background image

4

 

 

pulse 

52/

 

54

11

 

10

 

GND

pulse  

 

11

10

pulse 

11

10

VCC 2,5 … 3,6 V 

 

U = 3 … 30 V 

Imax = 20 mA 

tp 

tp 

53/

55

52/

54

53/

55

52/

54

53/

55

GND

Uhigh = 2,5 … 3,6 V

Ulow  =    0 … 0,3 V

 

 

pulse 

52/

 

54

11

 

10

 

GND

pulse  

 

11

10

pulse 

11

10

VCC 2,5 … 3,6 V 

 

U = 3 … 30 V 

Imax = 20 mA 

tp 

tp 

53/

55

52/

54

53/

55

52/

54

53/

55

GND

Uhigh = 2,5 … 3,6 V

Ulow  =    0 … 0,3 V

 

 

pulse 

52/

 

54

11

 

10

 

GND

pulse  

 

11

10

pulse 

11

10

VCC 2,5 … 3,6 V 

 

U = 3 … 30 V 

Imax = 20 mA 

tp 

tp 

53/

55

52/

54

53/

55

52/

54

53/

55

GND

Uhigh = 2,5 … 3,6 V

Ulow  =    0 … 0,3 V

 

 

pulse 

52/

 

54

11

 

10

 

GND

pulse  

 

11

10

pulse 

11

10

VCC 2,5 … 3,6 V 

 

U = 3 … 30 V 

Imax = 20 mA 

tp 

tp 

53/

55

52/

54

53/

55

52/

54

53/

55

GND

Uhigh = 2,5 … 3,6 V

Ulow  =    0 … 0,3 V

 

 

pulse 

52/

 

54

11

 

10

 

GND

pulse  

 

11

10

pulse 

11

10

VCC 2,5 … 3,6 V 

 

U = 3 … 30 V 

Imax = 20 mA 

tp 

tp 

53/

55

52/

54

53/

55

52/

54

53/

55

GND

Uhigh = 2,5 … 3,6 V

Ulow  =    0 … 0,3 V

1 Hz Version:

 fmax = 1 Hz,  Pulse-duty factor 1:1 to 1:9 Input 

capacitance: approx. 10 nF, Input resistance approx 850 kOhm 

100 Hz Version: not allowed

fmax = 1 Hz,  

Pulse-duty factor 1:1 to 1:9 

Input capacitance: approx. 15 nF, 

Input resistance approx 470 kOhm 

1 Hz Version:

 fmax = 1 Hz,  Pulse-duty factor 1:1 to 1:9 Input 

capacitance: approx. 10 nF, Input resistance approx 850 kOhm 

100 Hz Version: 

fmax = 30 Hz, Pulse-duty factor 1:1, Input 

capacitance: approx. 2,5 nF,  Input resistance approx. 850 kOhm

fmax = 1 Hz,   

Pulse-duty factor 1:1 to 1:9  

Input capacitance: approx. 15 nF,  

Input resistance approx 470 kOhm 

1 Hz Version:

 fmax = 1 Hz,  Pulse-duty factor 1:1 to 1:9

Uhigh = 2,5 … 3,6V, Ulow = 0 … 0,3 V, Input capacitance: 

approx. 10 nF, Input resistance approx 850 kOhm 

100 Hz Version: 

 fmax = 100 Hz, Pulse-duty factor 1:1

Uhigh = 2,5 … 3,6V, Ulow = 0 … 0,3 V, Input capacitance: 

approx. 2,5 nF,  Input resistance approx. 850 kOhm

Passive with  
mechanical  
contact (Reed)

Passive with  
mechanical  
contact (Reed)

Passive with  
open drain FET

Passive with  
open drain FET

Active f.ex. with 
C-MOS Gate

Flow sensor input

Electrical connection 

Schematic diagram 

Connection data

Electrical connection 

Schematic diagram 

Connection data

Technical data additional inputs

Technical data flow sensor input

ZE12B28_MA_Multipulse_EN_V2_D   4

10.10.12   17:24

Summary of Contents for multilog

Page 1: ...multilog Installation and operating manual Electronic pulse counter module with 3 inputs for connection of meters with pulse outputs EnergyMetering All that counts ZE12B28_MA_Multipulse_EN_V2_D 1 10 1...

Page 2: ...onal requirements for interference resis tance To avoid malfunctions due to other inter ferences do not install fluorescent lamps switch cabinets or electric devices such as motors or pumps in the imm...

Page 3: ...max 1Hz active max 100 Hz Interfaces optical optionally ZR Bus M Bus RS 232 Ambient temperature C 0 55 Power supply Battery 3 6 V Lithium optionally mains supply 230 V Battery lifetime 6 years optiona...

Page 4: ...ty factor 1 1 to 1 9 Input capacitance approx 15 nF Input resistance approx 470 kOhm 1 Hz Version fmax 1 Hz Pulse duty factor 1 1 to 1 9 Input capacitance approx 10 nF Input resistance approx 850 kOhm...

Page 5: ...information in our product area at www zenner com 1 2 3 4 10 11 9 50 51 52 53 54 55 24 25 24 25 Version M Bus 1 2 3 4 10 11 9 50 51 52 53 54 55 Version without interface 1 2 3 4 10 11 9 50 51 52 53 54...

Page 6: ...ithin one years time M Bus optional The optional M Bus interface complies with the norm EN 1434 3 and operates with 2400 baud fixed It can be set to 300 9600 baud if necessary B H T Subject to modific...

Page 7: ...are of the display of the module must readable at all times to avoid malfunctions due to other interfer ences do not install fluorescent lamps switch cabinets or electric devices such as motors or pum...

Page 8: ...r a little bit place the module on the rail and push the adapter back until it locks Connection meter With mechanical meters the connection order is optional Mind the polarity at electronic meters Ext...

Page 9: ...next measuring cycle and displayed again When attaching the top cover on the housing pulses on the inputs can possibly be generated Check readings of the inputs and correct if nec essary Sealing We r...

Page 10: ...yed over a longer period of time you should contact the service company Error codes show faults detected by multipulse resp multilog If more than one error appears the sum of the error codes is displa...

Page 11: ...input Monthly value main Date month input 1 Date month input 2 Monthly value inpu Monthly value inpu Monthly values input 1 Monthly values input 2 Serial number Customer number Serial number input 1...

Page 12: ...down the button H until the device switches to another level or switches back from the sub menu Note Depending on your mulipulse or multilog model its displays can differ in number and order from thos...

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