses 0 to 50 Hz scalable Relay 100V/0.5A programmable 4 to 20 mA scalable

Input Digital Input with programmable function Communication RS485, RS232

Display Flowrate (m3/h, l/s, US.Gal/min, user display) Volume (m3, l, US.Gal, user display) Various programmable volume modes

Control Keyboard Magnetic Pointer RS232 and RS485 Low Flow cut-off Free programmable level Time Constant Selectable from 1 to 20 sec.

Other features

Test of excitation coils, status of pipe line and electronic unit Diagnostics of internal temperature and power supply voltages Real time circuit for data logging Datalogger memory up to 15000 values (programmable sample rate) Registration of min. and max. flowrate including date and time

Conformity requirements LVD (Safety) according to EN 61010-1, EN61010-1/A2 PED according to directive 97/23/EC EMC: EN 61000/3-2, 3-3, EN 61000 4-3, 4-4, 4-5, 4-6, 4-8, 4-11, EN 61000/6-2, EN 50081-1.

Electromagnetic Flowmeter OCM910

ORBIT CONTROLS AG www.orbitcontrols.ch Zürcherstrasse 137 [email protected] CH - 8952 Schlieren / ZH Tel.: !41 44 730 2753


Nominal Size DN10 - DN800mm Compact IP67 or remote IP68 Version Supply 85 - 264VAC or 24VDC Outputs RS232, RS485, 4-20mA Digital Outputs, Dosing Features Self-Diagnostics, Datalogger Function Ex Version in Category II 3G EEx nA II T5/T6 Inductive Flowmeter OCM920 is an instrument for precise measurement of Flow rate in conductive liquids. The principal of operation is a magnetic field which changes in accordance with the velocity of the liquid passing through the liner. Since there are no mechanical or moving parts in the flow profile, the flowmeter can be used for extremely polluted liquids containing even solid particles. The measurement is bidirectional. Applications: The Flowmeter OCM920 is designed for chemical industry, water stations, paper industry, waste-water maintenance and other industry branches. Features: High accuracy, stability and long lifetime. The internal CPU provides all functions usually built in today’s electronic flow meters, incl. low flow rate correction, frequency response setting, bandwidth of sensitivity setting at low flow rates and other. SPECIFICATIONS Nominal size DN10 to DN800 Nominal pressure PN10 to PN40 (depending on diameter) Flow range 0.03 to 12 m/s (0.01 to 6000 l/s) Accuracy 0.25 % (0.5 to 12 m/s) from value, 0.003 m/s (0.03 to 0.5 m/s) from value Max. Medium temperature 70oC (158oF) for rubber liner, 130oC (266oF) for PTFE liner

Ambient temperature -20 to 60 C (-4 to 140F) Power Supply 85 – 264 VAC, 50-60Hz Option:12V, 24V, 48V DC/50/60Hz Power consumption 10 VA Liner Hard rubber or PTFE

Electrodes CrNi stainless steel 1.4571, Hastelloy C276, Tantal Third grounding electrode Measuring Tube Stainless steel 1.4201, Dimensions in accordance with DIN 17457 Flange Steel 1.0402 or higher. Dimensions: DIN 2501 (BS 4504), ANSI B16.5, Sanitary DIN 11851

Protection IP67, Option IP68

Outputs Frequency 0 to 12 kHz scalable in required Flowrates Pulses 0 to 200 Hz scalable Relay 100V/0.5A programmable 4 to 20 mA scalable

Input Digital Input with programmable function Communication RS485, RS232

Display Flowrate (m3/h, l/s, US.Gal/min, user display) Volume (m3, l, US.Gal, user display) Various programmable volume modes

Control Keyboard Magnetic Pointer RS232 and RS485 Low Flow cut-off Free programmable level Time Constant Selectable from 1 to 20 sec.

Other features

Test of excitation coils, status of pipe line and electronic unit Diagnostics of internal temperature and power supply voltages Real time circuit for data logging Datalogger memory up to 15000 values (programmable sample rate) Registration of min. and max. flowrate including date and time

Conformity requirements LVD (Safety) according to EN 61010-1, EN61010-1/A2 PED according to directive 97/23/EC EMC: EN 61000/3-2, 3-3, EN 61000 4-3, 4-4, 4-5, 4-6, 4-8, 4-11, EN 61000/6-2, EN 50081-1.

