EE210 - sensovant

4 v2.1 / Modification rights reserved EE210

EE210

Features

Humidity and Temperature Transmitter for Demanding Climate Control Applications

Appropriate for US mounting requirements

» Knockout for ½” conduit fi ttingDisplay

» Selectable display layout » Measurands freely selectable

External mounting holes

» Mounting with closed cover » Electronics protected against construction site pollution

» Easy and fast mounting

Bayonet Screws

» Open/closed with a ¼ rotation

Cast Electronics

» Mechanical protection » Condensation-resistant

Electronics on the underside of the PCB

» Optimum protection against mechanical damage during installation

E+E Humidity sensor HCT01

» Long-term stability » Protected RH sensor surface » Protected solder pads » Tested according to automotive standard AEC-Q200

The EE210 transmitter by E+E Elektronik meets the highest requirements in demanding climate control applications. Besides highly accurate measu-rement of relative humidity and temperature, EE210 calculates dew point temperature, absolute humidity and mixing ratio. EE210 is available as wall or duct mounted as well as with remote probe. The enclosure minimizes installation costs and provides outstanding protec-tion against contamination and condensation. All measured and calculated values are available on the BACnet MS/TP or Modbus RTU interface; two of the measured and calculated values are available on the analogue voltage or current outputs, while up to three values can be shown simultaneously on the optional display. Excellent performance of EE210 in polluted, aggressive environment is ensured by the combination of completely protective encapsulated measure-ment electronics inside the sensing probe and the long-term stable HCT01 sensor with E+E proprietary coating.With an optional confi guration kit the user can set the Modbus interface parameters, the output scaling and perform one or two point adjustment for humidity and temperature.

EE210

Applications• agriculture• stables, incubators, hatchers• green houses• storage rooms, cooling chambers• indoor pools• demanding climate control

Smooth cover surface

» No accumulation of dustin protruding edges

Watertight cableoutlet

IP65 / NEMA 4Enclosure

EE210

BACnet is a registered trademark of ASHRAE. ASHRAE does not endorse, approve or test products for compliance with ASHRAE standards. Compliance of listed products to the requirements of ASHRAE Standard 135 is the responsibility of BACnet International (BI). BTL is a registered trademark of BI.

T: (+34) 968 162 [email protected]


5EE210 v2.1 / Modification rights reserved

Measured Values Relative Humidity (RH) Sensor E+E Sensor HCT01-00D Working range 0...100% RH RH accuracy (incl. hysteresis, non-linearity and repeatability) Wall & duct version: -15...40°C (5...104°F) ≤90% RH ±(1.3 + 0.003*measured value) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH -40...60°C (0...140°F) ±(1.5 + 0.015*measured value) % RH

Remote probe version at 20°C (68°F) ±2.5% RH Temperature (T) 0001tP rosneS (tolerance class B, DIN EN 60751) integrated in HCT01 T-accuracy wall & duct remote probe

Outputs Analog output 0-5 V / 0-10 V -1 mA < IL < 1 mA (RH: 0...100%; T: see ordering guide) 4-20 mA (two-wire) RL ≤ 500 Ohm Digital output RS485 (BACnet MS/TP or Modbus RTU), max. 32 EE210 in one busGeneral Power supply for 0-5 V / 0-10 V / RS485 15 - 35V DC1) or 24V AC ±20% for 4-20 mA 10V + RL x 20 mA < V+ < 30V DC Current consumption Voltage output DC supply typ. 3.3mA; with display typ. 3.6mA AC supply typ. 34mA; with display typ. 37mA

Current output DC supply max. 40mA

Digital interface DC supply typ. 5mA; with display typ. 19mA AC supply typ. 52mA; with display typ. 118mA Display 1, 2 or 3 lines, user configurable Connection Screw terminals, max. 1.5 mm2

Housing material Polycarbonate, UL94V-0 (with Display UL94HB) approved Protection class IP65 / NEMA 4 Cable gland M16 x 1.5 Probe cable (type C) PVC, Ø 4.3mm, 4 x 0.25 mm2, Length: 1.5 or 3m (4.9 or 9.8ft) Sensor protection E+E Coating Electromagnetic compatibility EN61326-1 EN61326-2-3 Industrial Environment Temperature ranges Operating: -40...60°C (-40...140°F) (-40...80°C for remote probe EE210P) Storage: -40...60°C (-40...140°F)

Temperature ranges with display Operating: -20...50°C (-4...122°F) (-40...80°C for remote probe EE210P) Storage: -20...60°C (-4...140°F)1 USA & Canada: class 2 supply required, max. supply voltage 30V

Technical Data

∆ °C

°C

∆ °C

°C



Connection Diagram

FOR CONDUITINSTALLATION

CABLE GLAND M16x1.5

~55m

m~2

.16“

Ø 12mmØ 0.47“

60 ±0.3mm2.36 ±0.11“

Ø > 16mmØ > 0.63“

6mm0.24“

90 ±0.3mm3.54 ±0.11“

Ø > 13mmØ > 0.51“

101mm3.98“

19mm0.75“

90 ±0.3mm3.54 ±0.11“

46mm1.81“

5mm0.2“ 80

.6m

m3.

17“

34mm

1.34“

106mm

4.17“

GASKET

L...according to ordering guide

Typ B

Typ C

EE210P

Typ A

Dimensions (mm/inch)

15...35VDC 24VAC ±20%

EE210-HT3 EE210-HT6

15...35VDC 24VAC ±20%

Output: 4...20mA

20...30VDC RL<500 Ohm11...30VDC RL<50 Ohm

Output:Modbus RTU orBACnet MS/TP

15...35VDC 24VAC ±20%

EE210-HTx3 EE210P remote probe (for HT6/HTx3)

Output: 0...5V0...10V



Ordering GuideMODEL ANALOGUE1) DIGITAL1) HOUSING TYPE PROBE LENGTH3) DISPLAY4) FILTER (Type A and B)

humidity + (HT) 0-5V (2) RS485 (3) standard (P) wall mount (A) 50mm (1.97“) (B) display (D) membrane (B)temperature 0-10V (3) none (x) duct mount (B) 200mm (7.87“) (F) none (x) stainless steel sintered (D)

4-20mA (6) remote probe (C)2) Type A and C (x) for type C (x)none (x)

EE210-

MODEL CABLE LENGTH FILTERhumidity + temperature (HT) 1.5 m (4.9 ft) (C) membrane (B)

3 m (9.8 ft) (E) stainless steel sintered (D)

EE210P-

OUTPUT 1 SCALING 16) OUTPUT 2 SCALING 26) UNITrelative humidity5) (Uw) -40...60 (002) relative humidity5) (Uw) -40...60 (002) metric (M)temperature (Tx) -10...50 (003) temperature (Tx) -10...50 (003) non-metric (N)dew point temperature (TD) 0...50 (004) dew point temperature (TD) 0...50 (004)frost point temperature (TF) 0...100 (005) frost point temperature (TF) 0...100 (005)water vapour partial pressure5) (Ex) 32...122 (076) water vapour partial pressure5) (Ex) 32...122 (076)mixing ratio5) (Rx) -40...140 (083) mixing ratio5) (Rx) -40...140 (083)absolute humidity5) (DV) absolute humidity5) (DV)specific enthalpy5) (Hx) specific enthalpy5) (Hx)

relative humidity 0...100% RH

water vapour partial pressure 0...200mbar 0...3psi

mixing ratio 0...400g/kg 0...2800gr/lb

absolute humidity 0...150g/m³ 0...60gr/ft³

specific enthalpy 0...400kJ/kg 0...200BTU/lb

5) Factory Scaling

6) For Tx, TD und TF; other scaling upon request7) Modbus Map and setup instructions: See User Guide and Modbus Application Note at www.epluse.com/EE2108) Product Implementation conformance Statement (PICS) availbale at www.epluse.com/EE210 9) Only for BACnet

1) A combination of analog and digital version is not possible 2) The EE210P probe has to be ordered as seperate position; available for 4-20mA and RS485 versions3) Selectable probe lenght only for duct mount version available; see dimensions4) Factory setup: For analogue output versions the display shows the measurands selected for output 1 and output 2. For digital output versions the display shows RH and T

Remote probe for EE210 Type C:

Analogue outputs setup

PROTOCOL BAUDRATE PARITY STOPBITS UNITModbus RTU7) (1) 9600 (A) odd (O) 1 stopbit (1) metric (M)BACnet MS/TP8) (3) 19200 (B) even (E) 2 stopbit (2) non-metric (N)

38400 (C) no parity (N)576009) (D)768009) (E)1152009) (F)

Digital output setup7)

EE210-HT3xPAxxB-UwTx005MModel: Humidity+Temperature TransmitterAnalog output: 0-10VHousing: standardType: wall mountDisplay: noneFilter: membrane

Output scaling 1: relative humidityScaling 1: 0...100% RHOutput scaling 2: temperatureScaling 2: 0...100°CUnit: metric

EE210-HT6xPCxxx-UwTx005MModel: Humidity+Temperature Basic DeviceAnalog output: 4-20mAHousing: standardType: remote probe (Pos. 2)Display: none


EE210P-HTCBModel: Humidity+Temperature ProbeCable length: 1.5 mFilter: membrane

Order Examples

Accessories

Type A and B Type C

Product configuration adapter see data sheet EE-PCAProduct configuration software EE-PCS (free download: www.epluse.com/EE210)Power supply adapter V03 (see data sheet Accessories)

Position 1:

Position 2:



Scope of supply

ModelEE210 Wall mount (Type A)

EE210 Duct mount (Type B)

EE210 Remote version (Type C)*

EE210-P Remote probe* for Type C

Additionally for all EE210 with RS485 interface

EE210 according ordering guide

Cable gland (2 pcs.)

Mounting kit

Mounting fl ange

Inspection certifi cate according to DIN EN10204 - 3.1

Quick Guide - EE210 RS485 Setup

* EE210-P is not included in the Scope of Supply of the EE210 Type C


EE160 Humidity and Temperature Transmitter for HVAC Applications


» gnitt fi tiudnoc ”½ rof tuokconK

External mounting holes » revoc desolc htiw gnitnuoM

» tsniaga detcetorp scinortcelE construction site pollution


Bayonet Screws » htiw desolc/nepO a ¼ rotation

Cast Electronics » Mechanical protection

» Condensation-resistant


» tsniaga noitcetorp mumitpO mechanical damage during installation

E+E Humidity sensor HCT01 » Long-term stability

» Protected RH sensor surface

» Protected solder pads

» Tested according to automotive standard AEC-Q200

EE160


Specially designed for HVAC, the EE160 sensor by E+E Elektronik is a costeffective, highly accurate and reliable solution for measuring relative air humidity and tempera-ture.The enclosure minimizes installation costs and provides outstanding protection against contamination and condensation, thus ensuring fl awless operation.

The EE160 employs the new humidity/temperature E+E sensor element HCT01 with excellent long term stability and resistance against pollutants. In combination with a long calibration experience, the EE160 provides a measurement accuracy of ±2.5%RH and is available for wall or duct-mounted with current, voltage BACnet MS/TP or Modbus RTU output.

A confi gurator makes it possible to freely select the scaling of the temperature output and confi gure the Modbus parameters. The confi gurator software, which is free of charge, allows additionally for an on-site adjustment of the humidity and temperature.

EE160




Measured values Relative Humidity Sensor E+E Sensor HCT01-00D Working range 10...95% RH Accuracy at 20°C ±2.5% RH Temperature dependency typ. ±0.03% RH/°C Temperature Sensor Pt1000 (tolerance class B, DIN EN 60751) T-Accuracy at 20°C ±0.3°C

Outputs Analog output 0-10 V -1 mA < IL < 1 mA or (RH: 0...100%; T: see ordering guide) 4-20 mA (two-wire) RL < 500 Ohm Digital output RS485 (BACnet MS/TP or Modbus RTU) max. 32 EE160 in one bus Passiver T-sensor 4-wire see ordering guideGeneral Power supply

for 0 - 10 V / RS485 15 - 35V DC or 24V AC ±20% for 4 - 20 mA 10V + RL x 20 mA < UV < 35V DC

Current consumption Analog with DC power supply typ. 5mA with AC power supply typ. 13mAeff

Digital with DC power supply typ. 15mA with AC power supply typ. 25mAeff

Connection Screw terminals, max. 1.5 mm2

Housing material Polycarbonate, UL94V-0 approved Protection class IP65 / NEMA 4 Cable gland M16 x 1.5 Sensor protection membrane filter Electromagnetic compatibility EN61326-1 EN61326-2-3 Temperature ranges Operating temperature: -40...60°C )F°041...04- (

Storage temperature: -20...60°C ( -4...140°F)

Technical data

Recommended mounting screws:ST4.2x50 DIN7981C

Conduit gland

Cable gland

~55m

m~2

.16“

Ø 12mmØ 0.47“

60 ±0.3mm2.36 ±0.11“

Ø > 16mmØ > 0.63“

6mm0.24“

90 ±0.3mm3.54 ±0.11“

Ø > 13mmØ > 0.51“

~205mm~8.07“101mm

3.98“

19mm0.75“

46mm1.81“

5mm0.2“ GASKET

90 ±0.3mm3.54 ±0.11“

80.6

mm

3.17

“

Type BType A

Dimensions (mm)



Connection diagram

EE160-HT6xAPAB-Tx003MModel: humidity + temperature transmitterAnalog output: 4-20mAPassive T-Sensor: Pt 100 DIN AHousing: polycarbonateType: wall mountingFilter: membrane filter

Output scaling: temperatureScaling: -10...50°Unit: metric

EE160-HTx3xPBB-1AE1NModel: humidity + temperature transmitter Digital output: RS485Housing: polycarbonatType: duct mountingFilter: membrane filter

Protocol: ModbusBaudrate: 9600Parity: evenStopbits: 1Unit: non-metric

Order example

Ordering Guide

MODEL ANALOG1) DIGITAL1) PASSIVE T-SENSOR2) HOUSING TYPE FILTERhumidity + (HT) 0-10V (3) RS485 (3) Pt 100 DIN A (A) polycarbonate (P) wall mount (A) membrane filter (B)temperature 4-20mA (6) none (x) Pt 1000 DIN A (C) duct mount (B)

none (x) NTC 10k (E)Ni1000, TK6180 (J)none (x)

EE160-

OUTPUT SCALING SCALING3) UNITtemperature (Tx) °C °F metric (M)

-20...80 (024) 32...122 (076) non-metric (N) -40...60 (002) -40...140 (083) -10...50 (003) 0...140 (085) 0...50 (004) 20...120 (015)


38400 (C) no parity (N)576006) (D)768006) (E)1152006) (F)

Hardware confi guration


Analog output Digital output

Digital output setup

1) A combination of analog and digital version is not possible2) Analogue version only 3) Other scaling upon request

4) Modbus Map and setup instructions: See User Guide and Modbus Application Note at www.epluse.com/EE1605) Product Implementation conformance Statement (PICS) availbale at www.epluse.com/EE1606) Only for BACnet

8765

EE160-HT3xxx EE160-HT6xxx8765

EE160-HTx3xx8765

T-passive connection for HT3xxx/HT6xxx





Scope of supply

AccessoriesProduct configuration adapter see data sheet EE-PCAProduct configuration software EE-PCS (free download: www.epluse.com/EE160)Power supply adapter V03 (see data sheet Accessories)

Model EE160 Wall mount (Type A)



EE160 Transmitter according ordering guide

Cable gland

Mounting kit

Mounting fl ange

Inspection certifi cate accor-ding to DIN EN10204 - 3.1


50 v2.9 / Modification rights reserved EE10EE10

Measuring Quantities Relative Humidity Humidity sensor HC103 Analogue output 0...100% RH 0-10 V -1 mA < IL < 1mA 4-20 mA (two wires) RL < (UV-10)/0.02 < 500 Ohm Working range1) 0...95 % RH Accuracy at 20°C (68°F) and UV=24VDC ±2% RH (40...60% RH) ±3% RH (10...90% RH) Traceable to intern. standards, administrated by NIST, PTB, BEV... Temperature dependence at 60% RH typical 0.06% RH /°C (0.03% RH / °F)

Temperature (active output) 0-10 V -1 mA < IL < 1mA 4-20 mA (two wires) RL < (UV-10)/0.02 < 500 Ohm Accuracy at 20°C (68°F) and UV=24VDC FT3: ±0.25°C (±0.45°F) FT6: ±0.4°C (±0.72°F)

Temperature (passive output) Type of T-Sensor please see ordering guideGeneral Data

Voltage supply (UV) for 0 - 10 V 15 - 40 VDC or 24 VAC ±20% for 4 - 20 mA 28V DC > UV > 10 + 0.02 x RL (RL < 500 Ohm)Current consumption for DC supply: typical 4 mA for AC supply: typical 15 mAeff

Electrical connection screw terminals max. 1.5 mm2 (AWG 16)

Housing material Polycarbonat US Version: UL94V-0 approved / EU Version: UL94HB approvedProtection class IP30

Display for EE10-FTx version Humidity / Temperature alternating for EE10-Fx and EE10-FPx version Humidity CE compatibility according EN61326-1 EN61326-2-3 Temperature ranges working temperature range: -5...55°C (23...131°F)

storage temperature range: -25...60°C (-13...140°F) 1) Please refer to the working range of the HC103

EE10 room transmitters are the ideal solution for indoor applications such as HVAC in residential and official buildings. The very stylish, functional housing makes easy installation and fast exchange of the sensing unit for service purposes possible. The high quality E+E humidity sensor and state-of-the-art microprocessor controlled electronics are the guarantee for best accuracy and a wide range of options.The standard humidity output of EE10 transmitters is 4 - 20 mA or 0 - 10 V. The temperature output signal can be active or passive. All EE10 versions can be equipped with a good legible LC display. For EE10-FT versions the displayed values for humidity and temperature will alternate. Two different housing designs ensure professional appearance according to regional standards.

EE10

building management for residential and office areas air conditioning in switching cabinets climate control in hotels and museums

excellent price / performance ratioeasiest installation

modern designlong term stableoptional display

HVAC Humidity / Temperature Transmitter for Indoor Applications

Typical Applications Features

Technical Data

EE10

(+34) 968 162 [email protected]


EE10-FT3

EE10-FT6

EE10-FP3

EE10-FP6

Dimensions (mm)

Connection Diagram

Ordering Guide

Order ExampleEE10-FT3-D04-T04Model: humidity + temperature Output: 0-10 VDisplay: with display Housing design & colour EU-Standard (RAL9003 / RAL7035)T-Unit: °CT-Scale: 0...50

EU: W x H x D = 85 x 100 x 26 mm (3.3 x 3.9 x 1")US: W x H x D = 85 x 136 x 26 mm (3.3 x 5.4 x 1")

MODEL OUTPUT T-SENSOR1)

(only passive)DISPLAY HOUSING DESIGN &

COLOURT-UNIT T-SCALE2)

(only for FT)

humidity + (FT) temperature

0 - 10 V (3) Pt 100 DIN A (A) without display (--) EU-Standard (RAL9003 / RAL7035) (--) °C (--) 0...50 (T04)4 - 20 mA (6) Pt 1000 DIN A (C) with display (D04) EU-Grey (RAL7016) (G) °F (E01) -5...55 (T31)

humidity + (FP)temperature passive

Ni1000, TK6180 (J) EU-Silver (RAL9006) (S) 0...40 (T55)NTC10k (E) US (RAL9003 / RAL7035) (US) 20...120 (T15)NTC1.8 (G) 32...122 (T76)

32...132 (T96)

EE10-1) T-Sensor details see www.epluse.com/R-T_Characteristics 2) other scaling upon request

Scope of supply- EE10 Transmitter according to ordering guide- Mounting materials- Test report according to DIN EN10204 - 2.2

Housing colour:Standard (EU & US): Front cover: Signal white RAL 9003 Back cover: Light grey RAL 7035

Optional (only EU): Front and Grey (Anthracite grey RAL 7016) back cover Silver (White aluminum RAL 9006)


T: (+34)968 162 [email protected]

74 EE02v2.4

Measuring Quantities Relative Humidity Humidity sensor type HC103 Working range1) 10...95% RH Resolution 0.1% RH Accuracy at 20°C (68°F) ±2% RH (40...60% RH) ±3% RH (10...95% RH) Traceable to intern. standards, administrated by NIST, PTB, BEV... Trend indication yes Temperature active Working range -5...55°C (23...131°F)

Resolution 0.1°C Accuracy at 20°C (68°F) ±0.3°C (±0.54°F)

Trend indication yesGeneral Data

Sampling rate 10sCurrent supply 2x 1.5V AAA Alkali battery (not in the scope of supply)Battery life time typ. 5 yearsDisplay °C or °F (selectable by jumper)

CE compatibility according EN61326-1 EN61326-2-3 Temperature ranges Working temperature range: -5...55°C (23...131°F)

Storage temperature range: -20...60°C (-4...140°F)

Dimensions 85 x 100 x 26 mm (3.3 x 3.9 x 1”)

Housing / protection class PC, IP20 1) Please refer to the working range of the HC103

The new hygrometer EE02 is the combination of high accuracy measurement technology with modern design. The relative humidity and temperature values with trend indication are alternating on the large display. High quality E+E sensor technology and state of the art microprocessor based electronics result in highest accuracy and long term stability. The very low power consumption allows battery operation and independence from external power supply.The standard batteries, replaceable by the user, have a life time about 5 years.

The modern housing concept makes the wall mounting very easy. EE02 can be used as bench mount as well, the free standing kit is included in the scope of supply.

EE02 is available upon request as OEM thermo - hygrometer with your company logo.

EE02

climate monitoring for: - office spaces - private areas - laboratories - food storesgift article

easiest mountingmodern design

highest accuracytraceable calibrationlong battery life time

available as OEM meter

High-Precision Thermo - Hygrometer


Technical Data

Ordering Guide

EE02

MODELEE02 with E+E logo (EE02-FT01)EE02 without E+E logo (EE02-FT01-L01)


EE08 High-Precision Miniature Humidity / Temperature Transmitter

Accurate humidity / temperature measurement over a wide working range, fitted in a small-sized housing and high flexibility have been the main goals for the development of the EE08 series. Low power consumption and short start-up time support efficient energy management for battery operated systems.For this application an additional version (V10) with supply voltage 4.5-15 V DC has been developed.Calibration data and other relevant functions like linearizationor temperature compensation are stored in the probe. This feature, together with the optional connector, allows for easy replacement of the probe without a need for re-adjust-ment of the reading device (interchangeability).The humidity and temperature measurement are available as analogue outputs (0-1/2.5/5 V) and as a digital interface (E2-interface). Easy implementation and data processing is warranted. Humidity and temperature reading can be re-adjusted using the calibration software; available as an accessory. The configuration equip-ment allows humidity and temperature adjustment of the sensor.

meteorology / weather stations humidity / temperature data loggingincubatorsfermentation chambersgreen housessnow machinesdry storage facilities

small dimensions wide working range, high accuracy

traceable calibrationcustomer adjustment possible

interchangeable in secondslow power consumption / short start-up time

analogue outputs / digital interface


Measuring valuesRelative Humidity

101CH rosneSWorking range1) 0...100 % RHDigital output (2 wire)2) output value: 0.00...100.00 % RHAnalogue output 0...100 % RH 0-1/2.5/5/10 V -0.2 mA < IL < 0.2 mA Accuracy at 20 °C (68 °F) and 12 V DC*) ±2 % RH (0...90 % RH) ±3 % RH (90...100 % RH) Temperature dependence typ. 0.03 % RH/°C (typ. 0.02 % RH/°F)

Temperature Sensor Pt 1000 (DIN A) Digital output (2 wire)2) output value: -40.00...+80.00 °C (-40...176 °F)Analogue output 0-1/2.5/5/10 V -0.2mA < IL < 0.2 mAAccuracy at 12/24V DC ∆°C

°C

General Supply voltage output 0-1 V / 0-2.5 V 4.5-15 V DC or 7-30 V DC output 0-5 V 7-30 V DC output 0-10 V 12-30 V DCCurrent consumption typ. < 1.3 mA Digital interface E2-interface level = 3.3 V / ±0.1 VHousing polycarbonate / IP65 Sensor protection metal grid filterElectromagnetic compatibility EN61326-1 EN61326-2-3 Industrial Environment Temperature ranges working temperature: -40...80 °C (-40...176 °F) storage temperature: -40...80 °C (-40...176 °F)1) refer to the working range of the humidtiy sensor HC101 2) serial protocol refer to www.epluse.com

.)noitaived dradnats semit-2( 2=k rotcaf tnemecnahne na htiw noitarbilac yrotcaf eht fo ytniatrecnu eht sedulcni tnemetats ycarucca ehT )*The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

Technical Data

with cable

with connector

EE08


69v2.0 / Modification rights reservedEE08

Dimensions (mm)

connector M12 (8-pole)

M16x1.5

61 (2.4”)

71 (2.8”)

83 (3.3”)

∅12

(0.5

”)

M12x161 (2.4”)

73 (2.9”)

25 (1”)

∅12

(0.5

”)

EE08 with connector (Type D)EE08 with cable (Type E)

Connection DiagramType D:

1 T-passive2 SDA3 SCL4 RH-out5 T-out6 GND7 T-passive

8 +UB

E2-interface

Type E:Temp. active Temp. passive, 4-wire

T-passive white (not connected) white, blackT-passive blue (not connected) blue, violetGND pink pinkT-out grey grey (not connected)RH-out yellow yellowSCL green greenSDA brown brown+UB red red

E2-inferface

Order ExampleEE08-PFT2V11E602T22 housing: polycarbonatemodel: humidity active / temp. activeoutput: 0 - 5Vsupply: 7 - 30V DCtype: with cable

filter: metal grid filtercoating: withoutcable length: 2m (6.6ft)T-unit: metricT-scaling: -40...80°C

Accessories / Replacement Parts- M12 connection cable for type D, length 1.5 m (5 ft) (HA010322) - M12 connection cable for type D, length 3 m (10 ft) (HA010323) - M12 connection cable for type D, length 5 m (16.4 ft) (HA010324) - M12 connection cable for type D, length 10 m (32.8 ft) (HA010325) - Radiation shield for Type E (HA010502)- Radiation shield for Type D (HA010506)

PCHA011005Configuration equipment: dna ytidimuh swolla tnempiuqe noitarug finoc ehT

temperature adjustment of the sensor.- configuration cable (HA011005)- configuration software: free download under www.epluse.com/EE08

- Protection cap for 12 mm probe (HA010783)- M12 female socket with wires (HA010703)

rotcennoc elbac elamef 21M -assembly possible (HA010704)

- metal grid filter (HA010113)

Scope of Supply- EE08 Transmitter according to ordering guide- Inspection certifi cate according to DIN EN10204 - 3.1

Ordering Guide

ro )01V( CD V 51 - 5.4 ylppus htiw elbissop )17 - 30 V DC (V11)

2) possible with supply 7 - 30 V DC (V11) only ees sliated rosneS-T )3

www.epluse.com/R-T_Characteristics

HOUSING MODEL OUTPUT SUPPLY T-SENSOR3)(passive, 4-wire)

TYPE

polycarbonate (P) humidity active / temperature active (FT) 0 - 1 V1) (1) 4.5 - 15 V DC (V10) Pt 100 DIN A (A) with connector (D) humidity active / temperature passive (FP) 0 - 2.5 V1) (7) 7 - 30 V DC (V11) Pt 1000 DIN A (C) with cable (E)

0 - 5 V2) (2)0 - 10 V2) (3)

EE08-FILTER COATING CABLE LENGTH

(Type E only)T-UNIT T-SCALING

metal grid filter (6) without coating (no code) 1 m (3.3ft) (01) metric (no code) -40...80 (T22)with coating (HC01) 2 m (6.6ft) (02) non metric (E01) -40...60 (T02)

5 m (16.4ft) (05) -30...70 (T08)-20...80 (T24)-20...50 (T48)other (Txx)


26 v1.4 / Modification rights reserved

OEM Humidity and Temperature Probe with Voltage Output

EE060 is the ideal solution for cost-effective, highly accu-rate and reliable measurement of relative humidity (RH) and temperature (T).

Excellent protection against external infl uences is ensured by the combination of completely encapsulated electronics and the long-term stable, very robust HCT01 humidity sen-sor with E+E proprietary protective coating. Together with the optional radiation shield, the probe can be also used outdoors.

EE060 is available as cable or plug version, with wide tem-perature and supply voltage ranges and 0-1V, 0-5V or 0-10V analog outputs. The 0-1V version features also an optional T sensor with passive output.

EE060

incubators and hatchers greenhouses and livestock barns humidifiers and dehumidifiers storage rooms HVAC

optimal price-performance ratioelectronics encapsulated against waterRH sensor coated against dust and dirt

very robust sensing headexcellent long term stability


Measuring values Relative humidity

Sensor HCT01-00D Working range 0...100% RH Analogue output 0...100% RH 0-10V -1.0 mA < IL < 1.0 mA 0-5V -0.2 mA < IL < 0.2 mA 0-1V -0.1 mA < IL < 0.1 mA Accuracy at 24V DC, 20°C (68°F) ±2.5% RH Temperature active Sensor Pt1000 DIN B Analogue output -40...60°C (-40...140°F) 0-10V -1.0 mA < IL < 1.0 mA 0-5V -0.5 mA < IL < 0.5 mA 0-1V -0.1 mA < IL < 0.1 mA Accuracy at 24V DC, 20°C (68°F) ±0.3°C (±0.5°F)

Temperature passive (with 0-1V output and 8-pole connector only) Output resistive, 2-wire Type of T-Sensor refer to ordering guideGeneral

Supply voltage HT1: 3.6...30V DC HT2: 10...30V DC HT3: 15...30V DCCurrent consumption typ. 1.5 mA Electrical connection M12 connector or cable (PVC, Ø 4.3mm, 4 x 25mm²)Housing polycarbonate / IP65Electromagnetic compatibility 1) EN61326-1(industrial environment) EN61326-2-3Working and storage temperature -40...+60°C (-40...140°F)

1) Analogue output 0-1V is not protected against surge!

Technical Data

EE060

EE060

sensor coating

sealedsolder pads

encapsulatedelectronics



Dimensions in mm (inch)Connector version Cable version

34 (1.34)101.5 (4)

99.5 (3.92)

M12

x1

11 (0.43)

Ø12

(0.4

7)

34 (1.34)106 (4.17)

Ø12

(0.4

7)

Connection Diagram

+

-

+

-

cable version (Type PN)Connector version

Supply voltageHT1: 3.6...30V DCHT2: 10...30V DCHT3: 15...30V DC

V+ (white)

GND (brown)

RH (green)T (yellow)

V V

1 23

45

6

7 8


Connector 4-pole (PM)1...V+2...RH-out 3...GND4...T-out

Connector 8-pole (PV)1...T-passive2...not connected 3...not connected4...RH-out5...T-out6...GND7...T-passive8...V+

Ordering GuideANALOGOUTPUT

T-SENSOR PASSIVE(with 0-1V output and 8-pole connector only)

ELECTRICAL CONNECTION CABLE LENGTH FILTER

0 - 1V (1) none (x) connector 4-pole (PM) 0.5m (1.6ft) (A) membrane filter (B)0 - 5V (2) Pt1000 DIN A (C) connector 8-pole (forT-Sensor passive) (PV) 1.5m (4.9ft) (C)0 - 10V (3) NTC 10k at 25°C (E) cable (PN) 3m (9.8ft) (E)

with connector (x)

EE060-HT

EE060-HT2xPMxBOutput: 0-5VT-Sensor passive: noneEl. Connection: connector 4-poleCable length: with connectorFilter: membrane filter

EE060-HT1CPVxBOutput: 0-1VT-Sensor passive: Pt1000 DIN AEl. Connection: connector 8-poleCable length: with connectorFilter: membrane filter

Order Example

Female connector 4pol. self assembly M12x1 HA010707Female connector 8pol. self assembly M12x1 HA010704Connection cable for Type PM, free ends 1,5m (4.9ft) / 5m (16.4ft) / 10m (32.8ft) HA010819/20/21Connection cable for Type PV, free ends 1,5m (4,9ft) / 3m (9.8ft) / 5m (16.4ft) / 10m (32.8ft) HA010322/23/24/25Protection cap for M12 female cable connector HA010781Protection cap for M12 male probe connector HA010782Protection cap for 12 mm sensing head HA010783Plastic mounting flange for duct mounting HA010202Radiation shield HA010502

Accessories (For further information, see data sheet „Accessories“)

Support literaturehttp://goo.gl/6YZwj9



EE46 condensation monitors are used to monitor the formation of condensation on chilled ceilings or to prevent condensation at critical spots of heating-, ventilation- and air conditioning systems. It is also used as a dew point monitor for systems operating near the dewpoint.Because of the temperature coupling between the condensa-tion monitor and the environment, the relative humidity is a measure for the dew point. The condensation monitor measures the relative humidity near the dew point using its high-quality capacitive sensor. At reaching the switching point of 90% RH the output will provide an early warning signal for the initiation of control steps (increasing the initial water temperature, reducing the cooling capacity, switching on the heating, etc...). An additional status light indicates the condensation danger.Thanks to the special protection coating, sensor and electronics are highly insensitive to dust and dirt.EE46 condensation monitors can be mounted on walls, ducts and pipes up to 2“.

EE46

Condensation Monitor

chilled ceilingsheating-, ventilation- and air conditioning systemsswitching cabinets

Typical Applications Featuresearly detection of condensation danger

compact designfast response time

dust protection simple and easy mounting

status indication

Humidity sensor HC105 Working range 10...100% RH Switching point at 20°C (68°F) 90±3% RH Switching hysteresis

Response time at change of t90 < 3 min. pipe/wall temperature Response time at change of t90 < 25 sec. relative humidity Electrical output potentialfree relay with changeover contact Switching capacity max. 24V AC/DC, 1A Supply voltage 24V AC/DC ±20% Current consumption at 24V DC < 3mA Relay status indication LED, red Electrical connection 5-pole push-in terminal, max. 1.5 mm2 (AWG 16) Dust protection by special coating (permeable for water vapour) Housing protection class IP40 Housing material Polycarbonate, UL94-V2 approved Electromagnetic compatibility EN 61326-1 EN 61326-2-3 industrial environment Temperature range working temperature range 0...50°C (32...122°F) storage temperature range -20...70°C (-4...158°F) Weight approx. 60g

Technical Data

EE46

EE46

Hysteresis5% RH

90±3% RH85±3% RH



Dimensions (mm)

Ordering Guide

Pipe mounting

Wall mounting

Installation

Connection Diagram

1 mm = 0.03937” / 1” = 25.4 mm

Status Indication

max

. Ø 5

0mm

(2“)

33.5

63.5Ø

4.5

23

43

53

NO

NC

COM

GND

V+ power supply24V AC/DC ±20%

max. Ø

50mm (2

“)

22

LED continuous red: Operating < 90% RH LED blinking red: Condensation danger

Condensation Monitor EE46

(EE46)



EE210

Features








Bayonet Screws


Cast Electronics







EE210






EE210












Technical Data

∆ °C

°C

∆ °C

°C



Connection Diagram


CABLE GLAND M16x1.5

~55m

m~2

.16“

Ø 12mmØ 0.47“

60 ±0.3mm2.36 ±0.11“

Ø > 16mmØ > 0.63“

6mm0.24“

90 ±0.3mm3.54 ±0.11“

Ø > 13mmØ > 0.51“

101mm3.98“

19mm0.75“

90 ±0.3mm3.54 ±0.11“

46mm1.81“

5mm0.2“ 80

.6m

m3.

17“

34mm

1.34“

106mm

4.17“

GASKET


Typ B

Typ C

EE210P

Typ A


15...35VDC 24VAC ±20%

EE210-HT3 EE210-HT6

15...35VDC 24VAC ±20%

Output: 4...20mA



15...35VDC 24VAC ±20%


Output: 0...5V0...10V






EE210-



EE210P-







5) Factory Scaling






38400 (C) no parity (N)576009) (D)768009) (E)1152009) (F)







Order Examples

Accessories

Type A and B Type C


Position 1:

Position 2:



Scope of supply








Mounting kit

Mounting fl ange





EE160 Humidity and Temperature Transmitter for HVAC Applications


» gnitt fi tiudnoc ”½ rof tuokconK

External mounting holes » revoc desolc htiw gnitnuoM

» tsniaga detcetorp scinortcelE construction site pollution


Bayonet Screws » htiw desolc/nepO a ¼ rotation

Cast Electronics » Mechanical protection

» Condensation-resistant


» tsniaga noitcetorp mumitpO mechanical damage during installation

E+E Humidity sensor HCT01 » Long-term stability

» Protected RH sensor surface

» Protected solder pads

» Tested according to automotive standard AEC-Q200

EE160


Specially designed for HVAC, the EE160 sensor by E+E Elektronik is a costeffective, highly accurate and reliable solution for measuring relative air humidity and tempera-ture.The enclosure minimizes installation costs and provides outstanding protection against contamination and condensation, thus ensuring fl awless operation.

The EE160 employs the new humidity/temperature E+E sensor element HCT01 with excellent long term stability and resistance against pollutants. In combination with a long calibration experience, the EE160 provides a measurement accuracy of ±2.5%RH and is available for wall or duct-mounted with current, voltage BACnet MS/TP or Modbus RTU output.

A confi gurator makes it possible to freely select the scaling of the temperature output and confi gure the Modbus parameters. The confi gurator software, which is free of charge, allows additionally for an on-site adjustment of the humidity and temperature.

EE160




Measured values Relative Humidity Sensor E+E Sensor HCT01-00D Working range 10...95% RH Accuracy at 20°C ±2.5% RH Temperature dependency typ. ±0.03% RH/°C Temperature Sensor Pt1000 (tolerance class B, DIN EN 60751) T-Accuracy at 20°C ±0.3°C

Outputs Analog output 0-10 V -1 mA < IL < 1 mA or (RH: 0...100%; T: see ordering guide) 4-20 mA (two-wire) RL < 500 Ohm Digital output RS485 (BACnet MS/TP or Modbus RTU) max. 32 EE160 in one bus Passiver T-sensor 4-wire see ordering guideGeneral Power supply

for 0 - 10 V / RS485 15 - 35V DC or 24V AC ±20% for 4 - 20 mA 10V + RL x 20 mA < UV < 35V DC

Current consumption Analog with DC power supply typ. 5mA with AC power supply typ. 13mAeff

Digital with DC power supply typ. 15mA with AC power supply typ. 25mAeff

Connection Screw terminals, max. 1.5 mm2

Housing material Polycarbonate, UL94V-0 approved Protection class IP65 / NEMA 4 Cable gland M16 x 1.5 Sensor protection membrane filter Electromagnetic compatibility EN61326-1 EN61326-2-3 Temperature ranges Operating temperature: -40...60°C )F°041...04- (

Storage temperature: -20...60°C ( -4...140°F)

Technical data

Recommended mounting screws:ST4.2x50 DIN7981C

Conduit gland

Cable gland

~55m

m~2

.16“

Ø 12mmØ 0.47“

60 ±0.3mm2.36 ±0.11“

Ø > 16mmØ > 0.63“

6mm0.24“

90 ±0.3mm3.54 ±0.11“

Ø > 13mmØ > 0.51“

~205mm~8.07“101mm

3.98“

19mm0.75“

46mm1.81“

5mm0.2“ GASKET

90 ±0.3mm3.54 ±0.11“

80.6

mm

3.17

“

Type BType A

Dimensions (mm)



Connection diagram

EE160-HT6xAPAB-Tx003MModel: humidity + temperature transmitterAnalog output: 4-20mAPassive T-Sensor: Pt 100 DIN AHousing: polycarbonateType: wall mountingFilter: membrane filter

Output scaling: temperatureScaling: -10...50°Unit: metric

EE160-HTx3xPBB-1AE1NModel: humidity + temperature transmitter Digital output: RS485Housing: polycarbonatType: duct mountingFilter: membrane filter

Protocol: ModbusBaudrate: 9600Parity: evenStopbits: 1Unit: non-metric

Order example

Ordering Guide

MODEL ANALOG1) DIGITAL1) PASSIVE T-SENSOR2) HOUSING TYPE FILTERhumidity + (HT) 0-10V (3) RS485 (3) Pt 100 DIN A (A) polycarbonate (P) wall mount (A) membrane filter (B)temperature 4-20mA (6) none (x) Pt 1000 DIN A (C) duct mount (B)

none (x) NTC 10k (E)Ni1000, TK6180 (J)none (x)

EE160-

OUTPUT SCALING SCALING3) UNITtemperature (Tx) °C °F metric (M)

-20...80 (024) 32...122 (076) non-metric (N) -40...60 (002) -40...140 (083) -10...50 (003) 0...140 (085) 0...50 (004) 20...120 (015)


38400 (C) no parity (N)576006) (D)768006) (E)1152006) (F)

Hardware confi guration


Analog output Digital output

Digital output setup

1) A combination of analog and digital version is not possible2) Analogue version only 3) Other scaling upon request

4) Modbus Map and setup instructions: See User Guide and Modbus Application Note at www.epluse.com/EE1605) Product Implementation conformance Statement (PICS) availbale at www.epluse.com/EE1606) Only for BACnet

8765

EE160-HT3xxx EE160-HT6xxx8765

EE160-HTx3xx8765

T-passive connection for HT3xxx/HT6xxx





Scope of supply

AccessoriesProduct configuration adapter see data sheet EE-PCAProduct configuration software EE-PCS (free download: www.epluse.com/EE160)Power supply adapter V03 (see data sheet Accessories)

Model EE160 Wall mount (Type A)



EE160 Transmitter according ordering guide

Cable gland

Mounting kit

Mounting fl ange

Inspection certifi cate accor-ding to DIN EN10204 - 3.1



EE08 High-Precision Miniature Humidity / Temperature Transmitter

Accurate humidity / temperature measurement over a wide working range, fitted in a small-sized housing and high flexibility have been the main goals for the development of the EE08 series. Low power consumption and short start-up time support efficient energy management for battery operated systems.For this application an additional version (V10) with supply voltage 4.5-15 V DC has been developed.Calibration data and other relevant functions like linearizationor temperature compensation are stored in the probe. This feature, together with the optional connector, allows for easy replacement of the probe without a need for re-adjust-ment of the reading device (interchangeability).The humidity and temperature measurement are available as analogue outputs (0-1/2.5/5 V) and as a digital interface (E2-interface). Easy implementation and data processing is warranted. Humidity and temperature reading can be re-adjusted using the calibration software; available as an accessory. The configuration equip-ment allows humidity and temperature adjustment of the sensor.

meteorology / weather stations humidity / temperature data loggingincubatorsfermentation chambersgreen housessnow machinesdry storage facilities

small dimensions wide working range, high accuracy

traceable calibrationcustomer adjustment possible

interchangeable in secondslow power consumption / short start-up time

analogue outputs / digital interface



101CH rosneSWorking range1) 0...100 % RHDigital output (2 wire)2) output value: 0.00...100.00 % RHAnalogue output 0...100 % RH 0-1/2.5/5/10 V -0.2 mA < IL < 0.2 mA Accuracy at 20 °C (68 °F) and 12 V DC*) ±2 % RH (0...90 % RH) ±3 % RH (90...100 % RH) Temperature dependence typ. 0.03 % RH/°C (typ. 0.02 % RH/°F)

Temperature Sensor Pt 1000 (DIN A) Digital output (2 wire)2) output value: -40.00...+80.00 °C (-40...176 °F)Analogue output 0-1/2.5/5/10 V -0.2mA < IL < 0.2 mAAccuracy at 12/24V DC ∆°C

°C

General Supply voltage output 0-1 V / 0-2.5 V 4.5-15 V DC or 7-30 V DC output 0-5 V 7-30 V DC output 0-10 V 12-30 V DCCurrent consumption typ. < 1.3 mA Digital interface E2-interface level = 3.3 V / ±0.1 VHousing polycarbonate / IP65 Sensor protection metal grid filterElectromagnetic compatibility EN61326-1 EN61326-2-3 Industrial Environment Temperature ranges working temperature: -40...80 °C (-40...176 °F) storage temperature: -40...80 °C (-40...176 °F)1) refer to the working range of the humidtiy sensor HC101 2) serial protocol refer to www.epluse.com


Technical Data

with cable

with connector

EE08



Dimensions (mm)

connector M12 (8-pole)

M16x1.5

61 (2.4”)

71 (2.8”)

83 (3.3”)

∅12

(0.5

”)

M12x161 (2.4”)

73 (2.9”)

25 (1”)

∅12

(0.5

”)

EE08 with connector (Type D)EE08 with cable (Type E)

Connection DiagramType D:

1 T-passive2 SDA3 SCL4 RH-out5 T-out6 GND7 T-passive

8 +UB

E2-interface

Type E:Temp. active Temp. passive, 4-wire

T-passive white (not connected) white, blackT-passive blue (not connected) blue, violetGND pink pinkT-out grey grey (not connected)RH-out yellow yellowSCL green greenSDA brown brown+UB red red

E2-inferface

Order ExampleEE08-PFT2V11E602T22 housing: polycarbonatemodel: humidity active / temp. activeoutput: 0 - 5Vsupply: 7 - 30V DCtype: with cable

filter: metal grid filtercoating: withoutcable length: 2m (6.6ft)T-unit: metricT-scaling: -40...80°C

Accessories / Replacement Parts- M12 connection cable for type D, length 1.5 m (5 ft) (HA010322) - M12 connection cable for type D, length 3 m (10 ft) (HA010323) - M12 connection cable for type D, length 5 m (16.4 ft) (HA010324) - M12 connection cable for type D, length 10 m (32.8 ft) (HA010325) - Radiation shield for Type E (HA010502)- Radiation shield for Type D (HA010506)

PCHA011005Configuration equipment: dna ytidimuh swolla tnempiuqe noitarug finoc ehT

temperature adjustment of the sensor.- configuration cable (HA011005)- configuration software: free download under www.epluse.com/EE08

- Protection cap for 12 mm probe (HA010783)- M12 female socket with wires (HA010703)

rotcennoc elbac elamef 21M -assembly possible (HA010704)

- metal grid filter (HA010113)

Scope of Supply- EE08 Transmitter according to ordering guide- Inspection certifi cate according to DIN EN10204 - 3.1

Ordering Guide

ro )01V( CD V 51 - 5.4 ylppus htiw elbissop )17 - 30 V DC (V11)

2) possible with supply 7 - 30 V DC (V11) only ees sliated rosneS-T )3

www.epluse.com/R-T_Characteristics

HOUSING MODEL OUTPUT SUPPLY T-SENSOR3)(passive, 4-wire)

TYPE

polycarbonate (P) humidity active / temperature active (FT) 0 - 1 V1) (1) 4.5 - 15 V DC (V10) Pt 100 DIN A (A) with connector (D) humidity active / temperature passive (FP) 0 - 2.5 V1) (7) 7 - 30 V DC (V11) Pt 1000 DIN A (C) with cable (E)

0 - 5 V2) (2)0 - 10 V2) (3)

EE08-FILTER COATING CABLE LENGTH

(Type E only)T-UNIT T-SCALING

metal grid filter (6) without coating (no code) 1 m (3.3ft) (01) metric (no code) -40...80 (T22)with coating (HC01) 2 m (6.6ft) (02) non metric (E01) -40...60 (T02)

5 m (16.4ft) (05) -30...70 (T08)-20...80 (T24)-20...50 (T48)other (Txx)



The EE23 series stands for multifunctionality, highest accuracy, easy mounting and service.The new IP65 water proof housing concept is based on three modules: - back module with connectors - middle module which accommodates the electronics - cover module with optional display

It offers easy installation and the possibility for fast exchange of the sensor unit for service purposes.

