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   Electricity Meters   Single-phase meters  Multifunction meters

SEB-1TM.02

Nominal voltage - 230 V
Nominal (maximum) current - 5 (75)
Accuracy class - 1,0
Number of tariffs - 4
Communication interface – optoport or RS-485, supports ModBus- similar, SET-4.02 compatible exchange protocol.
Load control function. 





 
   Electricity Meters   Single-phase meters  Unitariff meters

SEO-1.18.402

Nominal voltage - 230 V
Nominal (maximum) current - 5 (60) or 10 (100)
Accuracy class - 1,0 or 2,0
Number of tariffs - 1
Communication interface – telemetric output
Compact


   Electricity Meters   Single-phase meters  Unitariff meters

SEO-1.19.702

Nominal voltage - 230 V
Nominal (maximum) current - 5 (60) or 10(100)
Accuracy class - 1,0 or 2,0
Number of tariffs - 1
Communication interface – telemetric output
Mounting dimensions correspond with the mounting dimensions of the induction-type meters.


   Electricity Meters   Single-phase meters  Multitariff meters

SEB-2.05.2

Nominal voltage - 230 V
Nominal (maximum) current - 5 (50)
Accuracy class - 1,0 or 2,0
Number of tariffs - 2 or 3
Communication interface – RS-485 or optical port


   Electricity Meters   Single-phase meters  Multitariff meters

SEB-2.05.2

Nominal voltage - 230 V
Nominal (maximum) current - 5 (50)
Accuracy class - 1,0 or 2,0
Number of tariffs - 3
Communication interface – RS-485
Smart-card reader


   Electricity Meters   Single-phase meters  Locomotive meters

SET-1.01

Nominal voltage – 230V
Nominal (maximum) current - 5 (7,5)
Accuracy class when measuring active (reactive) energy and power - 0,5S (1,0)
Number of tariffs - 1
Communication interface – RS-485, optoport, CAN, fiber-optic communication line





 
   Electricity Meters

SE-1.14

Rated voltage 230 V
Electric power meters are designed for accounting of active alternating current energy with frequency 50 Hz in double-wire circuits.
Power consumption is displayed at electromechanical indicating device (ID), protected from electromagnetic effect. Availability of telemetering output allows to use electric power meters in the composition of automated consumed electric energy data acquisition systems

   Electricity Meters   Models which are not more series-produced

SEO-1.09

Nominal voltage - 230 V
Nominal (maximum) current - 5 (50)
Accuracy class - 1,0 or 2,0
Number of tariffs - 1
Telemetric output.

   Electricity Meters   Models which are not more series-produced

SEO-1.12

Nominal voltage - 230 V
Nominal (maximum) current - 5 (50)
Accuracy class - 1,0 or 2,0
Number of tariffs - 1
Telemetric output.

   Electricity Meters   Models which are not more series-produced

SEB-2.08

Nominal voltage - 230 V
Nominal (maximum) current - 5 (50)
Accuracy class - 1,0 or 2,0
Number of tariffs - 2
Telemetric output.

   Electricity Meters   Models which are not more series-produced

SEB-1.01

Nominal voltage - 230 V
Nominal (maximum) current - 5 (50)
Accuracy class - 1,0
Number of tariffs - 4
Communication interface - RS-485 or optoport
ModBus-similar, SET-4.02-comptible exchange protocol.

   Electricity Meters   Models which are not more series-produced

PSCH-3.05.2

Nominal voltage – 3*220/380 V
Nominal (maximum) current - 5 (50) or 10 (100)
Accuracy class - 1,0
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-3R.05.2

Nominal voltage – 3*220/380 V
Nominal (maximum) current - 5 (50) or 10 (100)
Accuracy class when measuring active (reactive) energy - 1,0 (2,0)
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-3R.05.2

Nominal voltage – 3*220/380 V
Nominal (maximum) current - 5 (50) or 10 (100)
Accuracy class when measuring active (reactive) energy - 1,0 (2,0)
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-3.03.2

Nominal voltage - 3*220/380 V
Nominal (maximum) current - 5 (50)
Accuracy class - 1,0
Number of tariffs - 3
Communication interface - RS-485
Smart-card reader.