High Precision Electromagnetic Flowmeter OCM920



Nominal Size DN10 - DN300mm Compact IP67 or remote IP68 Version Supply from internal Battery Life Time up to 10 Years Remote Control USB Modbus, Datalogger Self-Diagnostics, Empty Pipe Detection Ex Version in Category II 3G EEx nA II T5/T6 Inductive Flowmeter OCM930 with build-in battery is an instrument for precise measurement of Flow rate in conductive liquids with a minimum of 5 μS. The principal of operation is a magnetic field which changes in accordance with the velocity of the liquid passing through the liner. Since there are no mechanical or moving parts in the flow profile, the flowmeter can be used for extremely polluted liquids containing even solid particles. The measurement is bidirectional.

Applications: Hard -to-reach areas without electricity such as irrigation, dewatering, construction sites, waterworks maintenance or waste-water maintenance. Features: 5 Years battery life time (10 Years Option), empty pipe detection, capacitive keys, USB Modbus, Datalogger-Function. SPECIFICATIONS Nominal size DN10 to DN300 Nominal pressure PN10 to PN40 (depending on diameter) Flow Range 0.1 to 12 m/s (0.03 to 3000 m3/h) Accuracy 0.5 % (0.5 to 12 m/s) from value, 1% (0.1 to 0.5 m/s) from value Medium temperature 0-80oC (32-176oF) for rubber liner 0-150oC (32-302oF) for PTFE in remote version

Ambient temperature -20 to 60 C (-4 to 140F) Supply Internal Lithium Battery 38 Ah (Option 76 Ah)

Liner Hard rubber or PTFE

Electrodes CrNi stainless steel 1.4571, Hastelloy C276, Tantal Third grounding electrode

Measuring tube Stainless steel1.4201, Dimensions in accordance with DIN 17457 Flange Steel 1.0402. Dimensions: EN1092, DIN 2501 (BS 4504), ANSI B16.5, Sanitary DIN 11851

Protection Compact version IP67, remote version IP68, converter IP65 (Option IP67) Communication USB (Modbus)

Display Flow Rate (m3/h, l/s, US. Gal/min, Imperial Gal/min, customized) Volume (m3, l, US. Gal, Imperial Gal, customized) Positive, Total, Negative and 2 auxiliary displays with Reset, daily etc.)

Control Capacitive keys USB (Modbus) Low Flow cut-off Free programmable level Time constant Selectable from 1s to 20s.

Other features

Test of excitation coils, status of pipe line and electronic unit Empty pipe detection Diagnostics of internal temperature and supply voltage Datalogger with 100 000 memory slots and programmable sampling rate Minimum and Maximum Records of Flow with Date and Time

Conformity LVD (Safety) according to EN 61010-1, EN61010-1/A2 PED according to directive 97/23/EC EMC: EN 61000/4-3, 4-8, EN 61326-1, EN 50081-1.


OCM930 Battery Powered Electromagnetic Flowmeter


√ Frequency Input √ Analog Output 4 - 20mA √ Analog Output 0 - 10V √ Liter Pulses - Output √ Relay- or Transistor Output √ Excitation √ Flow Monitor √ Batch Controller √ For 35 mm DIN – Rail √ Supply 230V AC or 24V DC Model OC35-FD is a Transmitter for converting of unknown frequencies into analog output signals 4-20mA or 0-10V. The required frequency range is determined with jumpers inside the instrument and can be set for nearly any industrial sensor or flowmeter with output frequencies up to 10 kHz. The Transmitter OC35-FD offers a five digit programmable divider with output transistor or mechanical relay. Depending on the setting of the divider, output pulses are generated after each liter, gallon, kg, pounds etc. The transmitter delivers both information at the same time: the momentary flow rate and the cumulated flow units. OC35-FD is supplied with 230V AC or 24V DC and is enclosed in DIN- 35mm rail case. Excitation of 12VDC is available for supplying of external sensors and flowmeters. SPECIFICATIONS Input: Positive pulses 5V, protected to 28V. Range: 0 - 10 kHz. Four ranges are available with jumpers inside the instrument:

Installed ranges: 0-450Hz, 0-600Hz, 0-800Hz and 0-1200Hz Customer range: 0-50Hz ... 0-10kHz with a pluggable resistor.