For use in harsh industrial environments all models of the EE23 are available in a robust metal housing.

The EE23 can be employed in all common applications by choosing the appropriate housing combination.

- Model A / B: wall / duct mounting- Model C: remote sensing probe has a working temperature

range –40...120°C (-40...248°F)- Model H: with remote miniature probe for concealed mounting (e.g. in museums) or in tight spaces.

The high quality HC series humidity sensor elements and newest microprocessor technology are the guarantee for: - best accuracy over the whole working range - display and output of relative humidity, temperature, dew point and frost point temperature - small hysteresis - excellent long term stability - highest resistance to pollutants.

Easy configuration of the humidity and temperature outputs is made possible by the innovative design of the EE23 electronics. One can select between various current or voltage output signals.

One can very easily perform a two point humidity and temperature adjustment by using two push buttons on the PCB.

Further options are the integrated display, cable outlets via connectors, sensor coating and an hygrostate output for control and alarm purposes.

EE23 Humidity / Temperature Transmitter for Industrial Applications

Calculation of Dew Point and Frost Point Temperature

Model A

Model C

Model H

Model B

EE23




With an easy routine the user can perform a fast and accurate two point adjustment of relative humidity and temperature.

Two Point Adjustment

Simple control applications can be solved by the optional alarm output of the EE23. The user can set threshold and hysteresis by potentiometers.

Alarm Output

The actual measured data can be indicated on the optional integrated display. It is possible to choose between relative humidity (RH), temperature (T), dew point (Td), frost point (Tf) or an alternating display of two values.

Display

high end HVAC climate chambersprocess technologydryers clean rooms green housesstocks meteorology

temperature range -40...120°C (-40...248°F)traceable calibration

calculation of dew point / frost point temperaturetwo point humidity and temperature calbration

very easy mounting and maintenancebest accuracy over whole temperature range

remote sensing probe up to 20m (65.6ft)alarm output


A power supply, integrated in the back module of the housing, can be ordered optionally (100...240V AC, 50/60Hz; ordering code V01). The power supply V01 is available for both polycarbonate and metal housing and comes standard with two plugs for supply and outputs to allow an easy connection.

Integrated power supply



Dimensions in mm

EE23-xAxWall mounting Probe material: PC

EE23-xBxDuct mountingProbe material: stainless steel

EE23-xCx Remote probe up to 120°C (248°F)Probe material: stainless steel

EE23-xHx Remote miniature probeProbe material: stainless steel

Housing:

polycarbonate housing metal housing

Models:

For use in harsh industrial environments all models of the EE23 are available in a robust metal housing.The very smooth surface and the rounded outlines allow for the use in clean rooms as well.

135 (5.3”)

163 (6.4”)

32 (1.3”)

32 (1.3”)

40 (1.6”)20 (0.8”)code “probe length”

code “probe length”

code “cable length”


66.5 (2.6”)

90 (3

.5”)

135 (5.3”) 66.5 (2.6”)

90 (3

.5”)

∅12 (0.5”)

50 (2

”)39

(1.5

4”)

∅12

(0

.5”)

∅12

(0.5

”)

∅5

(0.2

”)

15 (0.6”)


Measured quantities Relative humidity Humidity sensor1) EE23-xA/B/Cx HC1000-200 EE23-xHx HC105 Working range1) 0...100% RH Accuracy2) (including hysteresis, non-linearity and repeatability, traceable to intern. standards, administrated by NIST, PTB, BEV...) EE23-xA/B/Cx EE23-xHx -15...40°C (5...104°F) ≤90% RH ± (1.3 + 0.3%*mv) % RH ± (1.8 + 0,3%*mv) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH ± 2.8% RH -25...70°C (-13...158°F) ± (1.4 + 1%*mv) % RH ± (1.9 + 1%*mv) % RH -40...120°C (-40...248°F) ± (1.5 + 1.5%*mv) % RH - Temperature dependence electronics typ. ± 0.015% RH/°C Response time with metal grid filter at 20°C / t90 < 15 sec. Temperature Temperature sensor element EE23-xA/B/Cx Pt1000 (class A, DIN EN 60751) EE23-xHx Pt1000 (class B, DIN EN 60751) Working range sensing head EE23-xAx -40...60°C (-40...140°F) EE23-xBx -40...80°C (-40...176°F)

EE23-xCx -40...120°C (-40...248°F) EE23-xHx -40...80°C (-40...176°F) Accuracy

Temperature dependence of electronics typ. 0.002°C/°COutputs 0 - 1 V -0.5 mA < IL < 0.5 mA 0...100% RH / xx...yy°C3) 0 - 5 V -1 mA < IL < 1 mA (temperature output scale adjustable by E+E or 0 - 10 V -1 mA < IL < 1 mA with configuration kit) 0 - 20mA RL < 470 Ohm 4 - 20 mA RL < 470 Ohm Max. adjustable output scaling4)

from up to units EE23-A EE23-B, H EE23-C Humidity RH 0 100 100 100 % RH Temperature T -40 (-40) 60 (140) 80 (176) 120 (248) °C (°F) Dew-point temperature Td -40 (-40) 60 (140) 80 (176) 100 (212) °C (°F) Frost-point temperature Tf -40 (-40) 0 (32) 0 (32) 0 (32) °C (°F)General Supply voltage

for 0 -1 V, 0 - 5 V outputs 10.5 - 35V DC or 12 - 28V AC for 0 - 10 V, 0 - 20 mA and 4-20 mA outputs 15.0 - 35V DC or 15 - 28V AC (optional 100...240V AC, 50/60Hz)

Current consumption for voltage output for DC supply ≤ 25 mA with alarm module: for DC supply ≤ 35 mA for AC supply ≤ 35 mAeff for AC supply ≤ 60 mAeff

Current consumption for current output for DC supply ≤ 50 mA with alarm module: for DC supply ≤ 60 mA for AC supply ≤ 90 mAeff for AC supply ≤ 110 mAeff

Housing / protection class PC or Al Si 9 Cu 3 / IP65; Nema 4 Cable gland5) M16x1.5 cable Ø 4.5 - 10 mm (0.18 - 0.39”) Electrical connection5) screw terminals max. 1.5 mm² (AWG 16) Working temperature range of electronics -40...60°C (-40...140°F) Working temperature range with display -30...60°C (-22...140°F) Storage temperature range -40...60°C (-40...140°F) 1) Refer to the working range of the humidity sensor 3) Refer to ordering guide 4) Refer to accuracies of calculated values (page 152) 5) Connection plugs refer to ordering guide 2) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

Technical Data

°C

EE23-xA/B/Cx EE23-xHx

°C

∆°C ∆°C



Connecting Diagram

Humidity Sensor - Working Range

The working range of the humidity sensor element is shown in terms of humidity / temperature limits.

Although the sensors would not deteriorate beyond the limits, their performance can only be specified within the limits of the working range.

hum

idity

[%R

H]

temperature [°C]

CE compatibility according EN61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassBAlarm Module - optional Output SPDT-Switch up to 250V AC/8A or 28V DC/8A threshold hysteresis Setting range 10...95% RH 3...15% RH Setting accuracy ± 3% RH

Sensor CoatingOperation in heavily polluted and/or corrosive environments is typical for many industrial processes and can lead to drift or damage of the humidity sensor and thus to false measured values. The unique protective coating developed by E+E for the sensing probe (ordering code: HC01) brings a significant improvement on the long-term stability of the transmitter in very dirty and aggressive environments.


29

EE23-MFTC6025D03/AC2-Td04-M01

housing: metal housing type: humidity + temperature model: remote sensor probe filter: metal grid cable length: 2 m (6.6ft) probe length: 200 mm (7.9”) display: with display output 1: rF output 2: Td output signal: 0-5V scaling of T-output: 0...50°C display mode: measurand output 1

1) Combination alarm output and plugs is not possible (with cable glands only) / combination alarm output and integrated power supply is not possible / alarm output for RH only2) Integrated power supply includes 2 plugs for power supply and outputs / further plug options are not possible

Order ExampleAccessories (additional information see data sheet “Accessories”)

- filter caps (HA0101xx) - external power supply unit (V02)- display + housing cover in metal (D03M)- display + housing cover in polycarbonate (D03P)- mounting flange (HA010201)- mounting flange 5mm (for model H only) (HA010208)- bracket for installation onto mounting rails* (HA010203)- spare part sensor (FE09 or FE09-HC01)- drip water protection (HA010503)- calibration set (HA0104xx)- radiation shield (HA010502)

*Note: Only for plastichousing, not for metalhousing

EE23- EE23-Hardware ConfigurationHousing metal housing M M

polycarbonate housing P PType humidity + temperature FT FTModel wall mounting A

duct mounting Bremote probe up to 120°C(248°F) Cremote miniature probe H

Filter membrane filter 5mm 1stainless steel sintered filter 3PTFE filter 5metal grid filter 6H2O2 filter 8

Cable length(incl. probe length; 2m 02 02models C and H only) 5m 05 05

10m 10 1020m 20 20

Probe length 65mm 2(models B and C only) 200mm 5

400mm 6Display without displayrefer to software-code) with display D03 D03Alarm output1) no alarm output

with alarm output SW SWPlug standard cable 1 gland M16x1.5;cable Ø 4.5 - 10 mm (0.18 - 0.39”) 1 plug for supply + outputs C03 C03Coating sensor no

yes HC01Supply voltage 15...35V DC / 15...28V AC

integrated power supply 100...240V AC, 50/60Hz2) V01 V01

Software Configuration Select according to OrderingPhysical Relative humdity RH [%] (A) Output 1 Guide (A -D)parameters of Temperature T [°C] (B)outputs Dew point temperature Td [°C] (C) Output 2 Select according to Ordering

Frost point temperature Tf [°C] (D) Guide (A -D)Type of 0 - 1V (1) Select according to Orderingoutput signals 0 - 5V (2) Guide(1-6)

0 - 10V (3)0 - 20mA (5)4 - 20mA (6)

Temperature unit °C°F E01 E01

Scaling of T-output -40...60 (T02) -40...120 (T12) -40...248 (T78) Output T Select according to OrderingScaling of Td-output -10...50 (T03) 20...120 (T15) 0...140 (T85) Guide (Txx)Scaling of Tf-output 0...50 (T04) -30...60 (T20) 0...248 (T87) Output Td Select according to Orderingin°C or °F 0...100 (T05) 0...80 (T21) 32...120 (T90) Guide (Tdxx)

0...60 (T07) -40...80 (T22) 32...140 (T91) Output Tf Select according to Ordering-30...70 (T08) -20...80 (T24) 32...248 (T93) Guide (Tfxx)-30...120 (T09) -20...60 (T25) 32...132 (T96) Other T/Td/Tf-scaling refer to data sheet „T-Scalings“-20...120 (T10) -30...50 (T45)-10...70 (T11) -20...50 (T48)

Display mode measurand output 1+2 alternating M12 M12measurand output 1 M01 M01measurand output 2 M02 M02

Ordering Guide


RSHIELDE S C U D O P R O T E C T O R

Av/ Benjamin Franklin, 28-B46980 - Parque TecnológicoPaterna, Valencia (SPAIN)

Telf. (+34) 968 162 [email protected]

RSHIELDESCUDO PANTALLA PROTECTOR RADIACIÓN SOLAR

INTRODUCCIÓN

ESPECIFICACIONES

Las mediciones de humedad y temperatura en exteriores deberán tener lugar en un refugio minimizando la radiación y errores para proporcionarles una protección mecánica.

La pantalla de sensor RShield está diseñada para este propósito. Los tres primeros platos están completamente cerrados, los otros platos presentan aberturas venturi para ofrecer una buena protección de la radiación solar, aunque sigue abierto a la ventilación. La forma especial del borde de los platos, mejora el rápido deslizamiento de agua.

La tapa inferior de la pantalla del sensor está disponible con diferentes aberturas de tamaño con el fin de montar una gran variedad de diferentes sensores de temperatura y humedad. Asimismo, la pantalla puede ser ordenado con diferentes números de platos dependiendo de la longitud de la sonda para ser montado en la pantalla.

Los soportes están disponibles para mástil (Ø 30 - 50 mm) y montaje en pared.

Material Thermoplast Resistente Ultra Violeta

Externa: diámetro 120 x altura 140 mm.Interna: diámetro 32 x altura 87mm.

Dimensiones sin soporte

Av/ Benjamin Franklin, 28-B46980 - Parque TecnológicoPaterna, Valencia (SPAIN)

Telf. (+34) 968 162 [email protected]

WINDSPEED (m/s)

TIME OF DAY


EE210

Features








Bayonet Screws


Cast Electronics







EE210






EE210












Technical Data

∆ °C

°C

∆ °C

°C



Connection Diagram


CABLE GLAND M16x1.5

~55m

m~2

.16“

Ø 12mmØ 0.47“

60 ±0.3mm2.36 ±0.11“

Ø > 16mmØ > 0.63“

6mm0.24“

90 ±0.3mm3.54 ±0.11“

Ø > 13mmØ > 0.51“

101mm3.98“

19mm0.75“

90 ±0.3mm3.54 ±0.11“

46mm1.81“

5mm0.2“ 80

.6m

m3.

17“

34mm

1.34“

106mm

4.17“

GASKET


Typ B

Typ C

EE210P

Typ A


15...35VDC 24VAC ±20%

EE210-HT3 EE210-HT6

15...35VDC 24VAC ±20%

Output: 4...20mA



15...35VDC 24VAC ±20%


Output: 0...5V0...10V






EE210-



EE210P-







5) Factory Scaling






38400 (C) no parity (N)576009) (D)768009) (E)1152009) (F)







Order Examples

Accessories

Type A and B Type C


Position 1:

Position 2:



Scope of supply








Mounting kit

Mounting fl ange




30

EE220 v1.0

EE220 Series Humidity / Temperature Transmitter with interchangeable probes

Unique for the EE220 series are the interchangeable sensing probes. The calibration data is stored in the probes, therefore a probe replacement does not affect the accuracy of EE220.The outstanding accuracy over the entire temperature range is based on very precise calibration methods and on the latest microprocessor technology. Well-proven E+E humidity sensor elements ensure excellent long-term stability. For high temperature applications (up to +80°C / +176°F) or in case of limited space availability, the sensing probes can be connected to EE220 housing with cables (2m, 5m or 10m / 6.6ft, 16.4ft or 32.8ft) without any repercussions for the overall accuracy of the instrument.Voltage 0 - 1 / 10V or current 4 - 20mA (2 wire) EE220-outputs are available, of which the temperature output can be scaled according to the application (see ordering guide).

EE220 is suitable for direct wall mounting and for installation on rails according to DIN EN 50022. The optional display indicates the actual RH- and T-values.Duct mounting can be done easily with the optional duct mounting kit.

pharmaceutical industryclean roomsstorage roomsgreen housescooling chambers

interchangeable probesremote sensing probe up to 10m (32.8ft)

measuring range 0...100% RH / -40...80°C (-40...176°F)optional display

easy field loop-calibration


RH probe T probe

Field calibration of humidity and temperatureIn the pharmaceutical and biotechnology industry a Loop-Calibration of the RH- and T-outputs, recommended by the FDA (Food and Drug Administration), can easily be performed utilizing separate RH- and T-probes (Type: EE220-xxx2x).

The RH- and T-outputs can be adjusted with push buttons on the printed circuit board.

EE220 + EE07 in polycarbonate

housing

Reference probesAs useful accessories reference probes (incl. test report) representing fixed humidity and temperature values are available.

They shall be installed instead of the measuring probes to check function and accuracy of the evaluation unit.One probe simulates high humidity and low temperature, the other low humidity and high temperature, to check the upper and lower end of both analogue outputs.

EE220 + EE07 in metal housing


31

EE220

with one RH&T probeEE220-xxx1x

with two separate probes for RH and T

EE220-xxx2x

Probe dimensions (mm)

with one remote RH&T probe EE220-xxx1x +HAxxxx

with two remote separate probes

for RH and T EE220-xxx2x

+2x HAxxxx

Housing dimensions (mm)

For use in harsh industrial environments all models of EE220 series are available in a robust metal housing. (Interchangeable probes are also available in metal version.)The smooth surface and the rounded outlines allow the use in clean room applications.


cable length ordering code2m (6.6ft) HA0108015m (16.4ft) HA01080210m (32.8ft) HA010803

T probe

T probe

RH probe

RH probe

135 (5.3”)

163 (6.4”)

32

(1.3

”)

L*)

83

(3.3

”)18

(0

.7”)

41

(1.6

”)

50 (2”)

90 (3

.5”)

135 (5.3”) 50 (2”)

90 (3

.5”)

∅13 (0.51”)

∅12 (0.47”)

∅12 (0.47”)

25

(1”)

18

(0.7

”)50

(2

”)∅6 (0.2”)

∅13 (0.51”)

25

(1”)

92

(3.6

”)

∅6 (0.2”)

duct mounting kitHA010209

M12x1

∅15

200

60

46

5,2

30

2

*) L = Filter lenght see Datasheet „Accessories“


32

Sensing probe refer to data sheet of respective sensing probe

Outputs 0...100% RH/ xx...yy°C2) 0 - 1V -0.5mA < IL < 0.5mA (temperature output scale according to 0 - 10V -1mA < IL < 1mA Txx ordering code) 4 - 20mA (two wire) RL < 500 Ohm Temperature dependence of analogue outputs max. 0.2 resp. 1General

Supply voltage for 0 - 1V output 10 - 35V DC or 9 - 29V AC for 0 - 10V output 15 - 35V DC or 15 - 29V AC for 4 - 20mA output 10 - 35V DC Load resistor for 4 - 20mA output RL < [Ω]

Current consumption typ. 10mA for DC supply typ. 20mAeff for AC supplyElectrical connection screw terminals max. 2.5mm2

Cable gland M16x1.5 cable Ø 4.5 - 10 mm (0.18 - 0.39”) (optional connector; type: Lumberg, RSF 50/11)Material PC or Al Si 9 Cu 3 Protection class of housing IP65; Nema 4Electromagnetic compatibility EN61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassBWorking temperature range of electronics -40...60°C (-40...140°F) Storage temperature range -40...60°C (-40...140°F)

1) Refer to ordering guide

Technical Data

Connection DiagramEE220- x1x - x3x

mV°C

µA°C

Uv - 10V0.02 A

EE220

EE220- x6x

Humidity/Temperature Probes

Overview of Sensing Probes

Application Picture Measuring Range Accuracy Order Code

RH/T probe for standard applications 0...100% RH ±2% RH (0...90% RH) EE07-PFT1 ±3% RH (90...100% RH) -40...80°C (-40...176°F) ±0.1°C (±0.18°F) at 20°C (68°F)

RH/T probe for clean room applications, 0...100% RH ±2% RH (0...90% RH) EE07-MFT9food and pharmaceutical industry ±3% RH (90...100% RH) -40...80°C (-40...176°F) ±0.1°C (±0.18°F) at 20°C (68°F)

RH/T module for installation in small 0...95% RH ±3% RH (10...100% RH) EE03-FT9spaces or unobtrusive mounting at 21°C (69.8°F) -40...85°C (-40...185°F) ±0.3°C (±0.54°F) at 20°C (68°F)

Temperature Probes

T probe for standard applications -40...80°C (-40...176°F) ±0.1°C (±0.18°F) at 20°C (68°F) EE07-PT1

T probe for clean room applications, -40...80°C (-40...176°F) ±0.1°C (±0.18°F) at 20°C (68°F) EE07-MTfood and pharmaceutical industry


33

Ordering Guide

Accessories / Replacement Parts (For further information see data sheet „Accessories“)

Order Example

- Display + housing cover in metal (D07M)- Display + housing cover in polycarbonate (D07P)- Duct mounting kit (HA010209)- Probe cable 2m (6.6ft) / 5m (16.4ft) / 10m (32.8ft) (HA0108xx)- Bracket for rail installation* (HA010203)- External supply unit (V02)- Reference probes (HA010403)

*Note: Only for plastic housing, not for metal housing

Position 1 - Convertor:

EE220-M3A1C03/T07 housing: metal housingoutput: 0-10Vmodel: wall mounting - cable gland M16x1.5number of sensor slots: 1 display: without displayplug: 1 plug for power supply and outputsT-Unit: °Cscaling of T-output: 0...60°C

EE220

Position 3 - Probe cable:

1x HA010802 5m (16.4ft) cable for EE07

Position 2 - Probe:

EE07-MFT9probe: probe RH/T (metal)filter: metal grid filter (stainless steel)

Position 1 - Convertor EE220-Hardware ConfigurationHousing metal housing M

polycarbonate housing POutput 0-1V 1

0-10V 34-20mA 6

Model wall mounting - cable gland M16x1.5 Awall mounting - rear cable outlet F

Number of probes 1 (for probe RH/T) 12 (for probe RH+T) 2

Display without Displaywith Display D07

Plug (only for type A) without plug1 plug for power supply and outputs C03

Software ConfigurationT-Unit °C

°F E01T-Scaling -40...60 (T02) 0...120 (T16) -20...50 (T48)

Select according to Ordering Guide (Txx)

Other T-scaling refer to data sheet „T-Scalings“

-10...50 (T03) -30...60 (T20) -40...176 (T80) 0...50 (T04) 0...80 (T21) 0...140 (T85) 0...60 (T07) -40...80 (T22) 0...176 (T86) -30...70 (T08) -20...80 (T24) 32...120 (T90) -10...70 (T11) -20...60 (T25) 32...140 (T91) -40...120 (T12) -30...50 (T45) 32...132 (T96)

Position 2 - ProbeHumidity / Temperature probe RH/T (polycarbonat) EE07-PFTx

probe RH/T (metal) EE07-MFTxmodule RH/T EE03-FT9

Temperature probe T (polycarbonat) EE07-PTxprobe T (metal) EE07-MT

Position 3 - Probe cableCable for EE07 2m (6.6ft) HA010801

5m (16.4ft) HA01080210m (32.8ft) HA010803

Cable for EE03 2m (6.6ft) HA0103285m (16.4ft) HA010329



The EE23 series stands for multifunctionality, highest accuracy, easy mounting and service.The new IP65 water proof housing concept is based on three modules: - back module with connectors - middle module which accommodates the electronics - cover module with optional display

It offers easy installation and the possibility for fast exchange of the sensor unit for service purposes.

For use in harsh industrial environments all models of the EE23 are available in a robust metal housing.

The EE23 can be employed in all common applications by choosing the appropriate housing combination.

- Model A / B: wall / duct mounting- Model C: remote sensing probe has a working temperature

range –40...120°C (-40...248°F)- Model H: with remote miniature probe for concealed mounting (e.g. in museums) or in tight spaces.

The high quality HC series humidity sensor elements and newest microprocessor technology are the guarantee for: - best accuracy over the whole working range - display and output of relative humidity, temperature, dew point and frost point temperature - small hysteresis - excellent long term stability - highest resistance to pollutants.

Easy configuration of the humidity and temperature outputs is made possible by the innovative design of the EE23 electronics. One can select between various current or voltage output signals.

One can very easily perform a two point humidity and temperature adjustment by using two push buttons on the PCB.

Further options are the integrated display, cable outlets via connectors, sensor coating and an hygrostate output for control and alarm purposes.

EE23 Humidity / Temperature Transmitter for Industrial Applications

Calculation of Dew Point and Frost Point Temperature

Model A

Model C

Model H

Model B

EE23




With an easy routine the user can perform a fast and accurate two point adjustment of relative humidity and temperature.

Two Point Adjustment

Simple control applications can be solved by the optional alarm output of the EE23. The user can set threshold and hysteresis by potentiometers.

Alarm Output

The actual measured data can be indicated on the optional integrated display. It is possible to choose between relative humidity (RH), temperature (T), dew point (Td), frost point (Tf) or an alternating display of two values.

Display

high end HVAC climate chambersprocess technologydryers clean rooms green housesstocks meteorology

temperature range -40...120°C (-40...248°F)traceable calibration

calculation of dew point / frost point temperaturetwo point humidity and temperature calbration

very easy mounting and maintenancebest accuracy over whole temperature range

remote sensing probe up to 20m (65.6ft)alarm output






Dimensions in mm

EE23-xAxWall mounting Probe material: PC


EE23-xCx Remote probe up to 120°C (248°F)Probe material: stainless steel

EE23-xHx Remote miniature probeProbe material: stainless steel

Housing:


Models:


135 (5.3”)

163 (6.4”)

32 (1.3”)

32 (1.3”)

40 (1.6”)20 (0.8”)code “probe length”




66.5 (2.6”)

90 (3

.5”)

135 (5.3”) 66.5 (2.6”)

90 (3

.5”)

∅12 (0.5”)

50 (2

”)39

(1.5

4”)

∅12

(0

.5”)

∅12

(0.5

”)

∅5

(0.2

”)

15 (0.6”)


Measured quantities Relative humidity Humidity sensor1) EE23-xA/B/Cx HC1000-200 EE23-xHx HC105 Working range1) 0...100% RH Accuracy2) (including hysteresis, non-linearity and repeatability, traceable to intern. standards, administrated by NIST, PTB, BEV...) EE23-xA/B/Cx EE23-xHx -15...40°C (5...104°F) ≤90% RH ± (1.3 + 0.3%*mv) % RH ± (1.8 + 0,3%*mv) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH ± 2.8% RH -25...70°C (-13...158°F) ± (1.4 + 1%*mv) % RH ± (1.9 + 1%*mv) % RH -40...120°C (-40...248°F) ± (1.5 + 1.5%*mv) % RH - Temperature dependence electronics typ. ± 0.015% RH/°C Response time with metal grid filter at 20°C / t90 < 15 sec. Temperature Temperature sensor element EE23-xA/B/Cx Pt1000 (class A, DIN EN 60751) EE23-xHx Pt1000 (class B, DIN EN 60751) Working range sensing head EE23-xAx -40...60°C (-40...140°F) EE23-xBx -40...80°C (-40...176°F)

EE23-xCx -40...120°C (-40...248°F) EE23-xHx -40...80°C (-40...176°F) Accuracy

Temperature dependence of electronics typ. 0.002°C/°COutputs 0 - 1 V -0.5 mA < IL < 0.5 mA 0...100% RH / xx...yy°C3) 0 - 5 V -1 mA < IL < 1 mA (temperature output scale adjustable by E+E or 0 - 10 V -1 mA < IL < 1 mA with configuration kit) 0 - 20mA RL < 470 Ohm 4 - 20 mA RL < 470 Ohm Max. adjustable output scaling4)

from up to units EE23-A EE23-B, H EE23-C Humidity RH 0 100 100 100 % RH Temperature T -40 (-40) 60 (140) 80 (176) 120 (248) °C (°F) Dew-point temperature Td -40 (-40) 60 (140) 80 (176) 100 (212) °C (°F) Frost-point temperature Tf -40 (-40) 0 (32) 0 (32) 0 (32) °C (°F)General Supply voltage

for 0 -1 V, 0 - 5 V outputs 10.5 - 35V DC or 12 - 28V AC for 0 - 10 V, 0 - 20 mA and 4-20 mA outputs 15.0 - 35V DC or 15 - 28V AC (optional 100...240V AC, 50/60Hz)

Current consumption for voltage output for DC supply ≤ 25 mA with alarm module: for DC supply ≤ 35 mA for AC supply ≤ 35 mAeff for AC supply ≤ 60 mAeff

Current consumption for current output for DC supply ≤ 50 mA with alarm module: for DC supply ≤ 60 mA for AC supply ≤ 90 mAeff for AC supply ≤ 110 mAeff

Housing / protection class PC or Al Si 9 Cu 3 / IP65; Nema 4 Cable gland5) M16x1.5 cable Ø 4.5 - 10 mm (0.18 - 0.39”) Electrical connection5) screw terminals max. 1.5 mm² (AWG 16) Working temperature range of electronics -40...60°C (-40...140°F) Working temperature range with display -30...60°C (-22...140°F) Storage temperature range -40...60°C (-40...140°F) 1) Refer to the working range of the humidity sensor 3) Refer to ordering guide 4) Refer to accuracies of calculated values (page 152) 5) Connection plugs refer to ordering guide 2) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

Technical Data

°C

EE23-xA/B/Cx EE23-xHx

°C

∆°C ∆°C



Connecting Diagram

Humidity Sensor - Working Range

The working range of the humidity sensor element is shown in terms of humidity / temperature limits.

Although the sensors would not deteriorate beyond the limits, their performance can only be specified within the limits of the working range.

hum

idity

[%R

H]

temperature [°C]

CE compatibility according EN61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassBAlarm Module - optional Output SPDT-Switch up to 250V AC/8A or 28V DC/8A threshold hysteresis Setting range 10...95% RH 3...15% RH Setting accuracy ± 3% RH

Sensor CoatingOperation in heavily polluted and/or corrosive environments is typical for many industrial processes and can lead to drift or damage of the humidity sensor and thus to false measured values. The unique protective coating developed by E+E for the sensing probe (ordering code: HC01) brings a significant improvement on the long-term stability of the transmitter in very dirty and aggressive environments.


29

EE23-MFTC6025D03/AC2-Td04-M01

housing: metal housing type: humidity + temperature model: remote sensor probe filter: metal grid cable length: 2 m (6.6ft) probe length: 200 mm (7.9”) display: with display output 1: rF output 2: Td output signal: 0-5V scaling of T-output: 0...50°C display mode: measurand output 1

1) Combination alarm output and plugs is not possible (with cable glands only) / combination alarm output and integrated power supply is not possible / alarm output for RH only2) Integrated power supply includes 2 plugs for power supply and outputs / further plug options are not possible

Order ExampleAccessories (additional information see data sheet “Accessories”)

- filter caps (HA0101xx) - external power supply unit (V02)- display + housing cover in metal (D03M)- display + housing cover in polycarbonate (D03P)- mounting flange (HA010201)- mounting flange 5mm (for model H only) (HA010208)- bracket for installation onto mounting rails* (HA010203)- spare part sensor (FE09 or FE09-HC01)- drip water protection (HA010503)- calibration set (HA0104xx)- radiation shield (HA010502)

*Note: Only for plastichousing, not for metalhousing

EE23- EE23-Hardware ConfigurationHousing metal housing M M

polycarbonate housing P PType humidity + temperature FT FTModel wall mounting A

duct mounting Bremote probe up to 120°C(248°F) Cremote miniature probe H

Filter membrane filter 5mm 1stainless steel sintered filter 3PTFE filter 5metal grid filter 6H2O2 filter 8

Cable length(incl. probe length; 2m 02 02models C and H only) 5m 05 05

10m 10 1020m 20 20

Probe length 65mm 2(models B and C only) 200mm 5

400mm 6Display without displayrefer to software-code) with display D03 D03Alarm output1) no alarm output

with alarm output SW SWPlug standard cable 1 gland M16x1.5;cable Ø 4.5 - 10 mm (0.18 - 0.39”) 1 plug for supply + outputs C03 C03Coating sensor no

yes HC01Supply voltage 15...35V DC / 15...28V AC

integrated power supply 100...240V AC, 50/60Hz2) V01 V01

Software Configuration Select according to OrderingPhysical Relative humdity RH [%] (A) Output 1 Guide (A -D)parameters of Temperature T [°C] (B)outputs Dew point temperature Td [°C] (C) Output 2 Select according to Ordering

Frost point temperature Tf [°C] (D) Guide (A -D)Type of 0 - 1V (1) Select according to Orderingoutput signals 0 - 5V (2) Guide(1-6)

0 - 10V (3)0 - 20mA (5)4 - 20mA (6)


Scaling of T-output -40...60 (T02) -40...120 (T12) -40...248 (T78) Output T Select according to OrderingScaling of Td-output -10...50 (T03) 20...120 (T15) 0...140 (T85) Guide (Txx)Scaling of Tf-output 0...50 (T04) -30...60 (T20) 0...248 (T87) Output Td Select according to Orderingin°C or °F 0...100 (T05) 0...80 (T21) 32...120 (T90) Guide (Tdxx)

0...60 (T07) -40...80 (T22) 32...140 (T91) Output Tf Select according to Ordering-30...70 (T08) -20...80 (T24) 32...248 (T93) Guide (Tfxx)-30...120 (T09) -20...60 (T25) 32...132 (T96) Other T/Td/Tf-scaling refer to data sheet „T-Scalings“-20...120 (T10) -30...50 (T45)-10...70 (T11) -20...50 (T48)

Display mode measurand output 1+2 alternating M12 M12measurand output 1 M01 M01measurand output 2 M02 M02

Ordering Guide



EE31The precise and reliable measurement of humidity in industrialprocesses is gaining more and more importance. The multifunctional transmitters series EE31 offer the ideal solution.

The result of many years of experience in humidity measurement tech-nology for industrial applications, the EE31 series builds on the E+E high-quality HC series capacitive humidity sensor elements.

The optimal hardware structure for varying applications is achieved by combining various standard mechanical and electronic modules. User friendly MS Windows software tools simplify the configuration of the transmitter, the data recording, visualization and processing.

The measured values are available on two freely configurable andscalable analogue outputs and on the serial RS232 interface. With an optional RS485 module up to 32 transmitters can be connected to a net-work and one single PC interface allowing easy remote monitoring.

Two freely configurable optional alarm outputs can be set by software. The measured data and the corresponding MIN/MAX values can be viewed on the optional LC display.

Other features especially tailored for harsh industrial applications are the new housing concept consisting of three modules, the easy on-site adjustment and calibration, and the pluggable sensor option. These features allow for very fast and easy servicing of the transmitter.

By selecting a suitable housing version the EE31 series can be used for the entire range of humidity measurement applications:

- Model A for wall mounting- Model B for duct mounting- Model D with remote sensing probe for measurements in the extended

temperature range -40...180°C (-40...356°F).- Model E with remote sensing probe for pressure tight applications between 0.01...20 bar (0.15...300psi).

Model B

Model D / E

Model A

Network with up to 32 transmittersUp to 32 transmitters can be connected in a RS-485 bus system to a single PC interface.The measured and calculated data is stored in a PC database which is avai-lable for further processing.The data base can also be stored in ASCII format or in a database with ODBC interface.

EE31

Multifunctional Industrial Transmitter for Humidity / Temperature / Dew Point / Absolute Humidity...

Product Configuration Software (EE-PCS)The Configuration Software is used for: - flexible, easy and fast setup of the analogue and alarm outputs. - adjustment of the humidity and temperature outputs. - exchange of the sensing probe or of the sensors.



Easy calibration and adjustment of the transmitterThe modular housing of the EE31 enables a fast and easy on-site adjustment and calibration. Using the optional extension cable one can adjust or calibrate the entire measurement loop without interrupting the measurement. No need for time-consuming dismounting and wiring of the instrument. This feature makes the EE31 series suitable for use in regulatory environments (e.g. FDA, GAMP).The adjustment of humidity and temperature (2 points or 1 point) is performed either with a simple routine using two push buttons on the printed circuit board or with the configuration software.

Sensor CoatingOperation in heavily polluted and/or corrosive environments is typical for many industrial processes and can lead to drift or damage of the humidity sensor and thus to false measured values. The unique protectivecoating developed by E+E for the sensing probe brings a significant improvement on the long-term stability of the transmitter in very dirty and aggressive environments. (ordering code: HC01)

Alarm outputsAn optional alarm module with 2 relay outputs is available for control and alarm purposes. The selection of the physical quantity for the relay outputs and the setting of threshold and hysteresis can be easily made with the configuration software included in the standard scope of supply.

Two status LEDs on the printed circuit board indicate the transmitter status and eventual errors, especially useful during installation or service operations.

2 Status LEDs

Integrated DisplayThe actual measured and calculated values as well as the corresponding Min/Max values can be indicated on an optional display. The physical quantity to be dis-played is chosen with the push buttons on the housing. (ordering code: D05)



The pluggable sensing probe with plug connection can be easily exchanged in the versions D and E. The installation of the probe cable (up to 20m / 65ft) is significantly simplified and can be installed prior to fitting the transmitter.(ordering code: P01)

Pluggable sensing probe



Connection versionsstandard plug option C03 plug option C08

LumbergRSC 5/7

Y splitter*

LumbergRKC 5/72x M16x1.5

power supply+ analogue output

LumbergRKC 5/7

RS485 network

* Siemens 6ES7 194-1KA01-0XA0


plug option C06

LumbergRSC 5/7

M16x1.5

RS232

Dimensions in mm

EE31-xAxWall mountingProbe material: PC


EE31-xDxRemote probe for T up to 180°C (356°F)Probe material: stainless steel

EE31-xExPressure tight probe up to 20bar (300psi)Probe material: stainless steel

Housing:


Models:

135 (5.3”)

163 (6.4”)

L*)

L*)


code “probe length”code “cable length”

66.5 (2.6”)

90 (3

.5”)

135 (5.3”) 66.5 (2.6”)

90 (3

.5”)

∅12 (0.5”)

50 (2

”)L*

)

∅12

(0

.5”)

∅12

(0.5

”)

L*) 200code “cable length”

∅13

(0.5

1”)


1/2” ISO or1/2” NPT adjustable

min. 23 (1”) / max. 164 (6.5”)

∅12

(0

.47”

)

*) L = Filter length: refer to data sheet "Accessories"

15 (0.6”)

15 (0.6”)



Measurement values Relative humidity Humidity sensor1) HC1000-400 Working range1) 0...100% RH Accuracy*) (including hysteresis, non-linearity and repeatability, traceable to intern. standards, administrated by NIST, PTB, BEV...) -15...40°C (5...104°F) ≤90% RH ± (1.3 + 0.3%*mv) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH -25...70°C (-13...158°F) ± (1.4 + 1%*mv) % RH -40...180°C (-40...356°F) ± (1.5 + 1.5%*mv) % RH Temperature dependence of electronics typ. ± 0.01% RH/°C (0.0055% RH/°F) Response time with metal grid filter at 20°C / t90 < 15s Temperature Temperature sensor element Pt1000 (Tolerance class A, DIN EN 60751) Working range sensing head EE31-xAx: -40...60°C (-40...140°F) EE31-xDx: -40...180°C (-40...356°F) EE31-xBx: -40...80°C (-40...176°F) EE31-xEx: -40...180°C (-40...356°F) Accuracy

Temperature dependence of electronics typ. ± 0.005°C/°COutputs2)

Two freely selectable and scaleable analogue outputs 0 - 5V -1mA < IL < 1mA 0...100% RH / xx...yy°C respectively 0 - 10V -1mA < IL < 1mA 4 - 20mA RL < 500 Ohm 0 - 20mA RL < 500 Ohm Serial interface RS232C RS485 optionalMax. adjustable measurement range2)3) from up to units EE31-A EE31-B EE31-D,E Humidity RH 0 100 100 100 % RH Temperature T -40 (-40) 60 (140) 80 (176) 180 (356) °C (°F) Dew-point temperature Td -40 (-40) 60 (140) 80 (176) 100 (212) °C (°F) Frost-point temperature Tf -40 (-40) 0 (32) 0 (32) 0 (32) °C (°F) Wet-bulb temperature Tw 0 (32) 60 (140) 80 (176) 100 (212) °C (°F) Water vapour partial pressure e 0 (0) 200 (3) 500 (7.5) 1100 (15) mbar (psi) Mixture ratio r 0 (0) 425 (2900) 999 (9999) 999 (9999) g/kg (gr/lb) Absolute humidity dv 0 (0) 150 (60) 300 (120) 700 (300) g/m3 (gr/f3)) Specific enthalpy h 0 (0) 400 (50000) 1000 (375000) 2800 (999999) kJ/kg (Btu/lb)General Supply voltage 8...35V DC 12...30V AC (optional 100...240V AC, 50/60Hz) Current consumption - 2x voltage output for 24V DC/AC: typ. 40mA - 2x current output typ. 80mA Pressure range for pressure tight probe 0.01...20bar (0.15...300psi) System requirements for software WINDOWS 2000 or later; serial interface Housing / protection class PC or Al Si 9 Cu 3 / IP65; NEMA 4 Cable gland M16 x 1.5 cable Ø 4.5 - 10 mm (0.18 - 0.39”) Electrical connection screw terminals up to max. 1.5mm² (AWG 16) Working and storage temperature range of electronics -40...60°C (-40...140°F) -20...50°C (-4...122°F) - housing with display Electromagnetic compatibility according to EN61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassB

1) Refer to the working range of the humidity sensor. 2) Can be easily changed by software.

