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Modultec- Switching System
Industrial RelayRF-3
• 11pole, for Socket BSF-11• 3 Switching contacts 10A
Control MethodsPower supply Voltage controlledPotential-free contact
Function
Power SupplyMultiple voltage24-240 VAC/DC(without galvanic isolation)
sd
t
sd
t
sd
t
sd
t t t t
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
sd
sd
t
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
C-Function: When “s” opens “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
Fh-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t” and remains de- energised for the time period“t”. This cycle repeats itself until “s” opens
t t t t t
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
B-Function: When “s” closes “d” is energi-sed instantaneously and when “s’ opens isde-energised after completion of the time period “t”
Control MethodsPower supply Voltage controlledPotential-free contact
Function
Time Relays
MRAB1S• Multiple voltage
• 6 Programmable functions
• Immediate contact
Power SupplyMultiple voltage24-240 VAC/DC(without galvanic isolation)
Terminal Designations
Programming
14 12 34 32
11 31
Operating LED
Range adjustment
Time range selection
Function selectorswitch
Output terminal
sd
t
sd
t
sd
t
sd
t t t t
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
sd
sd
t
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
C-Function: When “s” opens “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
Fh-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t” and remains de- energised for the time period“t”. This cycle repeats itself until “s” opens
t t t t t
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
B-Function: When “s” closes “d” is energi-sed instantaneously and when “s’ opens isde-energised after completion of the time period “t”
Control MethodsPower supply Voltage controlledPotential-free contact
Function
Time Relays
MRADI• 6 Programmable functions
• Multiple voltage
• Impulse controlled
®
Power SupplyMultiple voltage24-240 VAC/DC(without galvanic isolation)
sd
t
t t
sd
t t t t t t
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
sd
t
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energised after completion of the time period “t”
Terminal Designations
Programming
14 12 34 32
11 31
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
sdUn
t tAi-Function: When “s” closes “d” is ener-gised after completion of the time period“t”. If “s” is actuated after the time has started it has no effect on the function.
Operating LED
Range adjustment
Time range selection
Function selectorswitch
sdUn
Di1Z-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”. If “s”is actuated after the time has started it hasno effect on the function.
t t
sdUn
Di-Function: When “s” closes “d” is energisedinstantaneously and is de-energised after com-pletion of the time period “t”. If “s” is actuatedafter the time has started it has no effect on thefunction. If “s” re-closes after the completion ofthe time period “t” the function is stopped.
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
sd
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
Fh-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t” and remains de- energised for the time period“t”. This cycle repeats itself until “s” opens
t t t t t
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
B-Function: When “s” closes “d” is energi-sed instantaneously and when “s’ opens isde-energised after completion of the time period “t”
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
sd
sd
t
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
C-Function: When “s” opens “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
Fh-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t” and remains de- energised for the time period“t”. This cycle repeats itself until “s” opens
t t t t t
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
B-Function: When “s” closes “d” is energi-sed instantaneously and when “s’ opens isde-energised after completion of the time period “t”
Control MethodsPower supply Potential-free contact
Function
Time Relays
QZMK• 5 Functions
• Stop or Reset function
• Digital time adjustment
Power Supply24-48VAC/DC
115VAC (Transformer)
230VAC (Transformer)
U1 (12- 72VAC/DC)U2 (80-240VAC/DC)
sd
t1 t2
sd
t1 t2
sd
sd
t1 t2 t1 t2
sd CD-Function: When “s” closes “d” is energised
instantaneously and is de-energised after com-pletion of the time period “t1”. When “s” opens“d” is again energised instantaneously and isde-energised after completion of the time peri-od “t2”. (Relay with time “t1”=”t2”)
Uh-Function: When “s” closes “d” is energisedinstantaneously and de-energised after comple-tion of the time period “t1” and remains de-ener-gised for the time period “t2”. This cycle repeatsitself until “s” opens. When the relay is controlledby the power supply the relay is de-energised instantaneously when “s” opens. If the control isby means of an external contact the time alreadystarted is first completed.