Output: 0/4 - 20mA or 0 - 10V for the selected frequency range.

The selection of 0-20mA, 4-20mA or 0-10V is inside the instrument. Fine adjustment of 0/4mA (0 V) and 20mA (10 V) is available with two potentiometers ZERO and RANGE at the instrument’s front. The fine adjustment is appox. ±10%.

Flow Transmitter OC35-FD

Accuracy: ± 0.1% from value. Divider: Five code switches inside the instrument determine the division between

:1 to :99999. The output pulse of 100ms controls an NPN output transistor or a mechanical relay. The output can be divided by :10 by a jumper setting.

Output: Standard: NPN Transistor with open collector, 60V-100mA. Option: Mechanical relay 5A-230V AC. Excitation: 12VDC-25mA for external sensors and flowmeters. Supply: 230V ±10%, 48 ... 60Hz. Option: 24VDC ± 10% Cabinet: DIN-case for 35mm DIN-Rail. Terminals: Screw terminals Dimensions: 75 x 79 x 40 mm, 200g. CONNECTIONS

FLOW

L N E230VAC GND

InputExcitation

Range

Zero

GNDOutput

Relay

OC35-FD

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 [email protected] CH – 8952 Schlieren – Zürich www.orbitcontrols.ch


For Flowmeters see www.orbitcontrols.ch

High accuracy filling applications

With automatic batch correction Precise Batch Controller Flowmeter Pulse Input Valve Control Output High Accuracy Supply 115/230VAC, 9-36VDC

Orbit Controls Model OC7150 is a flow controller with automatic batch correction. The controller has an input for pulses from a flowmeter and a relay output for a valve which controls the flow of the liquid. The instrument is designed for connections to nearly any type of a flowmeter which generates pulses linear proportional to the flow. The output relay controls an external valve which closes or opens the liquid during batching applications, such as in automatic filling machines. The instrument features automatic batch correction which assures very high degree of accuracy. With the keyboard at the front the menu can be opened and the parameters of SCALE and SP1 can be programmed. The key UP starts the automatic batching function, the key DOWN stops it. Remote Start and Stop inputs for logic signals are available.

SCALE is a free programmable multiplica-tive constant which permits the display to increment in required process units, like ml, cm3, dm3, liter, gallons etc. SET POINT SP1 is programmable within the entire display range from 0 to 999999. When the display arives at this value, the relay activates the external valve. The set point can be programmed with a sign and a decimal point. FUNCTION After START - key UP - or a remote control signal - the display resets to zero and the relay activates the valve which opens. The liquid starts to flow through the flowmeter pulses of which are cummulated at the display. When the display arrives at the SP1, the relay deactivates and the valve closes the flow. Due to the system tracking (valve, liquid in the pipe line, length of the pipe etc.) the first batch will not exactly correspond to set valus.

The difference between the SP1 and the actual flow measured at the display generates a correction factor, resulting in exact batch value in the second and all other batches. The achieved accuracy is very high. SPECIFICATIONS Signal Input Positiv Signal 5V-48V, frequency ranges DC-12kHz. Start and Stop Remotel Signals 5 ... 48V positive logic. Valve Control 5A-230VAC relay output. Supply 230V, ±10%, 48-60 Hz, 6VA. Option: 9-36VDC, 4W. Cabinet DIN 48 x 96 x 150mm. Panel cut-out 45 x 93 mm. Option: IP65 - front cover. Plugable screw terminals.