3) Refer to accuracies of calculated values (www.epluse.com/feuchtemessung). .)noitaived dradnats semit-2( 2=k rotcaf tnemecnahne na htiw noitarbilac yrotcaf eht fo ytniatrecnu eht sedulcni tnemetats ycarucca ehT )*

The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

Technical Data

∆°C

°C



Technical Data for Options

Working range humidity sensor

The grey area shows the allowed measurement range for the humidity sensor.

Operating points outside of this range do not lead to destruction of the element, but the specified measure-ment accuracy cannot be guaranteed.

Rel

ativ

e hu

mid

ity [

%R

H]

Temperature [°C]

Display graphical LC display (128x32 pixels), with integrated push-buttons for selecting parameters and MIN/MAX functionAlarm outputs 2 x 1 switch contact 250V AC / 6A 28V DC / 6AThreshold + hysteresis can be adjusted with configuration software Switching parameters freely selectable between: RH Relative humidity T Temperature Td Dew-point temperature Tf Frost-point temperature Tw Wet-bulb temperature e Water vapour partial pressure r Mixture ratio dv Absolute humidity h Specific enthalpy

Connection diagramTerminal configuration - Alarm output

NO

NO

3

6

NC

NC

1

4

C

C

2

5

REL 1

REL 2

Scope of SupplyIncluded in all versions According to ordering guide

EE31 according to ordering guideManual EE31 German/English/FrenchInspection certifi cate according to DIN EN 10204 – 3.1Allen key 3.0 only for metal housingMating plug for integrated power supply V01Mating plug RKC 5/7 V01 / C03 / C08Y-junction for network connection C08 & NMating plug RSC 5/7 C06 / C08M16 Cable gland metal except C03, C06, C08, V01



1) Combination alarm output and plugs is not possible (with cable glands only) / combination alarm output and integrated power supply is not possible2) Integrated power supply includes 2 plugs for power supply and outputs / further plug options are not possible

Ordering Guide

Order ExampleEE31-PFTB55SW/BC2-T07-Td03Housing: polycarbonate housingType: humidity + temperature Output 1: TModel: duct mounting Output 2: TdFilter: PTFE Filter Output signal: 0-5V Probe length: 200mm (7.9”) Scaling of T-output: 0...60°CAlarm output: with relay Scaling of Td-output: -10...50°C

Accessories / Replacement Parts (For further information, see data sheet "Accessories")

- Filter caps (HA0101xx) - Interface cable for plugs C06 (HA010311)- Display + housing cover in metal (D05M) - Bracket for installation onto mounting rails* (HA010203)- Display + housing cover in polycarbonate (D05P) - Drip water protection (HA010503)- Sensing probe (Pxx) - Calibration set (HA0104xx)- Humidity sensor (FE09 or FE09-HC01) - Mounting flange stainless steel (HA010201)- Interface cable for PCB (HA010304) * Note: Only for plastic housing, not for metal housing

Software ConfigurationPhysical relative humidity RH [%] (A) Output 1 Select according to Ordering Guide(A-H, J)parameters of Temperature T [°C] (B)outputs Dew point temperature Td [°C] (C) Output 2 Select according to Ordering Guide(A-H, J)

Frost point temperature Tf [°C] (D)wet bulb temperature Tw [°C] (E)water vapour partial pressure e [mbar] (F)mixture ratio r [g/kg] (G)absolute humidity dv [g/m3] (H)specific enthalphy h [kJ/kg] (J)

Type of 0-5V (2)output signals 0-10V (3) Select according to Ordering Guide(2,3,5,6)

0-20mA (5)4-20mA (6)

Measured value units metric / SInon metric / US E01 E01 E01 E01

EE31- EE31- EE31- EE31-Hardware ConfigurationHousing metal housing M M M M

polycarbonate housing P P P PType humidity + temperature FT FT FT FTModel A B D EFilter stainless steel sintered filter 3 3 3 3

PTFE filter 5 5 5 5H2O2 filter 8 8 8 8stainless steel grid filter (up to 180°C/ 356°F) 9 9 9 9

Cable length 2m (6.6ft) 02 02(incl. probe length) 5m (16.4ft) 05 05

10m (32.8ft) 10 1020m (65.6ft) 20 20

Probe length 65mm (2.6”) 2200mm (7.9”) 5 5 5400mm (15.8“) 6 6

Pressure tight 1/2” male thread HA03feedthrough 1/2” NPT thread HA07Interface RS232

RS485 N N N NDisplay without display

with display D05 D05 D05 D05Alarm output1) without relay

with relay SW SW SW SWPlug cable glands

1 plug for power supply and outputs C03 C03 C03 C031 cable gland / 1 plug for RS232 C06 C06 C06 C062 plugs for power supply/outputs and RS485 Network C08 C08 C08 C08

Sensing probe fixedpluggable P01 P01

Coating sensor noyes HC01 HC01 HC01 HC01

Supply voltage 8...35V DC / 12...30V ACintegrated power supply 100...240V Ac, 50/60Hz2) V01 V01 V01

Scaling of T-output -40...60 (T02) -20...80 (T24) 0...350 (T89) Output T Select according to Ordering Guide (Txx)Scaling of Td-output 0...50 (T04) 0...180 (T26) 32...120 (T90)in°C or °F 0...100 (T05) -40...180 (T52) 32...140 (T91) Output Td Select according to Ordering Guide (Tdxx)

0...60 (T07) -40...100 (T79) 32...180 (T92)-40...120 (T12) -40...350 (T82) 32...250 (T94) Other T and Td-scaling refer to datasheet

T-Scaling0...120 (T16) -40...140 (T83) 32...300 (T95)0...80 (T21) -40...300 (T84) 32...132 (T96)-40...80 (T22) 0...250 (T88) 32...350 (T101)



The highly accurate EE33 series are designed for fast and reliable measurement of relative humidity / dew point temperature / absolute humidity / ...under the most demanding conditions.Neither condensation nor heavy chemical pollutions will affect prompt and reliable measurements. Process pressures as high as 100 bar (1450 psi) and continuous high humidity are also no problem for the EE33 series.The core of the EE33 series is the new monolithic measurement cell type HMC01, manufactured in thin-film technology by E+E Elektronik.Chemical contamination and also condensation will actually evaporate due to the innovative design of the HMC01 measurement cell. The monolithic construction of the sensor allows a fast return to normal conditions and a continuation of the measurement.Additionally, with the inimitable E+E sensor coating the HMC01 measurement cell is even better protected against corrosive and short-circuit-causing conductive soils.Distinctive models and mounting versions allow the EE33 series to be utilized in numerous applications:

- Measurement of relative humidity during temporary condensation: the measurement cell is briefly heated, but very intense- Measurement of dew point temperature at continuous high humidity: the measurement cell is controlled and heated continuously- Measurement of relative humidity at continuous high humidity: the measurement cell is controlled and heated continuously; an additional temperature sensor is added- Measurement of relative humidity at high chemical exposure and average humidity: the measurement cell is briefly heated, but very intense

- Measurement of relative humidity at process pressure up to 100 bar (1450 psi) and average humidity:

the measurement cell is installed in a special high pressure probe

EE33 Humidity / Temperature Transmitter forHigh Humidity and Chemical Applications

EE33-MFTCEE33-MFTDEE33-MFTK

EE33-MFTEEE33-MFTI

EE33-MFTJ

heated, monolithic measurement cell

Model Environmental Conditions C - remote sensing probe up to 120 °C (248 °F) chemical pollution, temporary condensationD - remote sensing probe up to 180 °C (356 °F) chemical pollution, temporary condensationE - remote sensing probe, pressure tight up to 20 bar (300 psi) chemical pollution, temporary condensationI - remote sensing probe, pressure tight up to 100 bar (1450 psi) chemical pollution, temporary condensationJ - 2 remote sensing probes (RH-measurement), continuous high humidity and condensation pressure tight up to 20 bar (300 psi) K - remote sensing probe (Td-measurement) continuous high humidity and condensation pressure tight up to 20bar (300 psi)

pharmaceutical and food industrydryers for ceramics, wood, concreteand polyester, etc.mushroom farmshigh-humidity storage roomsclimate, test and curing chambers meteorology

heated, monolithic measurement cellworking range 0...100 % RH / -40...+180 °C (-40...356 °F)

measurement near condensationfast recovery after condensation

chemical purge after chemical exposurepressure tight up to 100bar (1450psi)

calculation of additional physical quantities optional sensor coating


EE33

The configuration software included in the scope of supply allows user friendly setup of the operation / sensor heating mode as well as selection and adjustment of the electrical outputs.




NetworkabilityThe optional RS485 interface (order code N) allows for building a network of up to 32 transmitters.The measurement data can be collected in a shared database and made available for all kinds of further processing.

Integrated DisplayThe actual measurement data and the corresponding Min/Max values can be indicated in an optional display (order code D05). The physical quantity to be displayed is selected by the push buttons next to the display.

FunctionstnemmoC

Measurement of humidity and temperature Calculation h, r, dv, Tw, Td, Tf, e 2 freely scaleable and configurable analogue outputs Remote sensing probe up to 20m (65.6ft) On-site adjustment for relative humidity and temperature LED indication of transmitter status / error diagnosis of probes RS232 for transmitter configuration via PC Configuration software Alternating display with MIN/MAX indication optional 2 freely configurable alarm outputs optional Removeable sensing probe optional Sensor protection with coating optional Pluggable electrical connections optional Data output via RS232 interface Data output via RS485 interface optional Networking for up to 32 transmitters via RS485 bus optional ARC-Module for external triggering of sensor-heating optional

Alarm OutputsAn optional alarm module with 2 relay outputs is available for control and alarm purposes (order code SW). The selection of the physical quantity and the setting of threshold and hysteresis can be made with the configuration software included in the scope of supply.

Product Configuration Software (EE-PCS)The configuration software allows flexible and simple adjustment of the analogue and alarm outputs in accordance with the requirements. The adju-stment / calibration of the humidity and temperature outputs is possible as well. Furthermore the settings of the start and duration of the heating of the measurement cell can be defined.



Dimensions (mm)

Connection Versions

Housing: Sensing probes:

EE33-MFTCx EE33-MFTDxRemote sensing probeProbe material: stainless steel

EE33-MFTExPressure tight probe up to 20 bar (300 psi) Probe material: stainless steel

EE33-MFTJx Two remote sensing probes,pressure tight up to 20 bar (300 psi) (screw connections are not included in the scope of supply) Probe material: stainless steel

135 (5.3”)

163 (6.4”)

150 (5.9”)



66.5 (2.6”)

90 (3

.5”)

L*) code “probe length”



∅6

(0.2

5”)

code “cable length”code “probe length”

adjustable min. 23 (0.9”) / max. 44 (1.7”) / 164 (6.5”) / 364 (14.3”)

∅12

(0

.47”

)

1/2” ISO or 1/2” NPT




screw connection: order code:1/2” ISO ∅12 mm HA0111021/2” NPT ∅12 mm HA0111031/2” ISO ∅6 mm HA0111041/2” NPT ∅6 mm HA011105



Remote Probe:

∅12

(0

.5”)

15 (0.6”)

∅13

(0.5

1”)

EE33-MFTIxPressure tight probe up to 100 bar (1450 psi) Probe material: stainless steel

∅12

(0

.5”)

∅12

(0

.5”)



1/2” ISO or 1/2” NPT ∅12

(0

.5”)

EE33-MFTKx Remote sensing probe, pressure tight up to 20 bar (300 psi) (screw connection is not included in the scope of supply)

Probe material: stainless steel

*) L = Filter length: refer to data sheet „Accessories“

screw connection: order code:1/2” ISO ∅12 mm HA0111021/2” NPT ∅12 mm HA011103

standard plug option C03 plug option C08

LumbergRKC 5/73x M16 x 1.5


RS232LumbergRSC 5/7

Y-splitter * LumbergRKC 5/7

RS485 network



plug option C06

LumbergRSC 5/7

M16x1.5



Technical DataMeasurement values Relative humidity Humidity sensor1) heated, monolithic measurement cell HMC01 Working range1) 0...100 % RH Accuracy*) (including hysteresis, non-linearity and repeatability, traceable to intern. standards, administrated by NIST, PTB, BEV...) -15...40 °C (5...104 °F) ≤90 % RH ± (1.3 + 0.3%*mv) % RH -15...40 °C (5...104 °F) >90 % RH ± 2.3% RH -25...70 °C (-13...158 °F) ± (1.4 + 1%*mv) % RH -40...180 °C (-40...356 °F) ± (1.5 + 1.5%*mv) % RH Temperature dependence of electronics typ. ± 0.01 % RH/°C (0.0055 % RH/°F) Response time with metal grid filter at 20°C (68°F) / t90 < 15 s Temperature Temperature sensor element monolithic measurement cell HMC01 Working range sensing head EE33-MFTC: -40...120 °C (-40...248 °F) EE33-MFTD/E/I/J/K: -40...180 °C (-40...356 °F)

Accuracy

Temperature dependence of electronics typ. ± 0.005 °C/°C External temperature probe Pt1000 (DIN A)Outputs2)

Two freely selectable and scaleable analogue outputs 0 - 1 V -1mA < IL < 1 mA 0 - 5 V -1mA < IL < 1 mA 0 - 10 V -1mA < IL < 1 mA 4 - 20 mA RL < 500 Ohm 0 - 20 mA RL < 500 Ohm Digital interface RS232 optional: RS485Max. adjustable measurement range2)3)

General Supply voltage 8...35 V DC 12...30 V AC (optional 100...240 V AC, 50/60 Hz) Current consumption - 2x voltage output for 24 V DC/AC: typ. 40 mA / 80 mA - 2x current output typ. 80 mA / 160 mA Pressure range for pressure tight probe EE33-MFTEx/Jx/Kx: 0.01...20 bar (0.15...300 psi) EE33-MFTIx: 0...100 bar (0...1450 psi) System requirements for software WINDOWS 2000 or later; serial interface Housing / protection class Al Si 9 Cu 3 / IP65; (NEMA 4) Cable gland M16 x 1.5 cable Ø 4.5 - 10 mm (0.18 - 0.39”) Electrical connection screw terminals up to max. 1.5 mm² (AWG 16) Working and storage temperature range of electronics -40...60 °C (-40...140 °F) -20...50 °C (-4...122 °F) - housing with display Electromagnetic compatibility according to EN61326-1 EN61326-2-3 ICES-003 ClassA Industrial Environment FCC Part15 ClassA 1) Refer to the working range of the humidity sensor. 2) Can be easily changed by software. 3) Refer to accuracies of calculated values (www.epluse.com/feuchtemessung)


∆°C

°C

from to UnitEE33-C EE33-D/E/I/J EE33-K

Humidity RH 0 100 100 / % RHTemperature T -40 (-40) 120 (248) 180 (356) / °C (°F)

Dew point temperature Td -40 (-40) 100 (212) 100 (212) 100 °C (°F)

Frost point temperature Tf -40 (-40) 0 (32) 0 (32) 0 °C (°F)

Wet bulb temperature Tw 0 (32) 100 (212) 100 (212) / °C (°F)

Water vapour partial pressure e 0 (0) 1100 (15) 1100 (15) / mbar (psi)

Mixture ratio r 0 (0) 999 (9999) 999 (9999) / g/kg (gr/lb)

Absolute humidity dv 0 (0) 700 (300) 700 (300) / g/m3 (gr/f³)

Specific enthalpy h 0 (0) 2800 (99999) 2800 (99999) / kJ/kg (Btu/lb)



Accessories / Replacement Parts (For further information, see data sheet "Accessories")- Filter caps (HA0101xx) - Calibration set (HA0104xx)- Display + housing cover (D05M) - Pressure tight screw connections- Interface cable for PCB (HA010304) 1/2” ISO ∅12 mm (HA011102)- Interface cable for plug C06 (HA010311) 1/2” NPT ∅12 mm (HA011103)- Mounting flange 12 mm (RH probe) (HA010201) 1/2” ISO ∅6 mm (HA011104)- Mounting flange 6 mm (T probe) (HA010207) 1/2” NPT∅6 mm (HA011105)- Adapter M16x1.5 to NPT ½“ (HA011101) - Radiation shield for RH-probe (HA010502)- Drip water protection (HA010503) - Radiation shield for T-probe (HA010506)

Working Range Humidity SensorThe grey area shows the allowed measurement range for the humidity sensor.

Operating points outside of this range do not lead to destruction of the sensor, but the specified measurement accuracy cannot be guaranteed.

Rel

ativ

e hu

mid

ity [

%R

H]

Temperature [°C]

Technical Data for Options Display graphical LC display (128x32 pixels), with integrated push-buttons for selecting parameters and MIN/MAX functionAlarm outputs 2 x 1 switch contact 250 V AC / 6A 28 V DC / 6A threshold + hysteresis: can be adjusted with configuration software switching parameters: freely selectable between EE33-MFTC/D/E/I/J EE33-MFTK RH Relative humidity T Temperature Td Dew point temperature Tf Frost point temperature Tw Wet bulb temperature e Water vapour partial pressure r Mixture ratio dv Absolute humidity h Specific enthalpy

Connection DiagramTerminal configuration - Alarm output

(order code SW)

NO

NO

3

6

NC

NC

1

4

C

C

2

5

REL 1

REL 2

Scope of SupplyIncluded in all versions According to ordering guide

EE33 according to ordering guideManual EE33 German/English/FrenchInspection certifi cate according to DIN EN 10204 - 3.1Allen key 3.0 only for metal housingMating plug for integrated power supply V01Mating plug RKC 5/7 V01 / C03 / C08Y-junction for network connection C08 & NMating plug RSC 5/7 C06 / C08M16 cable gland metal except C03, C06, C08, V01Cutting ring fitting EE33-xFTI



1) Following combinations are not possible: alarm output / ARC-Module / integrated power supply 2) Combination alarm output and plugs is not possible (with cable glands only) 3) Plug options are not possible / If using an ARC-Module the transmitter has to be supplied with 24V AC/DC +/- 20 % 4) Digital interface occupied 5) Integrated power supply includes 2 plugs for power supply and outputs / further plug options are not possible

EE33-MFTD5025ND05SW/BC3-T02-Td07Hardware Configuration: Software Configuration: Housing: metal Display: with display Output 1: TType: humidity + temperature Alarm output: with relay Output 2: TdModel: remote sensing probe ARC-Module: without Output signal: 0-10 VFilter: PTFE filter Plug: cable glands Measurand value unit: metric / SICable length: 2 m (6.6 ft) Sensing probe: fixed T-Scaling: -40...60 °CProbe length: 200 mm (7.9”) Coating sensor: no Td-Scaling: 0...60 °CInterface: RS485 Supply voltage: 8...35 V DC / 12...30 V AC

Order Example

EE33- EE33- EE33- EE33- EE33- EE33-

Hardware ConfigurationHousing metal housing M M M M M M

polycarbonate PType humidity FT FT FT FT FT FTModel C D E I J KFilter PTFE stainless steel filter 2 2

stainless steel sintered filter 3 3 3 3PTFE filter 5 5 5 5H2O2 filter 8 8 8 8stainless steel grid filter(up to 180°C/ 356 °F) 9 9 9 9 9 9

Cable length 2 m (6.6 ft) 02 02 02 02 02 02(incl. probe length) 5 m (16.4 ft) 05 05 05 05 05 05

10 m (32.8 ft) 10 10 10 10 10 10Probe length 65 mm (2.6”) (for model E: 80mm (3.1”)) 2 2 2 2 2

200 mm (7.9”) 5 5 5 5 5 5400 mm (15.8”) 6 6 6 6 6

Pressure tight 1/2” male thread HA03 HA03feedthrough 1/2” NPT thread HA07 HA07Interface RS232

RS485 N N N N N NDisplay without display

with display D05 D05 D05 D05 D05 D05Alarm output 1) 2) without relay

with relay SW SW SW SW SW SWARC-Module 1) 3) 4) without external triggering of sensor-heating

with external triggering of sensor-heating ARC ARC ARC ARC ARC ARCPlug 2) 3) 5) cable glands

1 plug for power supply and outputs C03 C03 C03 C03 C03 C031 cable gland / plug for RS232 C06 C06 C06 C06 C06 C062 plugs for power supply / outputs and RS485 network C08 C08 C08 C08 C08 C08

Sensing probe fixedconnectable in the housing P03 P03 P03 P03 P03 P03

Coating sensor noyes HC01 HC01 HC01 HC01 HC01 HC01

Supply voltage 8...35 V DC / 12...30 V ACintegrated power supply 100 ...240 V AC, 50/60 Hz 1) 5) V01 V01 V01 V01 V01 V01

Software Configuration Select according to Ordering Guide CPhysical Relative humidity RH [%] (A) Output 1 (A - J)parameters of Temperature T [°C] (B)outputs Dew point temperature Td [°C] (C) Output 2 Select according to Orderin Guide D

Frost point temperature Tf [°C] (D) (A-J)Wet bulb temperature Tw [°C] (E) Water vapour partial pres. e [mbar] (F)Mixture ratio r [g/kg] (G)Absolute humdity dv [g/m3] (H)Specific enthalphy h [kJ/kg] (J)

Type of 0-1 V 1 1 1 1 1 1output signal 0-5 V 2 2 2 2 2 2

0-10 V 3 3 3 3 3 30-20 mA 5 5 5 5 5 54-20 mA 6 6 6 6 6 6

Measured value units metric / SInon metric / US E01 E01 E01 E01 E01 E01

T-Scaling -40...60 (T02) -20...100 (T14) Output T Select according to Ordering Guide (Txx)Td-Scaling -10...50 (T03) +20...120 (T15)Tf-Scaling 0...50 (T04) 0...120 (T16) Output Td Select according to Ordering Guide (Tdxx)Tw-Scaling 0...100 (T05) 0...80 (T21)(in °C or °F) 0...60 (T07) -40...80 (T22) Output Tf Select according to Ordering Guide (Tfxx)

-30...70 (T08) -20...80 (T24)-30...120 (T09) -40...160 (T33) Output Tw Select according to Ordering Guide(Twxx)-20...120 (T10) +20...180 (T40) Other T/Td/Tf/Tw-scaling refer to data sheet -40...120 (T12) -40...180 (T52) „T-Scalings“

Ordering Guide

6 v1.0 / Modification rights reserved EE33-M

E33-M is optimized for reliable measurement under de-manding weather conditions. Besides accurate measure-ment of relative humidity (RH) and temperature (T), the device calculates all additional physical quantities like dew point temperature, absolute humidity and mixing ra-tio. A dual heating system prevents condensation on the

which leads to extremely short response time and fast recovery after condensing conditions. The measuring principle with separate RH and T probes enables pre-cise continuous measurement even at permanent high humidity.The proprietary E+E coating protects the RH sensor and its leads against corrosive and electrically conductive pollution. The probes are compatible with modern, venti-lated radiation shields, like the LAM630.

With an optional connecting cable and the EE-PCS soft-ware (included in scope of supply) the user can easily

EE33-M Humidity and Temperature Transmitter for High-end Meteorological Applications

meteorologywind turbine generatorsroad icing warning off-shore measurements

monolithic RH sensor precise measurement close to condensation

condensation prevention through dual heatingprotection against pollution and corrosion

calculation of additional physical quantities


EE33-Mwith radiation shield

Radiation ShieldIn order to minimize the impact of rain, snow, ice and solar radiation on the measure-ment the EE33-M must be mounted inside a radiation shield. The radiation shield LAM630 is suitable for mounting onto a mast with 30-35mm diameter. Forced ventilation is provided by the control unit STEG6003. Up to 4 probes can be mounted using cable glands (Ø 18-25 mm).

Monolithic Humidity SensorThe heart of EE33-M is the monolithic HMC01 sensor, developed and manufactured in thin-film technology by E+E Elektronik. HMC01 combines the moisture and heating element on a single substrate. Condensation is preven-ted by controlled heating of the sensor. The proprietary E+E coating protects the sensor and its leads against pollution and corrosion. heated,

monolithic sensor

LAM630

STEG6003

protective layer(coating)



7EE33-M v1.0 / Modification rights reserved

Network Compatibility / Ethernet InterfaceThe optional RS485 interface (order code N) allows for building a network of up to 32 transmitters.The measurement data can be collected in a shared database and made available for all kinds of further processing.

Connection Typesstandard plug option C03 plug option C08

3x M16 x 1.5

LumbergRKC 5/7

power supply+analogue output

LumbergRSC 5/7

Y-splitter *LumbergRKC 5/7

RS485 network


power supply+analogue output

plug option C06

RS232

LumbergRSC 5/7

M16x1.5

Dimensions (mm)Housing

EE33-PFTM Probe material: stainless steelAdapter material: polyoxymethyleneCable gland: polycarbonate

Humidity probe135 (5.3“)

90 (3

.5“)

66,5 (2.6“)

150 (5.9“)



93 (3.66“)39 (1.54“)

∅6

(0.2

4“)

53 (2.09“)

35 (1.38“)

∅24

(0.9

4“)

∅24

(0.9

4“)

∅12

(0.4

7“)



Technical DataMeasurement values Relative humidity Humidity sensor1) heated, monolithic HMC01 Working range1) 0...100% RH Accuracy*) (including hysteresis, non-linearity and repeatability) -15...40°C (5...104°F) ≤90% RH ± (1.3 + 0.3%*mv) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH -25...70°C (-13...158°F) ± (1.4 + 1%*mv) % RH -40...180°C (-40...356°F) ± (1.5 + 1.5%*mv) % RH Temperature dependence of electronics typ. ± 0.01% RH/°C (0.0055% RH/°F) Response time t90 at 20°C (68°F) < 15s Temperature Temperature sensor Pt1000 DIN A Working range sensing head -40...180°C (-40...248°F)

Accuracy ∆°C

°C

Temperature dependence of electronics typ. ± 0.005°C/°C External temperature probe Pt1000 (DIN A)Outputs2)

Two freely selectable and scaleable analogue outputs 0 - 1V -1mA < IL < 1mA 0 - 5V -1mA < IL < 1mA 0 - 10V -1mA < IL < 1mA 4 - 20mA RL < 500 Ohm 0 - 20mA RL < 500 Ohm Digital interface RS232 optional: RS485Max. adjustable measurement range2)3)

General Supply voltage 8...35V DC 12...30V AC Current consumption - 2x voltage output for 24V DC/AC: typ. 40mA / 80mA - 2x current output typ. 80mA / 160mA System requirements for software WINDOWS 2000 or later; serial interface Housing / protection class Polycarbonate / IP65 Cable gland M16 x 1.5 Electrical connection screw terminals up to max. 1.5mm² (AWG 16) Working and storage temperature range of electronics -40...60°C (-40...140°F) Electromagnetic compatibility according to EN61326-1 EN61326-2-3 Industrial Environment1) Refer to the working range of the humidity sensor. 2) Can be easily changed by software. 3) Refer to accuracies of calculated values (www.epluse.com/feuchtemessung).*) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with

EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

min. max. UnitHumidity RH 0 100 % RHTemperature T -40 (-40) 180 (248) °C (°F)Dew point temperature Td -40 (-40) 100 (212) °C (°F)Frost point temperature Tf -40 (-40) 0 (32) °C (°F)Wet bulb temperature Tw 0 (32) 100 (212) °C (°F)Water vapour partial pressure e 0 1100 (15) mbar (psi)Mixture ratio r 0 999 (9999) g/kg (gr/lb)Absolute humidity dv 0 700 (300) g/m3 (grf3)Specific enthalpy h 0 2800 (99999) kJ/kg (Btu/lb)


9EE33-M v1.0 / Modification rights reserved

Working Range Humidity SensorThe grey area shows the allowed measurement range for thehumidity sensor.Operating points outside of this range do not lead to destruction of the sensor, but the specified measurement accuracy cannot be guaranteed.

Rel

ativ

e hu

mid

ity [%

RH

]

Temperature [°C]

Connection Diagram

Accessories / Replacement Parts (For further information, see data sheet „Accessories“)

- PTFE stainless steel filter HA010114- Exchange membrane for PTFE stainless steel filter HA010114ME- Stainless steel grid filter HA010109

- Interface cable for plug option C06 HA010311 - RS485 Kit (HW + SW) for network HA010601

- Mounting set for mast with Ø 34 - 54 mm HA010213

- Radiation shield LAM630 with control unit HA010508

- Calibration-Kit see data sheet „Humidity Calibration Kit“- Configuration adapter see data sheet „EE-PCA“ - E+E Product Configuration Software EE-PCS (download at www.epluse.com/configurator)

- EE33-M Transmitter according to Ordering Guide- Operation Manual- EE-PCS Product Configuration Software- Inspection certificate according to DIN EN 10204 - 3.1- Data logging and visualization software, only for option N- Cable connector RKC 5/7 for customer assembly, only for option C03 or C08- Cable connector RSC 5/7 for customer assembly, only for option C06 or C08- Y-junction for network connection, only for option N or C08- M16 cable gland, only for option C03, C06 or C08

Scope of Supply



Order ExampleEE33-PFTM2022N/AB3-002Hardware Configuration: Software Cofiguration:Filter: PTFE stainless steel filter Output 1: Relative humidityCable length: 2m Output 2: TemperatureProbe length: 65mm Type of output signal: 0-10VInterface: RS485 Measured value units: metric / SIPlug: cable glands T-scaling: -40...60°C

Ordering GuideEE33-PFTM

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Filter PTFE stainless steel filter 2

Cable length1 m 012 m 02

Probe length according to „Dimensions“ 2

InterfaceRS232 no codeRS485 N

Plug

cable glands no code1 plug for power supply and outputs C031 cable gland / plug for RS232 C062 plugs for power supply / outputs and RS485 network C08

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Output 1

Relative humidity RH [%] ATemperature T [°C] BDew point temperature Td [°C] CFrost point temperature Tf [°C] DWet bulb temperature Tw [°C] EWater vapour partial pres. e [mbar] FMixing ratio r [g/kg] GAbsolute humidity dv [g/m³] H

h [kJ/kg] JOutput 2 same choice as output 1 A - J

Type of output signal

0-1V 10-5V 20-10V 30-20mA 54-20mA 6

Measured value unitsmetric / SI no codenon metric / US E01

T-scaling (T / Td / Tf / Tw) for output 1 + 2

-40...60 002-30...70 008-20...80 024


The EE300Ex humidity and temperature transmitter fulfils the requirements of the ATEX directives on intrinsically safe operating equipment for use in potentially explosive atmospheres in zone 0 / 20 and up to T6 temperature class.

Accurate measurement over the full range of 0…100% RH and -40…180°C (-40...356°F) is also possible in applications under pressure from 0.01 … 300bar (4351psi).

With a stainless steel enclosure and sensing probe the EE300Ex is the ideal transmitter for challenging industrial applications. The 2-part construction facilitates simple installa-tion and rapid replacement of the measuring section without time consuming wiring. The well proven E+E humidity sensors ensure reliable measurement performance and long term stability.

The entire EE300Ex can be placed in the explosion hazardous area. Based on 2-wire technology, the transmitter can be powered by any intrinsically safe power source or via Zener barriers. The measured values are available on two 4…20mA analog outputs. In addition to the measured values for humidity and temperature, the EE300Ex calculates dew point, frost point, absolute humidity, mixing ratio and other humidity related physical quantities.

When outside of the hazardous measurement area, the setup of the EE300Ex can be easily customized by using the supplied configuration software. This includes the configuration of the analog outputs and the cali-bration of the humidity and temperature during service.

Measurement of moisture in oil:Besides measurement in the air, the EE300Ex can be employed for measurement of both absolute water content (x) in ppm or relative water activity (aw) in oils. Typical applications include oil purifiers and online monitoring of lubrication and hydraulic oils on off shore oil rigs.

Humidity/Temperature Transmitterfor Intrinsically Safe Applications

EE300Ex-HT

EE300Ex - wall mounting

EE300Ex - remote sensing probe

EE300Ex-HT

chemical process controlpharmaceutical applicationsexplosive / hazardous storage roomsflour mills

approved to EPL Ga / Da (gas/dust)installation in zone 0

calculation of related physical quantitiesstainless steel housing and probe

highest accuracy up to 180°C (356°F)pressure tight up to 300bar (4351psi)

moisture in oil measurement



19v1.4 / Modification rights reserved

Models and Dimensions [mm]

Display

EE300Ex-HT

Two of the measured or calculated physical quantities can be selected with push buttons on the front cover to be shown on the optional display.EE300Ex version with display is not available for environments with combustible dust (EPL Da, Db, Dc) and EPL Ga IIC!

Humidity Sensor - Working Range and CoatingThe gray area shows the allowed measurement range for the humidity sensor. Operating points outside of this range do not lead to destruction of the sensing element, but the specified measurement accuracy cannot be guaranteed. Harsh industrial processes as well as heavily contaminated and/or corrosive environments may affect the humidity sensor and lead to measurement drift. The E+E proprietary coating significantly reduces these effects and considerably improves the long-term stability of the transmitter.

EE300Ex - Model E / Mremote sensing probe 20bar (300psi) / 300bar (4351psi) with cut-in fitting

EE300Ex - Model Eremote sensing probe 20bar (300psi) with sliding fitting

EE300Ex - Model A / E / Mwall mounting / housing remote sensing probe

Model pressure range working range Ø-probeA - wall mounting -40...60°C (-40...140°F) 12mm (0.47“)

E -remote sensing probe up to 20bar (300psi) 0.1...20bar (1.5...300psi) -40...180°C (-40...356°F) 12mm (0.47“)

remote sensing probe up to 20bar (300psi) with move- 0.1...20bar (1.5...300psi) -40...180°C (-40...356°F) 13mm (0.51“)

M - remote sensing probe up to 300bar (4351psi) 0.01...300bar (0.15...4351psi) -40...180°C (-40...356°F) 12mm (0.47“)

179 (7“)

60 (2.4“)151 (5.9“)

adjustable min. 23 (0.9”) / max. 164 (6.5”) / 364 (14.3”)

1/2“ ISO or NPT 1/2“ ISO, 1/2“ NPT

98 (3

.9“)

53 (2

.1“)

Ø13

(0.5

1“)

Ø12

(0.4

7“)

L

LL

code „probe length “code „probe length “

code „cable length“code „cable length“

15 (0.6“)15 (0.6“)

L - length of filter [mm]stainless steel sintered filter 33 (1.3“)PTFE-filter 33 (1.3“)stainless steel grid filter 39 (1.5“)oil filter 32 (1.26“)

Ø12

(0.4

7“)

rela

tive

hum

idity

[% R

H]

temperature [°C]

T: 33.8°CRH: 45.2%



Measuring values Relative humidity Humidity sensor

1) HC1000 Measuring range

1) 0...100% RH

Accuracy2) (including hysteresis, non-linearity and repeatability, traceable to international standards, administrated by NIST, PTB, BEV...) -15...40°C (5...104°F) ≤90% RH ± (1.3 + 0.3%*mv) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH -25...70°C (-13...158°F) ± (1.4 + 1%*mv) % RH -40...180°C (-40...356°F) ± (1.5 + 1.5%*mv) % RH Temperature dependence electronics typ. 0.03% RH/°C Response time with filter at 20°C (68°F) / t90 < 30 sec. Temperature Temperature sensor Pt1000 (Tolerance class A, DIN EN 60751) Measuring range sensor head wall mounting: -40...60°C (-40...140°F) remote sensing probe: -40...180°C (-40...356°F) Accuracy

Temperature dependence of electronics typical 0.005 °C/°C Max. selectable Scaling Range from to unit wall mounting remote sensing probe Humidity RH 0 100 100 %RH Temperature T -40 (-40) 60 (140) 180 (356) °C (°F) Dew point temperature Td -40 (-40) 60 (140) 100 (212) °C (°F) Frost point temperature Tf -40 (-40) 0 (32) 0 (32) °C (°F) Wet bulb temperature Tw 0 (32) 60 (140) 100 (212) °C (°F) Water vapour pressure e 0 (0) 200 (3) 1100 (15) mbar (psi) Mixing ratio r 0 (0) 425 (2900) 999 (9999) g/kg (gr/lb) Absolute humidity dv 0 (0) 150 (60) 700 (300) g/m

3 (gr/ft3) Specific enthalpy H -50 (-15000) 400 (150000) 2800 (999999) kJ/kg (lbf/lb) Water activity Aw 0 - 1 [ ] Water content x 0 - 100000 [ppm]Outputs Two freely selectable and scalable outputs 4 - 20 mA (2-wire) RL=(Vcc-9V)/20mAGeneral Supply voltage (Class III) Vcc min=(9+RL*0.02)VDC Vcc max=28VDC Current consumption max 20mA per channel Pressure range for pressure tight sensor probe refer to model Serial interface for communication 3) RS232

System requirements for software WINDOWS XP or laterProtection class of housing IP65 / Nema 4

Cable gland M16 for cable diameter 5 - 10 mm (0.2 - 0.4“) Electrical connection screw terminals max. 1.5 mm² (AWG 16) Temperature range sensor head according measuring range electronic -40...60°C (-40...140°F) electronic with display -20...60°C (-4...140°F) Storage temperature range electronic and sensor head -20...60°C (22...140°F) Electromagnetic compatibility according EN61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassB Material Housing Stainless Steel 1.4404 Probe cable PTFE Probe (without Filter) Stainless Steel 1.4301 1) Refer to the working range of the humidity sensor. 2) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement). 3) Configuration adapter HA011050 and cable HA011061 necessary.

Technical Data EE300Ex

∆°C

°C

EE300Ex-HT



4-20mA ia

4-20mA ia

+-

L+

L-

+

-

+

-

+

-

+

-CH2CH1

Mounting Examples

EE300Ex - wall mounting in zone 0 / 20:

4-20mA ia

4-20mA ia

+-

L+

L-

+

-

+

-

+

-

+

-CH2CH1

EE300Ex - remote sensing probe in zone 0 / 20 and electronics in zone 1 / 21 or 2 / 22:

The bushing must conform to the hazard requirements of a zone bushing. The supplied screw connection meets this requirement!

no display with EPL Da; Db, Dc and Ga IIC

hazardous area

hazardous area

non-hazardous area

non-hazardous area

Zone 0 / 20

Zone 0 / 20

Zone 1,2 / 21,22

Zone 1,2 / 21,22

II 1 G Ex ia IIC T4 GaII 1 D Ex ia IIIC T70°C Da IP65

II 1 G Ex ia IIC T4 GaII 1 D Ex ia IIIC T70°C Da IP65

intrinsically safe transmitter supply unit

intrinsically safe transmitter supply unit

supply voltage

supply voltage

control

control

EE300Ex-HT

ATEX TPS 13 ATEX 38892 003 XSafety factors Ui: 28V; Ii: 100mA; Pi: 700mW; Ci: 2,2nF; Li ≈ 0mHEx-Designation

Transmitter without display II 1 G Ex ia IIC T4 Ga / II 1 D Ex ia IIIC T70°C Da IP65

Transmitter with display II 2 G Ex ia IIC T4 Gb / II 1 G Ex ia IIB T4 Garemote sensing probe II 1 G Ex ia IIC T6 Ga / II 1 D Ex ia IIIC T70°C Da IP65

No display possible in the presence of combustible dust

(EPL Da; Db, Dc)



Ordering Guide EE300Ex-HT

1) No display possible in the presence of combustible dust, zone 20,21 and 22 (EPL Da, Db, Dc) and zone 0 (EPL Ga IIC)2) Filter cap must not be used in EPL Ga IIC3) Do not use in oil

EE300Ex-HT6S EE300Ex-HT6S EE300Ex-HT6S

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Modelwall mounting Aremote sensing probe up to 20 bar (300psi) Eremote sensing probe up to 300 bar (4351psi) M

Display without display x x xwith display 1) D D D

Electrical Connection 2 x M16 cable gland B B B

Probe - Cable Length

wall mounting x1m (3.3ft) cable length C C2m (6.6ft) cable length E E5m (16.4ft) cable length G G10m (32.8ft) cable length H H

Probe Lengthwall mounting x200mm (7.9”) probe length F F400mm (15.8”) probe length H H

Zone Feedthrough (probe fitting)

without probe fitting x x x1/2“ ISO - cut-in fitting; 12mm (0.47“) A A1/2“ weld cut-in fitting; 12mm (0.47“) B B1/2“ NPT - cut-in fitting; 12mm (0.47“) C C1/2“ ISO - sliding fitting; 13mm (0.51“) F1/2“ NPT - sliding fitting; 13mm (0.51“) H

Filter

stainless steel sintered filter D D DPTFE filter 2) E E Estainless steel grid filter on stainless steel body I I Ioil filter M M M

Sensor Protection without coating x x xwith coating 3) 1 1 1

Ex-Certification ATEX approval AT AT AT

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Measured Value Units metric / SI [°C] M M Mnon metric / US [°F] N N N

Physical Parameters Output 1

relative humidity UW UW UWtemperature Tx Tx Txdew point temperature TD TD TDfrost point temperature TF TF TFwet bulb temperature TW TW TWwater vapour partial pressure Ex Ex Exmixture ratio Rx Rx Rxabsolute humidity DV DV DVspecific enthalphy Hx Hx Hxwater activity AW AWwater content in mineral transformer oil Xm Xmwater content customized oil Xk Xk

Scaling Range Output 1

UW, Tx,... yyy (select according „scaling ranges“, next page)

Physical Parameters Output 2

relative humidity UW UW UWdew point temperature TD TD TDfrost point temperature TF TF TFwet bulb temperature TW TW TWwater vapour partial pressure Ex Ex Exmixture ratio Rx Rx Rxabsolute humidity DV DV DVspecific enthalphy Hx Hx Hxwater activity AW AWwater content in mineral transformer oil Xm Xmwater content customized oil Xk Xk

Scaling Range Output 2

UW, TD,... yyy (select according „scaling ranges“, next page)

EE300Ex-HT



Order Example

Scaling Ranges

EE300EX-HT6SMDBHFAD1AT/MTx052UW001

Model: remote sensing probe up to 300barDisplay: with displayElectrical Connection: 2 x M16 cable glandProbe - Cable Length: 10m (32.8ft)Probe Length: 200mm (7.9”)Zone feedthrough: 1/2“ ISO - cut-in fittingFilter: stainless steel sintered filterSensor Protection: with coatingEx-Certification: ATEX

Measured Value Units: metric Physical Parameters Output 1: temperatureScaling Range Output 1: -40...180°CPhysical Parameters Output 2: relative humidityScaling Range Output 2: 0...100%

EE300EX-HT6SAxBxxxIxAT/MTx002TD002

Model: wall mountingDisplay: without displayElectrical Connection: 2 x M16 cable glandProbe - Cable Length: wall mountingProbe Length: wall mountingZone feedthrough: without probe fittingFilter: stainless steel grid filterSensor Protection: without coatingEx-Certification: ATEX

Measured Value Units: metric Physical Parameters Output 1: temperatureScaling Range Output 1: -40...60°CPhysical Parameters Output 2: dew point temperatureScaling Range Output 2: -40...60°C

Example 1: Example 2:

Accessories (HA011050)

(HA011061)Blank cover for housing base (HA011401)Safety Barrier, 1-channel, STAHL 9002/13-280-093-001 (HA011410)Intrinsically safe Transmitter Supply Unit, 1-channel, STAHL 9160/13-11-11 (HA011405)Intrinsically safe Transmitter Supply Unit , 2-channel, STAHL 9160/23-11-11 (HA011406)Sealing plug for unused cable glands (HA011402)

(HA011403)

EE300Ex-HT

Please observe the maximum adjustable scaling of the outputs (see Technical Data).Other scaling ranges on request.