t1 t2
Terminal Designations
Programming
14 12 34 32
11 31
AB-Function: When “s” closes “d” is energisedafter completion of the time period “t1” andwhen “s” closes it is de-energised after comple-tion of the time period “t2”. (Relay with time“t1”=”t2”)
Operating LED
Function selectorswitch
Time range selection t1
Stop/Reset
Range adjustment t2
Range adjustment t1
Time range selection t2t1 t2 t1 t2
Mode selector switch
Output terminal
Ud-Function: When “s” closes “d” is energisedafter completion of the time period “t1” and remains energised for the time period “t2”. Thiscycle repeats itself until “s” opens. When the relay is controlled by the power supply the relayis de-energised instantaneously when “s” opens.If the control is by means of an external contactthe time already started is first completed.
U1Z-Function: When “s” closes “d” is energi-sed after completion of the time period “t1” andis de-energised after completion of the time period “t2”. If “s” is actuated after thetime has started it has no effect on the function.If the control is by means of an external contactthe time already started is completed when “s”opens.
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
sd
sd
t
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
C-Function: When “s” opens “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
Fh-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t” and remains de- energised for the time period“t”. This cycle repeats itself until “s” opens
t t t t t
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
B-Function: When “s” closes “d” is energi-sed instantaneously and when “s’ opens isde-energised after completion of the time period “t”
B-Function: When “s” closes “d” is energisedinstantaneously and when “s’ opens is de-ener-gised after completion of the time period “t”
sd
t
sd
t1 t2
D-Function: When “s” closes “d” is energisedinstantaneously and is de-energised after com-pletion of the time period “t”
sd
t
C-Function: Nach Öffnen von s schaltet dunverzögert ein und fällt nach t ab.
AB-Function: When “s” closes “d” is energisedafter completion of the time period “t1” and when“s” closes it is de-energised after completion ofthe time period “t2”. (Relay with time “t1”=”t2”)
Terminal Designations
Programming
14 12 34 32
11 31
A-Function: When “s” closes “d” is energisedafter completion of the time period “t” and is de-energised instantaneously when “s” opens.
Operating LED
Function selectorswitch
Time range selection
Range adjustment
t t
sdUn
Di-Function: When “s” closes “d” is energisedinstantaneously and is de-energised after com-pletion of the time period “t”. If “s” is actuatedafter the time has started it has no effect on thefunction. If “s” re-closes after the completion ofthe time period “t” the function is stopped.
Ud-Function: When “s” closes “d” is energised after completionof the time period “t1” and remains energised for the time period“t2”. This cycle repeats itself until “s” opens. When the relay iscontrolled by the power supply the relay is de-energised instan-taneously when “s” opens. If the control is by means of an exter-nal contact the time already started is first completed.
Description
FunctionsUd = Change-over function (beginning with interval)
OperationDisplay LED greenOperating temperature –20°C to +60°CStorage temperature –20°C to +80°CPower consumption max. 4VA
Order Information
Control Methods
QZMU 24-48ACDCQZMU 115ACQZMU 230ACQZMU-U1QZMU-U2
Un
s
A2 A1 21 22 24
Controlled by power supply for function Ud
Controlled by potential-free contact for Start/Stop function(In order to use the start/stop function the wire bridge in the lower part of the relay must be interrupted).
B-Function: When “s” closes “d” is ener-gised instantaneously and when “s’ opensis de-energised after completion of the time period “t”.
sd
t
sd
t t t t
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energised after completion of the time period “t”
sd
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
Fh-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t” and remains de-energised for the time period “t”.This cycle repeats itself until “s” opens.
t t t t t
Terminal Designations
Programming
14 12 34 32
11 31
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
D-Function: When “s” closes “d” is energi-sed instantaneously and is de-energised af-ter completion of the time period “t”
sd
t
C-Function: When “s” opens “d” is energi-sed instantaneously and is de-energised af-ter completion of the time period “t”
sd
t1 t2
CD-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t1”.When “s” opens “d” is again energised instantaneously and is de-energised aftercompletion of the time period “t2”. (Relay with time “t1”=”t2”)
Potex Connection(When the Potex connection is used the wire bridge in the lowerpart of the relay must be interrupted and the internal potentio-meter set to 0.1 (minimum)).The external potentiometer must have a resistance of 100 kOhm.