Flow Controller with automatic Correction OC 7150


Displacement Transducers

Incremental Displacement Transducers OC 30 and OC 50

30 or 50mm Measuring Ranges 5µm or 10µm Increments 5 digit Display 0 - 50.000 Analogue Output 0-10V and 0/4-20mA Serial Data Ports RS232, RS485 Two Set Point Relay Supply 230VAC or 24VDC

OC 30 and OC 50 are high precision optical transducers for direct precision measurements of mechanical displacement in control and measuring applications. The transducers have high accuracy and repeatability, reliability and fast response. The moving rod is suspended by a spring which returns the rod into the initial position. The displacement transducers OC30 and OC50 can be directly connected to Orbit Controls incremental controller OC7171-50. The digital display increments in 5 µm or 10 µm steps and can be set to zero with the front keyboard to tare the initial readings. With the same keyboard the tara can also be cancelled causing the display to return to the original reading. Analogue Outputs 0-10V and 0/4-20mA as well as two Serial Data Ports RS232 and RS485 are available for further data acquisition purposes. Two Set Point Relays can be programmed within the entire display range. They are activated as soon as the display exceeds the selected value. SPECIFICATIONS Range: 30mm (OC30) or 50mm (OC50) Increments: 5 µm or 10 µm Speed: up to 2m/sec (10 µm) up to 1m/sec (5 µm) Detached top: Thread M2.5 Detached force: Spring with 0.8N ± 0.2N Output: TTL Quadrature Signals A,B or Line Driver ± 20mA Frequency: 100 kHz max. Supply: 5V ±5%, 50mA max. Weight: 20g measuring rod 200g whole transducer Process Controller OC7171A-50 Dimensions: 20 x 32 x 176 mm (W x H x L) Terminals: 1m cable or a connector Environment: Working temperature 0-60 °C, relative humidity 95% max.

DIMENSIONS TERMINALS

Connector Pin Cable Color OC30 and OC50 Push-Pull, OC-NPN

OC30 and OC50 Line Driver, OC-NPN

OC30 and OC50 TTL

1 white signal A 2 yellow signal B 3 brown 10 … 30V supply 5V supply 4 green GND supply 5 grey signal A inverted no connection 6 rose signal B inverted no connection screen screen

ORBIT CONTROLS AG Zürcherstrasse 137 CH-8952 Schlieren Tel: +41 44 730 2753 [email protected] www.orbitcontrols.ch


TO ORDER OC 30 - X - X - X - X OC 50 - X - X - X - X ⎪ ⎪ ⎪ ⎪ without reversing spring ……............. 0 ⎪ ⎪ ⎪ with reversing spring …….………..... 1 ⎪ ⎪ ⎪ Output 10...30V, push-pull ...........…. 0 ⎪ ⎪ 10…30V, Transistor OC….… 1 ⎪ ⎪ 5V, Transistor OC ................ 3 ⎪ ⎪ 5V, Line Driver ……............... 5 ⎪ ⎪ 5V, TTL ..…………………… 6 ⎪ ⎪ Increment 10µm …………………………….…… 1 ⎪ 5µm ………..………....……………… 2 ⎪ Connections 1m cable ………….………………………… 0 Connector …………………………………... 1

Digital Displacement Transducers are mainly designed for measurements of position in machine tools and other industrial applications. The design and the used materials permit applications in heavy industrial environments. . The Transducers are inductive sensors which operate on the principal of resolver. The moving part contains precision coil inside the ferromagnetic rod. The stationary parts include an excitation coil and two sensing coils. The excitation coil is powered by an alternating current. During the positioning of the moving rod, voltage is induced into the sensing coils. The amplitude changes in accordance to the sinusoidal and cosinusoidal dependencies. The generated voltage is amplified, digitized and connected to the output terminals as Quadrature Signals A, B.

The sensors are characterized by high precision of 0,001mm and fast positioning speed of up to 7m/sec. They are absolutely dust and waterproof. Metal rests, abrasives, dust and cooling liquid have no influence on the measurement accuracy. They do not include permanent magnets and can also work under strong magnetic fields. The sturdy construction and the use of corrosion-free materials determine the sensors for use in the toughest industrial environments. The quadrature output signal can be directly connected to Orbit Controls digital displays and controllers. The Displacement Transducers are inexpensive, robust and durable sensors intended for applications where optical sensors cannot be used.

Display with two control points for one axis applications. Two Set Point Relays, Analogue Outputs and Serial Data Ports are optionally available.