Tx - Temperature / TD - Dew Point Temperature / TF- Frost Point Temperature / TW- Wet Bulb Temperature [°C or °F]002 -40...60 007 0...60 015 20...120003 -10...50 008 -30...70 022 -40...80004 0...50 012 -40...120 024 -20...80005 0...100 014 -20...100 052 -40...180

Xm or Xk - Water Content [ppm]001 0...100 005 0...6000 009 0...20000002 0...500 006 0...5000 010 0...200003 0...1000 007 0...300 011 0...100000004 0...10000 008 0...30000

UW - Relative Humditiy [% RH]001 0...100

Ex - Water vapour partial pressure [mbar] 001 0...200 002 0...1000

Rx - Mixture ratio [g/kg] 001 0...400 002 0...900

DV - Absolute Humidity [g/m3]001 0...150 002 0...700

Hx - Specific Enthalphy [kJ/kg]001 -50...400 002 -50...2800

AW - Water Activity [ ]001 0...1


50 v1.7 / Modification rights reserved EE99-1

The EE99-1 OEM - RH/T modules are designed to meet the specific requirements of RH/T monitoring in climate chambers.High-end E+E humidity sensor elements of the HC series and accurate temperature compensation of the humidity reading result in an excellent accuracy over a broad measurement range.The analogue output for relative humidity is 4 - 20mA / 3-wire. The passive temperature output can be connected via 3-wire to an external readout.Easy mounting and service is possible with a plug-in screw terminals block and by push buttons for field calibration.

Operation in heavily polluted and/or corrosive environ-ments is typical for many industrial processes and can lead to drift or damage of the humidity sensor and there-fore to incorrect measurements. The unique protective coating developed by E+E for the sensing probe means a significant improvement of the long-term stability of the transmitter in very dirty and aggressive environments.

EE99-1

Measured quantitiesRelative humidity Humidity sensor 1) HC1000-400 Working range 0…100% RH

Accuracy 2) (including hysteresis, non-linearity and repeatability, traceable to intern. standards, administrated by NIST, PTB, BEV...) -15...40°C (5...104°F) ≤90% RH ± (1.3 + 0.3%*mv) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH -25...70°C (-13...158°F) ± (1.4 + 1%*mv) % RH

-50...180°C (-40...356°F) ± (1.5 + 1.5%*mv) % RHOutput signal 4 - 20mA (3-wire) Response time with filter at 20°C (68°F) / t90 < 15 sec.TemperatureTemperature sensor element 3) Pt100 resp. Pt1000 (class A, DIN EN 60751) see Ordering GuideWorking range -50...180°C (-58...356°F) / up to 200°C (392°F) short term

General DataSupply voltage 10 - 35V DC or 10 - 28V ACLoad resistor for 4 - 20 mA output 10 - 35V DC RL < [Ω] (max. 350 Ω)

10 - 28V AC RL < 350 ΩCurrent consumption for DC supply < 32mA for AC supply < 60mAeff

Working temperature range electronics -40…60°C (-40...140°F)

Storage temperature range -40…60°C (-40...140°F)

Electrical connection pluggable screw terminals up to max. 1.5mm² (AWG 16)

Sensor protection stainless steel grid filterElectromagnetic compatibility Designed for installment in and with other equipment (OEM) Measurements according to EN61000-4-3 and EN61000-4-6 FCC Part15 ClassB ICES-003 ClassB1) Refer to the working range of the humidity sensor 3) max. power dissipation 1mW

2) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

Technical Data

OEM - Humidity / Temperature Modules

climate chambersdrying chambers

remote sensing probe up to 10m (32.8ft)accuracy ±2% RH

traceable calibrationworking range humidity 0...100% RH

working range temperature -50...180°C (-58...356°F) / up to 200°C (392°F) short term passive 3-wire temperature output

easy field calibration


Uv - 5V0.02 A

EE99-1

EE99-1


51EE99-1 v1.7 / Modification rights reserved

Mounting Dimensions (mm)

Ordering Guide

Order ExampleEE99-1-FP6AD8025Model: Humidity + Temperature passiveOutput: 4 - 20mAT-Sensor: Pt100 DIN AVersion: remote sensing probeFilter: stainless steel grid filterCable length: 2m (6.6ft)Probe length: 200mm (7.9”)

supply voltage10...35V DC10...28V AC

T-sensor passive3-wire

71.8 (2.8”) 89.7 (3.5”)

∅15 (0.6”)

81.4 (3.2”)58.3 (2.3”)

39 (1.5”)

200 (7.9”) / 65 (2.6”)

∅3.5 (0.1”)

push buttons for 1 or 2 pointhumidity calibration

Connection Diagram

Probe material: high-tech plastic PPS-GF40


MODEL OUTPUT T-SENSOR VERSION FILTER CABLE LENGTHHumidity + Temperature passive (FP)

4 - 20 mA (6) Pt100 DIN A (A) remote sensing probe (D) stainless steel grid filter (8) 2m (6.6ft) (02)Pt1000 DIN A (C) 5m (16.4ft) (05)

10m (32.8ft) (10)

EE99-1-

PROBE LENGTH200mm (7.9”) (5)65mm (2.6”) (2)


132 EE240v1.5

EE244 Transmitter

EE241

Router EE244-R

Base Station EE242

Sensing Probes for EE244

EE245 Transmitter

EE240 Series Wireless Sensor for Humidity / Temperature / CO2

State of the art sensor technology, highest reliability of data transmission and the ease of system installation are the outstanding features of the wireless sensor series EE240. Indifferent whether a point-to-point connection or a complex network is required, the series EE240 offers the ideal solution.

Wireless Transmitter EE245The elegant housing combines the measurement of temperature, humi-dity and CO2. An optional display is available to provide local indication. As a standard, batteries provide for the power supply. For more power demanding applications the device can be powered through an external adapter.

Wireless Transmitter EE244The industrial housing can be equipped with up to three sensing probes to contact the interchangeable probes. An optional display is available to provide local indication. As a standard, batteries provide for the power supply. For more power demanding applications the device can be powered through an external adapter.

Interchangeable Sensing probesA modular structure and easy extendable assortment of sensing probes allow the usage in many applications. For many years, the proven sensor technology of E+E for the measurement values of humidity, tem-perature, and CO2 guarantee precise measurements and the highest longtime stability. The standard interface and the stored calibration data of the sensing probe allow for any choice or combination of the available sensing pro-bes offered. An adaptation or expansion of the number of sensing pro-bes afterwards or an exchange for service purposes can be achieved in seconds – a must-have for uninterrupted data acquisition. For high temperature applications or installations in small spaces, the sensing probe can be connected with a sensor cable of up to 10 m (33 ft) in length.

Base Station EE241 and EE242Do you have to traverse a street? The inexpensive point-to-point con-nection can be accomplished very easily with the EE241.The configuration at the factory of the up to four transmitted measurement values is done in accordance with your specifications, meaning that the values are available as analogue outputs (0 – 5 / 10 V or 4 - 20 mA) immediately after installation.For more complex networks (up to 500 transmitters or up to 2000 measurement values) is the user-configurable EE242 available.Independent of the topology of the network the integrated Webserver and the Ethernet interface warrants highest flexibility in the configuration of the network with a computer. A simple integration of the measurement system in the customer’s network and the easy remote access and diagnostic of the measurement data are additional helpful features. The output values can be transferred as an analogue signal, as well as in digital form (via Ethernet). For a bus integration, Modbus will be supported. The actual measurement values and some operatio-nal information can be indicated on an optional display.

Router Series EE244-RThe radio range is greatly depending on local circumstances. With the router series EE244-R obstacles can be bypassed or the transmission distance expanded.



133EE240

Base Station

Transmitter(max. 500 pieces)

Router (max. 60 pieces)

Base Station

Transmitter(max. 1 piece)

max. 10 transmitters each node

1) Radio ranges: - up to 60m (197 ft) indoors2) Radio ranges: - up to 100m (330 ft) indoors-

2)1)

1)

2)

max. 10 radio signals each node

Highest Transmission ReliabilityThe data transmission is based on the IEEE 802.15.4 protocol with a transmission frequency of 2.4 GHz, which can be used all over the world without any additional cost. A special identification address, checksums, handshakes, and bidirectional communication provide the highest transmission reliability. Typical radio ranges are 100 m (330 ft) for indoor applications and 1000 m (3300 ft) in the open field. Greater radio ranges are easy obtainable with routers. The self-configuring, scalable, and self-healing mesh network, even when a connection fails, is another component contributing to the improvement of the transmission reliability and security. The highest possible data security level is accomplished with a preset encryption key according to AES-128.

Digital bus connection For bus integration, Modbus is supported. Communication is implemented via Ethernet or RS485 interface. Bus connection is only supported by the base station EE242.

Installation / Remote Access / Maintenance via WebserverThe integrated Webserver allows platform-independent installation, remote access and easy maintenance with any commercially available browser (Internet Explorer, Firefox, OPERA...) on a computer without additional software.

Pharmaceutical IndustryWarehousesControl RoomsCooling ChambersMuseumsHVAC SystemsFood Industry

Interchangeable Sensing ProbesRemote Probes up to 10 m (33 ft)

Battery Operating Life up to 1 YearsWebserver

EthernetLong Rangeability


Wireless Networks EE241 (point-to-point connection) EE242 (wireless network)

Comparison EE241 EE242

Transmitter:max. number of transmitters EE244 / EE245 1 500 Router: maximum number of routers EE244-R 60 60

Base Station:configuration of analogue outputs acc. to order code via Webserver

-- via Webserverdigital interface -- Ethernet, Modbus


134 EE240

Dimensions in mm

EE244-Ax3: EE244-Bx2:

General Transmission frequency 2.4 GHz Transmission system IEEE 802.15.4 Transmission power 10mW Radio range up to 100m (330 ft) indoors, up to 1000m (3300 ft) Approval ETSI / FCC Part 15.247 / IC Electromagnetic compatibility EN61326-1 Industry FCC Part 15 Class B EN61326-2-3 Industry ICES-003 Class BEE244 (Transmitter, Router)

Supply transmitter (EE244-A) battery 4x1.5V AA Battery lifetime > 1 year with a measuring data transmission every 5 min. (for T / %RH) External supply transmitter (EE244-B) 8...28V DC SELV, typ. IL = 20mA at 24V; max. IL = 35mA at 24V DC External supply router (EE244-R) 8...28V DC SELV, typ. IL = 20mA at 24V; max. IL = 35mA at 24V DC

Housing material polycarbonate (PC)Protection class housing IP65

Temperature ranges working temperature range of probe: refer to respective data sheet of sensing probe working temperature range: -40...+50°C (-40...122°F) (with display: -20...+50°C / -4...122°F) storage temperature range: -40...+50°C (-40...122°F) (with display: -20...+50°C / -4...122°F) Max. number of sensing probes 3 (2*) Max. number of measuring signals 6 (4*) (T / RH / CO2

**)EE245 (Transmitter)

Power Supply battery 4x1.5V AA Battery lifetime > 1 year with a measuring data transmission every 5 min. (for T / %RH) Radio Range up to 60m (197 ft) indoors Antenna internal External supply transmitter (EE245) DC 8-28V SELV / AC 12V (±20%)

Housing material polycarbonate (PC)Protection class housing IP30

Temperature ranges working temperature range: 0...90%RH (non-condensing) / -5...+55°C (23...131°F) storage temperature range: 0...90%RH (non-condensing) / -5...+55°C (23...131°F) Max. numbers of measuring values 3 (T / RH / CO2

**) Accuracy T: ± 0,3 °C (at 20 °C) / ± 0,4 °C (20...55 °C) Rh: ± 3 % (30...70 %) / ± 5 % (70...90 %) CO2: 2000ppm (± 50ppm +2 % of m.v.) 5000ppm (± 50ppm +3 % of m.v.) Connection screw terminal 1,5mm² *) with external power supply

**) For CO2 an external power supply is recommended.

Technical data Transmitter EE244 & EE245

85

136

3111,5

EE24532

power supplyDC 8-28V SELVAC 12V (±20%)

GN

DV

CC

10 9 8 7 6 5 4 3 2 1135 (5.3“)

90 (3

.5“)

20 (0

.9“)11

0 (4

.3“)

depth: 50 (2“)

socket / ELKA 4012 PG7


136 EE240

Ordering Guide

TRANSMITTER EE245

TRANSMITTER / ROUTER EE244

BASE STATION - „point-to-point connection“ (EE241) and „wireless network“ (EE242)

SENSING PROBES FOR EE244

EE245-Type RH + T + CO2 FTC

RH + T FTxCO2 +T xTCT xTx

CO2(only for TC and FTC)

0...2000ppm 20...5000ppm 5without CO2 measurement x

Frequency 2,4GHz (10mW) A

Display with Dwithout x

EE244- EE244-Type transmitter A

transmitter with external supply Brouter R

Frequency 2,4GHz (10mW) A A

Number of sensing probes

1 12 23 (not possible with type B - transmitter with external supply) 3

Display with Dwithout -

Humidity / Temperature

probe RH/T (polycarbonat) EE07-PFT1probe RH/T (metal) EE07-MFT9module RH/T EE03-FT9

Temperature probe T (polycarbonat) EE07-PT1probe T (metal) EE07-MT

CO2 probe CO2 EE871

EE241- EE242-Hardware ConfigurationFrequency 2,4GHz (10mW) A AOutput signal 0-5V 2 2

0-10V 3 30-20mA 5 54-20mA 6 6

Display with D Dwithout - -

Software ConfigurationPhysical parameters of outputs

relative humidity RH [%] (A) output 1 A A / B / C / Rtemperature T [°C] (B) output 2 B A / B / C / Rdew point temperature Td [°C] (C) output 3 C A / B / C / RCO2 CO2 [ppm] (R) output 4 R A / B / C / R

Unit metric / SI - -non metric / US E01 E01

T-Scaling (in °C or °F) -40...60 (T02) 0...50 (T04) output T Select Txx code Select Txx codeTd-Scaling (in °C or °F) -20...50 (T48) furhter scalings on request output Td Select Tdxx code Select Tdxx code

CO2-Scaling (in ppm)0...2.000 (C20) 0...10.000 (C22) Select Cxx code Select Cxx code0...5.000 (C21)

Software Configuration

Unit °C -°F E01


137EE240

Oder Example

Transmitter: EE244 EE245- Probe cable for EE07 - (HA0108xx) () 2m (7ft) / 5m (16ft) / 10m (33ft)- Connection cable for EE03, 2m (7ft) (HA010328) () - Connection cable for EE03, 5m (16ft) (HA010329) () - Antenna cable 2m (7ft) (HA010330) () - Bracket for rail installation (HA010203) () - Reference probes (HA010403) () - Duct mounting kit for EE07 (HA010209) () - External power supply unit (V02) () ()

Position 2 - Transmitter / Router: EE244-BA1D

Type: Industral transmitter with external supplyFrequency: 2,4GHzProbe: 1Display: yes

Position 2 - Transmitter: EE245-FTC5Ax

Type: Room transmitter for relative Humidity, Temperature and CO2CO2: 0...5000ppmFrequency: 2,4GHzDisplay: without

Position 1 - Base Station: EE242-A3D/ABCR-T04-Td48-C20

Frequency: 2,4GHzOutput signal: 0-10VDisplay: yesOutputs: RH, T, Td, CO2Unit: SIScaling: T: 0...50; Td: -20...50

Position 1 - Base Station: EE242-A3D/ABCR-T04-Td48-C20

Frequency: 2,4GHzOutput signal: 0-10VDisplay: yesOutputs: RH, T, Td, CO2Unit: SIScaling: T: 0...50; Td: -20...50

Position 3 - Sensing Probes: EE07-PFT1, EE07-MT

Base Station:- Antenna cable 2m (7ft) (HA010330)- Crossover cable (PC to base station) (HA010333)- External power supply unit (V02)

Accessories / Replacement Parts

1)

2)


1


301CH rosneSDigital output (2 wires)2) HR %00.001...00.0 :eulav tuptuo Working range1) HR %001...0 gnitaoc htiw HR %59...0 Accuracy at 21°C (70°F) )HR %001...01( HR %3±

...VEB ,BTP ,TSIN yb detartsinimda ,sdradnats .nretni ot elbaecarT Temperature dependence ±0.00035 x RH x (T-20°C)Temperature Digital output (2 wires)2) C°00.58+...00.04- :eulav tuptuO (-40.00...+185.00°F)Accuracy at 20°C (68°F) C°3.0± (±0.54°F)

General Supply voltage3) CD V5.5 - CD V5.2 Current consumption at 5V DC average value: typ. 0.30mA

Am07.1 :s3 yreve ,kaep 02PI / CP-SBA gnisuoH

Electromagnetic compatility EN 61000-6-3 1-6-00016 NE

C°58...04- :erutarepmet gnikrow egnar erutarepmeT (-40...185°F) C°06...04- :erutarepmet egarots (-40...140°F)

m01 htgnel elbac mumixaM (32.8ft))snip 4( 0-9530820-0 / OCYT/PMA :srotcennoc elamef rof dengised snoitcennoc lacirtcelE

:stcatnoc pmirc elamef dna AMP/TYCO / 181270-11) please refer to the working range of the HC1032) serial protocol refer to www.epluse.com3) max. permitted ripple: 20mV

EE03

OEM Humidity / Temperature Modulealterations according to customer specifications possible

The EE03 is an inexpensive, highly accurate, temperature and humidity measurement module for OEM applications thatcommunicates via a two-wire digital protocol. Originally desi-gned and manufactured for the automotive industry, this device has excellent long-term stability and is ideal for a wide range of applications that require remote or embedded RH and tem-perature measurements.

The EE03 plug-in module design also allows for ambient air monitoring or measurement of surface humidity andtemperature to detect near-condensation (dew point)conditions. For applications in salt air or harsh environments, the EE03 is also available with an optional protective coating.

The EE03 features an embedded microprocessor that retains calibration data, and provides a full-range, temperature corrected humidity output. The simple E2 digital protocol used by the EE03 allows for low-cost integration with other devices utilizing microprocessor based control or monitoring.

HVAC & economizer controlautomotiveappliancesconsumer productshumidifiersdehumidifiersmedical technology

digital two wire output for RH and Tqualified for surface condensation monitoring

interchangeable plug-in design integrated easily to systems

compact designlow power consumption

cable length up to 10m (32.8ft)optional protective coating for harsh environments

traceable calibration

EE03 Series


Technical Data

v1.2

EE03



2

EE03

- E2-interface - RS232 converter: (HA011002) A RS232 converter is available for first testing measurements with a PC- mounting set (plate, screws, dowel) (HA010206)- connection cable 2m (6.6ft) (HA010307) 5m (16.4ft) (HA010308) 10m (32.8ft) (HA010309)

Dimensions (mm) / Mounting

Connection diagram

Ordering Guide

Order Example

Accessories

MODEL OUTPUT ADHESIVE FILM PROTECTIVE COATING

humidity and temperature (FT) E2-interface (9) no (no code) without coating (no code) yes (S) with coating (HC)

EE03-

EE03-FT9Smodel: humidity and temperatureoutput: E2-interfaceadhesive film: with adhesive filmcoating: without coating

+VSCLSDAGND

white +Vyellow SCLgreen SDA brown GND

connection cable(refer to accessories)

cable length: 2, 5 or 10m

(6.6, 16.4 or 32.8ft)

mlif evisehda yb gnitnuomegnalf gnitnuom htiwfor optimum temperature-offset(condensation monitoring)

thermal conducting adhesive filmordering code: S

E2-interface - RS232 converter

1 mm = 0.03937” / 1” = 25.4 mm

EE04v2.4

The high quality, compact EE04 humidity and temperaturetransmitters are optimised for OEM applications. Highest per-formance with respect to accuracy and long term stability iscombined with low costs for large quantities. The SMD humid-ity sensor HC103 series, state of the art electronics and dedi-cated housing are offering an excellent price / performance ratio.

An optional filter assures optimal protection against dirt. Foruse in high pollution or corrosive environment the sensors andelectronics can be protected with a special E+E coating. There is an EE04 version model available with extra air slotson the side allowing for very fast response times.

The linear output voltage for relative humidity can easily beprocessed further. The temperature output signal is provided by a voltage divider with passive NTC sensor.Fast and easy installation is possible by using the provided mounting flange.

Measuring QuantitiesRelative Humidity

301CHrosnes ytidimuH%001...0 gnitaoc htiwHR%59...0egnar gnikroW

Accuracy at 25°C (77°F) ± 3%RH (40...60%RH) ± 5%RH (0...95%RH)Traceable to intern. standards, administrated by NIST, PTB, BEV...

.HR%001...0 egatlov eugolana raeniltuptuo ytidimuH ∧ 0.1xUV ...0.9xUV

e.g.: for UV= 5VDC : 0...100%RH = 0.5V...4.5V (50%RH = 2.5V)Load resistor RLoad > 5kOhmResponse time τ63 at 25°C (77°F) type B: < 45s (without filter and without coating)

type O: < 30s (without filter and without coating)Temperature

tloVtuptuo erutarepmeT age divider: NTC (10kOhm at 25°C/77°F) with pull down resistor (10kOhm)

Calculation T[°C] out ofoutput voltage

Calculation output voltageout of T[°C]

Working temperature -40...85°C (-40...185°F)

General DataVoltage supply (UV %01± CD V5)Current consumption typical 1.4mA without load

< 3.5mA at maximal load / dirgnoitcetorp rosneS metal grid filter or coating

CE compatibility according1) EN 50081-1EN 61000-6-2

1) EE04 is not protected against surge

Miniature Humidity and TemperatureTransmitter

air conditioning in automobileshumidifiers and dehumidifierscopy machines warehouseshome appliances

small dimensionsexcellent price / performance ratio

high long term stabilityeasy installation

low power consumptiontraceable calibration

EE04 SeriesEE04 Series

TTypicalypical AApplicapplicationstions FFeaeaturtureses

TTecechnical Dahnical Datata

RNTC =

RNTC = 10000 x e

10000 x UV

UOut- 10000

- 11,726

T[K] =

T[K] = T[°C] + 273,15

3496

11,726 + lnRNTC

10000( )3496T[K]

( ) UOut=10000 x Uv

T[°C] = T[K] - 273,15

RNTC+10000( )

EE04-FTB

EE04-FTOwith extra air slots

on the side


EE04

Dimensions (mm)Dimensions (mm)

Connection DiaConnection DiaggrramamThe circuitry shows the typical A/D conversion of the analogue output signals. A reference voltage or calibration is not required. The voltage supply can vary inthe range 5V ±10%.

Housing material: PPO - GF20

Protection class:

Sensor side: IP50 (type B) IP20 (type B and O)

Connector side: IP30

1 mm = 0.03937” / 1” = 25.4 mm

(6.56ft or 16.4ft)

(not included in the sope of supply EE04)

EE04-FTB4A3-HCerutarepmet dna ytidimuh:ledom

tcud:epyTU x 9.0 - 1.0 raenil:tuptuo V

T-sensor: NTCretlif on ,dirg ylno:retlif

coating: with coating

OrOrdering Guidedering Guide

OrOrder Exampleder ExampleAccessoriesAccessoriesconnection cable 2m (6.6ft) (HA010305)

5m (16.4ft) (HA010306)

MODEL TYPE HUMIDITY OUTPUT T-SENSOR FILTER COATING(for type B only) (for (3) only)

humidtiy+temperature (FT) duct (B) linear 0,1...0,9 x UV (4) NTC, 10k at 25°C (A) only grid, no filter (3) with coating (HC) latemartxe htiw tcud grid filter above grid (6) without coating (--)

air slots on the side (O)

EE04-



Interchangeable Humidity / Temperature Probesfor OEM Applications

customer specific modifications possible The compact EE07 humidity and/or temperature probe is based on a new electronic concept in combination with the miniaturized SMD humidity sensor element HC105 series. A wide humidity and/or temperature working range, com-pact dimensions of the polycarbonate or metal housing and appropriate filters allow for the use in a large variety of applications.Calibration data and other measurement relevant functions (e.g. linearization or temperature compensation) are stored in the electronics, integrated in the probe. In combination with the M12 connector, replacement in seconds without readjustment of the evaluation electronics is guaranteed.The digital output signal allows for easy processing of the measurement results and cost efficient interfacing to customers electronics.The configuration equipment allows humidity and temperature adjustment of the sensor.

humidifiers and dehumidifiersmeteorological applicationsclimate and ventilation controlsnowgunsOEM applications

digital outputinterchangeable

easy to installcompact size

highest accuracytraceable calibration

easy interfacing to microcontroller

EE07


Technical DataMeasuring values

Relative HumiditySensor element HC105Digital output (2 wire)1) output value: 0.00...100.00% RHWorking range2) 0...100% RH Accuracy incl. hysteresis and nonlinearity ±2% RH (0...90% RH) ±3% RH (90...100% RH) Traceable to intern. standards, administrated by NIST, PTB, BEV...Temperature dependence < (0.025 + 0.0003 x RH) [ ]Temperature Sensor element Pt1000 (tolerance class A, DIN EN 60751)Digital output (2 wire)1) output value: -40.00...+80.00°C (-40...176°F)

Accuracy (at 20°C: ±0,1°C)

General Supply voltage 3.8V DC - 5.5V DC Current consumption < 1.5mA Housing polycarbonate or stainless steel / IP65 Sensor protection membrane filter, PTFE filter, metal grid filter (polycarbonate), metal grid filter (stainless steel)Electromagnetic compatibility3) EN 61326-1 EN 61326-2-3 Temperature range working temperature: -40...80°C (-40...176°F) storage temperature: -40...60°C (-40...140°F)max. cable length4) m03 (98.4ft)1) serial protocol refer to www.epluse.com 2) refer to the working range of the humidtiy sensor HC105

3) EE07 is not protected against surge 4) dependent on selected Bus frequency

∆°C

°C

% RH°C

EE07

RH/T Probe Metal Housing

EE07

RH/T Probe Polycarbonate Housing

T Probe Metal housing




EE07-PFT6Polycarbonate housingHumidity and temperatureMetal grid filter (polycarbonate)

- M12x1 flange coupling with 50mm (2“) litz wire (HA010705)- filter caps (HA0101xx)- radiation shield )205010AH(

Housing Dimensions (mm)

Connection Diagram

Ordering Guide

Order Example

1...GND2...+UB3...DATA4...CLOCK

Accessories

M12x1 flange coupling with 50mm (2“) litz wire (HA010705):

brown...GNDwhite.....+UBblue......DATAblack....CLOCKgrey......shielding

EE07:

M16x1.5

HOUSING MODEL FILTER COATINGmetal 1)

(M) humidity and temperature (FT) membrane filte (1) without (no code)polycarbonate (P) PTFE filter (5) with (HC01)

metal grid filter (polycarbonate) (6)metal grid filter (stainless steel) (9)H2O2 filter (8)

EE07-

Configuration equipment: The confi guration equipment allows humidity and temperature adjustment of the sensor.- configuration cable (HA011001)- configuratin software: free download at www.epluse.com/configurator

HA011001PC

1) The metal housing is only available with metal grid fi lter (stainless steel) (9)

Polycarbonate Housing EE07-PFTx

Humidity & Temperature Probes:

Metal Housing EE07-MFTx

75 (2.9”)

M12x1

M12x1

8 (0.3”)

83 (3.27“)8 (0.3”)

Ø13

(0.5

1”)

Ø12

(0.4

7”)

Ø12

(0.4

7”)

Ø12

(0.4

7”)

Polycarbonate Housing EE07-PT1

Temperature Probes:

Metal Housing EE07-MT

75 (2.9”)

M12x1

M12x1

8 (0.3”)

50 (2”)8 (0.3”)

Ø13

(0.5

1”)

Ø12

(0.4

7”)

Ø6

(0.2

4“)

Ø12

(0.4

7”)

75 (2.9”)

Humidity & Temperature Probes:

Temperature Probes:Polycarbonate housing EE07-PT1Metal housing EE07-MT

EE07-MTMetal housingTemperature probe

10 v1.17 / Modification rights reserved EE071www.epluse.com/EE071

Humidity and Temperature Probe with Modbus Interface EE071

EE071 is optimized for use in demanding OEM applications. In addition to the precise measurement of humidity (RH) and temperature (T), the EE071 calculates physical quantities such as dew point temperature, mixing ratio and absolute humidity. All measured and calculated values are available on the RS-485 interface with Modbus RTU protocol.The RH and T sensor HCT01 is perfectly protected against dust and dirt by the E+E proprietary coating. Furthermore, all solder pads are sealed against corrosion. With the appropriate filter cap the EE071 offers outstanding long term stability even in harsh environment. The compact design with M12 connector allows for easy installation and fast replacement of the probe.With the optional Modbus configuration adapter the user can perform RH and T adjustment and set the Modbus parameters.

process and climate technologyagriculture, stablesincubators, hatchersoutdoor measurementstorage rooms, cooling chambers

highest accuracyexcellent protection against pollution

outstanding long term stabilitytemperature compensation

low power consumptioncalculated physical quantities

Typical Applications Key Features

Technical DataMeasured values

Relative HumiditySensor element HCT01-00DModbus output range 0.00...100.00% RHAccuracy incl. hysteresis and nonlinearity ±2% RH (0...90% RH) ±3% RH (90...100% RH)Temperature dependence < (0.025 + 0.0003 x RH) [% RH/°C]Temperature

0001tP rosneSModbus output range -40.00...+80.00°C (-40...176°F)

Accuracy: 0.48

0.4

0.3

0.2

0.1

-0.1

-0.2

-0.3

-0.4

-0.48

0.48

0.4

0.3

0.2

0.1

-0.1

-0.2

-0.3

-0.4

-0.48

Standard High

GeneralSupply voltage 1) 2) 4 - 28V DCCurrent consumption typ. 0.4mA at a measuring rate of 1 sec. Current pulse during power-up at UB 7V: Imax 60mA; current draw drops below 10mA within 350μs(with serial resistance 100 Ohm) at UB 12V: Imax 110mA; current draw drops below 10mA within 400μs Warmup Time after Power-Up max. 800msInterface / Bus RS485 / Modbus in slavemodeHousing / polycarbonate or stainless steel / IP65Electromagnetic compatibility 3) EN613226-1 EN61326-2-3 FCC Part 15 Class B ICES-003 Issue 5 ClassBWorking and storage temperature -40...80°C (-40...176°F)

Max. cable length 100m (328.1ft) 1) For bus operation with terminal resistor (120Ω) min. UB: 4,5V DC 2) No terminal, pull-up or pull-down resistor integrated in the probe 3) EE071 is not protected against voltage spikes (surge)

Polycarbonate

Metall

Sensor coating

sealedsolder pads

EE071

EE071



www.epluse.com/EE071

Connection DiagramM12x1 flange (HA010705, Accessories)

brown...+UBwhite.....B-RS485 (= Data-)blue......A-RS485 (= Data+)black....GNDgrey......shielding

M16x1.5

1...+UB2...B-RS485 (= Data-)3...A-RS485 (= Data+)4...GND

EE071:

Modbus MapThe measured values are saved as a 32Bit float value from 0x19 to 0x25 and as 16Bit signed integer between 0x27 and 0x2D. The factory setting for the Slave-ID is 247 as an integer 16Bit value. This ID can be customised in the register 0x00 (value margin 1 - 247 permitted).The serial number as ASCII-code is located at register address 30001-30008.

INTEGER (write register):Registeraddress

Protocoladdress

Parameter name

30026 0x19 Temperature [°C]30028 0x1B Temperature [°F]30030 0x1D Rel Humidity [%]30032 0x1F Abs Humidity [g/m³]30034 0x21 Dew Point [°C]30036 0x23 Dew Point [°F]30038 0x25 Mixing ratio [g/kg]

Registeraddress

Protocoladdress

Parameter name

30040 0x27 Temperature [°C]30041 0x28 Temperature [°F]30042 0x29 Rel Humidity [%]30043 0x2A Abs Humidity [g/m³]30044 0x2B Dew Point [°C]30045 0x2C Dew Point [°F]30046 0x2D Mixing ratio [g/kg]

Registeraddress

Protocoladdress

Parameter name

60001 0x00 Slave-ID

Registeraddress

Protocoladdress

Parameter name

50012) 0x1388 Air pressure

FLOAT (read register): INTEGER (read register):1)

FLOAT (read & write register):

001:1 fo gnilacs a htiw derots era seulaV )1(e.g.: 2550 is equivalent to 25.5°C)

For Modbus protocol setting please see Application Note (www.epluse.com/EE071).

Dimensions in mm (inch)metal housing - EE071-HTMx

M12x1

80 (3.1“)

polycarbonate housing - EE071-HTPx

M12x1

75 (3”)8 (0.3”)

8 (0.3”)

12

(0.4

7”)

12

(0.4

7”)

13

(0.5

1”)

12

(0.4

7”)

For outdoor applications EE071 must be used with the optional radiation shield HA010502, which protects the device against rain, snow, ice and solar radiation.

Radiation shield

EE071 with radiation shieldHA010502

30x0 edoc noitcnuf daeR )2 Write function code 0x10


12 v1.17 / Modification rights reserved EE071www.epluse.com/EE071

Accessories (See data sheet “Accessories”)

Ordering Guide

EE071-HTPBCAE1Model: humidity & temperatureHousing: polycarbonateFilter: membrane filterT-Accuracy: HighConfiguration: baud rate 9600, even parity, 1 stopbit

Order Example

MODEL HOUSING FILTER T-ACCURACY 2) BAUD RATE3) PARITY3) STOPBITS3)

Humidity and Temperature (HT) polycarbonate (P) membrane (B) Standard (x) 9600 (A) odd (O) 1 stopbit (1)metal (M) metal grid (C) High (C) 19200 (B) even (E) 2 stopbits (2)

PTFE (E) 38400 (C) no parity (N)stainless steel grid1) (I)

EE071-1) The metal grid filter (stainless steel) is only available in combination with metal housing (M).2) According to graphs in „Technical Data“3) Factory setup: Baud rate: 9600 (A) / Parity: even (E) / Stopbit: 1 (1)

Scope of Supply- EE071 probe according to ordering guide- Inspection certificate according to DIN EN10204 - 3.1

- M12x1 flange coupling with 50mm (2“) flying leads HA010705- Cable connector for customer assembly M12x1 HA010707- Filter caps HA0101xx- Connecting cable M12 - flying leads (1,5 m (59.1“) / 5 m (196.9“) / 10 m (393.7“)) 8010AH 19/20/21- Connecting cable M12 - M12 (2 m (78.7“) / 5 m (196.9“) / 10 m (393.7“)) 8010AH 16/17/18- T-coupler M12 - M12 HA030204- Modbus configuration adapter HA011012- Radiation shield with cable gland (M20x1.5) HA010502- Protection cap for 12 mm (0.47“) probe HA010783- Protection cap for M12 connecting cable female HA010781- Protection cap for M12 probe connector male HA010782- Plastic mounting flange 12 mm (0.47“) HA010202- Stainless steel mounting flange 12 mm (0.47“) HA010201- Duct mounting kit HA010209- Wall mounting clip Ø 12 mm (0.47“) HA010211- E+E Product Configuration Software EE-PCS (free download at www.epluse.com/configurator)



OEM Humidity and Temperature Probe with Voltage Output

EE060 is the ideal solution for cost-effective, highly accu-rate and reliable measurement of relative humidity (RH) and temperature (T).

Excellent protection against external infl uences is ensured by the combination of completely encapsulated electronics and the long-term stable, very robust HCT01 humidity sen-sor with E+E proprietary protective coating. Together with the optional radiation shield, the probe can be also used outdoors.

EE060 is available as cable or plug version, with wide tem-perature and supply voltage ranges and 0-1V, 0-5V or 0-10V analog outputs. The 0-1V version features also an optional T sensor with passive output.

EE060

incubators and hatchers greenhouses and livestock barns humidifiers and dehumidifiers storage rooms HVAC

optimal price-performance ratioelectronics encapsulated against waterRH sensor coated against dust and dirt

very robust sensing headexcellent long term stability


Measuring values Relative humidity

Sensor HCT01-00D Working range 0...100% RH Analogue output 0...100% RH 0-10V -1.0 mA < IL < 1.0 mA 0-5V -0.2 mA < IL < 0.2 mA 0-1V -0.1 mA < IL < 0.1 mA Accuracy at 24V DC, 20°C (68°F) ±2.5% RH Temperature active Sensor Pt1000 DIN B Analogue output -40...60°C (-40...140°F) 0-10V -1.0 mA < IL < 1.0 mA 0-5V -0.5 mA < IL < 0.5 mA 0-1V -0.1 mA < IL < 0.1 mA Accuracy at 24V DC, 20°C (68°F) ±0.3°C (±0.5°F)

Temperature passive (with 0-1V output and 8-pole connector only) Output resistive, 2-wire Type of T-Sensor refer to ordering guideGeneral

Supply voltage HT1: 3.6...30V DC HT2: 10...30V DC HT3: 15...30V DCCurrent consumption typ. 1.5 mA Electrical connection M12 connector or cable (PVC, Ø 4.3mm, 4 x 25mm²)Housing polycarbonate / IP65Electromagnetic compatibility 1) EN61326-1(industrial environment) EN61326-2-3Working and storage temperature -40...+60°C (-40...140°F)

1) Analogue output 0-1V is not protected against surge!

Technical Data

EE060

EE060

sensor coating

sealedsolder pads

encapsulatedelectronics



Dimensions in mm (inch)Connector version Cable version

34 (1.34)101.5 (4)

99.5 (3.92)

M12

x1

11 (0.43)

Ø12

(0.4

7)

34 (1.34)106 (4.17)

Ø12

(0.4

7)

Connection Diagram

+

-

+

-

cable version (Type PN)Connector version


V+ (white)

GND (brown)

RH (green)T (yellow)

V V

1 23

45

6

7 8


Connector 4-pole (PM)1...V+2...RH-out 3...GND4...T-out

Connector 8-pole (PV)1...T-passive2...not connected 3...not connected4...RH-out5...T-out6...GND7...T-passive8...V+

Ordering GuideANALOGOUTPUT

T-SENSOR PASSIVE(with 0-1V output and 8-pole connector only)

ELECTRICAL CONNECTION CABLE LENGTH FILTER

0 - 1V (1) none (x) connector 4-pole (PM) 0.5m (1.6ft) (A) membrane filter (B)0 - 5V (2) Pt1000 DIN A (C) connector 8-pole (forT-Sensor passive) (PV) 1.5m (4.9ft) (C)0 - 10V (3) NTC 10k at 25°C (E) cable (PN) 3m (9.8ft) (E)

with connector (x)

EE060-HT

EE060-HT2xPMxBOutput: 0-5VT-Sensor passive: noneEl. Connection: connector 4-poleCable length: with connectorFilter: membrane filter

EE060-HT1CPVxBOutput: 0-1VT-Sensor passive: Pt1000 DIN AEl. Connection: connector 8-poleCable length: with connectorFilter: membrane filter

Order Example

Female connector 4pol. self assembly M12x1 HA010707Female connector 8pol. self assembly M12x1 HA010704Connection cable for Type PM, free ends 1,5m (4.9ft) / 5m (16.4ft) / 10m (32.8ft) HA010819/20/21Connection cable for Type PV, free ends 1,5m (4,9ft) / 3m (9.8ft) / 5m (16.4ft) / 10m (32.8ft) HA010322/23/24/25Protection cap for M12 female cable connector HA010781Protection cap for M12 male probe connector HA010782Protection cap for 12 mm sensing head HA010783Plastic mounting flange for duct mounting HA010202Radiation shield HA010502

Accessories (For further information, see data sheet „Accessories“)

Support literaturehttp://goo.gl/6YZwj9



Measuring values Relative humiditySensor HC105

Working range1) 0...100% RH Analogue output 0...100% RH 4...20mA (two wire) RL<500Ohm Accuracy at 20°C (68°F), 12V DC ±3% RH (10...90% RH) ±5% RH (<10% RH and >90% RH) Temperature dependence [% RH/°C] typ. ±0.03 Temperature active

Sensor Pt1000 (class A, DIN EN 60751) Analogue output -40...60°C (-40...140°F) 0-1 V -0.2 mA < IL < 0.2 mA Accuracy at 12V DC, 20°C (68°F) ±0.3°C (±0.5°F)

Temperature passive Output resistive, 4 wire Type of T-Sensor refer to ordering guideGeneral

Supply voltage 9V DC - 28V DC Current consumption typ. 1.5 mA Electrical connection cable with 0.5m (1.6ft) / 3m (9.8ft) / 10m (32.8ft)

Housing polycarbonate IP65Sensor protection membrane filter, metal grid filterElectromagnetic compatibility EN61326-1 EN61326-2-3 Temperature ranges working temperature: -40...+60°C (-40...140°F)

storage temperature: -40...+60°C (-40...140°F)

1) Refer to the working range of the humidity sensor

OEM Humidity / Temperature Transmitter with Current Output

EE061 probes are the ideal solution for cost-effective, highly accurate and reliable measurement of relative humidity and temperature.The analogue humidity output provides a current signal with 4-20mA. A passive temperature output signal is available.

Wide temperature and supply voltage ranges, excellent long term stability and the optional sensor coating allow the use in many applications.

stablesgreen houseshumidifiers and dehumidifiersmonitoring of storage rooms

excellent price/performance ratiovery good long term stability

easy installationcompact design

EE061


Technical Data

EE061

EE061



EE061-FP6A6HC01K300

model: humidity+temperature passive filter: metal grid filteroutput: 4 - 20mA coating: with coatingT-sensor: Pt 100 DIN A cable length: 3m

Dimensions (mm)

Connection Diagram

Ordering Guide

Order Example

131 (5.2")

∅12

(0.5

")

+

-

+

-

with active humidity output:

supply voltage9...28V DC

A

V+ (white)

RH (brown)

AccessoriesFor more information please

refer to data sheet "Accessories"

Tpassive1 pinkTpassive2 red

Tpassive3 blueTpassive4 grey

supply voltage9...28V DC

A

V+ (white)

RH (brown)

with active humidity output and passive T-sensor:

34 (1.3")

MODEL OUTPUT T-SENSOR(passive only)

FILTER COATING CABLE LENGTH

humidity (F) 4 - 20mA (6) Pt100 DIN A (A) membrane filter (1) without coating (no code) 0.5m (1.6ft) (co code)

humidity+temperature passive (FP) Pt1000 DIN A (C) metal grid filter (6) with coating (HC01) 3m (9.8ft) (K300)NTC 10K at 25°C (E) 10m (32.8ft) (K1000)

EE061-


50 v1.7 / Modification rights reserved EE99-1

The EE99-1 OEM - RH/T modules are designed to meet the specific requirements of RH/T monitoring in climate chambers.High-end E+E humidity sensor elements of the HC series and accurate temperature compensation of the humidity reading result in an excellent accuracy over a broad measurement range.The analogue output for relative humidity is 4 - 20mA / 3-wire. The passive temperature output can be connected via 3-wire to an external readout.Easy mounting and service is possible with a plug-in screw terminals block and by push buttons for field calibration.