trennencouperinterruptstaccare 21 22 24
Ø
Description
FunctionsAB = On-delay/Off-delayU1Z = Change-over function (1 cycle)Ud = Change-over function (pulse starting)
U1Z-Funktion: When “s” closes “d” is ener-gised after completion of the time period“t1” and is de-energised after completion of the time period “t2”. If “s” is actuated afterthe time has started it has no effect on thefunction.If the control is by means of an externalcontact the time already started is comple-ted when “s” opens.
sd
t1 t2
AB-Funktion: When “s” closes “d” is ener-gised after completion of the time period“t1” and when “s” closes it is de-energised after completion of the time period “t2”.(Relay with time “t1”=”t2”)
sd
Ud-Funktion: When “s” closes “d” is ener-gised after completion of the time period“t1” and remains energised for the time period “t2”. This cycle repeats itself until “s”opens. When the relay is controlled by the powersupply the relay is de-energised instantane-ously when “s” opens. If the control is by means of an external contact the time already started is first completed.
Control MethodsPower supply Voltage controlled Potential-free contact
Function
Time Relays
TZMP• 6 Programmable functions
• 6 Time ranges
• Linear time adjustment
Power Supply24–48VAC/DC
115VAC (Transformer)
230VAC (Transformer)
U1 (12- 72VAC/DC)U2 (80-240VAC/DC)
Terminal Designations
Programming
14 12 34 32
11 31
Operating LED
Range adjustment
Time range selection
Function selectorswitch
Output terminal
sd
t
sd
t
sd
t
sd
t t t t
D-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
sd
sd
t
Fd-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and remains energised for the time period“t”. This cycle repeats itself until “s” opens.
C-Function: When “s” opens “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t”
Fh-Function: When “s” closes “d” is ener-gised instantaneously and is de-energisedafter completion of the time period “t” and remains de- energised for the time period“t”. This cycle repeats itself until “s” opens
t t t t t
A-Function: When “s” closes “d” is ener-gised after completion of the time period “t”and is de-energised instantaneously when“s” opens.
B-Function: When “s” closes “d” is energi-sed instantaneously and when “s’ opens isde-energised after completion of the time period “t”
Power Supply24 VAC/DC115 VAC (Transformer)230 VAC (Transformer)
Control MethodsPower supply
Function
Time Relays
TZMS• Star-delta Function
• 6 Time ranges
Terminal Designations
Programming
14 12 34 32
11 31
Operating LED
Range adjustment
Time range selection
S-Function: When “s” closes “d1” is energised after completionof the time period “t”. “tF” then starts and on completion “d2” is energised. Both contacts are de-energised instantaneouslywhen “s” opens.
Timing CharacteristicsRange accuracy +10%Time adjustment analogue Adjustability linear Repeat accuracy ±0,2% or 10msTemperature stability ±0,02%/°C ± 10msVoltage stability ±0,2% oder 20ms
Voltage CharacteristicsVoltage variation<100V ±20% >100V –20%/+10%Frequency 50/60HzGalvanic isolation >100V
ControlRecovery time >60ms Resetting time >50msCable impedance <100 Ohm (Potex connection)
OutputType 2 relays each C/O Load capacity 250VAC; 6A ohmicDisplay LED yellow
OperationDisplay LED greenOperating temperature –20°C to +60°C Storage temperature –20°C to +80°CPower consumption max. 4VA
Order Information
Control Methods
Un
s
TZMS 24-48ACDCTZMS 115ACTZMS 230AC
A2 A1 21 22 24
Controlled by power supply
POTIN POTEX
Potex Connection(When the Potex connection is used the wire bridge in the lowerpart of the relay must be interrupted and the internal potentio-meter set to 0.1 (minimum)).The external potentiometer must have a resistance of 100 kOhm.