Measuring Length to 5000mm Accuracy ± 0,01mm Resolution 0,001mm Positioning Speed to 7m/sec IP67 Protection Quadrature Output RS422

Supply 5V-200mA Digital Displays

Displacement Transducers and Readouts

ORBIT CONTROLS AG Zürcherstrasse 137, Tel: +41 44 730 2753 CH-8952 Schlieren/ZH [email protected] Schweiz © orbitcontrols 201502 www.orbitcontrols.ch

Two Axis Digital Display Three Axis Digital Display Four Axis Digital Display

Sensor Type L for long measuring applications is placed in a protection frame 40x40mm. The spring retainer avoids bending of the measuring rod. Measuring rods up to 5 meters of length are available.

Sensor Type S with digital Quadrature Output RS422. Supply 5VDC-200mA. The resolution can be ordered from 0.001mm to 0.5mm with a standard positioning speed of 1m/sec. Optional 7m/sec is available.

Type P – telescopic type of rod ends are available from 100mm to 800mm with resolution of 0.001mm and IP54 protection.

The Digital Displays contain functions which are useful for operation at machine tools. Display Range -99999,000 to 99999,000mm Selection mm or inch, resolution and counting direction Arithmetic Functions Preset- and Zero settings of up to 199 points Drilling in Circle, Radius, Diameter, straight line Tools compensation Memory for Parameters and Data Correction of Linearity

Force and Torque

Small size and low weight, precision compression load cells are designed for load ranges 100, 200 and 300 Newton and measurements of static and dynamic forces. High performance strain gauges assure stated accuracy, repeatability and temperature stability. These cells are designed for mounting with three M3 threads on a smooth, flat surface. SPECIFICATIONS Nominal Load 100, 200, 300 N Nominal Signal 10 mV Supply 5V Accuracy ±0.25 % FSO Repeatability ±0.08 % FSO Zero Drift 0.1% / 10 K Nominal Signal Drift 0.3% / 10 K Temperature Range -10 … +50 °C compensated -20 … +60 °C permitted Overload 120 % permitted 150 % maximum Bridge Resistance 350 Ohm. Option 1000 Ohm Dimensions D = 28mm, H = 8mm, Weight 0.03kg Terminals 1 m cable

Ranges 0 - 100N, 0 - 200N, 0 - 300N Output 2 mV/V nominal Supply 5V Compact design, Stainless Steel Dimensions D = 28mm, H = 8mm Mounting with three threads M3 For static and dynamic Measurements

Miniature Compression Load Cells for low forces


Controllers and Displays

OC-46

OC-11 are square-shaft torque sensors for static and dynamic torque measurements in ranges from 0-30Nm to 0-2000 Nm. They are designed for non-rotating applications and characterized by high accuracy, repeatability and temperature compensation. They can be directly connected to Orbit Controls Controllers and Displays. SPECIFICATIONS Measurement Ranges 0-30, 0-50, 0-100, 0-200, 0-500, 0-1000, 0-2000 Nm Sensitivity 2 mV/V Supply 5V - 10V Accuracy 0.1 % Repeatability 0.03 % Zero Drift 0.1% / 10 K Nominal Signal Drift 0.1% / 10 K Temperature Range -10 … +40 °C compensated -20 … +60 °C permitted Overload 120 % permitted 150 % maximum Bridge Resistance 350 Ohm Terminals 1 m cable Dimensions A B C D E 30, 50, 100 Nm 38 66 15 17 ½“ 200Nm, 500Nm 48 104 24 24 , 1000Nm, 2000Nm 54 130 29 28 1“

Force Ranges 0 - 30Nm to 0 - 2000 Nm Sensitivity 2mV/V Supply 5 - 10V Stainless Steel Body For static and dynamic Measurements

Torque Sensors for non-rotating applications


Controllers and Displays

DECELEROMETER

ORBIT CONTROLS AG Tel: +41 44 730 2753 Zürcherstrasse 137 www.orbitcontrols.ch CH-8952 Schlieren © orbitcontrols 21008 www.orbitcontrols.ch

Brake System Diagnostics for Street

and Railway Vehicles and Forklifts Technical Inspection Stations, Service Stations, Repair Shops... Memory for up to 128 Car Diagnostics Internal Printer Software for Windows Internal rechargeable Battery