Operation in heavily polluted and/or corrosive environ-ments is typical for many industrial processes and can lead to drift or damage of the humidity sensor and there-fore to incorrect measurements. The unique protective coating developed by E+E for the sensing probe means a significant improvement of the long-term stability of the transmitter in very dirty and aggressive environments.

EE99-1

Measured quantitiesRelative humidity Humidity sensor 1) HC1000-400 Working range 0…100% RH

Accuracy 2) (including hysteresis, non-linearity and repeatability, traceable to intern. standards, administrated by NIST, PTB, BEV...) -15...40°C (5...104°F) ≤90% RH ± (1.3 + 0.3%*mv) % RH -15...40°C (5...104°F) >90% RH ± 2.3% RH -25...70°C (-13...158°F) ± (1.4 + 1%*mv) % RH

-50...180°C (-40...356°F) ± (1.5 + 1.5%*mv) % RHOutput signal 4 - 20mA (3-wire) Response time with filter at 20°C (68°F) / t90 < 15 sec.TemperatureTemperature sensor element 3) Pt100 resp. Pt1000 (class A, DIN EN 60751) see Ordering GuideWorking range -50...180°C (-58...356°F) / up to 200°C (392°F) short term

General DataSupply voltage 10 - 35V DC or 10 - 28V ACLoad resistor for 4 - 20 mA output 10 - 35V DC RL < [Ω] (max. 350 Ω)

10 - 28V AC RL < 350 ΩCurrent consumption for DC supply < 32mA for AC supply < 60mAeff

Working temperature range electronics -40…60°C (-40...140°F)

Storage temperature range -40…60°C (-40...140°F)

Electrical connection pluggable screw terminals up to max. 1.5mm² (AWG 16)

Sensor protection stainless steel grid filterElectromagnetic compatibility Designed for installment in and with other equipment (OEM) Measurements according to EN61000-4-3 and EN61000-4-6 FCC Part15 ClassB ICES-003 ClassB1) Refer to the working range of the humidity sensor 3) max. power dissipation 1mW

2) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

Technical Data

OEM - Humidity / Temperature Modules

climate chambersdrying chambers

remote sensing probe up to 10m (32.8ft)accuracy ±2% RH

traceable calibrationworking range humidity 0...100% RH

working range temperature -50...180°C (-58...356°F) / up to 200°C (392°F) short term passive 3-wire temperature output

easy field calibration


Uv - 5V0.02 A

EE99-1

EE99-1


51EE99-1 v1.7 / Modification rights reserved

Mounting Dimensions (mm)

Ordering Guide

Order ExampleEE99-1-FP6AD8025Model: Humidity + Temperature passiveOutput: 4 - 20mAT-Sensor: Pt100 DIN AVersion: remote sensing probeFilter: stainless steel grid filterCable length: 2m (6.6ft)Probe length: 200mm (7.9”)

supply voltage10...35V DC10...28V AC

T-sensor passive3-wire

71.8 (2.8”) 89.7 (3.5”)

∅15 (0.6”)

81.4 (3.2”)58.3 (2.3”)

39 (1.5”)

200 (7.9”) / 65 (2.6”)

∅3.5 (0.1”)

push buttons for 1 or 2 pointhumidity calibration

Connection Diagram

Probe material: high-tech plastic PPS-GF40


MODEL OUTPUT T-SENSOR VERSION FILTER CABLE LENGTHHumidity + Temperature passive (FP)

4 - 20 mA (6) Pt100 DIN A (A) remote sensing probe (D) stainless steel grid filter (8) 2m (6.6ft) (02)Pt1000 DIN A (C) 5m (16.4ft) (05)

10m (32.8ft) (10)

EE99-1-

PROBE LENGTH200mm (7.9”) (5)65mm (2.6”) (2)


74 v1.6 / Modification rights reserved HCT01

HCT01 Humidity / Temperature Sensor

Basic Design

Temperature Sensor Pt1000 DIN B or Mo1k

Capacitive E+E Humidity Sensor (with coating => protection against pollution)

Solder Pads

Front Back

RH and T sensor in one packageRH adjustedmature humidity sensor technologyhigh temperature accuracyreflow solderableintegrated dust filterstandardized DFN package

Features

HCT01 humidity/temperature sensors combine high quality, long time approved thin-film sensor technology simple processability and the possibility of a cost-efficient integration into customer application.

The pre-adjusted capacitive E+E humidity sensorelement saves complicated and time-consuming humidity adjustment. Highly accurate thin-film elements are used for the temperature measurement – a must for precise dew point determination.The DFN packaging guarantees maximum mechanical sensor protection and enables reflow soldering. A protective film on the surface of the humidity sensor ensures extensive protection against contamination like dust, salt or chemical deposit.

Depending on the individual application, accuracy requirements and existing interface electronics, different cost-saving evaluation circuitries are available. Do not hesitate to contact our specialists for further information and design-in support.

Accuracy for rH and T

± 2% adjusted± 3% adjusted

Pt1000Mo1k

ΔR

H (%

RH

)

ΔT

(°C

)

relative humidity [% RH] temperature [°C]

HCT01

0

2

4

6

8

10

0 10 20 30 40 50 60 70 80 90 1000

2

4

6

8

10

0 10 20 30 40 50 60 70 80 90 100


75v1.6 / Modification rights reservedHCT01

Working Range

rela

tive

hum

idity

[% R

H]

The working range is shown with regard to the humidity / temp erature limits.

Although the sensors would not fail beyond the limits, the specification is guaranteed only within the working range.In applications with high humidity at high temperatures the time factor shall be considered.

Humidity Element Working range humidity: 0...100% RH temperature: -40...140°C (-40...284°F)Nominal capacitance C0 70 pFAccuracy RH at 30°C HCT01-00: non adjusted (C0: 70±7 pF) HCT01-02: ±2% RH (20...80% RH) ±3% RH (0...90% RH) HCT01-03: ±3% RH (20...80% RH) ±4.5% RH (0...90% RH)

Sensitivity 0.25 pF /% RHTemperature dependence1) dC = -0,00083*RH(T-30°C) [pF]Hysteresis < 1.85%Long term stability drift < 0.5% / year2) Maximum supply voltage (no DC voltage) 5V max (Upp)Maximum DC voltage < 0.3VParallel Resistance Rp ≥ 100 MΩSerial Resistance Rs ≤ 1200 ΩRespons time t63 ≤ 6sMaterial housing plated Cu lead-frame and green epoxy-based compound fully RoHS and WEEE compliantLead finish NiPdAuSensor protection E+E coatingStorage temperature -40..55°C (-40...131°F)Dimensions 5x5x0.95 mmPackaging tape and reel

Temperature Element Mo1k Pt1000Nominal resistance (at 25°C / 77°F) R25 = 1000 Ohm R0 = 1000 OhmAccuracy dt = ±[0.2+0.008 * (t-25)] K DINBRespons time t63 ≤ 6sCharacteristics R = R0 * (1+A*t+B*t2) acc. EN60751 R0 = 928.73 Ohm A = 0.0030659 B = 3.41*10-7

Maximum continuous current (tLL<tA<tUL) 0.1mA (Icont)Maximum current 1mA (Imax)Self heating 0.35 K/mW1) Detailed calculation on request.2) In environments with high concentrations of volatile organic compounds, the value may be higher.

Technical Data

temperature [°C]

0

2

4

6

0 10 20 30 40 50 60 70 80 90 100

HCT01-02HCT01-03


76 v1.6 / Modification rights reserved HCT01

Characteristic Humidity ElementThe average increase of capacitance over the working range is app. 25 pF. For the range of 0–98% RH linear approximation is possible, errors will be lower than < ± 1.5% RH.

The sensor characteristic is determined by the following linear formula:

C(Uw) = C0 * [1+HC0 * Uw] C0 = 70 pFwith HC0 = 3420 ± 191 ppm /% RH

For high accuracy requirements, the sensitivity is determined by the following polynomial: C(Uw) = C0

* [1 + HC0 * Uw + k(Uw)]

whereby: k(Uw) = A1*Uw+A2*Uw1.5+A3*Uw

2+A4*Uw2.5

A1 = 2.6657E-3 A2 = -9.6134E-4 A3 = 1.1272E-4 A4 = -4.3E-6

capa

cita

nce

[pF]

relative humidity [% RH]

Dimensions in mm

2.18 0.73

5 ±0.1

5 ±0

.1

3.80

0.2

0.95 ±0.05 0.42

0.59

1.27

0.45

Top View: Bottom View:

2.8

4.31

0.60 R 0.22

0.4x45°

DFN-8 package

5 4

6

7

8

3

2

1

R1 C1

Connection Diagram

1 H1 Humidity +2 NC not connected 3 NC not connected 4 H2 Humidity - 5 T1 Temperature6 T1 Temperature7 T2 Temperature8 T2 Temperature

Top View:


77v1.6 / Modification rights reservedHCT01

Ordering Guide

HCT01-02STR1

Type: HCT01Accuracy RH: ±2%Temp. Element: Mo1kPackaging: 1000 sensors per reel

Order Example

Possible circuitries using HCT01Depending on accuracy requirements and existing electronics, various cost-effective

TYPE ACCURACY RH TEMPERATURE ELEMENT PACKAGINGHCT01 (HCT01) non adjusted (00) no temperature element (no code) 1000 sensors per reel (TR1)

±2% (02) Pt1000 DINB (D) 2500 sensors per reel (TR2,5)±3% (03) Mo1k (S)



The compact EE355 Dew Point Transmitter with a measuring range down to -60 °C Td is ideal for applications in compressed air systems, plastic dryers and industrial drying processes. An integrated auto-calibration procedure permits a measurement accuracy of <2 °C Td.

The measured values for dew point, frost point or ppm volume concentration are available on an analog 4-20 mA and a digital Modbus RTU output. Integration into the measurement task is

stainless steel housing.

With an optional Modbus to USB converter and the free EE-

set the Modbus parameters, and change the scaling of the analog output.

EE355 OEM Dew Point Transmitter down to -60 °C Td

EE355

Measuring valuesDew point (Td)Measurement range -60...60 °C Td (-76...140 °F Td)Accuracy 1)

Response time t90 < 5 min -20 °C Td ( -4 °F Td) → -60 °C Td ( -76 °F Td) < 15 sec -60 °C Td ( -76 °F Td) → -20 °C Td ( -4 °F Td)Volume concentration (ppm)Measurement range 20...200,000 ppmAccuracy at 20 °C (68 °F) and 1013mbar 5 ppm + 9 % from measured value

Output Analog output (scalable) 4 - 20 mA (3-wire technology) RL < 500 OhmMaximum adjustable scaling -100...80 °C Td (-148...176 °F Td)Resolution of analog output 2 µADigital interface MODBUS RTU (max. 32 units in one bus)Temperature dependence ±5ppm of the measuring span / °C (Deviating from 20 °C)

GeneralSupply voltage 18...28 V DCCurrent consumption at 24V DC <20 mA + load current / with autocalibration: 100 mA + load currentPressure range of use 0...80 barHousing / protection class Stainless steel AISI 316L / IP65Electrical connection 2) M12x1 5-pin plugSensor protection Stainless steel sintered filterTemperature / humidity operating range -40...70 °C (-40...158 °F) / 0...100 % RHStorage temperature range -40...60 °C (-40...140 °F) Electromagnetic compatibility EN61326-1 EN61326-2-3 Industrial environment FCC Part 15 ICES-003 ClassB

1) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement). 2) Field-attachable mating connector is included in the scope of supply.

80

60

40

20

0

-20

-40

-60

0 10 20 30 40 50 60-10-20-30-40

80

60

40

20

0

-20

-40

-60

-80

0 10 20 30 40-10-20-30-40 6050

Dew

poi

nt te

mpe

ratu

re (°

C)

Medium temperature (°C)

Accuracy: ≤ ±2°C Td

Technical Data

EE355



Dimensions in mm (inch) Connection Diagram140 (5.5)

77 (3)

74 (2.9)Ø

30(1

.2)

Ø12

(0.5

)

G1/2“

1/2“NPT

92 ( 3.6)

34.5 (1.36)

89 (3.5)

AD27

AD22

1 2

35

4Plug

1...V+2...Analog output 4-20mA3...GND4...RS485 A (=D+)5...RS485 B (=D-)

ISO

NPT

Ordering Information

Scaling Range

Order exampleEE355-T63GA/TD065MPressure-tight screw connection: G1/2” threadOutput: Dew point TdOutput scaling: 4-20 mA = -60...20 °C TdMeasured value unit: metric [°C]

Accessories

Dew point TD or Frost point TF (in °C or °F) volume fraction of water vapor WV002 -40...60 063 -80...20 083 -40...140 001 0...100 004 0...10000003 -10...50 064 -60...60 141 -100...20 002 0...500 011 0...100000010 -20...120 065 -60...20 003 0...1000

EE355-T63G

Pressure-tight screw connection G1/2" thread A1/2“ NPT thread C

Software configurationPhysical parameter Dew point temperature Td [°C/°F] TDfor analog output Frost point temperature Tf [°C/°F] output for Td < 0 TF

volume fraction of water vapor Wv [ppm] WVScaling of analog output see chart Scaling Range (e.g. TD002 for -40...60 °C Td) xxx

Measured value unit metric [°C] Mnon metric [°F] N

M12x1 5pin connection cable socket/flying leads 1.5m HA010819 sampling cell with quick connector HA050102M12x1 5pin connection cable socket/flying leads 5m HA010820 basic sampling cell HA050103M12x1 5pin connection cable socket/flying leads 10m HA010821 stainless steel sintered filter HA010103Modbus - USB converter for EE35x HA011013

Sampling Cell with Quick ConnectorThe sampling cell is specially developed for use in compressed air lines and has a quick-connector

Pressure range: 0...10 bar (0...145 psi).

1

2

3

1 = G 1/2“ ISO2 = Bleed screw3 = Quick connector



Measured Values Dew point (Td) Sensor HC1000

Measurement range -20...50 °C Td (-4...122 °F Td) Accuracy at 20 °C1)

Response time t90 at 20°C < 30 sec.Output Analog output (scalable) 4 - 20 mA (3-wire technology) RL < 500 Ohm Maximum adjustable scaling -40...80 °C Td (-40...176 °F Td) Digital interface MODBUS RTU

Temperature dependence ±0.005 % of the measuring span / °CGeneral

Supply voltage 10*)...28 V DC *) 10V+0.02*RLPower consumption at 24V DC <40 mAPressure range of use 0...80 bar (0...1160 psi)Housing / protection rating Stainless steel 1.4404 / IP65Electrical connection2) M12x1 5-pin plugSensor protection Stainless steel sinter filterTemperature / humidity operating range -40...60 °C (-40...140 °F) / 0...100 % rh Storage temperature range -40...60 °C (-40...140 °F)Electromagnetic compatibility in accordance with EN61326-1 EN61326-2-3 Industrial environment

1) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2 x standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement). 2) Flange receptacle for self assembly included in scope of supply.

The EE354 was developed for monitoring dew point up to -20 °C Td (-4 °F Td). The high measurement accuracy of ±1 °C Td (±1.8 °F Td) in the typical working range of a refrigeration dryer makes the EE354 the ideal solution for OEM manufacturers. Integration into the measurement task is considerably simplified thanks to its highly compact design and exceptional robust stainless steel housing. The measurement values are issued on an analog 4-20 mA and a digital Modbus RTU output. Furthermore, excellent long-term stability and temperature compensation across the entire measurement range are important features of the EE354.Using the free EE-PCS configuration software and the Modbus USB converter (available as an accessory), the scaling of the analog output can be modified. This also permits one and two-point adjustments by the user.

EE354 Miniature Dew Point Transmitter up to -20 °C Td (-4 °F Td)

Compressed air monitoringRefrigeration dryer

Typical Applications FeaturesMeasurement range -20...50 °C Td (-4...122 °F Td)

Accuracy ±1 °C (±1.8 °F) for refrigerant dryers Output 4...20 mA

MODBUS RTU digital interfacePressure-tight up to 80 bar (1160 psi)

EE354

Technical Data

60

40

40

50

50

20

20

30

30

0

0-20

-10

-10

10

10

Dew

poi

nt [°

C T

d]

Gas temperature [°C]

±1 °C±1.8 °F

±2 °C±3.6 °F

±3 °C / ±5.4 °F

EE354



Dimensions in mm (inch) Connection Diagram


Scaling Range

Order exampleEE354-T63GA/TD060MPressure-tight screw connection: G1/2" threadOutput: Dew point TdScaling of output: 4-20 mA = -20...40 °C TdMeasured value unit: metric [°C]

Accessories

140 (5.5)

77 (3)

74 (2.9)

Ø30

(1.2

)

Ø12

(0.5

)

G1/2“

1/2“NPT

92 ( 3.6)

34.5 (1.36)

89 (3.5)

AD27

AD22

1 2

35

4Plug

1...V+2...Analog output 4-20mA3...GND4...RS485 A (=D+)5...RS485 B (=D-)

TD or TF002 -40...60 007 0...60 024 -20...80 048 -20...50 090 32...120003 -10...50 008 -30...70 025 -20...60 060 -20...40 091 32...140004 0...50 022 -40...80 047 -20...150 083 -40...140

EE354-T63G

Pressure-tight screw connection G1/2" thread A1/2" NPT thread C

Software configurationPhysical parameters Dew point temperature Td [°C/°F] TDAnalog output Frost point temperature Tf [°C/°F] at dew point <0°C, the frost point is issued TFTd/Tf output scaling xxx (acc. to table(in °C or °F) scaling ranges)

Measured value unit metric [°C] Mnon metric [°F] N

M12x1 5pin mating plug suitable for customer-specific assembly HA010708 sampling cell with quick connector HA050102M12x1 5pin connection cable socket/flying leads 1.5m HA010819 basic sampling cell HA050103M12x1 5pin connection cable socket/flying leads 5m HA010820 stainless steel sinter filter HA010103M12x1 5pin connection cable socket/flying leads 10m HA010821 Modbus - USB converter for EE35x HA011013

Registeraddress

Protocoladdress

Parametername

30032 0x1F dew point Td30042 0x29 frost point Tf

Registeraddress

Protocoladdress

Parametername

60001 0x00 Slave-ID60002 0x01 RS485 setting

Modbus MapThe measured values are 32Bit float values. The factory-set slave ID is 243 as integer 16Bit value. This ID can be customised in the register 0x00 (value range 1 - 247 permitted). For Modbus setting please see Application Note AN0103. The factory setting of the transmission rate is: baud rate 9600, parity even, and stop bit 1.

FLOAT: INTEGER:

ISO

NPT


V2.7 / Modification rights reserved

Exact dew point monitoring is increasingly playing a more impor-tant role in many industrial applications, such as drying process-es, air pressure pipelines, etc. For these purposes the multifunc-tional EE35 Series offers the ideal features.

The EE35 Series is based on a functional, user-friendly housing concept and on the proven polymer humidity sensors of the HC Series. A specially developed autocalibration process enables measure-ments in a measurement range of -60...60°C Td (-76...140°F Td), with a Td measurement accuracy of ±2°C (±3.6°F).Two freely configurable and scalable analogue outputs are available for the two measurement values (Td, T).An optional hygrostat output, which can be set by means of a potentiometer, provides an alarm signal in a simple way when a threshold of the permitted dew point is exceeded.An optional display for the measurement values and the associated MIN/MAX values allows a quick overview of the current situation.

EE35

EE35 Industrial Transmitter for Dew Point Measurement

Dew points in the range of -60...-20°C (-76...-4°F) at room temperatures correspond to relative humidity values of 0.08...5.37% RH. The measurement of such low humidity values is not possible with conventional capacitive measurement methods. For the EE35 Series, a special autocalibration process is used to compen-sate for the usual drift effects and thus to achieve high accuracy measurements also at -60°C Td (-76°F Td).

Autocalibration

In addition to the direct mounting of the dew point probe, a ball valve installation enables the mounting and removal of the probe without having to interrupt the running process.

Installation

Alarm OutputAn optional alarm module with one relay output is available for control and alarm purposes. The setting of the Td threshold can be easily done with the potentiometer on the printed circuit board.

industrial processesmonitoring of air pressure pipelines warehouses drying processespaper industrieschemical industries

Typical Applications Featuresmeasuring range -60...60°C Td (-76...140°F Td)

accuracy of measurement ±2°C Td (±3.6°F Td)

traceable calibrationalarm output for dew point

autocalibration



86



Connection Versions

Standard Plug Option C03

LumbergRKC 5/7

2x M16x1.5

Power supply + Analogue output

Housing Dimensions (mm) Installation Example

EE35

fixed installation(pressure-tight up to 20bar/290psi)

bore diameter: >13.1 (0.5”)




For use in harsh industrial environ-ments the EE35 series is available in a robust metal housing.

Housing:polycarbonate housing metal housing

23 (1”)

64 (2.5”) resp. 164 (6.5”)

Model:

EE35-xEx Remote probe for T up to 60°C (140°F)and pressure-tight up to 20bar (290psi)Probe material: stainless steel

maximum installation depth

minimum installation depth


32 (1.3”)

∅13

(0.5

1”)

∅12

(0.4

7”)

135 (5.3”)

163 (6.4”)

66.5 (2.6”)

90 (3

.5”)

135 (5.3”)

90 (3

.5”)

66.5 (2.6”)

ball valve installation(pressure-tight up to

20bar/290psi)


15 (0.59”)

Plug Option C06

LumbergRSC 5/7 M16x1.5

87



Measuring Quantities Dew point Humidity sensor HC1000-400 Measuring range standard calibration: -40...60°C (-40...140°F) (below 0°C / 32°F the transmitter outputs frostpoint) special calibration: -60...60°C (-76...140°F) Accuracy ≤ ±2°C (≤ ± 3.6°F) Traceable to intern. standards, administrated by NIST, PTB, BEV...

Response time t90 80 sec. -20°C → -40°C (-4°F → -40°F) 10 sec. -40°C → -20°C (-40°F → -4°F) Temperature Sensor Pt1000 DIN A Measuring range 0...60°C (32...140°F) Accuracy of temperature measurement at 20°C (68°F) ±0.2°C (±0.36°F) Sensitivity error at full scale ±0.1°C (±0.18°F) Temperature dependence of electronics < 0.005°C/°COutputs 0 - 5V -1mA < IL < 1mA

Two freely selectable and scaleable analogue outputs 0 - 10V -1mA < IL < 1mAxx...yy°C T, Td/Tf / xx...yy°C respectively 4 - 20mA RL < 500 Ohm 0 - 20mA RL < 500 Ohm

GeneralSupply voltage 8...35V DC 12...30V AC (optional 100...240V AC, 50/60Hz)Current consumption - voltage output typ. 40mA, with autocalibration: 100mA - current output typ. 80mA, with autocalibration: 140mAPressure range 0...20bar (0...300psi) Housing / protection class PC or Al Si 9 Cu 3 / IP65; Nema 4Cable gland M16 x 1.5 (option: plug) cable Ø 4.5 - 10 mm (0.18 - 0.39”)Electrical connection screw terminals up to max. 1.5mm² (AWG 16)Sensor protection stainless steel sintered filterWorking temperature range probe: -40...60°C (-40...140°F) electronic: -40...60°C (-40...140°F) with LC display: -20...50°C (-4...122°F) with alarm module: -40...60°C (-40...140°F)Storage temperature range -40...60°C (-40...140°F)Electromagnetic compatibility according to EN 61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassB

Technical Data

Technical Data for Options

Terminal configuration - Alarm output

NO

NO

13

16

NC

NC

11

14

C

C

12

15

REL 1

REL 2

80

60

40

20

0

-20

-40

-60

-80

0 10 20 30 40 50 60

limit of measuring range

uncert ainty of measurement ±2 degC

dew

poi

nt te

mpe

ratu

re (°

C)

Process temperature (°C)

Display graphical LC display (128x32 pixels), with integrated push- buttons for selecting parameters Td or T and MIN/MAX functionsAlarm output for Td/Tf - range: -60...40°C Td (-60...40°F Td) adjustable with the potentiometer on the printed circuit board - 1 switch contact - 250V AC/6A or 28V DC/6A

Connection Diagram

EE35

Analog Ausgang /analogue output

OUT 2

8

Versorgung /supply

OUT 1

GND

GND

V+

VmA

VmA

7

6

5

4

3

2

1

8 - 35V DC12 - 30V AC

Serielle Schnittstellefür Konguration /serial connection forconguration

GND Ser

TxD/A+

RxD/B-

analogue output

supply

serial connection for configuration

88



1) Combination alarm output and plugs is not possible (with cable glands only) / combination alarm output and integrated power supply is not possible2) Integrated power supply includes 2 plugs for power supply and outputs / further plug options are not possible

Ordering Guide EE35

Accessories

Order ExampleEE35-ME025HA03D05P01/BC5-T02-Td02Housing: metal housing Output 1: TType: pressure tight Output 2: Td Cable length: 2m (6.6ft) Output signal: 0-20mAProbe length: 200mm (7.9”) Measured value unit: metricPressure tight feedthrough: 1/2" male thread Scaling of T-output: -40...60°CDisplay: with display Scaling of Td-output: -40...60°CAlarm output: without relay Plug: cable glands Sensing probe: pluggable Td Calibration: standardSupply voltage: 8...35V DC / 12...30V AC

- Ball valve set 1/2” ISO (HA050101) - Interface cable for PCB („HA010304“)- Ball valve set 1/2” NPT (HA050104) - Interface cable for plug C06 („HA010311“)- Display + housing cover in metal („D05M“) - Bracket for installation onto mounting rails* („HA010203“)- Display + housing cover in polycarbonate („D05P“) - Sealing element (HA050308)- Stainless steel sintered filter („HA010103“) *Note: Only for plastichousing, not for metalhousing

EE35

Hardware ConfigurationHousing metal housing M

polycarbonate housign PType pressure tight ECable length 1m (3.3ft) 01(incl. probe length) 2m (6.6ft) 02

5m (16.4ft) 05Probe length 100mm (3.9”) 3

200mm (7.9”) 5Pressure tight 1/2" male thread HA03feedthrough 1/2” NPT thread HA07Display without display

with display D05Alarm output1) without relay

with relay SWPlug cable glands

1 plug for power supply and outputs C031 cable thread / 1 plug for RS232 C06

Probe fixedpluggable P01

Td-Calibration standard -40...60°C (-40...140°F)special calibration -60...60°C (-76...140°F) CA02

Supply voltage 8...35V DC / 12...30V ACintegrated power supply 100...240V AC, 50/60Hz2) V01

Software ConfigurationPhysical parametres temperature T [°C/°F] output 1 Bof the outputs dew point temperature Td [°C/°F] output 2 C

frost point temperature Tf [°C/°F] DType of 0-5V 2output signals 0-10V 3

0-20mA 54-20mA 6

T / Td / Tf Einheit °C°F E01

Scaling of T-output -40...60 (T02) -60...20 (T65) -40...100 (T79) output T Select accorcding to-50...50 (T27) -50...100 (T66) -40...140 (T83) ordering guide (Txx)-80...20 (T63) -20...70 (T73) -60...120 (T97) Other T-scaling refer -60...60 (T64) 20...140 (T77) to data sheet „„T-Scalings““

Scaling of Td/Tf-output -40...60 (T02) 0...60 (T07) -60...60 (T64) output Td resp.Tf Select accorcding to -10...50 (T03) 0...80 (T21) 32...120 (T90) ordering guide 0...50 (T04) -40...80 (T22) 32...140 (T91) (Tdxx resp. Tfxx)0...100 (T05) -20...80 (T24) 32...132 (T96) Other Td/Tf-scaling refer

to data sheet „„T-Scalings““

EE35-

89


v1.7 / Modification rights reserved EE371

The exact monitoring of dew point temperature in compressed air systems, dryers for plastic and other industrial processes is becoming increasingly more important.EE371 series with a measuring range -60...60°C Td (-112...140°F Td) is the ideal solution for such applications.The core of the transmitter is the monolithic measurement cell type HMC01, developed by E+E Elektronik in thin-film technolo-gy.An autocalibration procedure which is integrated in the device and years of experience in low humidity adjustment make an accuracy of <2°C Td (±3.6°F Td) possible. The compact construction in a robust aluminium housing and the numerous options allow easy mounting and many applicati-on possibilities.

EE371 Compact Dew Point Temperature Transmitter / Switch

Dew point temperatures in the range of -60...-20°C (-76...-4°F) at room temperature correspond to relative humidity values of 0.08...5.37% RH. The measurement of these low humidity values is not possible with conventional capacitive measurement methods. For the EE371 series a special autocalibration procedure is utilized to achieve high accuracy measurements at lowest dew points too.

Autocalibration

OutputsModel T: The transmitter has two freely selectable and scaleable outputs for dew point, frost point or ppm volume concentration. Model S: The switch with two relay outputs is designed for control and alarm purposes. The status for early warning and main alarm is indicated by LED's. Adjustment of the Td/Tf set point and hysteresis can be achieved with the optional configuration software.

Configuration SoftwareThe optional configuration software allows flexible and easy adjustment of the analogue resp. relay outputsto the respective requirements.The adjustment / calibration of the transmitters can easily be performed.

Screw Connection for Mounting - 360° positionableThe construction of this screw connection enables any position / rotation of the mounted transmitter. So an optimal position of the display resp. the cable outlet is guaranteed.

monitoring of compressed air systemsrefrigerant type dryerabsorption dryerplastics dryer

Typical Applications Featuresmeasuring range -60...60°C Td (--76...140°F Td)

accuracy of measurement ±2°C Td (±3.6°F Td)

two Td/Tf alarm outputsautocalibration

pressure tight up to 100 bar (1450psi)

EE371

EE371 98


EE371 v1.7 / Modification rights reserved

Dimensions (mm) Connection Diagram

Measuring Quantities Dew point (Td) Dew point sensor HMC01 Measuring range -60...60°C Td (-76...140°F Td) Accuracy Traceable to intern. standards, administrated by NIST, PTB, BEV...

Response time t90 80 sec. -20°C Td → -40°C Td (-4°F Td → -40°F Td) 10 sec. -40°C Td → -20°C Td (-40°F Td → -4°F Td) Volume concentration Measuring range 20...200,000ppm Accuracy at 20°C (68°F) and 1013mbar ±(5 ppm + 9 % from measured value)Outputs EE371-Tx two freely selectable and scaleable 0 - 1V / 0 - 5V / 0 - 10V1) -1mA < IL < 1mA analogue outputs for Td, Tf, Wv 4 - 20mA / 0 - 20mA RL < 500 Ohm1)

EE371-Sx Alarm output 2 potential-free relays (NC) 30V DC 0.6A / 35V AC 0.3A (resistive)General

Supply voltage 10...30V DC Current consumption at 24V DC voltage output: typ. 40mA / during autocalibration: 100mA current output: typ. 80mA / during autocalibration: 140mAPressure range 0...20bar (0...290psi) / 0...100bar (0...1450psi)

System requirements for software WINDOWS 2000 or later; serial interface Serial interface for configuration RS232C

Housing / protection class Al Si 9 Cu 3 / IP65Electrical connection 7-pole industrial plug: DIN VDE 0627 / IEC 61984 cable cross-section: 0.25 - 1 mm2

cable connection: PG 11Sensor protection stainless steel sintered filterWorking temperature range probe: -40...70°C (-40...158°F) electronic: -40...60°C (-40...140°F) with LC display: -20...50°C (-4...122°F) Storage temperature range -40...60°C (-40...140°F)Electromagnetic compatibility according to EN 61326-1 EN61326-2-3 ICES-003 ClassB

Industrial Environment FCC Part15 ClassB1) minimum supply voltage 15V DC

Technical Data

80

60

40

20

0

-20

-40

-60

0 10 20 30 40 50 60-10-20-30-40

80

60

40

20

0

-20

-40

-60

-80

0 10 20 30 40-10-20-30-40 6050

dew

poi

nt te

mpe

ratu

re (°

C)

process temperature (°C)Accuracy ≤ ±2°C Td (≤ ± 3.6°F)

61 V+2 GND3 GND4 OUT15 OUT26 NC7 NC

VmA

VmA

10...30V DC

1 V+2 GND3 NC114 NC125 NC216 NC227 not connected

10...30V DC

7 1

2

3

5

4

analogue output

relay output

28 (1.1”) 100 (4”)

48 (1.9”)

75 (3

”)40

(1.6

”)

24 (1

”)

32 (1.3”)

54 (2

.1”)

∅12

(0.5

”)

spanner width: 27 or 24G1/2” ISO or 1/2” NPT

99



Order ExampleEE371-TEHA07D08/CD2-Td/Tf03Model: transmitter Output 1: TdPressure range: up to 20bar (290psi) Output 2: Tf Pressure tight feedthrough: 1/2” NPT thread Output signal: 0-5VDisplay: with display Measured value unit: metric Scaling of output: -10...50°C

Ordering GuideEE371- EE371-

Hardware Configuration

Modeltransmitter Tswitch S

Pressure rangeup to 20bar E Eup to 100bar (1450psi) I I

Pressure tight feedthrough

G1/2" male thread HA03 HA031/2” NPT thread HA07 HA07

Displaywithout displaywith display D08 D08

Software ConfigurationPhysical parametersof the outputs/relays

dew point temperature Td [°C/°F] (C) output/relay 1 select accoriding to Ordering Guide(C,D,P)frost point temperature Tf [°C/°F] (D) output/relay 2 select according to Ordering Guide(C,D,P)volume concentration Wv [ppm] (P)

Type ofoutput signals

0-1V 10-5V 20-10V 30-20mA 54-20mA 6

Measured value unitsfor T / Td / Tf

metric/SInon metric /US E01 E01

Scaling of Td/Tf-ouput(in °C or °F)

-40...60 (Td/Tf02) -60...20 (Td/Tf65) Other Td/Tf-scaling refer select according to-10...50 (Td/Tf03) to data sheet „Scaling of the outputs“ Ordering Guide (Tdxx / Tfxx)

ppm range Wv

0...100ppm (X01)0...500ppm (X02) other measurment range: _______ select according to0...1000ppm (X03) Ordering Guide

Setting of alarmoutput

standard for configuration CC R1: -40 °C (-40°F) R2: -35°C (-31°F)

H1: 2 °C (35.6°F) H2: 2°C (35.6°F)

other set points relay 1: _______ relay 2: ______ SP hysteresis 1: ___ hysteresis 2: __

Basic Sampling CellThe basic sampling cell offers the possibility to integrate the EE371 into an existing or self-constructed sampling system.Pressure range: 0...64 bar (0...928 psi)

1

23

1 = G 1/2“ ISO or 1/2“ NPT2 = G 1/4“ ISO or 1/4“ NPT3 = G 1/4“ ISO or 1/4“ NPT

Sampling Cell with Quick ConnectorThe sampling cell is specially developed for use in compressed air lines and has a quick-connector suitable for standard compressed air connections. It allows for the cell to be fitted and removed without interrupting the process.The flow of gas can be adjusted using a bleed screw.Pressure range: 0...10 bar (0...145 psi)

1

2

3

1 = G 1/2“ ISO2 = Bleed screw3 = Quick connector

100



Accessories- Sampling cell with quick connector (HA050102) - Basic sampling cell ISO (HA050103) - Basic sampling cell NPT (HA050105)- Display (D08)- Stainless steel sintered filter (HA010103) - Product configuration adapter see data sheet EE-PCA- Product configuration software EE-PCS (free download: www.epluse.com/confi gurator)

Scope of Supply- EE371 Transmitter according to Ordering Guide- Operation Manual- Inspection certificate according to DIN EN10204 - 3.1

101



EE46 condensation monitors are used to monitor the formation of condensation on chilled ceilings or to prevent condensation at critical spots of heating-, ventilation- and air conditioning systems. It is also used as a dew point monitor for systems operating near the dewpoint.Because of the temperature coupling between the condensa-tion monitor and the environment, the relative humidity is a measure for the dew point. The condensation monitor measures the relative humidity near the dew point using its high-quality capacitive sensor. At reaching the switching point of 90% RH the output will provide an early warning signal for the initiation of control steps (increasing the initial water temperature, reducing the cooling capacity, switching on the heating, etc...). An additional status light indicates the condensation danger.Thanks to the special protection coating, sensor and electronics are highly insensitive to dust and dirt.EE46 condensation monitors can be mounted on walls, ducts and pipes up to 2“.

EE46

Condensation Monitor

chilled ceilingsheating-, ventilation- and air conditioning systemsswitching cabinets

Typical Applications Featuresearly detection of condensation danger

compact designfast response time

dust protection simple and easy mounting

status indication

Humidity sensor HC105 Working range 10...100% RH Switching point at 20°C (68°F) 90±3% RH Switching hysteresis

Response time at change of t90 < 3 min. pipe/wall temperature Response time at change of t90 < 25 sec. relative humidity Electrical output potentialfree relay with changeover contact Switching capacity max. 24V AC/DC, 1A Supply voltage 24V AC/DC ±20% Current consumption at 24V DC < 3mA Relay status indication LED, red Electrical connection 5-pole push-in terminal, max. 1.5 mm2 (AWG 16) Dust protection by special coating (permeable for water vapour) Housing protection class IP40 Housing material Polycarbonate, UL94-V2 approved Electromagnetic compatibility EN 61326-1 EN 61326-2-3 industrial environment Temperature range working temperature range 0...50°C (32...122°F) storage temperature range -20...70°C (-4...158°F) Weight approx. 60g

Technical Data

EE46

EE46

Hysteresis5% RH

90±3% RH85±3% RH



Dimensions (mm)

Ordering Guide

Pipe mounting

Wall mounting

Installation

Connection Diagram

1 mm = 0.03937” / 1” = 25.4 mm

Status Indication

max

. Ø 5

0mm

(2“)

33.5

63.5Ø

4.5

23

43

53

NO

NC

COM

GND

V+ power supply24V AC/DC ±20%

max. Ø

50mm (2

“)

22

LED continuous red: Operating < 90% RH LED blinking red: Condensation danger

Condensation Monitor EE46

(EE46)


1 EE10-04v1.0

EE10 dew point room transmitters are the ideal solution for indoor applications such as HVAC Systems in residential and commercial buildings.The very stylish, functional housing allows for service purposes easy installation and fast exchange of the sensing unit. The high quality E+E humidity sensor and state-of-the-art microprocessor controlled electronics guarantee the best accuracy and long term performance.

EE10-04

building management for residential and office areas air conditioningswitching cabinets climate control in hotels and museums

excellent price / performance ratioeasy installation

modern designlong term stability

displaytraceable calibration

Dew PointRoom Transmitter


Technical Data

EE10-04

Measuring Quantities Dew Point Working range 0...80 Td °F Accuracy at 68 °F (20°C); 48 Td°F (9 Td°C); ±1.26 Td°F (0.7 Td°C) UV=24V DC and 50 %RH traceable to intern. standards, administrated by NIST, PTB, BEV... Temperature dependence at 73,4°F (23°C) typical 0.33 Td°F (0.18 Td°C) Temperature (active output) Accuracy at 68°F (20°C) and UV=24VDC ±0.72°F (±0.4°C)

Outputs 4 - 20mA (two wires) RL < (Uv - 10) / 0.02 < 500 Ohm Output 1: dew point Td 4...20mA = 0...80°F (-17.78...26.67°C)

Output 2: temperature T 4...20mA = 32...120°F (0...48.89°C)

General DataVoltage supply (UV) for 4 - 20 mA 28V DC > UV > 10 + 0.02 x RL (RL < 500 Ohm)Electrical connection screw terminals max. 1.5 mm2 (AWG 16)

Display dew point / temperature alternating CE compatibility according EN 61000-6-1 FCC Part15 ClassB EN 61000-6-3 ICES-003 ClassB Temperature ranges working temperature range: 23...131°F (-5...55°C) storage temperature range: -13...140°F (-25...60°C)

preliminary

2EE10-04

Dimensions (mm)

Connection Diagram

Housing color: Cover: RAL 9003 (signal white) Back: RAL 7035 (light grey)

W x H x D = 3.3“ x 5.4“ x 1“

preliminary

v1.0 / Modification rights reserved OILPORT 30 SET 110

Basic Device Power supply 4 x Alkaline LR6 AA batteries, 1.5 V Optional power supply 5V DC via USB (cable included) Temperature range operation: handheld and handle of sensing probe: 0 °C...+50 °C (32 °F...+122 °F) storage: -20 °C...+60 °C (-4 °F...+140 °F) probe: see probe specifications Internal memory for approx. 2 million measured values Housing / protection class ABS / IP40 Dimensions (HxWxD) 170 mm x 62 mm x 34 mm (6.69 " x 2.44 " x 1.34 ”) Weight approx. 205 g (0.45 lbs) Display TFT display, 54 mm x 41 mm (2.13 " x 1.61”), illuminated CE compatibility EN61326-1:2006 EN61326-2-1:2006

Technical Data

Measurands: T, aw, x [ppm]Up to 10 sets of oil specific paramters

Data logging functionInternal memory for 2 million measured values

Capacitive TFT touch screen1/2-point customer adjustment for aw and T

Monitoring of- Transformer oil- Lubrication oil- Hydraulic oil- Engine oil- Diesel fuel


OILPORT 30 SET Moisture in OilHand-Held

Pressure-Tight Oil Probe

1/2” ISO or 1/2 NPT

32 (1.3 ”)

∅12

(0

.5 ”)

200 (7.9 ”)

Working range: 0 aw...1 aw / 0 ppm...20000 ppm / -40 °C...+120 °C (-40 °F... +248 °F)Accuracy: ±0.02 aw (0 aw...0.9 aw) ±0.03 aw (0.9 aw...1 aw) ±0.2 °C @20 °C ±0.5 °C @-40 °C and +120 °C (±0.36 °F @68 °F) (±0.9 °F @-40 °F and +248 °F) Response time τ90: ≤ 10 min (in still oil)Pressure rating: 0.01 bar...20 bar (0.15 psi...290 psi)Temperature dependence: ±0.0003 aw / °C

The moisture in oil hand-held OILPORT 30 measures water activity aw, temperature T and calculates the water content x (ppm) in different oils.

managed in the device. These parameters are used for accurate water content calculation in a certain oil.

The simple and intuitive operation via TFT touch screen and the built-in data logging function make the OILPORT 30 hand-held the ideal tool for fast and reliable oil analysis.

The set comes in a practical carrying case for safe storage of the device, probe and accessories.