   Electricity Meters   Models which are not more series-produced

PSCH-4.05.2

Nominal voltage – 3*57,7/100; 3*220/380 V
Nominal (maximum) current - 5 (7,5)
Accuracy class - 0,5 or 1
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-4P.05.2

Nominal voltage – 3*57,7/100; 3*220/380 V
Nominal (maximum) current - 5 (1,5) or 5 (7,5)
Accuracy class - 0,5 or 1
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-4R.05.2

Nominal voltage – 3*57,7/100; 3*220/380 V
Nominal (maximum) current - 5 (7,5)
Accuracy class when measuring active (reactive) energy - 0,5 (1,0) or 1,0 (2,0)
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-4R.05.2

Nominal voltage – 3*57,7/100; 3*220/380 V
Nominal (maximum) current - 5 (7,5)
Accuracy class - 1,0 or 2,0
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-4RP.05.2

Nominal voltage – 3*57,7/100; 3*220/380 V
Nominal (maximum) current - 5 (1,5) or 5 (7,5)
Accuracy class - 0,5 or 1
Number of tariffs - 1
Communication interfaces – two telemetric outputs

   Electricity Meters   Models which are not more series-produced

PSCH-4.04.2

Nominal voltage - 357,5/100 V
Nominal  (maximum) current - 5
Accuracy class - 0,5 S
Number of tariffs - 3
Communication interface - RS-485

   Electricity Meters   Models which are not more series-produced

PSCH-4.04.2

Nominal voltage - 3*57,5/100 V
Nominal (maximum) current - 5 (7,5)
Accuracy class – 0,5
Number of tariffs - 3
Communication interface - RS-485
Smart-card reader.

   Electricity Meters   Models which are not more series-produced

PSCH-3.05

Nominal voltage – 3230/400, 3220/380 V
Nominal (maximum) current – 5(100)
Accuracy class when measuring active (reactive) energy – 1,0 (2,0)
Number of tariffs - 4
Communication interfaces – independent and of equal priority: RS-485 and optoport.
ModBus-similar, SET-4.02 –compatible exchange protocol with the extended adressing possibility.

   Electricity Meters   Models which are not more series-produced

PSCH-4.05

Nominal voltage –3*57,7/100 or 3*(120-230)/(208-400) V
Nominal (maximum) current – 1 (1,5) or 5 (7,5)
Accuracy class when measuring active (reactive) energy - 0,5S (1,0)
Number of tariffs - 4
Communication interfaces – independent and of equal priority: RS-485 and optoport.
ModBus-similar, SET-4.02 –compatible exchange protocol with the extended adressing possibility.

   Electricity Meters   Models which are not more series-produced

SET-4.02.2

Nominal voltage –3*57,7/100 or 3*(120-230)/(208-400) V
Nominal (maximum) current – 1 (1,5) or 5 (7,5)
Accuracy class when measuring active (reactive) energy - 0,2 S or 0,5S (0,5 or 1,0)
Number of tariffs - 8
Communication interfaces – RS-485 and optoport.

   Electricity Meters   Models which are not more series-produced

SET-4.03

Nominal voltage – 3*57,7/100 or 3*(120-230)/(208-400) V
Nominal (maximum) current – from 1 t 5 (10)
Accuracy class when measuring active (reactive) energy - 0,2 S or 0,5S (0,5 or 1,0)
Number of tariffs - 8
Communication interfaces – independent and of equal priority: two RS-485 and optoport.
ModBus-similar, SET-4.02 compatible exchange protocol with the extended adressing possibility.

 

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Copyright © 2012
Nizhny Novgorod Factory named after M.V. Frunze.
All rights reserved.
 
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