Decelerometer OC3010 is a precision instrument for measurement and diagnostics of brake systems of street and railway vehicles in dependence of the power applied to the brake pedal of the air or hydraulic system. Apart of the momentary deceleration values measured during the vehicles test also the average deceleration within the entire test distance will be measured and calculated. The internal memory is capable of storing up to 128 measurements which can later be downloaded to a PC and evaluated under Windows. Each individual measurement can be terminated by a printout from the internal paper printer. The printout contains the time and the date and additional free programmable lines such as the name of the technician, service station locality, car identification, signature and other. The Decelerometer is powered from internal rechargeable Battery which permits an uninterrupted operation for 6 hours. Mains battery charger, pressure cell, force sensor and external start button are standard of the shipment. SPECIFICATIONS OC3010 Range Deceleration up to 20m/s2 Display LCD Multifunction display Printer Regular paper printer Brake Force up to 1000 N Brake Systems Pressure Air up to 1 MPa, Hydraulic Pressure up to 50 MPa Weighing Option Strain Gauge for weighing loads up to 8 tons.

Brake TesterDecelerometer - OC3010

Decelerometer for Trailers OC3000-S

20b or 200b Pressure Sensors 25t Force Sensor Display of Pressure, Force, Deceleration, Weight Automatic Calculation of Deceleration Automatic Store of Measurements Deceleration Profile at the Display Soft Manager for Windows with Protocol USB Data Output Battery Operation

Model MC3000-S is a microprocessor controlled Decelerometer-Datalogger with inputs for Pressure and Force Sensors. It is mainly designed for Trailers in which the Pressure in the air or hydraulics system and the Force at the shaft have to be measured and the overall deceleration calculated. The pressure gauges 20b or 200b and the force sensor are directly connected and supplied from OC3000-S. The required parameters are set in the menu and stored in internal non-volatile memory. The parameters can be recalled at the display, modified and scaled upon requirement. The measurements and the parameters appear in corresponding windows at the display and can be set in DIN, US or UK units. The Menu is in English or German selectable. In the Datalogger Mode are the results memorized in the internal 2MB Memory. Each value contains the date and the time added from internal RTC. The measured results are automatically recorded after the pressure reaches preselected values, e.g. 2-4-6-8-10-12-14-16-18-20b for air brakes or 20-40-60-80-100-120-140-160-180-200b for hydraulic brakes. The pressure sensor 20b for air brakes or 200b for hydraulic brakes can be selected. Nearly unlimited number of measurements can be stored and later recalled at the display. They can also be downloaded to a Windows PC by using the ABS-setup which permits bi-directional communication via the USB Terminal. The stored Data can be displayed as tables or graphics. A customized protocol is available at the printer output. The Parameters are set from the keypads. The pressure in bar or psi is assigned to the pressure sensor and is automatically calibrated. The force in daN or kg or other units is defined with scaling constants. Zeroing of the display is possible by using the Tare function. MC3000-S is designed in accordance with CE and RoHs guidelines 2002/95/EG and supplied from internal rechargeable battery. The sensors are terminated via M12 connectors. Password is used to protect the menu settings from unauthorized operation.

Display during Deceleration

Specifications Inputs: Pressure: 0-5V, 100kOhm,

three terminal connection. Force: 1mV/V, 350 Ohm Bridge Accuracy: ± (0.1%+1digit) from Range. Display: LCD 128 x 64 Pixels, graphics type

with back light. ADC: 16bit, Linearity ± (1 LSB + 1 Digit). Tare: The key SET forces the display of

the individual signal channels to show zero.

Keypads: 9 keys for all settings.

Memory: 2MB. The measured values are automatically recorded after the pressure reaches values 2-4-6-8- 10-12-14-16-18-20b (Sensor 20b) or 20-40-60-80-100-120-140-160- 180-200b (Sensor 200b).

Excitation: 24V DC max. 20mA for pressure sensors, 5V for force sensor.

Supply: Battery 6V, 2Ah. Battery charger

100-240VAC. Full charged battery permits 4 hours operation.

Terminals: - Two 8 Pin M12 connectors - USB Data Terminal - Jack for charger.

Deceleration Protocol - Customized Printout

ORBIT CONTROLS AG Tel.+41 44 730 2753 Zürcherstrasse 137 [email protected] CH-8952 Schlieren, Switzerland www.orbitcontrols.ch

Orbit Controls Instrumentation

Documents