The optional calibration kit is used for easy 1 and 2 point adjustment of the aw reading. OILPORT 30 SET-1C01

OILPORT 30 SET


OILPORT 30 SET 111v1.0 / Modification rights reserved

MODEL PROBE CALIBRATION SET(OILPORT 30 SET-) pressure-tight oil probe 1/2” ISO (1)

pressure-tight oil probe 1/2” NPT (2)short oil probe (3)

without calibration set (--)with calibration set (C01)

Short Oil Probe


Order Example

104 (4.1 ")

Scope of Supply• Basic device OMNIPORT 30 (incl. 4 AA batteries and USB-cable)• Oil probe• Probe cable 2 m (6.6 ft)• • • Protection cap for sensor head• Carrying case

• Calibration device*)

• 5 ampoules 10 % RH humidity calibration solution*)


• Accredited calibration certificate for humidity standards*)

*) version C01 only

Working range: 0 aw...1 aw / 0 ppm...20000 ppm / -40 °C...+120 °C (-40 °F... +248 °F) Genauigkeit: ±0.02 aw (0 aw...0.9 aw) ±0.03 aw (0.9 aw...1 aw) ±0.2 °C @20 °C ±0.5 °C @-40 °C and +120 °C (±0.36 °F @68 °F) (±0.9 °F @-40 °F and +248 °F) Response time τ90: ≤ 10 min (in still oil)Pressure rating: 0.01 bar...20 bar (0.15 psi...290 psi)Temperature dependence: ±0.0003 aw / °C

Humidity standards / Calibration device refer to data sheet "Humidity Calibration Set"Protective cover for OMNIPORT 30 HA040907Probe cable 5 m (16.4 ft) HA010814Ball valve set 1/2" ISO HA050101*)

Ball valve set 1/2" NPT HA050104*)

*) Suitable for pressure-tight oil probe only

Hand-Held OMNIPORT 30Pressure tight oil probe 1/2” ISO Logprobe36-ISOPressure tight oil probe 1/2” NPT Logprobe36-NPTShort oil probe Logprobe38Carrying case HA040906Probe cable 2 m (6.6ft) HA010813

Accessories

Spare Parts

OILPORT 30 SET-1C01

OILPORT 30 SETpressure tight oil probe 1/2" ISOwith calibration set

OILPORT 30 SET-3

OILPORT 30 SETshort oil probewithout calibration set

32 (1.3 ”)

∅12

(0

.5 ”)



EE381v1.8 / Modification rights reserved

E+E Transmitter Series EE381 are specially designed for the measurement of water content in oil. EE381 is ideal for online monitoring of moisture in lubrication or insulation oil, which is very important for the long-term performance and preventive maintenance of plant and machinery. For instance, moisture affects dramatically the insulation characteristics of electrical transformer oil and therefore continuous monitoring is extremely important.

Humidity measurement in oilSimilar to the humidity in the air, the water content in oil can be indicated by the absolute value in ppm or by the relative value aw: - ppm (mass of water / mass of oil)- aw (actual water content as fraction of the water content in saturated oil)

aw = 0 corresponds to water-free oil, while aw = 1 indicates saturated oil. aw measurement with the EE381 transmitter is based on the outstanding long term stability and resistance to pollution of the E+E capacitive sensor elements series HC.

The measured physical quantities are water activity aw and temperature T. With these quantities EE381 calculates the water content x (ppm) in mineral transformer oils. Calculation of water content (ppm) in non-mineral oils and lubrication oils can be achieved by programming the specific parameters of the oil into the EE381.

EE381

EE381 Compact Transmitter / Switch for Moisture Content in Oil

OutputsThe EE381 transmitter has two freely selectable and scaleable outputs for water activity, water content or temperature. The EE381 switch with two relay outputs is designed for control and alarm purposes. The status for early warning and main alarm is indicated by LED's.Adjustment of the aw/T/ppm set point and hysteresis can be achieved with the optional configuration software.

Configuration SoftwareThe optional configuration software allows flexible and easy adjustment of the analogue resp. relay outputsto the respective requirements.The adjustment / calibration of the transmitters can easily be performed.

monitoring of- transformer oil- hydraulic oil- ship engines

Typical Applications Featuresmeasuring range 0...1 aw

measurement of water content in ppmmedium temperature -40...80°C (-40...176°F)

two relay outputs for aw/ppm/T

EE381

Screw Connection for Mounting - 360° positionableThe construction of this screw connection enables any position / rotation of the mounted transmitter. So an optimal position of the display resp. the cable outlet is guaranteed.

112



Dimensions in mm Connection Diagram

61 V+2 GND3 GND4 OUT15 OUT26 NC7 NC

VmA

VmA

10...30V DC

1 V+2 GND3 NC114 NC125 NC216 NC227 not connected

10...30V DC

7 1

2

3

5

4

analogue output

relay output

∅12 (0.5”)

spanner width: 27 or 24

G1/2” ISO or 1/2” NPT

54 (2.1”)

75 (3”)

40 (1.6”)

24 (1”)

32 (1

.3”)

28 (1

.1”)

100

(4”)

48 (1

.9”)

Technical DataMeasurement values Water activity Humidity sensor HC1000-400K Measuring range 0...1aw

Accuracy incl. hysteresis and nonlinearity in air* ±0.02aw (0...0.9aw) ±0.03aw (0.9...1aw) Temperature dependence aw: ±(0.00022 + 0.0002 x aw) x ∆T [°C] ∆T = T - 20°C T: ±(0.0003°C/°C) Response time with stainless steel filter at 20°C / t90 typ. 10min in still oil Temperature Temperature sensor element Pt 100 DIN A Working range sensing probe -40...120°C (-40...248°F) Accuracy ∆°C

°C

Outputs EE381-Tx two freely selectable and scaleable 0 - 1V / 0 - 5V / 0 - 10V1) -1mA < IL < 1mA analogue outputs for aw, T, ppm 4 - 20mA / 0 - 20mA RL < 500 Ohm1) EE381-Sx alarm output 2 potential-free relays (NC) 30V DC 0.6A / 35V AC 0.3A (resistive)General Supply voltage 10...30V DC Current consumption at 24V DC voltage output: typ. 40mA current output: typ. 80mA Pressure range 0...20bar (0...290psi) / 0...100bar (0...1450psi) System requirements for software WINDOWS 2000 or later; serial interface Serial interface for configuration RS232C Housing / Protection class Al Si 9 Cu 3 / IP65 Electrical connection 7-pole industrial plug: DIN VDE 0627 / IEC 61984

cable cross-section: 0.25 - 1 mm2 / cable connection: PG 11 Sensor protection stainless steel filter (punched) Working temperature range probe: -40...120°C (-40...248°F)

electronic: -40...80°C (-40...176°F) with LC display: -20...50°C (-4...122°F) Storage temperature range -40...60°C (-40...140°F)

Electromagnetic compatibility according to EN 61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassB

1) minimum supply voltage 15V DC


113


EE381v1.8 / Modification rights reserved

Ordering Guide

Accessories- Stainless steel filter cap HA010110 - Display D08 - Configuration cable HA010304

1) Input of oil specific parameters necessary

Order ExampleEE381-TEHA03D08/BL2-T05-X01

Model: transmitter Output 1: TPressure range: up to 20bar (290psi) Output 2: x Pressure tight feedthrough: G1/2" male thread Output signal: 0-5VDisplay: with display Temperature unit: °C Scaling of T-output: 0...100°C ppm Range: 0...100ppm

EE381-SEHA03/KK

Model: switch Relay 1: aw

Pressure range: up to 20bar (290psi) Relay 2: aw Pressure tight feedthrough: G1/2" male thread Temperature unit: °CDisplay: without display Setting of alarm output: standard

EE381- EE381-Hardware Configuration

Model transmitter Tswitch S

Pressure range up to 20bar (290psi) E Eup to 100bar (1450psi) I I

Pressure tight G1/2" male thread HA03 HA03feedthrough 1/2” NPT thread HA07 HA07Display without display

with display D08 D08

Software Configuration select according toPhysicalparameters ofoutputs

Temperature T [°C / °F] (B) output/relay 1 Ordering Guide (B,K,L,M)Water activity aw [ ] (K)Water content in mineral transformer oil x [ppm] (L) output/relay 2 select according toWater content in lubrication or no mineral transformer oil 1) x [ppm] (M) Ordering Guide (B,K,L,M)

Type of 0-1V 1output signals 0-5V 2(only for model T) 0-10V 3

0-20mA 54-20mA 6


Scaling of T-output -40...60 (T02) -20...100 (T14) -40...140 (T83) select accordingto OrderingGuide (Txx)

other T-Scalingrefer to data sheet

„Scaling of the outputs“

(in °C or °F) 0...50 (T04) 0...120 (T16) 0...250 (T88) output/relay T0...100 (T05) 0...80 (T21) 32...120 (T90)-30...70 (T08) -20...80 (T24) 32...140 (T91)-20...120 (T10) -40...160 (T33) 32...250 (T94)-40...120 (T12) -40...250 (T81) 32...132 (T96)

ppm Range x 0...100ppm (X01) select accordingto Ordering Guide0...500ppm (X02) other measuring range: _______ output/relay x

0...1000ppm (X03)Setting of alarm standard for connfiguration KK: R1: 0,8 [ ] R2: 0,9 [ ]relay outputs H1: 0,05 [ ] H2: 0,05 [ ]

other set points: relay 1: _____ relay 2: _______ SPhysteresis 1: ___ hysteresis 2: _______

Scope of Supply- EE381 Transmitter according to ordering guide - Mating connector- Instruction manual - Inspection certificate according to DIN EN10204 - 3.1

114


Measurement of aw and T at pressure up to 20bar (300psi) Calculation of water content in ppm for mineral transformer oil Two free saleable and configurable analogue outputs Probe cable length up to 20m (66ft) Easy on site adjustment and calibration of aw and T outputs LED indication for operation and sensing probe status User configuration of the instrument with PC via RS232 interface Configuration software Display of aw, T and water content with MIN/MAX function optionalTwo free configurable relays outputs optionalPluggable sensing probe optionalConnector for power supply and outputs optional

Features of EE36

E+E Transmitter Series EE36 are specially designed for the measurement of water content in oil. They are certified in accordance with the regulations of the "Germanischen Lloyd (GL)" and therefore can be utilized in the maritime field as well. The Series EE36 is ideal for online monitoring of moisture in lubrication or insulation oil, which is very important for the long-term performance and adaptive maintenance of plant and machin-ery. For instance, moisture affects dramatically the insulation characteristics of electrical transformer oil and therefore continu-ous monitoring is extremely important.

Humidity measurement in oilSimilar to the humidity in the air, the water content in an oil can be described by the absolute value in ppm or by the relative value aw: - ppm (mass of water / mass of oil)- aw (actual water content as fraction of the water content in the saturated oil) aw = 0 corresponds to water-free oil, while aw = 1 describes fully saturated oil. aw measurement with EE36 transmitter series is based on the outstanding long term stability and resistance to pollution of the E+E capacitive sensor elements series HC.

Product VersionsThe physical quantities measured are water activity aw and temperature T. With these quantities EE36 calculates the water content (ppm) in mineral transformer oils. Calculation of water content in non-mineral transformer oils and lubrication oils can be accomplished by inputting specific parameters of the oil. The measured and the calculated values are available on two free scalable and configurable analogue outputs. In addition, an optional relay output can be used for alarms and process control.

InstallationThe sensing probe is designed for inline monitoring and can be placed directly in the oil, at pressures up to 20bar (300psi). In addition to direct mounting of the sensing probe, a ball valve installation provides mounting and removal of the probe without interrupting the process.

Easy Calibration and Adjustment of EE36The user can easily readjust or calibrate the transmitter by using either a simple procedure with two push buttons on the printed circuit board or the configuration software.

EE36 Transmitters for Moisture Content in Oil

Software ToolsThe configuration software is included in the scope of supply and allows an easy and fast configuration of the analogue outputs and of the alarm and control thresholds. Further features of the configuration software are adjustment and calibration of the outputs and service operations such as replacement of the sensing elements or of the entire sensing probe.

EE36 + Ball valve set



96



v2.5 / Modification rights reservedEE36

Connection Diagram

Terminal configuration - Alarm output

NO

NO

3

6

NC

NC

1

4

C

C

2

5

REL 1

REL 2

Connection VersionsStandard Plug Option C03

LumbergRKC 5/7

2x M16x1.5

power supply + analogue output

Housing Dimensions (mm) Installation Example

fixed installation(pressure-tight up to 20bar/300psi)

Plug Option C07

LumbergRSC 5/7

LumbergRKC 5/7

power supply + analogue output

RS232

serial connection for configuration

analogue output

supply


bore diameter >13.1 (0.5”)




For use in harsh industrial environ-ments the EE36 series is available in a robust metal housing.

Housing:polycarbonate housing metal housing

Model:

EE36-xEx Remote probe for T -40...180°C (-40...356°F) and pressure-tight up to 20bar (300psi)probe material: stainless steel

maximum installation depth

minimum installation depth23 (1”)


32 (1.3”)

135 (5.3”)

163 (6.4”)

66.5 (2.6”)

90 (3

.5”)

135 (5.3”)

90 (3

.5”)

66.5 (2.6”)

ball valve installation(pressure-tight up to

20bar/290psi)

64 (2.5”) resp. 164 (6.5”)

∅13

(0.5

1”)

∅12

(0.4

7”)

15 (0.59”)

Plug Option C06

LumbergRSC 5/7

M16x1.5

97



Technical DataMeasuring values Water activity Water activity sensor1) HC1000-400 Measuring range1) 0...1 aw

Accuracy*) (including hysteresis, non-linearity and repeatability, traceable to intern. standards, administrated by NIST, PTB, BEV...) -15...40°C (5...104°F) ≤0.9 aw ± (0.013 + 0.3%*mv) aw

-15...40°C (5...104°F) >0.9 aw ± 0.023 aw

-25...70°C (-13...158°F) ± (0.014 + 1%*mv) aw

-40...180°C (-40...356°F) ± (0.015 + 1.5%*mv) aw

Temperature dependence of electronics typ. ± 0.0001 [1/°C] (typ. ± 5.6 * 10-5 [1/°F]) Temperature dependence of sensing probe typ. ± (0.00002 + 0.0002 x aw) x ∆T [°C] ∆T = T - 20°C Response time with stainless steel filter at 20°C / t90 typ. 10min in still oil Temperature Temperatur sensor element Pt1000 (tolerance class A, DIN EN 60751) Working range sensing probe -40...180°C (-40...356°F) Accuracy

Temperature dependence of electronics typ. ± 0.005°C/°COutputs2)

Two freely selectable and scaleable analogue outputs 0 - 5V -1mA < IL < 1mA 0 - 10V -1mA < IL < 1mA 4 - 20mA RL < 500 Ohm 0 - 20mA RL < 500 Ohm Adjustable measurement range2)

from up to units Water activity aw 0 1 Temperature T -40 (-40) 180 (356) °C (°F) Water content3) x 0 100 000 ppm General Supply voltage 8...35V DC 12...30V AC (optional 100...240V AC, 50/60Hz) Current consumption - 2x voltage output for 24V DC/AC: typ. 40mA - 2x current output typ. 80mA Pressure range sensing pobe 0.01...20bar (0.15...300psi) System requirements for software WINDOWS 2000 or later; serial interface Serial interface for configuration4) RS232C Housing / Protection class PC or Al Si 9 Cu 3 / IP65; Nema 4 Cable gland M16 x 1.5 cable Ø 4.5 - 10 mm (0.18 - 0.39”) Electrical connection screw terminals up to max. 1.5mm² (AWG 16) Sensor protection stainless steel filter Operating temperature range of electronics -40...60°C (-40...140°F) Working and storage temperature range Housing with display -20...50°C (-4...122°F) Storage temperature -40...60°C (-40...140°F) Electromagnetic compatibility according to EN61326-1 EN61326-2-3 ICES-003 ClassB Industrial Environment FCC Part15 ClassB GL-Certification5) Environmental Category D

Options Display graphical LCD (128x32 pixels), with integrated push- buttons for selecting parameters and MIN/MAX function Alarm outputs 2 x 1 switch contact: 250V AC / 6A and 28V DC / 6A threshold + hysteresis can be adjusted with configuration software Switching parameters (freely selectable) aw Water activity T Temperature x Water content 1) refer to the working range of the humidity sensor. 2) can be easily changed by software 3) ppm output is valid in the range 0...100°C (32...212°F) 4) no data output 5) not for polycarbonate housing or integrated power supply (V01) *) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2-times standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement).

∆°C

°C

98


v2.5 / Modification rights reservedEE36

1) No GL-Certification2) Combination alarm output and plugs is not possible (with cable glands only) / combination alarm output and integrated power supply is not possible3) Integrated power supply includes 2 plugs for power supply and outputs / further plug options are not possible4) Input of oil specific parameters necessary

Order ExampleEE36-PE055HA03D05P01/BL3-T08-X01

Housing: polycarbonate housing Output 1: TType: pressure tight Output 2: x (mineral transformer oil) Cable length: 5m (16.4ft) Output Signal: 0-10V Probe length: 200mm (7.9”) Temperature unit: °C Pressure-tight feedthrough: 1/2" male thread Scaling of T-output: -30...70°CDisplay: with display Water content x: 0...100ppmAlarm output: without relay Plug: 1 plug for power supply and output Sensing probe: pluggableSuppy voltage: 8...35V DC / 12...30V AC

Accessories / Replacement Parts (For further information see data sheet "Accessories")

- Stainless steel filter for EE36 (HA010110) - Calibration set (HA0104xx)- Display + housing cover in metal (D05M) - Interface cable for PCB (HA010304)- Display + housing cover in polycarbonate (D05P) - Interface cable for plug C06, C07 (HA010311)- Replacement probe (PExxxx)** - Ball valve set 1/2” ISO (HA050101)- Humidity sensor (FE09) - Ball valve set 1/2” NPT (HA050104)- Bracket for installation onto mounting rails* (HA010203) - Double nibble G1/2" to G3/4" (HA011107)- Sealing element (HA050308) - Enlargement G1/2" to G3/4" (HA011106)*Note: Only for plastic housing, not for metal housing **Only for Version P01 available

EE36-Hardware Configuration

Housing metal housing Mpolycarbonate housing1) P

Type pressure tight ECable length 1m (3.3ft) 01(incl. probe length) 2m (6.6ft) 02

5m (16.4ft) 0510m (32.8ft) 1020m (65.6ft) 20

Probe length 100mm (3.9”) 3200mm (7.9”) 5

Pressure-tight 1/2" male thread HA03feedthrough 1/2” NPT thread HA07Display without display

with display D05Alarm output2) without relay

with relay SWPlug cable thread

1 plug for power supply and output C031 cable thread / 1 plug for RS232 C062 plugs for power supply/outputs and RS232 C07

Sensing probe fixedpluggable P01

Supply 8...35V DC / 12...30V ACintegrated power supply 100...240V AC, 50/60Hz 1) 3) V01

Software Configurationselect according to

Physical Temperature T [°C / °F] (B) output 1 Ordering Guideparameters Water activity aw [ ] (K) (B,K,L,M)outputs Water content in mineral transformer

oilx [ppm] (L) output 2 select according to

Water content in lubrication or non-mineral transformer oil4)

x [ppm] (M) Ordering Guide(B,K,L,M)

Type of 0-5V (2) select according tooutput signals 0-10V (3) Ordering Guide

0-20mA (5) (2,3,5,6)4-20mA (6)

Temperature unit °C°F E01

T-Scaling -40...60 (T02) -20...100 (T14) -40...140 (T83)0...50 (T04) 0...120 (T16) 0...250 (T88) output T select according to0...100 (T05) 0...80 (T21) 32...120 (T90) Ordering Guide(Txx)-30...70 (T08) -20...80 (T24) 32...140 (T91) other T-scaling refer -20...120 (T10) -40...160 (T33) 32...250 (T94) to data sheet-40...120 (T12) -40...250 (T81) 32...132 (T96) „T-Scalings“

ppm Range x 0...100ppm (X01) 0...1000ppm (X03) output x select according to0...500ppm (X02) 0...10000ppm (X04) Ordering Guide(X01-X04)

Ordering Guide

99


Measurands Water activity Sensor HC1000-400 Measurement range 0...1 aw Accuracy at 20°C1) ±0.02 aw (0...0.9 aw) ±0.03 aw (0.9...1 aw) Response time t90 < 10 min. in still oil Temperature Sensor Pt1000 DIN A Accuracy at 20°C in oil ±0.2 °C (0.36 °F)Output 2 x analogue output 4 - 20 mA (3-wire technology) RL < 500 Ohm (freely selectable and scalable for aw, T, ppm) Digital output MODBUS RTUGeneral

Supply voltage 10*)...28V DC *) 10V+0.02*RL

Power consumption at 24V DC <40mAPressure rating 0...20 bar (0...290 psi)Housing / protection rating Stainless steel 1.4404 / IP65Electrical connection2) M12x1 8-pin plugSensor protection Stainless steel filterOil temperature -40...80 °C (-40...176 °F) / -40...100 °C (-40...212 °F)Ambient temperature -40...60 °C (-40...140 °F) / -40...80 °C (-40...176 °F)Storage temperature -40...60 °C (-40...140 °F)Electromagnetic compatibility EN61326-1 EN61326-2-3 Industrial environment

1) The accuracy statement includes the uncertainty of the factory calibration with an enhancement factor k=2 (2 x standard deviation). The accuracy was calculated in accordance with EA-4/02 and with regard to GUM (Guide to the Expression of Uncertainty in Measurement). 2) Flange receptacle for self assembly included in scope of supply.

The EE364 is an innovative moisture in oil transmitter, suitable for OEM applications. The high measurement accuracy and excellent long-term stability make the EE364 ideal for online monitoring of moisture in transformer, lubricating and hydraulic oil, as well as diesel fuel. The compact design and rugged stainless steel housing allow a space-saving installation in the most demanding applications. The EE364 measures water activity (aw), oil temperature (t) and calculates the absolute water content (x). The measured values

htiw tuptuo latigid eno dna stuptuo Am02-4 owt no elbaliava eraMODBUS RTU interface. The analog outputs can be individually scaled and configured using the optional converter cable and the free EE-PCS Product Configuration software.

EE364 Compact moisture in oil transmitter


Typical applications FeaturesMeasurement of water activity (aw), temperature

and water content (x) in ppm Two configurable 4…20 mA outputs

MODBUS-RTU interfacePressure rating 20 bar

G ½" ISO or ½" NPT process connection

EE364

Technical data

Modbus MapThe measured values are 32Bit float values. The factory-set slave ID is 243 as integer 16Bit value. This ID can be customised in the register 0x00 (value range 1 - 247 permitted). For Modbus settings please see Application Note AN0103.Transmission rate factory settings are: baud rate 9600, parity even and stop bit 1.

EE364

Register address Protocol address Parameter name30052 0x33 Water activity Aw30054 0x35 Water content Xm or Xk30026 0x19 Temperature Tx60101 0x64 Parameter A (write)60103 0x66 Parameter B (write)

Register address Protocol address Parameter name60001 0x00 Slave-ID60002 0x01 RS485 Setting

32Bit FLOAT: 16Bit:



Dimensions in mm (inch) Connection diagram

Ordering information

Order exampleEE364-T63BEA/AwT002MModel: Transmitter Output 1: Water activityAnalogue output: 4-20 mA Output 2: TemperatureDigital output: MODBUS RTU Scaling 2: -40...60 Oil temperature: 100 °C Units: metric [°C]Pressure rating: 20 bar Process connection: G1/2" thread

Accessories (see accessories data sheet)

140 (5.5)

77 (3)

74 (2.9)

Ø30

(1.2

)

Ø12

(0.5

)

G1/2“

1/2“NPT

92 (3.6)

34 (1.36)

89 (3.5)

AD27

AD22

51 (2)

Plug

1...NC2...RS485 B3...RS485 A4...Analogue output 15...Analogue output 26...GND7...NC8...V+

M12x1 8pin mating plug suitable for customer-specific assembly HA010704 Stainless steel filter HA010110M12x1 8pin connection cable socket/flying leads 1.5m HA010322 Modbus - USB converter cable HA011013M12x1 8pin connection cable socket/flying leads 5m HA010324M12x1 8pin connection cable socket/flying leads 10m HA010325Product Confi guration Software EE-PCS (free download: www.epluse.com/EE364)

1) Factory setting Aw: 0...12) Oil-specifi c parameters can be determined on request. 3) Valid for Xm and Xk

MODEL ANALOGUE DIGITAL OIL TEMPERATURE PRESSURE RATING PROCESS CONNECTIONTransmitter (T) 4-20 mA (6) MODBUS RTU (RS485) (3) 80 °C (A) 20 bar (E) G1/2" thread (A)

100 °C (B) 1/2" NPT thread (C)

EE364-

OUTPUT 1 SCALING 13) OUTPUT 2 SCALING 2 UNITWater activity (Aw)1) 0...100 (001) Temperature (T) -40... 60 (002) metric (M)

Water content in mineral transformer oil (Xm) 0...500 (002) 0... 80 (021) non-metric (N)

Water content in customer-specific oil (Xk)2) 0...1000 (003) -40... 80 (022) -20... 80 (024) -40... 180 (052) -40... 140 (083) 32... 132 (096)

ISO

NPT


v1.0 / Modification rights reserved OILPORT 30 SET 110

Basic Device Power supply 4 x Alkaline LR6 AA batteries, 1.5 V Optional power supply 5V DC via USB (cable included) Temperature range operation: handheld and handle of sensing probe: 0 °C...+50 °C (32 °F...+122 °F) storage: -20 °C...+60 °C (-4 °F...+140 °F) probe: see probe specifications Internal memory for approx. 2 million measured values Housing / protection class ABS / IP40 Dimensions (HxWxD) 170 mm x 62 mm x 34 mm (6.69 " x 2.44 " x 1.34 ”) Weight approx. 205 g (0.45 lbs) Display TFT display, 54 mm x 41 mm (2.13 " x 1.61”), illuminated CE compatibility EN61326-1:2006 EN61326-2-1:2006

Technical Data

Measurands: T, aw, x [ppm]Up to 10 sets of oil specific paramters

Data logging functionInternal memory for 2 million measured values

Capacitive TFT touch screen1/2-point customer adjustment for aw and T



OILPORT 30 SET Moisture in OilHand-Held

Pressure-Tight Oil Probe

1/2” ISO or 1/2 NPT

32 (1.3 ”)

∅12

(0

.5 ”)

200 (7.9 ”)

Working range: 0 aw...1 aw / 0 ppm...20000 ppm / -40 °C...+120 °C (-40 °F... +248 °F)Accuracy: ±0.02 aw (0 aw...0.9 aw) ±0.03 aw (0.9 aw...1 aw) ±0.2 °C @20 °C ±0.5 °C @-40 °C and +120 °C (±0.36 °F @68 °F) (±0.9 °F @-40 °F and +248 °F) Response time τ90: ≤ 10 min (in still oil)Pressure rating: 0.01 bar...20 bar (0.15 psi...290 psi)Temperature dependence: ±0.0003 aw / °C

The moisture in oil hand-held OILPORT 30 measures water activity aw, temperature T and calculates the water content x (ppm) in different oils.

managed in the device. These parameters are used for accurate water content calculation in a certain oil.

The simple and intuitive operation via TFT touch screen and the built-in data logging function make the OILPORT 30 hand-held the ideal tool for fast and reliable oil analysis.

The set comes in a practical carrying case for safe storage of the device, probe and accessories.

The optional calibration kit is used for easy 1 and 2 point adjustment of the aw reading. OILPORT 30 SET-1C01

OILPORT 30 SET


OILPORT 30 SET 111v1.0 / Modification rights reserved

MODEL PROBE CALIBRATION SET(OILPORT 30 SET-) pressure-tight oil probe 1/2” ISO (1)

pressure-tight oil probe 1/2” NPT (2)short oil probe (3)

without calibration set (--)with calibration set (C01)

Short Oil Probe


Order Example

104 (4.1 ")

Scope of Supply• Basic device OMNIPORT 30 (incl. 4 AA batteries and USB-cable)• Oil probe• Probe cable 2 m (6.6 ft)• • • Protection cap for sensor head• Carrying case

• Calibration device*)



• Accredited calibration certificate for humidity standards*)

*) version C01 only

Working range: 0 aw...1 aw / 0 ppm...20000 ppm / -40 °C...+120 °C (-40 °F... +248 °F) Genauigkeit: ±0.02 aw (0 aw...0.9 aw) ±0.03 aw (0.9 aw...1 aw) ±0.2 °C @20 °C ±0.5 °C @-40 °C and +120 °C (±0.36 °F @68 °F) (±0.9 °F @-40 °F and +248 °F) Response time τ90: ≤ 10 min (in still oil)Pressure rating: 0.01 bar...20 bar (0.15 psi...290 psi)Temperature dependence: ±0.0003 aw / °C

Humidity standards / Calibration device refer to data sheet "Humidity Calibration Set"Protective cover for OMNIPORT 30 HA040907Probe cable 5 m (16.4 ft) HA010814Ball valve set 1/2" ISO HA050101*)

Ball valve set 1/2" NPT HA050104*)

*) Suitable for pressure-tight oil probe only

Hand-Held OMNIPORT 30Pressure tight oil probe 1/2” ISO Logprobe36-ISOPressure tight oil probe 1/2” NPT Logprobe36-NPTShort oil probe Logprobe38Carrying case HA040906Probe cable 2 m (6.6ft) HA010813

Accessories

Spare Parts

OILPORT 30 SET-1C01

OILPORT 30 SETpressure tight oil probe 1/2" ISOwith calibration set

OILPORT 30 SET-3

OILPORT 30 SETshort oil probewithout calibration set

32 (1.3 ”)

∅12

(0

.5 ”)



80 90 100

%RH

543210

0 10 20 30 40 50 60 70

%RH

2 ºC

1 ºC

0 ºC-40 ºC-40 ºF

3 ºC

0 ºC32 ºF

40 ºC104 ºF

80 ºC176 ºF

3.6 ºF

1.8 ºF

0 ºF

5.4 ºF5 ºC4 ºC3 ºC2 ºC1 ºC0 ºC

0 10 20 30 40 50 60 70 80 90 100

9.0 ºF7.2 ºF5.4 ºF3.6 ºF1.8 ºF%RH

35 mm

37,2 mm

Ø 13,7 mm

(+34) 968 162 005 [email protected]

70 v2.4 / Modification rights reserved HUMLOG20

The HUMLOG20 facilitates exact and professional recordings for cli-matic measurements of humidity, temperature, air pressure and CO2 concentration. The long battery life and large memory allow for continuous data recording over long periods of time. The configuration of the data logger and the evaluation of the measurement data are simple and straightfor-ward using SmartGraph3 software, which is included in the scope of supply. The built-in Ethernet interface makes the HUMLOG20 Network capable, and ensures maximum reliability in data transmission. For various requirements in the application, the four models THI, THIP, TCO and E are available. The Model E offers the highest flexibility with analog and digital interface for external sensors.

HUMLOG20 THI

HUMLOG20 THIP

HUMLOG20 TCO

HUMLOG20 E

HUMLOG20 Data logger for Humidity, Temperature, Air Pressure and CO2

museums and exhibition spacesclean roomswarehouseselectronic-data-processing centrescalibration laboratories

large data memory large format display

USB and Ethernet interfacenetwork-capable

powerful software for data analysis


ModelMeasurement Categories THI THIP TCO ETemperature (air)

Relative humidity

Absolute humidity

Dew point temperature

Barometric air pressure

Relative air pressure

CO2 Concentration

External input - digital RH/T-Sensor

External input - Pt100, Thermocouple

Analog input voltage 0-1V

Analog input current 0/4-20mA

FunctionsPower supply battery

Power supply USB

Power supply LAN (PoE) optional optional optional optional

Measured data storage 3,200,000 3,200,000 3,200,000 3,200,000

Typical battery life > 1 year > 1 year > 4 months > 4 months

LC-display

One-button operation

1-point calibration by operator

°C/°F switchable

Optical / acoustical alarm

Date / time

Records MIN/MAX/AVG

SmartGraph3 evaluation software

Functions SoftwareGraphical representation

Numerical data display

Print function

Export function (e.g. Excel)

Gathered printouts of all measurement sites

User administration

Administration of up to 255 data logger

HUMLOG 20


71HUMLOG20 v2.4 / Modification rights reserved

With SmartGraph3 the gathering of measured data is simple and as intuitive as possible:

• An HUMLOG20 data logger is automatically recognized and added as a “network device”.

• In addition to its data-readout function, the software possesses a recording mode that enables parallel recording to be displayed on the computer.

• The data from any desired number of HUMLOG20 devices can be read out simultaneously.

• The zoom function allows for quick analyses of critical time periods.

• The exporting of measured data in csv format enables it to be imported into EXCEL.

• The device configuration can be printed out in order to check instal-lation parameters.

• Alarm limits - like the measured data - are chronologically managed at various times so that when changes in alarm limits occur, they can be retracted.

• Automatic data readout of all measured data is supported.

Software SmartGraph3

The HUMLOG20 E is equipped with an digital input, which allows the connection of up to four external humidity/temperature sensors.Two additional analog inputs for sensors with voltage or current output, Pt100 temperature sensors in 3 and 4 wire technology or Thermocouple J, K and S offers highest flexibility in the application.Each fully equipped HUMLOG20 E is a 10 channel data logger that can record various data.

max. 150 m

Sensor 1

Sensor 2

Sensor 3

Sensor 42 x Analog input:4...20mA0...20mA0...1VPt100 3-wirePt100 4-wireThermocouple K,J,S

Hum

idity

/Tem

pera

ture

sen

sor

LOG

PR

OB

E 2

0


72 v2.4 / Modification rights reserved HUMLOG20

General Dimensions length 166 mm, width 78 mm, depth 32 mm Housing / protection class plastic ABS / IP40 Battery lifetime THI, THIP: > 1 year TCO, E: > 4 months Data storage 16 MB, 3,200,000 measured values LC-Display size 90x64 mm Weight approx. 250g Interface USB, LAN (Ethernet) Measurement rate 10/30s, 1/10/12/15/30min, 1/3/6/12/24h Storage rate 1/1012/15/30min, 1/3/6/12/24h Power supply Battery 4 x LRG AA Mignon (not in the scope of supply) or USB optionally the power supply via PoE (Power over Ethernet) is possible Working range Temperature: -20...50°C (-4...120°F)

Humidity: 0...95%RH (non condensing) CE compatibility according EN61000-6-2 EN55022 EN6100-4-2 to EN6100-4-6

Measurements Relative Humidity Sensor capacitive Measurement range 10...95%RH Accuracy at 20°C ±2%RH Resolution 0.1%RH Temperature Sensor NTC Measurement range -20...50°C (-4...120°F)

Accuracy ±0.3°C (0...40°C; 32...102°F), otherwise ±0.5°C Resolution 0.1°C Air pressure (only Model THIP) Measurement range 300...1300 hPa absolute Accuracy at 25°C ±0.5 hPa in the range of 700...1100 hPa Resolution 0.1 hPa CO2 (only Model TCO) Sensor NDIR 2-Beam Principle Measurement range 0...5000 ppm Accuracy ± (50ppm +3% of measured value) Resolution 1 ppm Long-term stability 20 ppm/year Response time t90 < 195s for measurement rate 10s Temperature dependence typ. 2ppm CO2/°C (0...50°C / 32...122°F) different from 25°C (77°F)

Voltage input 0-1V (only Model E) Measurement range 0...1V Accuracy ±(200μV +0,1% of measured value) Resolution 500μV Current input (only Model E) Measurement range 2-wires: 4...20mA 3-wires: 0...20mA Accuracy ±(4μA +0,1% of measured value) Resolution 5μA Resistance max. 50 Ohm Thermocouple K, J, S (only Model E) Measurement range for K, J: -200...1200°C for S: -50...1700°C Accuracy for -200...0°C: ±(1°C +0,5% of measured value) for 0...1700°C: ±(1°C +0,2% of measured value) Resolution 0,2°C Pt100 (only Model E) Measurement range -200...500°C Accuracy ±(0,2°C +0,1% of measured value) Resolution 0,02°C

Technical Data


73HUMLOG20 v2.4 / Modification rights reserved

General Housing / protection class plastic PC / IP65 Working range Temperature: -40...80°C (-40...176°F)

Humidity: 0...100%RH CE compatibility according 1) EN61326-2-3 EN61326-1 Maximum cable length 150m

Measurements Relative Humidity Sensor capacitive Measurement range relative humidity 0...100%RH absolute humidity 0...290 g/m3 mixing ratio 0...550 g/kg dew point temperature -40...80°C (-40...176°F) Accuracy at 20°C ±2%RH (0...90%RH) ±3%RH (90...100%RH) Temperature Sensor Pt1000 DIN B Measurement range -40...80°C (-40...176°F)

Accuracy ±0.2°C at 20°C (68°F); ±0.4°C (-10...50°C 14...122°F); ±0.6 (-40...80°C -40...176°F) 1) is not protected against surge

Connection Diagram Dimensions mm (inch)

Technical Data LOGPROBE20

Ordering Guide

Order ExampleHUMLOG20 THI HUMLOG20 TCO-POEData logger for Temperature and relative Humidity Data logger for Temperature, relative Humidity and CO2

with PoE (Power over Ethernet)

1...+UB2...RS485 B3...RS485 A4...GND

DATA LOGGER Accessories - Data loggerTemperature and relative humidity HUMLOG20 THI Power supply for HUMLOG20 HA030106Temperature, rel. humidity, air pressure HUMLOG20 THIP theft-proof installation kit HA030104Temperature, rel. humidity, CO2 HUMLOG20 TCOexternal inputs HUMLOG20 Eoptional PoE (Power over Ethernet) -POE (add to the end)HUMIDITY/TEMPERATURE SENSOR for HUMLOG20 E Accessories - HUMLOG20 ERH/T-Sensor with metal grid LOGPROBE20-HTPC T-coupler M12 - M12 HA030204RH/T-Sensor with stainless steel sintered LOGPROBE20-HTPD cable 2m (6.6ft) HA010816

cable 5m (16.4ft) HA010817cable 10m (32.8ft) HA010818male connector M12x1 self-assembled HA010706female connector M12x1 self-assembled HA010708

32 (1.26)47 (1.85)

12 (0

.47)


The role of humidity calibrations that are accurate, reproducible, and documentable is becoming more and more important.ISO quality guidelines and regulations according to FDA guide-lines in the pharmaceutical industry, etc., require that humidity instruments have a traceable, accurate calibration. The humidity calibrator HUMOR 20 developed by E+E is the ideal reference instrument for these requirements. The HUMOR 20 can be used in the humidity range of 10-95% RH both for monitoring cylindrical sensors (transmitters, hand-held instruments,...) and also for monitoring instruments with cubic dimensions (data loggers, wall instruments,...). A temperature sensor integrated in the measurement chamber also permits the monitoring of an optional temperature output.

The HUMOR 20 is traceable to international standards and can be delivered with an official, internationally recognised OEKD calibration certificate. Due to its high accuracy, the HUMOR 20 is the basis for accredited calibration laboratories for relative humidity.

Based on its operating principle, the HUMOR 20 can be used under typical conditions in a laboratory climate. This means that expensive, fully air-conditioned rooms are not necessary. For operation HUMOR 20 requires only distilled water, filtered oil-free air with a pressure of 10 bar and a power supply between 90-230 V AC. The specimen can be powered by 24 V DC that is available directly on the HUMOR 20.

HUMOR 20 High-precision Humidity Calibrator

OperationThe operation of the HUMOR 20 is based on a funda-mental two-pressure process and thus is similar to instruments used in national bureaus for standards.Air or nitrogen at a pressure p1 is led through a water-filled saturation chamber and saturated to 100 % RH at p1. By means of a reduction valve, the saturated air is reduced to the ambient pressure p and fed into the measurement chamber. Due to the construction, the saturation chamber and the measurement chamber are at the same temperature. Under these conditions, the water-vapour partial pressure ews is reduced at the same ratio as the total pressure.Essentially, the following applies: e = ews * p / p1

From this it follows that: RH = e / ews = p / p1

Thus, the generated relative humidity essentially depends on the ratio of the two pressures. Constructionspecific deviations from this ratio are corrected during factory adjustments. By adjusting the pressure p1 the relative humidity is brought to the desired value in the measurement chamber.

Schematic Illustration of a Two-pressure Reactor

Airp1

p1 --> p

Measurement chamber

Saturation chamber

p , T

Water T, p1

e

ews

Pressure regulator

Reduction valve

Automatic Calibration Module

HUMOR 20

HUMOR 20 226 v3.6 / Modification rights reserved HUMOR 20


Calibration and Adjustment using HUMOR 20

24 V DC electrical supply for the test sample are provided directly at HUMOR 20.Furthermore, four inputs for the voltage or current outputs of transmitters are available when using the Automatic Calibration Module for generating calibration protocols.

The software which is included in the scope of supply allows the user to record measurement values in a log file, to print out calibration protocols and to configure or to readjust the HUMOR 20.

Software - Features:- Freely selectable numbers of measuring points and stabilisation times when using the Automatic Calibration Module- Creation and print out of professional calibration protocols with: - Specimen number - Calibration date - Reference and actual values- Temperature display can be switched between °C and °F- 1-point customer humidity calibration of the HUMOR 20- 6-point customer humidity calibration of the HUMOR 20- 1-point customer temperature calibration- Reset of HUMOR 20 to factory calibration

Typical Applications Featurescalibration laboratoriesreference devicebureau of standardsmanufacturers of measurement instruments

highest accuracytraceable calibration

independent of ambient temperatureeasy handling

traceable to international standardsOEKD certificatable

Automatic Calibration ModuleThe optional available Automatic Calibration Module enables an automatic set point adjustment of the desired reference humidity. With the software, included in the scope of supply, checkpoints, stabilisation times, etc. can be set. Furthermore the instrument allows for an automatic print out of a calibration protocol for a transmitter with analogue standard interface.

227HUMOR 20 v3.6 / Modification rights reserved


Technical DataGeneral Function principle two-pressure-reactor Working range 10...95 % RH Protection class I Protection type IP40 Surge voltage category II Installation altitude up to 2000 m above sea level Application Indoors Accuracy of measurement1) 2)

Accuracy temperature measurement in measuring chambe2) typ. ±0.3 °C (±0.54 °F)

Power supply 100...230 V AC, 50/60 Hz, max. 20 W Work equipment • compressed air, filtered and free of oil or nitrogen N2 with max. 10 bar (145 psi) • distilled water Stabilisation time HUMOR 20 < 3 min/measuring point Stabilisation time specimen typ. 20 min/measuring point Integrated power supply 24 V DC, max. 200 mA Number of measuring inputs 4 (switchable between 4...20 mA / 0...20 mA / 0...1 V / 0...5 V / 0...10 V) Typ. error for display inputs Voltage measuring: < 5 mV Current measuring: < 30 µA Display Dot-matrix display with backlight Gas flow 3 l/min or RH > 85 % the gas flow is reduced to 1.5 l/min at 95 % RH Recommended interval for 1 year recalibration Interface for PC connection RS232 (COM-Port) System requirements for software tools MS Windows 2000 mit SP 2 / Windows XP / Windows Vista Environmental conditions temperature: 10...40 °C (50...104 °F) humidity: 10...80 % RH CE conformity EN61000-6-3:2007 EN61326-1:2006 EN61000-6-2:2006 EN61010-1:2010 Additional Standards EN60068-2-6 EN60068-2-29 Dimensions 400 x 260 x 240 mm (15.7 x 10.2 x 9.4”)

Weight HUMOR 20: about 23 kg (51 lbs) HUMOR 20 incl. aluminium transport case: about 36.5 kg (80.5 lbs)

Measuring Chamber The construction of the measuring chamber allows the calibration and adjustment of cylindrical sensor probes with a diameter of 8-25.5 mm (0.3-1”) (hand-held instruments, duct-mounted versions, ...) as well as of cubic measuring units (room transmitters, data loggers, ...) with maximum dimensions of 100 x 85 x 40 mm (3.9 x 3.3 x 1.6”) or 95 x 95 x 40 mm (3.9 x 3.9 x 1.6”). By using the Plexiglas cover (standard supply), it is possible to calibrate and adjust compact room devices (e.g., the EE10) with the HUMOR 20. The overall accuracy of the calibration is influenced by the absence of the metal cover. The additional error depends on the position of the specimen in the chamber as well as on the relative humidity.

1) The extended inaccuracy of measurement results from the standard inaccuracy increased by a multiplying factor of K=2.2) Valid for metal covers for the measuring chambers

u(U

w) [

% R

H] (

k=2)

relative humidity Uw [% RH]

228 v3.6 / Modification rights reserved HUMOR 20


AccessoriesOil-free compressor

Optional covers for the measuring chambersVarious covers for the measuring chamber accommodate probes of all diameters available on the market.With these covers up to four probes can be calibrated simultaneously.

Max. operation pressure

Supply voltage

Noise level

Dimensions (l x w x h)

Weight

12 bar (174 psi)

230 V AC // 50 or 60 Hz

57 dB(A)/lm

410 x 410 x 500 mm (16 x 16 x 20“)

21 kg (46 lbs)

Technical Data:

Calibration certificateTo meet the requirements of Quality Management Systems such as ISO9001 regarding calibration and certification of measurement and test instrumentation, the HUMOR 20 is available with an official OEKD accredited calibration certificate.

Automatic Calibration ModuleFor the fully automatic measurement of the characteristics of a transmitter.

Technical Data:

1) only useable in combination with HA020204 or HA020201

SUITABLE FOR NUMBER OF FEEDTHROUGHS

ORDER-CODE

Humor cover 12 - 16 mm (0.5 - 0.6”) for 2 Probes HA020201Humor cover 16 - 20.5 mm (0.6 - 0.8”) for 1 Probe HA020202Humor cover 20.5 - 25.5 mm (0.8 - 1”) for 1 Probe HA020203Humor cover 8 - 12 mm (0.3 - 0.5”) for 3 Probes HA020204Humor cover 12 - 13 mm (0,5 - 0,52”) for 4 Probes HA020205Humor cover 12 - 16 mm (0.5 - 0.6”) for 4 Probes HA020207Humor cover 16 - 20.5 mm (0.6 - 0.8”) for 4 Probes HA020208Humor cover 30 mm (1,2”) for 1 Probe HA020209Adapter for EE33 - modell J1)

HA020401

Weight - weight of instrument: 9 kg (20 lbs)

- instrument incl. aluminium transport case: 23 kg (51 lbs)

Dimensions 260 x 260 x 240 mm (LxBxH); (10.2” x 10.2” x9.4”)

Supply 100...230 V AC, 50/60 Hz max. 15 W

Interface to PC RS232 (COM Port)

Compressed air supply min. 9.8 bar (142 psi); max. 12 bar (174 bar); oil-free compressed air, max. size of particle: 5 μm

Protection type IP40

Protection class I

Pollutional index 2

Surge voltage category II

Installation altitude up to 2000 m above sea level

Application Indoors

CE conformity EN61000-6-3:2007 EN61326-1:2006 EN61000-6-2:2006 EN61010-1:2010

Additional Standards EN60068-2-6 EN60068-2-29

229HUMOR 20 v3.6 / Modification rights reserved


1 Power supply cable IEC Europe (230 V) + power supply cable IEC Northamerica (110 V)2 Water drain pipe with connector3 Funnel4 Allen key (10 mm / 0.4”)5 Measuring beaker6 Measuring and calibration software7 Face pin wrench

8 Plexiglas cover for room transmitter testing 9 O-ring for room transmitter 10 Knurled nut 11 Cover for measuring chamber (ordering code HA0202xx) (not inlcuded in the scope of supply HUMOR 20) 12 Fixing bracket for filter set (pre-mounted) 13 Works certificate acc. DIN EN 10204-3.1 14 Filter set with oil separator

HUMIDITY CALIBRATOR


HUMOR 20 - Scope of Supply

COVER FOR MEASURING CHAMBER

ACCESSORIES

1) only useable in combination with HA020204 or HA020201

1

2

3

4

5

6

7

8

91011

12

13

14

HUMOR 20 HUMOR20

Automatic Calibration Module HA020301

Humor cover 12 - 16 mm (0.5 - 0.6”) - for 2 Probes HA020201Humor cover 16 - 20.5 mm (0.6 - 0.8”) - for 1 Probe HA020202Humor cover 20,5 - 25.5 mm (0.8 - 1”) - for 1 Probe HA020203Humor cover 8 - 12 mm (0.3 - 0.5”) - for 3 Probes HA020204Humor cover 12 - 13 mm (0,5 - 0,52”) - for 4 Probes HA020205Humor cover 12 - 16 mm (0.5 - 0.6”) - for 4 Probes HA020207Humor cover 16 - 20.5 mm (0.6 - 0.8”) - for 4 Probes HA020208Humor cover 30 mm (1,2”) - for 1 Probe HA020209Adapter for EE33 - modell J1) HA020401

Oil-free compressor for 230 V power supply HA020101

ÖKD-calibration certificate OEKD20/xH

USB <=> RS232 converter HA020110

Face pin wrench adjustable HA020402

230 v3.6 / Modification rights reserved HUMOR 20


Calibration Setv3.0 / Modification rights reserved

Humidity Calibration KitThe E+E Humidity Calibration Kit offers a cost effective method for calibrating humidity measuring devices with sensing probes Ø 10-12 mm (0.4-0.47 inch). It is very easy to use and it does not require highly qualified technical staff.The kit consists of a humidity calibration chamber and a choice of E+E Humidity Standard Sets.

Humidity Standards:The E+E Humidity Standards are non-saturated salt solutions available in sets of five or fifty single-use ampoules, which may be stored an indefinite time. The salt solutions are non-harmful, handling them does not require specific safety measures. Safety data sheet is available upon request.Each E+E Humidity Standard Set is supplied with a traceable calibration certificate, issued by the Austrian National Metrology Institute (NMI).

Accuracy of the E+E Humidity Standardshumidity value accuracy at 23 °C (73.4 °F)0 % RH ±0.3 % RH5 % RH ±0.5 % RH10 % RH ±0.5 % RH20 % RH ±0.5 % RH35 % RH ±0.5 % RH50 % RH ±0.9 % RH65 % RH ±0.9 % RH80 % RH ±1.2 % RH95 % RH ±1.2 % RH

For calibration procedure using the Humidity Calibration Kit please see the user guide at www.epluse.com.

Ordering Guide

Calibration Chamberfor sensor probes 10...12 mm (0.4...0.47”) HA010401

Textile pads 50 pcs. packed HA010498

Humidity Standards order code Humidity Standards order code5 ampoules 0 % RH + 5 textile pads HA010400 50 ampoules 0 % RH HA0115005 ampoules 5 % RH + 5 textile pads HA010405 50 ampoules 5 % RH HA0115055 ampoules 10 % RH + 5 textile pads HA010410 50 ampoules 10 % RH HA0115105 ampoules 20 % RH + 5 textile pads HA010420 50 ampoules 20 % RH HA0115205 ampoules 35 % RH + 5 textile pads HA010435 50 ampoules 35 % RH HA0115355 ampoules 50 % RH + 5 textile pads HA010450 50 ampoules 50 % RH HA0115505 ampoules 65 % RH + 5 textile pads HA010465 50 ampoules 65 % RH HA0115655 ampoules 80 % RH + 5 textile pads HA010480 50 ampoules 80 % RH HA0115805 ampoules 95 % RH + 5 textile pads HA010495 50 ampoules 95 % RH HA011595

Calibration chamber

Humidity Standard Set

Calibration Certificate

200


CALIBRATION SERVICES

HUMIDITYDEW POINT

AIR VELOCITYMASS FLOW

TEMPERATURE

CO2

PRESSURE


2

www.epluse.com

CALIBRATION AT THE HIGHEST LEVEL

The National Metrological Institute (NMI) or its Designated Institutes (DI) maintain the highest national measurement standards and ensure that the measurements correspond to the international system of units SI. NMIs and DIs participate in international comparative measurements with other NMIs and cooperate in technical committees to ensure that they are the top reference for measurement variables.

The measurement uncertainties of NMIs or DIs do not (or hardly) exceed those of accredited top calibration laboratories but can also be provided for special calibration tasks as part of the internationally agreed calibration options (CMC data) published in the BIPM (Bureau International des Poids et Mesures).

NMIsBEV /

Designated labs

(Nationale standards)

CALIBRATIONAUTHORITES

CALIBRATION BODIES

OTHER AUTHORITIES

3

DESIGNATED NMI LABORATORY

interest to accredited calibration authorities.

For the highest measurement authority in a country there is the opportunity to build expertise about

measurements can be performed beyond the OEKD accreditation.

ACCREDITED OEKD LABORATORY

The calibration laboratory of E+E Elektronik is accredited according to DIN EN ISO/IEC 17025, with identification number 0608, by Akkreditierung Austria / Federal Ministry of Science, Research and Economy. OEKD certificates document the traceability of measurements to national standards. The Akkreditierung Austria is responsible for the accreditation and supervision. Each OEKD certificate must be approved by an authorised signatory. OEKD certificates are issued for measuring instruments, when measurements need to be traceable (e.g. works standards).

E+E YOUR PARTNER FOR CALIBRATION

Measuring control, calibration and traceability is a central topic of most quality assurance systems. During the calibration in measurement technology calibrators detect and document reliably and reproducibly how large the deviation of a measurement device to a normal is.

The reliable calibration of your measuring instruments either in our OEKD accredited calibration laboratory or directly at your site.

Special calibration of humidity and air velocity meters can be covered in our designated NMI calibration. Based on the agreements between the members of EA (European Cooperation for

issued by E+E conform to worldwide recognized standards.

E+E Elektronik is commissioned to provide the „National standards for humidity and air velocity in Austria“ as designated laboratory (NMI) by the Federal Ministry.

4

HUMIDITY

Measurement under extreme climatic conditions is one of E+E Elektronik‘s specialities. The E+E OEKD Laboratory offers relative humidity calibrations in the temperature range from -70 to 200 °C.

A complex two-pressure/two-temperature generator combined with a stable/homogenous temperature cabinet provides highest accuracy for relative humidity.

SCOPE OF ACCREDITATION

[°C]

Range I is the E+E standard measurement range: (23 ±3) °C, 15...95 % RH and 0 % RH

Ranges II, III, IV and V define extended calibration ranges with different delivery times and prices.

[%RH]

Accreditation scope of the E+E Calibration Laboratory

Take the opportunity of on-site calibration!

ACCREDITEDON-SITE SERVICE

1) On request, certificates are possible in the extended measuring range -70...200 °C (-94...392 °F), in the „Designated laboratory“ at the highest accuracy. Other humidity measurement parameters on request (dv, r, wv, etc.)

Calibration Calibration object Measuring condition Measuring range1) Measurement uncertaintyNMI Lab Special calibration of humidity measurement equipment in the designated lab BEV/E+E

OEKD Lab Hygrometer for the measurement of humidity

Gas flow max. 5 l/minAir pressure max. 10 barTemperature range -40...180 C°1)

0...98 % RH; -40...<0 °C0...98 % RH; 0...200 °C

0.2 % RH+0.6 % of m.v.0.1 % RH+0.4 % of m.v.

OEKD Lab Humidity generator (z.B. Humor 20)

Temperature range (25 ±3) °C 10...95 % RH (0.15+0.5 % of m.v.) % RH

OEKD on-site Hygrometer for the measurement of humidity

Comparative measuring with humidity generator at ambient temperature (25 ±10) °C

10...95 % RH (0.5+0.6 % of m.v.) % RH

5

DEW POINT

The E+E dew point calibration bench impresses with a very low measurement uncertainty and a calibration range from -90 °C frost point (Tf) to 95 °C dew point (Td). Standard calibrations are carried out in nitrogen, other gases such as methane upon request. The E+E calibration service also offers special calibrations of dew point meters and dew point mirrors in the designated lab.

Accreditation scope of the E+E Calibration LaboratoryCalibration Calibration object Measuring condition Measuring range1) Measurement uncertaintyOEKD Lab Dew point hygrometer

(Dew point mirror)

Dew point transmitter(Dew point hygrometer)

Gas flow max. 5 l/minAir pressure max. 10 bar for Td -64.6...95 °C(950 ±150) mbar for Td <-64.6 °C

-75...<-55 °C-55...<-22.5 °C-22.5...70 °C>70...95 °C

0.05-(55+Tf)*0.01 K0.05 K0.035 K0.045 K

OEKD Lab Dew point transmitter(Dew point hygrometer)

Pressure range 1...100 barAir or nitrogen2)

-90...<-80 °C-80...<-55 °C-55...<-25 °C-25...20 °C

0.2-(80+Tf)*0.02 K0.05-(55+Tf)*0.006 K0.05 K0.035 K

OEKD on-site

Dew point generator Gas flow min. 1 l/minAir pressure (950 ±150) mbar

-75...<-55 °C-55...<-22.5 °C-22.5...70 °C>70...95 °C

0.07-(55+Tf)*0.01 K0.07 K0.05 K0.06 K

1) According to the BIPM Service category 3.1, „dew point“ is used as denomination for the measurand. For values <0 °C the value refers to frost point. Calibration for values <0 °C can also be carried out for the calculated dew point temperature.

2) Other gases, such as methane upon request

What does ACCREDITED CALIBRATION mean?

e.g.: DAkkS (D), Akkreditierung Austria (ÖKD, A), SCS (CH), UKAS (GB), NVLAP (US)

and thus its international comparability.

Particularly important is the statement of measurement uncertainties, the determination of which includes the measurement process.

Independent assessors must also examine the suitability of the process or measurement process in order to assure traceability. According to international agreements (ILAC), only inspection laboratories accredited according to DIN EN ISO/IEC 17025 (calibration laboratories) are permitted to carry out traceable calibrations and thus guarantee complete international comparability of the calibration results. A device that was merely compared with a traceable measuring device is not itself traceable since the measurement process was not performed in accordance with an accredited procedure.

Lexicon

6

Two wind tunnels are available to calibrate the air speed: One free-stream wind tunnel up to 40 m/s with integrated temperature control up to 80 °C and one special wind tunnel for

the low-flow range between 0.04 and 2 m/s. In combination with a laser Doppler anemometer, high reproducibility of results can be achieved.

AIR VELOCITY

Lexicon


What does TRACEABILITY mean?

The concept „traceability“ describes a process in which the measured quantities displayed by a measuring device can be compared in one or several steps with a national standard for the indicated measurement quantities. These steps must form an unbroken chain of calibrations. In each case, one measuring device is compared with one standard whose metrological characteristics are determined by a comparison with a higher-level standard.

Departments which perform the comparisons within this chain have to document their appropriate competencies, e.g. through an accreditation in accordance with DIN EN ISO/IEC 17025.

Traceable calibrations can only be performed by accredited calibration laboratories.

Calibration Calibration object Measuring condition Measuring range Measurement uncertaintyNMI Lab Special calibration of air velocity measuring instruments in the designated lab BEV/E+E

OEKD Lab Measuring instruments forrecording air velocity

(23 ±3) °Cambient air pressure

0.04...2 m/s 0.004 m/s + 0.47 % of m.v.

OEKD Lab Measuring instruments forrecording air velocity

5...80 °Cambient air pressure

0.3...40 m/s 0.004 m/s + 0.47 % of m.v.

7

The E+E OEKD Laboratory for air flow is unique in Europe and offers mass flow and volumetric flow calibrations for standard conditions in the range from 0.6 to 2300 m³/h. To allow calibration as close as possible to the real application, the operating pressure in the system can be set between 1 and 10 bar.

MASS FLOW

What does MEASUREMENT UNCERTAINTY mean?

The measurement uncertainty is a feature of an accredited procedure. It describes to what extent a measurement can be traced to national standards and ultimately to International System of Units (SI units). Usually, an extended measuring uncertainty is specified, which is calculated from the standard uncertainty multiplied with the extension factor k=2.

Each measuring value is associated with a (measurement) uncertainty. In the calibration hierarchy, testing equipment on a higher level has a lower measuring uncertainty that that on a lower level.

Accreditation in line with DIN EN ISO/IEC 17025 requires that measurement uncertainties are calculated according to EA-4/02 „Guide to Expression of the Uncertainty of Measurement in Calibration, GUM“.

Lexicon

Calibration Calibration object Measuring condition Measuring range Measurement uncertaintyOEKD Lab Mass flow sensor/

Flow transmitter0.1...1 MPa (1...10 bar)at (23 ±3) °C

Flow rate at standard conditions(0 °C / 1013 mbar)0.6...2300 m3/h

0.003 m3/h + 0.9 % of m.v.


8

Depending on the requirements, calibration in air and calibration in the block calibrator are offered. With air as the medium, temperature calibration is limited to the range between -40 to 180 °C. For simple calibration in the block calibrator, the

laboratory is certified for the temperature range -45 to 425 °C. The essential difference between air and block calibration is to be seen in how the heat generated in the test piece by the measurement medium is taken into account.

TEMPERATURE


Take the opportunity of on-site calibration!

ACCREDITEDON-SITE SERVICE

Calibration Calibration object Measuring condition Measuring range Measurement uncertaintyOEKD Lab Thermometer for

air temperaturecomparison measurement in temperature-controlled measuring chamber

-70...200 °C 0.05 K

OEKD Lab / on-site

Contact thermometer(Immersion- and cut-in probe)

comparison measurement in dry block calibrator

-45...425 °C <23 °C: 0.5*|t-23| + 28 mK≥23 °C: 0.22*|t-23| + 28 mK

9

Pressure meters for both absolute and relative pressure and differential pressure can be calibrated in the calibration lab at E+E Elektronik. A high-precision pressure calibrator is available for calibrating absolute and relative high pressure meters. For the calibration of differential pressure sensors, the differential pressure is generated via a constricted gas flow. The differential pressure is calibrated with the ambient pressure as the static pressure. All calibrations are carried out using nitrogen as the pressure medium.

PRESSURE


What does FACTORY CALIBRATION mean?

Factory calibrations are not legally valid documents for traceability verification; however, they do contain the manufacturer‘s confirmation that the products have been manufactured and inspected in compliance with the applicable regulations using the appropriate materials and internal monitoring procedures.

These calibration certificates are issued on the basis of standards like DIN EN 10204, for example, and represent documented final inspections of the producer. Such certificates can also be offered at low cost for products, or are included as standard.

Lexicon

Calibration Calibration object Measuring condition Measuring range Measurement uncertaintyOEKD Lab Absolute pressure sensor (23 ±3) °C 0.1...1 bar

1...21 bar21...101 bar

0.00028 bar0.01 % of m.v. + 0.00018 bar0.011 % of m.v. + 0.00006 bar

OEKD Lab Relative pressure sensor (23 ±3) °C -0.9...0 bar0...<20 bar20...100 bar

0.00028 bar0.01 % of m.v. + 0.00028 bar0.011 % of m.v. + 0.00016 bar

OEKD Lab Differential pressure sensor (23 ±3) °C 0...0.3 bar0.3...9 bar

0.19 % of m.v. + 0.00005 bar0.16 % of m.v. + 0.00006 bar

10

The calibration is performed as comparative measurement with a constant CO2 reference concentration. The CO2 reference concentration is generated by a special gas mixing pump according to DIN 51898-1 and is freely selectable. Due to the

and by this the CO2 reference concentration can be traced back to length, which is a fundamental physical quantity of the International System of Units (SI). Therefore, the E+E CO2 reference generator is a primary standard.

CO2

Calibration range

What does ISO CALIBRATION mean?

ISO calibrations are comparative measurements of external test candidates with in-house reference equipment (factory-level standards) as a service. The reference equipment utilized is traceable to national standards. The comparative measurement is carried out in accordance with internal procedures which meet the requirements in accordance with ISO 9001 or ISO TS16949 as well.

The comparative measurement merely provides information about the calibration condition of the equipment with the use of high-quality measuring equipment.

ISO calibrations purchased as additional external services are not traceable (there is no accredited process!). The measurement results are therefore not internationally comparable.

Lexicon

j in μL/L.

Calibration conditions Calibration range* Calibration uncertainty*(23 ± 5) °Cambient pressure

5...1,150 ppm (6 + 1.07 % of m. v.) ppm

500...300,000 ppm (6 + 0.38 % of m. v.) ppm

11

Upon receipt of the measuring equipment an initial calibration is carried out in accordance with customer‘s specifications. The measured values are documented on a certificate.

If requested, the measuring results will be compared with the specified tolerances of the measuring equipment as part of the initial calibration.

If the recorded values for the measuring equipment fall outside the permissible tolerances, the customer may use the information to validate the results of previous quality tests and eventually initiate appropriate corrective action.

At the request of the customer, a quotation will be issued for the cost of repair, respectively the adjustments. If E+E is not able to repair the equipment, it will be either returned to the customer or shipped directly to the manufacturer.

Once the equipment has been repaired and adjusted, the measuring values will be documented during the second calibration routine. Separate certificates are issued for the first and second calibration confirming the measured values ‚as received‘ and‚ as delivered‘.

On-site calibration may be required for certain process and quality-relevant measuring points. For this purpose, E+E offers a manufacturer-independent calibration service for the physical quantities humidity and temperature. The on-site service covers the calibration of stationary and portable instrumentation as well as climate chambers with specific customer requirements.

Advantages+ Traceability to national and international standards+ Calibration of on-site equipment and measuring instruments possible+ Independent supervision of test equipment by an accredited company+ No malfunction of test equipment+ Quick turn-around times+ No transportation risks

ON-SITE CALIBRATION

CALIBRATION PROCEDURE

Progression of a calibration

Delivery to E+E

First calibration according to specifications

Certificate for first calibration

Delivery + invoice forcalibration services

Values within tolerances

YES

NORepair / Justage

Second calibration according to specifications

Certificationfor 1st + 2nd calibration

Delivery + invoice for Repair and calibration

services

Information to customer, incl. quotation

Certificate for first calibration

Delivery + invoice forcalibration services

Customer places order

for repair

NO

YES

Version 2.1 // Modification rights reserved // Art. Nr. 485064

E+E Elektronik Headquarters

E+E CALIBRATION SERVICES

www.eplusecal.com

Subscribe to the E+E newsletter to be regularly informed about new products.

E+E ELEKTRONIK - YOUR PARTNER IN SENSOR TECHNOLOGY.

E+E Elektronik GmbH, with headquarters in Engerwitzdorf, Austria, has been established in 1979 and is part of Dr. Johannes Heidenhain GmbH group.

Diverse. E+E Elektronik is a leading manufacturer of sensors and transmitters for a multitude of physical quantities and applications. Data loggers, hand-held meters as well as calibration systems and services round up the product portfolio.

Reliable. Best quality made in Austria, high accuracy and outstanding long-term stability, together with advanced understanding of customer specific requirements are the main competitive advantages of E+E Elektronik.

Versatile. Measuring devices from E+E Elektronik are used all over the world in most diverse industries such as building automation, meteorology, agriculture, food, pharmaceutical, process control or automotive.

Flexible. With own clean room sensor manufacturing, in-house design of state of the art electronics and highest competence in calibration, E+E Elektronik is the ideal partner for OEM customers.

Certified. The E+E quality assurance system is certified according to ISO 9001 and ISO/TS 16949. The company also complies with the environmental standard ISO 14001. The in-house calibration laboratories are accredited according to DIN EN ISO/IEC 17025.

Global. E+E Elektronik sales subsidiaries are located in China, Germany, France, Italy, Korea and the USA. Additionally, E+E maintains a worldwide network of distribution partners.

www.epluse.com

• HUMIDITY• TEMPERATURE• DEW POINT• MOISTURE IN OIL• MASS FLOW• CO2 • AIR VELOCITY


v1.9 / Modification rights reserved Accessories

AccessoriesFilter Caps for Humidity and Dewpoint TransmittersThe choice of appropriate filter cap is essential for the long term performance of the sensor in a certain application. For assistance please contact your local support - .

FILTER NAME CONSTRUCTION FEATURES APPLICATIONS TYPE NO.MEMBRANE Body: polycarbonate

Filter: PTFE membrane Pores size: 1µm Length: 34mm (1.34“)

Very good protection against fine dustT range: -40…80°C (-40...176°F)

Response time t10/90: 15s

Building automationDusty environment

HA010101

STAINLESS STEEL SINTERED

Material: sintered stainless steelPores size: 10µmLength: 33mm (1.30“)

For high mechanical stress and strong pollutionT range: -40…180°C (-40...356°F)


Industrial process controlAgricultureLife stock barnsUnsuitable for condensing environment

HA010103 (for plastic probes)

HA010117(for metal probes)

PTFE Material: PTFE sinteredPores size: 50µmLength: 33mm (1.30“)

For very dirty, oily environmentT range: -40…180°C (-40...356°F)


Industrial process controlChemical industryVery polluted environmentUnsuitable for condensing environment

HA010105

METAL GRID Body: polycarbonateFilter: stainless steel wire meshPores size: 30µmLength: 33mm (1.30“)

For low mechanical stress andlow pollution levelFor high RH / condensing environmentT range: -40…120°C (-40...248°F)


Climate control

HVAC

HA010106

STAINLESS STEEL GRID

Body: stainless steelFilter: stainless steel wire meshPores size: 30µmLength: 39mm (1.54”)

For average mechanical stress andlow pollution levelFor high RH / condensing environmentT range: -40…180°C (-40...356°F)


Industrial process controlClean rooms

HA010109

H2O2 Material: PTFE sinteredPores size: 50µmLength: 33mm (1.30“)

Catalytic filter for H2O2 environmentT range: -40…180°C (-40...356°F)


PharmaceuticalBiotech Sterilization with H2O2

HA010115

PTFE STAINLESS STEEL

Body: stainless steelFilter: PTFE membrane, replaceablePores size: 2µmLength: 39mm (1.54”)

For average mechanical stress andhigh pollution levelsT range: -40…180°C (-40...356°F)

Response time t10/90: 14sWater ingression pressure > 0.5bar

For EE33-J and EE33-K in:MeteorologyContinuous high humidityCondensing environment

HA010114: complete filter

HA010114ME:PTFE membrane

METAL GRID FOR EE08

Body: polycarbonateFilter: stainless steel wire meshPores size: 30µmLength: 25mm (1”)

For low mechanical stressLow pollution levelFor high RH / condensing environmentT range: -40…120°C (-40...248°F)


MeteorologyClimate control

HA010113

STAINLESS STEEL Material: stainless steelOpenings: ø3mmLength: 32mm (1.26”)

For moisture in oil transmitters and Oilport 30 handheld

Hydraulic, lubrication and isolation oil monitoring

HA010110

Accessories 78


[email protected]

Accessories v1.9 / Modification rights reserved

Mounting Flanges

29

NAME SUITABLE FOR DIMENSIONS (in mm) ORDER CODEPlastic mounting flange 12mm (0.47“) EE650, EE660,

EE160, EE210EE850

EE671, EE060, EE061

max. temperature: 60°C (140°F)

HA010202 (light grey)

HA010214 (black)

Plastic mounting flange 6mm (0.24“) EE431EE150

HA401101

Stainless steel mounting flange 12mm (0.47“)

EE23, EE31, EE33 HA010201

Stainless steel mounting flange 5mm (0.2”)

EE23 - model H HA010208

Stainless steel mounting flange 8mm (0.3”)

EE75EE33-MFTJ (temperature probe)

HA010207

Duct mounting kit EE07, EE071EE220

HA010209

Wall mounting clip Ø12mm (0.47“) For all probes with Ø12mm (0.47“)-35...105°C (-31...221°F)

HA010211

37mm

13m

m

bore diameter:: 13mmmaterial thickness: min. 3mm

80mm

2mmbore diameter: 5.1mm

29m

m

12,5

mm

6mm

15,5mm

17mm

60±0.3 mm

Ø >16mm

6mm

56 mm

drilled hole formounting: Ø>9

Ø5

mm

60 mm

46 mm

5,2 mm

30 mm

2 mm

15

200

79



LC Displays

Power Supply Unit

Replacement Sensors

NAME SUITABLE FOR ORDER CODELC display + cover EE220 metal D07M

polycarbonate D07PEE23 metal D03M

polycarbonate D03PEE31, EE35, EE36 metal D05M

polycarbonate D05PEE33 metal D05M

NAME DESCRIPTION SUITABLE FOR ORDER CODEPower supply adapter External power supply

suitable for Europe / US / UK /Korea / China

input: 100-240V AC / 50-60Hz 0.5Aoutput: 24V / 0.625A

HVAC and industrial transmitters V03

NAME DESCRIPTION SUITABLE FOR ORDER CODEReplacement sensors Replacement humidity sensor

Replacement temperature sensor

EE23, EE31 FE09 FE09-HC01 (with coating)

TE38

NAME SUITABLE FOR DIMENSIONS (in mm) ORDER CODEPlastic mounting flange Ø18.5mm (0.73“) EE871 HA010212

60±0.3 mm

Ø >18.5mm

Sampling CellNAME DESCRIPTION SUITABLE FOR ORDER CODEBasic Sampling Cell For integration into an existing or self-constructed

sampling system.Pressure range: 0...64 bar (0...928 psi)

ISO NPT1 = G 1/2“ 1/2“2 = G 1/4“ 1/4“3 = G 1/4“ 1/4“

EE371, EE375EE354, EE355

ISO: HA050103 NPT: HA050105

Sampling Cell with Quick Connector For use in compressed air lines, quick-connector sui-table for standard compressed air connections, the cell can be fitted and removed without interrupting the process, the flow of gas can be adjusted using a bleed screw. Pressure range: 0...10 bar (0...145 psi)

1 = G 1/2“ ISO2 = Bleed screw3 = Quick connector DN 7.2

EE371, EE375EE354, EE355

HA050102

1

23

1

2

3

6 mm

80



Radiation Protection ShieldFor outdoor applications the transmitters shall be equipped with radiation shield. This causes a forced ventilation which largely prevents overheating of the sensing probe in the sun and thus a distortion of the measured values.All radiation shields are suitable for wall and pole mounting.

Dripping Water Protection

NAME SUITABLE FOR DIMENSIONS / MOUNTING ORDER CODERadiation shield for EE210 EE210-Outdoor Example: HA010506 HA010501

Radiation shield with fixedclamping ring (M20x1.5) for probes with Ø12mm (0.47“)

EE23, EE31, EE210 with remote sensing probe

EE060, EE061 EE07, EE071 EE08 type E EE33-J (RH probe)

HA010502

Radiation shield with screw-in thread (M16x1.5) and additional cable gland for probes withØ6mm (0.24“)

EE33-J (T probe)EE08 type D

HA010506

- pole mounting: 34 - 68mm (1.3” - 2.7”)

- wall mounting:5

1.5

20Ø

520

1.5122

Ø105

174

44

94

mounting options:

NAME SUITABLE FOR DESCRIPTION ORDER CODEDripping water protection cap All sensor probes with Ø12mm (0.47“) Screw connection for probe fixation

Ø85 mm (3.35“)HA010503

In applications with high humidity and condensation or for outdoor use, sensor probes should be protected against dripping water.

81



Mounting and Connecting Aids

Reference ProbesNAME SUITABLE FOR DESCRIPTION ORDER CODEReference probe EE220 EE07 probes with defined measuring

values to check the digital/analogueconversion of the EE220 basic unit (with test report)

probe 1: 90% RH / 5°C (41°F) probe 2: 10% RH / 45°C (113°F)

HA010403

NAME SUITABLE FOR DIMENSIONS / DESCRIPTION ORDER CODESnap-in mounting flangefor wall and duct mounting

EE16-TEE65, EE66

for wall mounting: HA010204

for duct mounting: HA010205

Bracket for top-hat rail mounting EE220, EE23, EE31, EE35, EE361)

HA010203

US conduit screw adapter Devices with cable gland M16x1.5

Adapter M16x1.5 to ½“ NPT(US conduit fitting)

HA011101

Conduit adapter, M16x1.5 to 1/2” Devices with cable gland M16x1.5

Adapter M16x1.5 to ½“(US conduit fitting)

HA011110

Pressure tight screw connection EE33-MFTJx EE33-MFTKx

For probes with Ø12mm (0.47“) andØ6mm (0.24“)

Probe assembly up to 20bar (300psi)

HA011102: ½“ISO, probe: Ø12mm (0.47“)

HA011103: ½“NPT, probe: Ø12mm (0.47“)

HA011104: ½“ISO, probe: Ø6mm (0.24“)

HA011105: ½“NPT, probe: Ø6mm (0.24“)

HA010204 HA010205

1) Only for plastic housing, not for metal housing

17mm

25m

m

M16x1,5

1/2“

82



Interface Convertors and Interface Cables

NAME SUITABLE FOR DESCRIPTION ORDER CODERS232 to RS485 EE31, EE33 with RS485 interface - Converter from RS232 to RS485

- Supports AutoPro, i.e. automatic adjustement of the Baudrate from 300 bps to 115200 bps- Enables to control 256 data acquisition modules in a RS-485 network- Solation 3000 Vrms

HA010603

RS232 to USB Devices with RS232 interface - High speed converter from RS232 to USB- Certified: Microsoft WHQL approved

HA020110

E2 to RS232 for EE07 EE07 Converter for E2-interface to RS232, incl. software for test and data cable length: 2m (6.6ft)

HA011001

E2 to RS232 for EE03 EE03 Converter for E2 interface to RS232, incl. software for test and data recording cable length: 2m (6.6ft)

HA011002

E2 Test and Configuration Adapter EE893, EE892, EE891EE871

Connecting CO2 modules and probes with E2 interface to a PC for test and configuration.inkl. Software

HA011010

E2 to RS232 for EE08 EE08 Converter for E2-interface to RS232, incl. software für configuration, adjustement or test cable length: 2m (6.6ft)

HA011005

RS232 Interface Cable for Screw Terminals

EE31, EE33EE35EE36

RS232 interface cable for connectionto screw terminals on the boardcable length: 2m (6.6ft)

HA010301

RS232 Interface Cable with Pin Connector

EE31, EE33 EE35, EE371EE36, EE381

RS232 interface cable to connectdirectly on the boardcable length: 2m (6.6ft)

HA010304

83



Plugs / Sockets / Connecting CablesNAME SUITABLE FOR DESCRIPTI ON ORDER CODEFlange Coupling, 5 pins EE060 type PM

EE07, EE071EE871

M12x1 Flange Coupling for housing assembly

L = 50mm (2“)

HA010705

Flange Coupling, 8 pins EE060 type PVEE08 type D

M12x1 Flange Coupling for housing assemblyL = 200mm (8“)

HA010703

Mating Plug, 4 pins EE07, EE071EE060 type PMEE820EE871HUMLOG20 E

Mating Plug

4 pins, M12x1, suitable for customer-specific assembly, IP67 (NEMA 4)

HA010707

Mating Plug, 5 pins EE354EE355EE33 - C03/C08EE31 - C03/C08EE23 - C03EE35 - C03EE36 - C03/C07EE75 - C12/C13EE671 type SEE77x - type Q

Mating Plug


HA010708

Mating Plug, 8 pins EE08 type PVEE08 type D EE820

Mating Plug


HA010704

NAME SUITABLE FOR DESCRIPTION ORDER CODERS232 Interface Cable with External Plug

EE31, EE33, EE35, EE36

RS232 interface cable to plug into the external socket on the housing C06cable length: 2m (6.6ft)

HA010311

Modbus Configuration Adapter EE071EE871

EE354, EE355EE364

Connecting transmitters with Modbus interface to a PC for test and configu-ration

HA011012

HA011013

84



NAME SUITABLE FOR DESCRIPTI ON ORDER CODEConnecting Cable EE220/EE244 EE07 - EE220/EE244

EE871 - EE244Connecting cable for remote measurement:- EE07 with EE220/EE244 - EE871 with EE244 5 pins, M12x1 plug-socket, shielded(shield connected to pin 5), PUR

HA010801 (2m / 6.6ft)HA010802 (5m / 16.4ft)HA010803 (10m / 32.8ft)

Connecting Cable, 5 pins LOGPROBE20- HUMLOG20 EEE060 PMEE671 type SEE354, EE355 EE771, EE772, EE776

Connecting cable for remote measurement:- LOGPROBE20 mit HUMLOG20 E- EE771, EE772, EE776- EE060 PM

5 pins, M12x1 plug-socket, shielded, PUR


Connecting Cable, 5 pins EE060 type PMEE07, EE071 EE671 type S EE354, EE355EE820, EE871

5 pins, M12x1 socket - flying leads, shielded, PUR

HA010819 (1.5m / 4.9ft)HA010820 (5m / 16.4ft)HA010821 (10m / 32.8ft)

Connecting Cable, 8 pins EE06 type PVEE08 type DEE364

shielded, PURHA010322 (1.5m / 4.9ft)HA010323 (3m / 9.8ft)HA010324 (5m / 16.4ft)HA010325 (10m / 32.8ft)

Connecting Cable OMNIPORT / OILPORT

OMNIPORT 30OILPORT 30

Connecting cable for remote sensing probes

5 pins, M12x1 plug-socket, unshielded, PUR


85


• Application conditionsMeasurement range: 0...5000 ppm / 10...90% rel. hum. / -20...60°COutput: 4 – 20 mA / 0 - 10 V or switch outputConditions of use: Measurement of CO2

• E+E ProductEE80-2CTF3CO2 / relative humidity / temperature transducer and switch for room installation

CO2 Measuring device for the HVAC sector. Elegant indoor housing for interior living spaces. CO2 tempera-ture and humidity in a single device.

CO2 controlControl of the CO2 content enables the greatest possible energy savings, as rooms are only ventilated as required. This guarantees a healthy room environ-ment and ensures a high level of living

comfort.Humidity controlControl of air humidity is also advisable. Adequate extraction of moisture pre-vents the occurrence of mites and mould and protects the fabric of the building from expensive structural damage.

to the EE80 at any time by means of a plug-in module.

-ing device for your application even among our wide range of products, E+E Elektronik can also provide customised solutions. Our sensor specialists will be glad to advise you.

Controlled ventilation of living areas is a prerequisite for ef- reduction of energy consumption in low-energy and

passive houses. In addition to reduced energy costs due to reclamation of heat, controlled ventilation of living areas also ensures good air in the building.

The prerequisite for a ventilation system with the required energy savings and a good living climate is the use of reliable measurement technology for humidity, temperature and CO2.The EE80 measurement transducer combines all three measurement values in a modern, elegantly designed housing and sets new standards for HVAC technology.It monitors the CO2 in the room air and controls the ventilation according to the set CO2 threshold.

CO2 and humidity control for high levels of living comfort

CONTROLLED VENTILATION OF LIVING AREAS

R

Ges.m.b.H.

YOUR PARTNER IN SENSOR TECHNOLOGY

(+34) 968 162 005Tel.:www.sensovant.comWeb:[email protected]:

• E+E Products

of buildings it is vital that the heating, ventilation and air conditioning systems are controlled according to time and re-quirements. These days, large systems

and hospitals or airports can only be ef-

Sustainable use in Green Buildings is only possible with the aid of modern,

reliable sensor technology.

E+E Elektronik, your partner for sensor technology, provides you with tailor-made solutions and products for the precise and stable measurement of relative humidity, temperature, CO2 con-tent of room air and air speed in air conditioning systems.

AIR CONDITIONING SENSORS

R

Ges.m.b.H.


EE10Wall-mounted measuring transducer

Temperature / humidity measurement device for internal applications in the HVAC sector. The elegant housing design is ideal for interior living spaces.

EE80Wall-mounted CO2 sensor

CO2 measuring device for the HVAC sector. Elegant indoor housing for interior living spaces. CO2, temperature and humidity in a single device.

EE85CO2 sensor for duct installation

Measurement of the CO2 concentration in ventilation ducts. The ideal CO2 measur-ing device for controlled ventilation of living areas.

EE65Flow sensor for HVAC applications

Reliable measurement of air speed in

sensor technology.

EE245Radio sensor for humidity, temperature and CO2

Measurement of humidity, temperature and, CO2 with proven sensor technology and modern radio technology.

HUMIDITY / TEMPERATURE

CO2

AIR SPEED RADIO SENSORS

EE16Measuring transducer for duct installation

The ideal temperature / humidity measuring device for the HVAC sector. Low-cost and accurate measurement in ventilation ducts.


R

Ges.m.b.H.


With the EE31-MFT with pressure-proof probe, stainless steel sinter fi lter and sensor coating, E+E Elektronik provides the optimum solution for this application.

Using ball valve measuring systems the pressure and temperature of the medium changes frequently, which has a direct effect on the absolute humidity.

Measurement of the absolute humidity in blast furnace gas is necessary to determine its heating value for further use.Blast furnace gas is a by-product of blast furnaces and is pro-duced by the reduction of iron ore to metallic iron.

Blast furnace gas consists of about 45-60% nitrogen; 20-30% carbon monoxide, 20-25% carbon dioxide, 2-4% hydrogen and a little methane. Because of its high nitrogen content, blast furnace gas has a very low heat-ing value (approx. 93 BTU/ft3), but in spite of this it is used as a fuel in steel plants.

To determine the heating value, the blast furnaces are equipped with ball valve measuring stations to analyze the gas. In addition to the measure-ment of CO, CO2, H2 and CH4, determining the absolute humidity is deci-sively important for determining the heating value.

HUMIDITY MEASUREMENT IN BLAST FURNACE GAS

Measurement setup

• Application conditionsMeasurement range: 0 - 300 g/m³, typical measurement value: 10 g/m³Output: 4..0000.20 mAOperating temperature: ~ 20 °COperating pressure: ~ 70 bar vacuum

• E+E ProductEE31-MFTHumidity measuring transducers for high-humidity and chemical applications

High accuracy measurement of relative humidity, dewpoint and temperature even with high humidity close to the condensation point or with high levels of chemical contamination.


Both ends of the cable can be con-nected with plugs or terminals, which enables installation at remote meas-

-uration of the measuring transducer

in a switching cabinet. In many cases, too few (often only one) humidity measuring transduc-ers are used. Because of this, critical zones are not detected. However, it is often important to install humid-

ity measuring transducers at various points in the warehouse, near to the

variety of areas in order to record as many zones as possible. Monitoring is carried out 24/7. An alarm is given

values are exceeded or undershot. In this case, all of the affected sub-stances must be subjected to a new laboratory test in order to re-check the stated effectiveness of the chem-icals.

The production and storage of chemicals is usually a sensitive and sometimes a dangerous job. Accordingly, great care is re-quired for the handling of large quantities of these substances.

Various basic substances which are produced for the food, agriculture, phar-maceutical and cosmetics industries are often highly reactive or toxic and lose their effectiveness if certain ambient conditions are exceeded or not achieved.

products, high-rise warehouses are equipped with intrinsically safe, high-ac-curacy humidity and temperature monitoring from E+E Elektronik. A condition required by the FDA (Food and Drug Administration) is the maintenance of certain ambient conditions for the storage of basic substances and active

The climate data must be recorded, documented and archived in compliance

times in order to provide traceable evidence of proper storage. This condition .

Particularly for the storage of such sensitive products, great demands are placed on the accuracy and long-term stability of humidity measurements. E+E Elektronik specialises in the production and reliable application of hu-midity and temperature measurement devices and is now a dependable and recognised partner for the industry. The drift of the humidity measurement cell, which is produced in our own clean room, is less than 1% per year even under extreme conditions. Reproducibility is better than 0.5% relative humid-ity.Thanks to the approval of Type EE30-EX for operation according to ex ia IIC T6, the measurement sensors may be used in even zones with the highest explosion hazards (i.e. Zone 0). Via a digital signal transfer between the sen-sors and the actual measuring transducer, cable lengths of up to 100 m can be used without impairing the calibration.

EXPLOSION-PROTECTED HUMIDITY MEASUREMENT

R

Ges.m.b.H.


EE30-EX sensor

EE30-EX switching cabinet


• Application conditionsMeasurement range: 0-100% rel. hum.; -40...180°C and derived valuesOutput: 0-5V, 0-10V, 4-20mAAccuracy: ± 1.3% rel. hum.; ±0.2°CWorking range: 0.01...15bar (pressure-sealed version)

• E+E solutionEE300-EXHumidity measurement transformers for intrinsically safe applications

Measurement of humidity and temperature in intrinsically safe applications. For use in Zone 0 and temperature class T6 according to ATEX and IECEx guidelines.

R

Ges.m.b.H.


A further criterion for successful use is not only the requirement for high prod-

ISO9001, QS9000 as well as FDA. As well as being an accredited ÖKD calibration facility for humidity and tem-perature, E+E has been entrusted by the Austrian Weights and Measures

can provide evidence of a return to the national or international origin at any time.

-ried out via a centrally integrated monitor recorder, which together with the associated PC software components forms a closed system for recording, saving and archiving electronic measurement data.In contrast to conventional recording devices with rolls or endless paper, the monitor recorder saves the measurement data electronically on a Compact Flash Card and shows the data on a colour display. With a maximum storage capacity of 128 MB (which with a storage rate of 60 seconds and 6 measure-ment inputs corresponds to about 125 rolls of recording paper) the device has a typical storage period of approx. 13 years.

Through to the combination of E+E measurement technology and tried-and-tested writing technology, which has proved itself millions of times, the FDA

Monitor recorder


presses always work with optimum efficiency.A further application is the measure-ment of moisture directly in the lu-bricating oil circuit, where the paper strip is heat-dried further over steam-heated drying cylinders.By ensuring the correct viscosity and

lubrication ability of the oil for the fric-tion and roller bearings of the drying cylinders, costly repairs and the as-sociated interruptions to production can be avoided.

The robust stainless steel measure-ment sensors are installed in the 8,000 l tanks of the return line in or-der to obtain a good average value for the quality of the oil.

In addition to measuring the activity of the water and temperature, in this application it was important to calcu-late the water content in ppm, as the oil supplier states a guideline value for the maximum moisture content of the oil.

The measurement does not depend on the temperature, the pressure, or the age of the oil and therefore does not depend on the operating condi-tions. As soon as the water content has risen to a critical value, an imme-diate warning is given via the process control system. Through continuous monitoring of the moisture content

One of the most modern and efficient systems for the produc-tion of printing paper is supported by high accuracy humidity measurement from E+E Elektronik.

Previously, titration according to the Karl-Fischer method was the only meth-od for precisely determining the water concentration in oils. Many attempts to automate this method are described in the literature.The EE36 water activity and temperature measuring transducer EE36 uses a different method. It detects the water content of various oils continuously and online. The method is based on E+E Elektronik capacitative humidity sensors which have long-term stability and resistance to chemicals.

These monitor the moisture content of the oil, e.g. in the hydraulic oil of the pressing section, where the paper strip is dried at high pressure between felt and 4 pressing rollers. Because of this, the hydraulic cylinders of the paper

E+E Elektronik Ges.m.b.H. • Langwiesen 7 • A-4209 Engerwitzdorf • AustriaTel: +43 (0)7235 605-0 • Fax: +43 (0)7235 605-8 • [email protected] • www.epluse.com

LG Linz Fn 165761 t • VAT-ID-No. ATU44043101 • place of jurisdiction: A-4020 Linz • DVR0962759

OIL MONITORING IN THE PAPER INDUSTRY

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Lubricating oil circuit

• Application conditionsMeasurement range: 0...1 aw, -40...180°C Outputs: 0-5V, 0-10V, 4-20mA, 0-20mAAccuracy: ± 0,01aw; ± 0.2°C

• E+E solutionEE36Measuring transducer for humidity measurement in oil

A remote sensor and the optional ball valve mounting permit flexible usage. GL certification for use in the ship industry.



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of the oil, maintenance work and continuous oil changes can be optimised, leaks can be detected and breakdowns can be prevented.

As the paper mill produces with the very latest high-performance systems and the products fulfil a very high quality standard, the installation of the moisture measurement contributes significantly to safeguarding these criteria over the long term.

EE36 - cable sensor with GL approval

• ApplicationconditionsMeasurement range: 0...100 % rel. hum. / 00.80 Output: 4 – 20 mAConditions of use: 20...100 %rel. hum. / 30...60 °C / chemical contamination with ammonia

• E+EProductEE33-MFTC9055ARCHC01/AB6-T21Humidity / Temperature measuring transducer for chemical applications

Highly accurate measurement of relative humidity and temperature, even with high levels of chemical con-tamination. HC01 sensor coating to prevent dirt deposits. ARC module for manual activation of the sensor heating.

even under these difficult operating conditions, and provides measure-ment results which are stable in the long-term.This is made possible by the mono-lithic humidity sensor HMC01 and the heating function of the EE33. After each drying cycle, the humid-ity sensor is briefly but intensively heated and the chemical contamina-tion simply evaporates.The bake-out function (ARC) of the EE33 can be started both manually

and automatically in a defined time interval.

Monitoredandcontrolleddryingisaveryimportantstageintheproductionprocessfortechnicalceramics.Toachieveopti-mumproductquality,boththetemperatureandthehumidityarecontrolledinthedryingprocess.Becauseofthehighlevelsofchemicalcontaminationofthehumidity/temperaturemeasur-ingtransducerwhichoccurduringthedryingprocess,theEE33industrialmeasuringtransducerisused.

The EE33 humidity / temperature transducer installed in the drying cham-ber is exposed to a high level of chemical contamination during the several days of the drying process. With conventional humidity measuring transduc-ers, this chemical contamination results in a drift in the sensor characteris-tics and therefore large measurement errors.The high-accuracy EE33 humidity measuring transducer works perfectly,

E+EElektronikGes.m.b.H.•Langwiesen7•A-4209Engerwitzdorf•AustriaTel:+43(0)7235605-0•Fax:+43(0)7235605-8•[email protected]•www.epluse.com

LGLinzFn165761t•VAT-ID-No.ATU44043101•placeofjurisdiction:A-4020Linz•DVR0962759

HMC01 humidity sensor with bake-out function

DRYINGOFTECHNICALCERAMICS

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As a consequence, in contrast to open hoods or to less well-insulated closed hoods, the quantity of water to be evaporated - and thus produc-tion - can be increased with existing supply air/exhaust air systems.

Alternatively, the supply and exhaust air volume fl ows and thus the fan drive output can be reduced. Heat

recovery is also clearly improved due to the higher enthalpy of the exhaust air, whereby thermal energy (steam) can be saved for preheating the fresh water or white water.

Paper and paper based products like carton are manufactured in different process steps in paper machines. The main process steps are the forming, the pressing and the drying.

For an improved energy effi ciency and heat recovery often dryer-section hoods will be used. A closed dryer-section hood encloses the dryer section and leads to a controlled supply and removal of air and water vapor.

The climate inside the plant is thereby improved, the building is protected and effi cient energy recovery from the exhaust air and the evaporated water in the drying process is facilitated.A closed dryer-section hood with good insulation means the dryer section can function under a higher operating dew point. This means that the moisture load of the exhaust air can be kept at a very high level without risk of condensation. The EE31 is used to control the operating dew point in the exhaust air duct.

Installed EE31 in the exhaust air duct

DRYING PROCESS OF PAPER PRODUCTION

• Application EnvironmentMeasurement Range: 120 – 150 g/kg (depends on drying hood)Output: 4 – 20 mAOperating Temperature: 60 - 130 °C (typically 80°C)

• E+E SolutionEE31-PFTD9025P01/CB6-Td52-T52Humidity transmitter for accurate measurement up to 180°C

The optimal hardware structure of the EE31 series for varyingapplications is achieved by combining various standard mechanical and electronic modules.




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The vintner usually counteracts the disadvantages of uncontrolled fermentation by:

• controlling the temperature of the mash through the use of vari-ous types of cooling devices, e.g. fermentation tanks with integrated cooling coils.

• measurement of the residual sugar level at regular intervals in order to select the ideal temperature for the individual phase of fermenta-tion and to halt fermentation once the desired level has been achieved

Optimum results are achieved by linking the form of the temperature control curve to the reduction of residual sugar. Fermentation usually starts at 18-20°C. During the main phase of

fermentation the temperature should be between 16-18°C. At the end of fermentation the temperature should be higher in order to compensate for the harsh environment of the "tired" yeast. The change in temperature should always be less than 4°C per hour.Innovative process:Controlled fermentation by meas-urement of the quantity of CO2 produced

In wine making, the fermentation process is a catalyst function, which converts grape juice into an alcoholic beverage. During fermentation, the yeast interacts with sugar to produce ethanol, generally known as ethyl alcohol, and carbon dioxide as a side product.

During the fermentation process there are several factors which the vintner must take into account. The most important is the internal temperature of the mash. A typical white wine ferments at 18-20°C, while red wine is usu-ally fermented at a higher temperature (up to 29°C). Of course, there are exceptions to this. Some vintners let their red wines ferment at lower tem-peratures in order to obtain more fruity aroma. A further factor for the vintner is the residual sugar level, which determines the sweetness of the wine. Nowadays, fermentation is mainly carried out in stainless steel tanks.

Uncontrolled fermentation has the following disadvantages

• High mash temperatures of up to 30 °C• Loss of aroma due to the high temperature• Loss of aroma due to high CO2 emissions over a short period• Intensive foaming• Stress on the yeast due to high temperatures results in inactivity and therefore

fermentation problems.• An uncontrolled fermentation only lasts for 3-5 days, which restricts the develop-

ment of aromas. • Possible development of chemical residues such as histamine (a hormone which

is produced by bacteria during fermentation).

Standard processes:

Optimum wine fermentation in stainless steel tanks

CONTROLLED FERMENTATION BY CO2 MEASUREMENT



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• Application conditionsMeasurement range: 0.25 - 10m/sTemperature range: 10 - 35°C, typically 15 - 20 COutput: Analog, 1 - 5VConditions of use: Approximately 100% CO2

at ambient pressure; contamination with foam possible

• E+E ProductEE575Miniatureflowsensor

Flow sensor in compact stick design. Ideal for applications with little space for installation.

the important information about the performance of the yeast and the quantity of sugar which has been transformed into ethanol. Before starting the process, the vintner must determine the sugar content and the volume of the mash as the starting parameters.

After this, he obtains information about the quantity of residual sugar during every phase of fermentation.

He can use this information in order to achieve a constant increase in the level of ethanol by controlling the temperature of the mash and there-fore the activity of the yeast in the form of a closed feedback loop.

By measuring the quantity of CO2 which is produced during fermentation in combination with the temperature of the mash, the vintner obtains

all Progress of controlled fermentation

system during sterilisation.

Properties of the H2O2 filter:The filter cap consists of a PTFE sin-ter filter, in which a catalyst is embed-ded. The catalyst decomposes the H2O2 into harmless water and oxy-gen, so that the humidity sensor in the filter cap is not exposed to H2O2 and no drift occurs.

With the aid of the filter cap the rela-tive humidity can also be measured during the phases of H2O2 applica-tion. This is of interest, as the effec-tiveness and duration of some steri-lisation methods also depend on the relative humidity in the system.

Hydrogen peroxide is increasingly being used as a method of bio-decontamination and sterilisation in the pharmaceutical industry or in the field of medicine. Both equipment and entire rooms can be sterilised with H2O2 vapour.

The H2O2 vapour is produced in a generator and transported to the area of application by means of a carrier gas (usually air). The process is also termed VHP (Vaporised Hydrogen Peroxide) sterilisation.

In many areas which are sterilised by H2O2, a humidity measurement is necessary during normal use. Capacitative polymer sensors are often used for this. These sensors are attacked by H2O2 and even at low H2O2 concentra-tions a significant drift of the sensor characteristics occurs. In order to prevent these false readings, the humidity sensor must be removed during phases of H2O2 vaporisation.As solution to this problem is the use of a special filter cap, which protects the humidity sensor from H2O2. With this, the humidity sensor can remain in the



H2O2 sTERILIsATIoN

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• E+E solutionH2O2 Filter HA010115Catalytic filter for H2O2 environments

Specially developed for use with H2O2 sterilisation

Structure of a sterilisation system

prerequisites for the successful use of E+E measuring devices.

Exact recording of these climate parameters is not only impor-tant for economic HVAC control, but also for the reliable display and docu-mentation of the process parameters in the process control system.

Another key process in the Tachoc-omb® production is the drying of the collagen substrate material in spe-cially equipped drying cabinets. Here, dehumidifiers ensure a constant low humidity, although the environment may be slightly corrosive. This is no problem for the specially coated E+E temperature and humidity measuring devices.

As a specialist in high quality thin-layer sensors, measurement trans-ducers, calibrators and measure-ment memories for the precise determination of humidity, air speed, temperature, dewpoint and CO2, E+E was able to help with its extensive

know-how. E+E thin film technology is also used in a Class 100 clean room environment. Thanks to great commitment and close cooperation with Nycomed, a product solution was developed which was perfectly tailored to the application. Because of the short throughput times for the production of industrial measurement transduc-ers, we were able to implement the

In addition to ensuring a comfortably warm room environment for the production and storage of goods, the primary purpose of systems where ambient conditions are critical is to maintain specified climatic conditions in the room in order to ensure product quality and to optimise energy consumption.

This was the challenge for the system planners of a large pharmaceutical group in Austria. With the extension of the production facilities at the Linz Chemical Park in the context of the "NEXT" project, NYCOMED Austria GmbH prevailed over other production sites of the Nycomed group and se-cured new jobs at the facility.

The new "state-of-the-art" production supplies Nycomed's glo-bal pharmaceutical market with special Tachocomb®/ TachoSilTM "wound pads", which are only produced in Linz. Coagulation factors are applied to fleece fabrics, which not only stop diffuse bleeding but also decompose "spontaneously". Products for human health must comply with the very highest levels of hygiene and quality requirements. This is something which is taken for granted and is ensured by regulations and standards. However, it poses a special challenge for the technology involved.

The quality and hygiene of the products do not depend solely on their ingre-dients. It is equally important to maintain a defined room climate during pro-duction. As well as temperature measurement, humidity is vitally important for many stages of the production process. One of the key processes in the production of wound pads is the coating of the collagen substrate material with coagulating substances. This process only functions optimally in a spe-cial room climate which is within very tight tolerances. High demands on measurement accuracy as well as excellent long-term stability and reliability for humidity and temperature measurement are the



PREcIsE cLImATE mEAsUREmENT FoR PHARmAcEUTIcAL APPLIcATIoNs

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• Application conditionsMeasurement range: 0-100% rel. hum.; -40.0.180Output: 0-5V, 0-10V, 4-20mA, 0-20mA, serial interface: RS232C + optionally RS485Operating temperature: ± 1.3% rel. hum. ± 0.2

• E+E solutionEE31Humidity measuring transducers for accurate measurement up to 180°C

Industrial measuring transducer for highly accurate and reliable measurement of humidity, temperature, dewpoint and derived computational functions up to 180°C.

HUMOR20Humidity calibration with humidity calibrator

Highly accurate humidity calibration Dual pressure, single temperature humidity calibrator conforming to international standards.



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customer's requirements quickly and expertly.

In addition to this, E+E is commissioned with providing of national standards for relative humidity in Austria and operates a reference system which has one of the highes levels of accuracy in the world. Here, the humidity of a gas can be produced with an accuracy of up to 0.1% relative humidity, and dew-

points with a accuracy of up to 0.05°C. The extensive calibration facilities in the accredited calibration laboratory enable certification compliant with ÖKD directives for special measuring points, which have been adapted to the environmental condi-tions of the application.

To ensure compliance of the measurement data after installation of the meas-uring devices, local calibration of the measurement chain was carried out

with a portable E+E Humor 20 hu-midity calibrator.

This easy-to-use device enables standardised calibrations of the highest accuracy regardless of the ambient temperature - at ÖKD level if re-quired.

The lower the temperature, the less the cheese matures, which re-sults in a harder consistency.

Humidity and temperature meas-urement:The EE33 is ideal for precisely measuring temperature

and humidity. Because of the constant-ly high humidity, model "J" is used.

Double sensor heating (where both the sensor tube and the humidity sensor are heated) reliably prevents condensation and ensures stable measurement results over long pe-riods.

The maturing process of cheese can be incluenced by various factors depending on which cheese it is: temperature, humidity, care of the rind, regular turning of the cheese and washing of the rind.

Optimally, the climate in the maturing cellar must be like that of a natural cave. This means that the humidity must be between 94% and 98%. If the humidity is too low, the cheese dries out and if it is too high the cheese does not mature and has a sticky, greasy rind.

The temperature in the cellar should be between 13 °C and 14 °C. However, this relatively high temperature is only necessary in the case of high quality cheeses, otherwise the temperature can be between 10 °C to 12 °C.



MoNIToRING oF MATURING cHEEsEs

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• Application conditionsMeasurement range: 0...100 %rel. hum. - typically 90...100 %rel. hum.Output: 4..000.20mAOperating temperature: -10...60°C, typically 10...15°CAccuracy: > 90 %rel. hum.: ± 2.3 %rel. hum.

• E+E solutionEE33-JHumidity measuring transducers for high-humidity and chemical applications

High accuracy measurement of relative humidity, dewpoint and temperature, even with high humidity close to the condensation point or with heavy chemical contamination.

The sensor element is installed in the tip of the sensor tube and is protected from dirt by means of a stainless steel fi lter which is perme-able to air. The measuring probe consists of the sensor, the sensor tube and the fi lter. Because the com-ponents are made from stainless steel, the measuring probe is robust and can be used in demanding in-dustrial applications up to 180°C.

The sensor, which is also known as a hygrometer, is equipped with a hygroscopic layer as a dielectric be-tween the electrodes of a capacitor. Through the absorption of moisture in the dielectric, its properties, and therefore the electrical capacity of the sensor changes.

The hygrometer converts the ca-pacitance of the sensor into an ana-log or digital output signal, which is processed by a control unit. As there may be temperatures of up to 180°C at the measurement site, mounting of the electronics at a cooler loca-tion is important. For transfer of the signals, even over longer distances, the measuring sensor is connected to the electronics with a cable which is up to 10 m in length.

The sensor cable is made from polytetrafl uorethylene (PTFE), which resists high temperatures and is therefore suitable for use in the food industry. The control unit continuously reads

In order to continuously monitor the drying process, humidity sensors measure the water content of the air intake and exhaust in cycles of seconds. Defi ned limiting values ensure that the precise quantity of water is always removed in order to guaran-tee the quality of the product.

Pasta made from water, whole-wheat fl our and salt has been known since the 12th Century. Pasta, as with all very popular noodle dishes, is sold either fresh or dried. Industrially produced dough passes through a closely adjusted process, in which the components of the measurement and control technol-ogy precisely monitor the specifi ed process parameters.

Monitoring of pasta dryingFor example, continuous information about product humidity is essential for optimum drying of the pasta. However, in practice direct measurement of the product to be dried is not feasible. In spite of this, the drying process can be indirectly monitored by measuring the water content of the air intake and the exhaust.

The difference between the two values is used as a controlling value for the proc-ess temperature. In order to prevent the limiting values from being exceeded, producers specify a maximum value for the amount of water which can be extracted per unit of time in order to achieve an optimum result. If the same amount of water is present in the intake air and the exhaust, the drying proc-ess is complete, as the pasta is no longer giving off any water. The water content is measured in g/kg and indicates how many grammes of water are present in a kilogramme of air.

A good quality pasta essentially depends on how rapidly or slowly the water is extracted.

Structure of the hygrometer



REAL TIME MONITORING OF PASTA DRYING

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• Application conditionsMeasurement range: 0-100% rel. hum.; -40.0.180Output: 0-5V, 0-10V, 4-20mA, 0-20mA, serial interface: RS232C + optionally RS485Accuracy: +/-1.3% rel. hum.; +/-0.2°C

• E+E solutionEE31Humidity measuring transducers for accurate measurement up to 180°C

Industrial measuring transducer for highly accurate and reliable measurement of humidity, temperature, dewpoint and derived computational functions up to 180°C.



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the output signal and calculates the water content of the intake air and the exhaust. This means that the set limiting values are continuously monitored.

A warning is given if a limiting value is exceeded. The reaction time of the sensor is in the range of seconds, so that producers can monitor the water content of the pasta during the drying process almost in real time.

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tion of ice deposits in order to shut down the turbine or de-ice the rotor blades as required.

In Austria there are legal directives which specify that all wind energy systems must be equipped with an ice detector.

For example, there are heated rotor blades or blades with spe-cial non-stick coatings for turbines which are used in cold climates.

The EE33 humidity measuring trans-ducer is used to monitor the rotor blades. The protected and heated sensor makes it ideal for this de-manding application.

Monitoring of the external temperature and relative humidity is essential for the smooth running of wind energy systems.

-bines, the weather conditions must be continuously monitored.

In particular, bad weather conditions (high humidity, mist or temperatures around freezing point) produce ice on the rotor blades of wind turbines. This ice is almost always porous and therefore not a typical "ice block".Within a short time a considerable thickness of ice can form on the rotor blades or the tower during operation. In case of freezing fog, ice layers with a thickness of 30 cm are by no means rare.

Pieces of ice with a weight of several kilogrammes can break off and be thrown for distances of up to a hundred metres. This presents a great hazard for people, buildings or roads. The additional weight of the ice is also a great strain on the turbine bearings, and therefore reduces their service life.Modern wind energy systems are equipped with sensors to detect the forma-

ICE DETECTION FOR WIND TURBINES

Electricity generator

• Application conditionsMeasurement range: -40...40 °C / 0...100 % rel. hum.Output: 0 - 10 VOperating temperature: -40..0000.40 Accuracy: ± 3 %

• E+E ProductEE33-MFTJHumidity measuring transducers for high-humidity and chemical applications

High accuracy measurement of relative humidity, dewpoint and temperature even at high humidity close to the condensation or at high chemical load.


To ensure precise measurements, the probe is always installed in a ra-diation shield. Condensation on the probe in early morning mist or in fog results in incorrect measurements due to delayed measurement when the weather conditions change due to sunlight or if the fog lifts.In this case, a ventilat-ed radiation shield does not provide any improvement, as it cannot prevent condensation on the sensor.

The EE33 series humidity and tem-perature sensor is the only one on the market which is equipped with a double-heated probe. Both the sensor tube and the sensor element are heated. Condensa-tion on the probe is prevented even under the most extreme conditions and the values meas-ured always correspond to the actual conditions.

How does the heated measure-ment probe work?

Double probe heating means that both the sensor tube and the sen-sor element are separately heated. A monolithic MNC01 humidity / tem-perature sensor is used as the sen-sor element. This is operated in a controlled heating mode. The image made with a thermal imaging camera clearly shows how the sensor tube heater works. The front section of the probe is heated to an excess temperature of 5 – 7°C which reliably prevents con-densation.

The primary parameter which is measured is the dewpoint, which is always independent of the excess temperature due to the probe and

Air humidity and temperature play an important role in mete-orology. Highly accurate measurements of these climate pa-rameters form the basis of accurate forecasts and meaningful records.

it is essential to avoid delays in measurement due to condensation and to -

ments, as both the probe and the sensor element are heated. The version K transmitter provides the dewpoint temperature as the initial measurement. With version J, all the calculated humidity parameters are available via the additional temperature sensor.

Comparison of the EE33 with other measuring transducers

HUMIDITY MEASUREMENT IN METEOROLOGY

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6

8

10

12

14

75

80

85

90

95

100

Tem

pera

tur [∞

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rF]

dichter Nebel

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8:01 8:45 9:28 10:11 10:54 11:37 12:21 13:04

Zeit [hh:mm]

ventilierter StrahlungsschutzRM Young

EE33 Bauform Jmit beheizter Fühlertechnologie

ventilierter Strahlungsschutzlow cost

nicht ventilierter StrahlungsschutzE+E / HA010506

Temperaturverlauf

Messwertverzögerung durch Betauung um 2h30min

Ventilated radiation shield RM Young

EE33 version J with heated sensor technology

Low-cost ventilated radiation shield

E+E unventilated radiation shield

Temperature curve


• Application conditionsMeasurement range: 0...100% rel. hum.; -40...180°COutput: 0...1 / 5 / 10 V or 0 / 4...20 mAAccuracy: ± 1.3% rel. hum. ± 0.2

• E+E solutionEE33-JHumidity measuring transducers for high-humidity and chemical applications

High accuracy measurement of relative humidity, dewpoint and temperature even at high humidity close to the condensation or with high chemical contamination.

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sensor heating. All other humidity parameters derived can be calculated by the use of an additional temperature probe.

The additional temperature probe is positioned so that the humidity probe heater does not affect the temperature measurement. Very accurate meas-urement results are obtained if the probes are installed in two separate radia-tion shields.

EE33 sensor tube - thermal image


PRODUCT OVERVIEW

www.epluse.com

HUMIDITY DEW POINT MOISTURE IN OIL MASSFLOW CO2 MEASUREMENT AIR VELOCITY CALIBRATION SERVICES

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new

OEM HUMIDITY / TEMPERATURE PROBE

FLOW METERS

TRANSMITTERS FOR INTRINSICALLY SAFE APPLICATIONS

» High accuracy and long term stability

» Cable and plug versions

» Highly insensitive to pollution

» Encapsulated electronics

» Sensing elements protected by E+E coating and underfiller

» Thermal measurement principle

» Highest accuracy due to factory adjustment at working pressure

» DN15 to DN700 (1/2“ to 28”)

» Patented solution for easy and safe installation without flow interruption

» MODBUS RTU and M-Bus interface

» Integrated consumption meter

» Measurement of humidity, temperature and moisture in oil

» Applicable in gas and dust-Ex areas

» Direct installation in areas with highest explosion danger (zone 0 / 20)

» Suitable for applications up to 20bar (300psi)

» Stainless steel housing and probe ensure optimal protection in harsh industry environment

» Two analogue outputs with 4…20mA

MODBUS CO2 PROBE; DIGITAL CO2 MODULE

» Dual wavelength measuring principle for demanding OEM applications

» Highly insensitive to pollution

» Outstanding temperature compensation

» Low power consumption down to 60µA

» Ideal solution for handheld devices, data loggers and wireless versions

» Measuring range up to 10,000 ppm

EE871 / EE893

EE300Ex

EE771 / EE772 / EE776

EE060

Humidity Measurement Competence at E+E Elektronik

E+E Elektronik’s history goes hand in hand with the development of highly accurate humidity measuring devices. This has been based on continuous research and development in the thin-film sensor technology, evaluation electronics as well as humidity measurement engineering and adjustment.

The manufacturing of capacitive humidity sensor elements in thin-film technology started in 1990, which are employed also in a comprehensive range of E+E humidity, dewpoint and moisture in oil measuring devices. An important lead throughout the enti-re E+E history is the commitment to highest quality standard as documented in the certificates according to ISO 9001:2008 and ISO TS 16949:2009.

The manufacturing takes place in state-of-the-art clean rooms and assembly facilities at E+E Elektronik headquarters in Engerwitzdorf, Austria. The excellent reputation of the E+E calibration laboratory is reflected in E+E being awarded the Austrian National Standard for humidity and air velocity. Additionally, the E+E calibration laboratory is accredited for mass flow, temperature and pressure.

Humidity Measurement Products

The E+E product portfolio includes humidity measurement de-vices for most applications. E+E humidity measuring elements are well proven at major OEM customers in the automotive industry. Humidity, dewpoint and moisture in oil transmitters for process control are available in an industrial, sturdy design. Other humidity transmitter lines are optimized for demanding climate control, meteorology or for cost-effective building automation.

OEM transmitters, probes and modules are tailored to specific customer requirements. The E+E product spectrum is rounded at by hand-held instruments, data loggers and wireless sensors.

A humidity calibrator based on the 2-pressure – 1 temperature reactor principle offers unparalleled accuracy and speed. Being independent of the ambient temperature, it can be used for both laboratory and on-site calibration.

HUMIDITY AND TEMPERATURE MEASUREMENT

TRANSMITTERS FOR BUILDING AUTOMATION

TRANSMITTERS FOR DEMANDING CLIMATE CONTROL

TRANSMITTERS FOR METEOROLOGY

TRANSMITTERS FOR PROCESS CONTROL

» Room, wall or duct-mounted devices and condensation monitors

» Exceptional price/performance ratio in elegant enclosure

» Accuracy of 2% or 3% RH

» Modbus RTU and display versions

» Available also as OEM products

» Hard wired and wireless versions available

» Highest accuracy for humidity and temperature measurement

» Temperature range -40…120°C (-40…248°F)

» Replaceable probes for easy maintenance

» Easy on-site (loop) calibration

» Optional metal housing, display and relay output

» Remote probes up to 20m (66ft)

» Highest humidity and temperature measuring accuracy

» Compact probe and remote probe version

» Integrated sensor heater for fast response time under condensation conditions

» E+E sensor coating protects against environmental influences

» Suitable for long-term measurement under permanent high humidity conditions

» Appropriate radiation shields available

» Modbus RTU versions

» Temperature compensated for high accuracy over entire T-range

» Sensor protection against corrosive and electrically conductive contamination

» Heated sensor/probe for best performance in applications with permanent high humidity or

chemical contamination

» Temperature range -40…180°C (-40…356°F), remote probe up to 20m (66ft) and pressure tight

probes up to 100bar (1450psi), intrinsically safe versions

» Calculation of physical quantities such as dew point or absolute humidity

» Outputs can be configured and scaled to specific requirements

» Optional display, relay output, integrated power supply, RS485 or Ethernet interfaceEE300Ex

EE220

EE10

EE46

EE23

EE160

radiation shield

EE07 / EE071 / EE08

EE33

OEM PRODUCTS

HAND-HELD INSTRUMENTS / DATA LOGGERS

HUMIDITY CALIBRATOR

CAPACITIVE HUMIDITY SENSORS

» Customized for high performance and cost-effective solutions

» Sensing elements and electronics from a single source

» Extensive E+E experience in OEM products design

» Designed according to customer specifications

» Available from as little as 200 units

» Various analogue and digital outputs

» Accurate measurement of humidity, temperature, air flow, CO2 and pressure

» Capacitive touchscreen in TFT quality

» User friendly interface

» Data logging function & USB connectivity

» Comprehensive range of probes for various application

» Fundamental 2 pressure – 1 temperature calibrator

» Highest accuracy

» Compliant to international standards

» Automatic calibration

» Independent from ambient temperature

» Extremely fast stabilisation time

» Millions of manufactured units for over 20 years

» Easy processing with standard reflow method

» Outstanding long-term stability and excellent chemical resistance

» Unaffected by condensation

» High sensitivity and outstanding linearity

» Excellent reproducibility of sensor characteristics

» Available as preadjusted version – no humidity adjustment required

HUMLOG 20

OMNIPORT30

EE99-012

EE03

OEM modules

HUMOR 20

HCT01

Tape & Reel

TRANSMITTERS FOR INDUSTRIAL USE

» Dew point measurement from -60°C to 60°C Td (-76...140°F Td)

» Auto-calibration for high measuring accuracy

» Available with remote probe or as compact version

» Sturdy housing for use in harsh industrial environments

» Freely scaled and configured analogue or switching outputs

» Available as OEM version

» Measuring accuracy ±2°C Td (±3.6°F Td)

» Pressure rated up to 100bar (1450psi)

» Installation with ball valve possible

Accurate dew point (Td) monitoring in compressed air and gas networks, dryers, plastics and other industries is a prerequisite for optimizing the process and the product quality.

The E+E dew point transmitters feature an auto-calibration procedure which allows for accurate Td measurements from -60°C to 60°C.

Furthermore, they include the E+E monolithic humidity and tempe-rature sensor specially designed for this application.

The combination of both humidity and temperature sensor on one substrate leads to exceptional thermal uniformity of the entire sensor structure. This is the key for an accurate and highly repea-table auto-calibration process resulting in long term performance.

DEW POINT MEASUREMENT

EE35

EE371

» Online monitoring of lubrication, insulation and hydraulic oils

» Output as water content [ppm] or as water activity [aw]

» Input of oil-specific parameters for water content output

» Remote probe and compact versions

» Intrinsically safe version

» Sturdy housing for demanding operating conditions

» GL certified – a prerequisite for use in maritime applications

» Temperature range -40°C...180°C (-40°F...356°F)

» Installation with ball valve possible

» Outputs can be scaled and configured to specific requirements

Online monitoring of moisture content in lubricating and insulation oil is an important factor in maintaining the functional reliability of equipment and machines in the long term.

The moisture content in transformer oil, for example, has a considerable influence on insulating capabilities. Continuous monitoring of moisture levels is therefore essential in daily operation.

In the same way as moisture in gas, the moisture content in oil can be specified in absolute terms, as water content [ppm] or in relative terms as water activity [aw].

E+E measuring instruments are certified in accordance with Germanischer Lloyd guidelines, making them suitable for use in maritime applications.

MOISTURE IN OIL MEASUREMENT

TRANSMITTERS AND HAND-HELD INSTRUMENTS

EE36

EE381

OILPORT

TRANSMITTERS

» Measuring accuracy ±2.5% of measured value over a measuring range of 1:400

» Maximum sensitivity even at minimal flow rates

» Service-friendly, the device can be replaced during operation

» Integrated USB interface for easy configuration

» Remote probe option

» Exceptional reproducibility

» Various outputs: analogue, switch, pulse or consumption

» Available as OEM versions

The E+E mass flow transmitters measure highly accurate mass flow, volumetric flow, standard flow and consumption of compressed air, nitrogen, helium, argon, oxygen or other non-corrosive gases. The devices can be employed in a wide range of temperatures and pressures.

The E+E thermal flow meters feature the well proven E+E sensor element operating on the thin film anemometer principle. Facto-ry adjustment at working pressure in a high-precision mass flow calibration facility ensures outstanding measurement accuracy.

Due to their innovative construction, the E+E mass flow meters are very easy to install, calibrate and service. Interchangeable intelligent probes can be replaced within seconds.

Ball valve mounting systems allow for installing and replacing the devices with only short interruption of the process, while with multi-controller units the transmitters can be installed and removed even without process interruption.

MASS FLOW MEASUREMENT

EE771

EE772

EE776

For Demanding Applications

The E+E CO2 sensors for demanding applications feature the dual wavelength/dual detector NDIR principle. One detector is tuned to 4.2µm wavelengths, which is absorbed by CO2, the second detec-tor on 3.9mµ, which is not affected by any gas. For every single measurement the CO2 concentration is calculated from the outputs of the two detectors.

This procedure is highly insensitive to pollution. A multiple point CO2 and temperature adjustment procedure leads to excellent CO2 measurement accuracy over the entire temperature working range.

Applications:

» Stables, incubators, greenhouses, industrial process control

For Building Automation

The E+E CO2 sensors for building automation feature the patented auto-calibration procedure based on a 2-source/single wavelength NDIR. One IR source is used for taking measurements every 15 seconds. The other IR source serves as a reference for autocalibration and activated only twice in 24h.

Due to minimal operating time, the aging of the reference source is virtually zero and therefore negligible. During the autocalibration procedure the signal from the measurement source is brought in line with the reference signal.

Applications:

» Demand controlled ventilation, indoor air quality

CO2 MEASUREMENT

IR-detector

measuring lamp

reference lamp

The E+E years of experience in sensors and thin-film technology lead to highest quality NDIR CO2 measuring cells. The cells with gold-plated light path are assembled in state-of-the-art clean rooms and represent the prerequisite for highly accurate and long term stable CO2 measurement.

TRANSMITTERS FOR DEMAND CONTROLLED VENTILATION

TRANSMITTERS FOR DEMANDING CLIMATE CONTROL

OEM PROBES AND MODULES

» Hard wired and wireless versions

» Room, wall and duct-mounted devices

» Elegant housing with an optional display

» CO2, temperature and humidity measurement in one unit

» OEM versions available

» Hard wired and wireless versions

» Outstanding temperature compensation for agriculture and outdoors

» Remote probe or wall-mounted versions

» Replaceable sensors for easy maintenance

» Auto-calibration for long-term measurement stability

» High measuring accuracy

» Sturdy housing for use in demanding environment

» Optimized measuring cell for demanding applications

» Modbus or E2 interface for simple integration in customer applications

» Low power consumption down to 60µA

» Settable measurement interval

» Compact design

» Exceptional price/performance ratio

EE82

EE871

EE244

EE850

EE245

EE80

EE893

Measuring Method

E+E air velocity sensors operate on the hot-film anemometry principle which makes use of E+E thin-film technology specially de-veloped for the automotive industry.

Due to their small mass and dimensions, the E+E air velocity sensors offer highest sensitivity even close to 0 m/s air speed. The innovative design of the sensor head around the sensing elements allows reliable measurement up to 40m/s (131ft/s) .

Air velocity transmitters from E+E Elektronik fulfill the accuracy, long term stability and reproducibility requirements of various industries, from building automation and ventilation to clean rooms, laminar flow monitoring and industrial process control.

AIR VELOCITY MEASUREMENT

temperature sensor (Ta)air velocityheater resistance (Ta+ ∆Th-a)

HAND-HELD MEASURING INSTRUMENTS

» Data logging function & USB interface

» Internal memory for 2 million measurement values

» Total of 22 physical quantities

» Capacitive LCD touch screen

» Display measurands simultaneously

» Real-time HOLD/MIN/MAX/AVG readout

» Integrated air pressure sensor

» Free data management software

» Probes for HVAC & industrial environments

» Measuring range 0.15 ... 20m/s (0...4000ft/min)

» Special versions for clean room and laminar flow monitoring

» Installation largely independent of direction

» High measurement accuracy

» Compact version available for confined space

» Available as OEM product

» Outstanding price/performance ratio

» Highly accurate air speed measurement 0.06m/s...40m/s (12...8000ft/min)

» Rated for a pressure up to 10bar (145psi) and temperature up to 120°C (248°F)

» Temperature measurement and calculation of volume flow

» Small probe dimensions

» Variable housing concept for easy installation and maintenance

» USB interface for easy configuration

TRANSMITTERS FOR INDUSTRIAL USE

TRANSMITTERS FOR BUILDING AUTOMATION

EE65

EE75

EE575

OMNIPORT30

National Standards

Sophisticated metrology is one of the fundamental pre requisites for quality and progress in trade, industry, science, health and environmental protection. “National standards” are at the pinnacle of the hierarchy of measuring equipment.

Every industrial nation has an authority that provides this measurement standard and verifies its accuracy by international comparison measurements.In Austria this is the task of BEV - the National Metrology Institute. E+E Elektronik, as a ”designated laboratory“ is commissioned to provide and further develop the national etalon for humidity and air velocity.

Thanks to the direct traceability to a NMI (Natio-nal Metrology Institute), a BEV certificate is of par-ticular interest to accredited calibration authorities.

Based on the agreements between the members of EA (European Cooperation for Accreditation) and ILAC (International Laboratory Accreditation Cooperation), calibration certificates issued by E+E conform to worldwide recognized standards.

Calibration at E+E

The E+E OEKD laboratory is accredited in accordance with DIN EN ISO/IEC 17025. OEKD certificates are issued for measu-ring instruments that require a certain level of reliability (e.g. works standards) or wherever traceability of measured values is required. Certificates for the following measured variables can be issued by E+E OEKD accredited laboratory:

» Flow » Pressure » Air Velocity » Temperature » Humidity

• Dew point• Relative humidity• Mixing ratio• Specific humidity• Volume fraction• Water vapour density

CALIBRATION SERVICE

Version 1/2013 / Modification rights reservedArtikelnummer: 485050

E+E Elektronik Headquarters

HEADqUARTERSE+E Elektronik Ges.m.b.H.Langwiesen 7A-4209 EngerwitzdorfAustriaTel: +43 7235 605 0Fax: +43 7235 605 [email protected]

SUBSIDIARIESE+E Elektronik [email protected]

Office HamburgTel: +49 160 90506460

Office Bad HomburgTel: +49 6172 13881-0

Office DietingenTel: +49 151 538 37 500

E+E Elektronik [email protected]: +39 02 2707 86 36

E+E Elektronik [email protected]: +33 4 74 72 35 82

E+E Elektronik [email protected]

Office BostonTel: +1 508 530 3068

Office ChicagoTel: +1 847 490 7813

E+E Elektronik KoreaTel: +82 31 732 6050 [email protected]

E+E Elektronik [email protected]

Office BeijingTel: +86 10 8499 2361

Office ShanghaiTel: +86 21 6117 6129

E+E ELEKTRONIK - YOUR PARTNER IN SENSOR TECHNOLOGY.

E+E Elektronik GmbH, with headquarters in Engerwitzdorf/Austria, belongs to Dr. Johannes Heidenhain GmbH. Established in 1979, E+E Elektronik is now one of the leading manufacturers of sensors and transmitters for a multitude of measurements. Its extensive product portfolio is supplemented by data loggers, hand-held meters, calibration systems and calibration services.

Reliable. Well-engineered metrology, outstanding long-term sta-bility and optimum production quality are unmistakable traits of all E+E products - as is advanced understanding of customer-specific requirements.

Versatile. Sensors and transmitters from E+E Elektronik are used in all manner of applications the world over, including in building services engineering, industrial metrology and the auto-motive industry.

Flexible. In-house clean room sensor production, combined with tailor-made electronics and a sophisticated alignment system, maximise flexibility. A benefit which is greatly valued by the firm‘s many OEM customers.

Certified. E+E Elektronik has an established and certified quality management system conforming to ISO 9001 and ISO/TS 16949. The company is also certified in accordance with envi-ronmental standard ISO 14001. The in-house ÖKD calibration laboratory is accredited to EN ISO/IEC 17025.

International. E+E Elektronik is at its customers‘ side internatio-nally with wholly-owned subsidiaries in China, Germany, France, Italy, Korea and the USA. It also boasts a world-wide network of retailers.

www.epluse.com

E+E measurements at a glance:

• HUMIDITY• TEMPERATURE• DEW POINT• MOISTURE IN OIL• FLOW• CO2 • AIR VELOCITY

To find out everything you need to know about the E+E Elektronik calibration service, go to www.eplusecal.com.

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Version 1/2014 // Modification rights reservedArtikelnummer: 485050

EE210 - sensovant

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