"A Winner of Elcina Award & Excellence in Electronics" from Govt. of India      Website Updated on 08 Nov 2008
 
 
 
  • Test as per Change in Auxillary Supply with stand test (IS 8573),
  • Response Time (IS 9319-1979), 
  • Continues Access input (IS 9319-1979)/IEC 688 
  • Short Duration Access input (IS 9319-1979)/IEC 688,
  • Temp. Rise IEC 688  
  • Cold Test (0*C for 2 Hours) Is 9000(Part-II Section II) 

Multi Functional Transducer (MFT)
13.8(L)x70.3(W)x147.5(H)mm
  • Input : Voltage Max. 600 V (P-P) – Input current (0-1/0-5 Amp)
  • Output : RS 485/RS 232 communication (MODBUS protocol); 4 Analog outputs.(Opt).
  • Supply : 80-260 VAC/80-330 VDC 48 VDC
  • Accuracy : ±0.25% for Power Parameters.
  • Load Resistance : 500?
  • Isolation : Galvanic & optical
MFPT-101
   Catalogue
 
Transducer(Field/Back of panel)

  • Input : Ac Amp., AC volts, Frequency, Resistance, watt.
  • Output : 4-20 mADC Linear.
  • Supply : 230/110 VAC.
  • Accuracy : ± 0.2% of span.
  • Load resistance : 0-750 ohms.
  • Optical and galvanic isolation.
 FIELD
Catalogue
...............................................................................................................................................................................
Transducer (Din Rail)

  • Input : Ac Amp., AC volts, Frequency, Resistance, watt.
  • Output : 4-20 mADC Linear.
  • Supply : 230/110 VAC.
  • Accuracy : ± 0.2% of span.
  • Load resistance : 0-750 ohms.
  • Loop power consumption.
 DIN RAIL
  
Catalogue
...............................................................................................................................................................................
KVA Transducer

  • Input voltage (415/230/110VAC) Input Current.(0-1/0-5 Amp).
  • Output : 4-20 mADC Linear, 1.5V DC Linear.
  • Supply : 230/110 VAC.
  • Accuracy : ± 0.2% of span.
  • Load resistance : 0-750 ohms.
  • Loop power consumption.
KVA - 101
DataSheet 
...............................................................................................................................................................................
Power Factor Transducer
150(W)x70(H)x112(D)mm
  • Input voltage from PT & current from CT.
  • 3 phase type.
  • Supply : 230/110V AC.
  • Mounting : Dinrail
  • Optical & galvanic isolation.
  • Load resistance : 0-750 ohms.
  • Loop power consumption.
 PFT
...............................................................................................................................................................................
Dual/ Quad output Transducer

  • Input voltage. (415/230/110V AC) input current. (0-1/0-5 Amp)
  • Connection 3ø-3w/3ø-4w/single ø.
  • Output : 4-20 mADC,1-5V DC linear.
  • Galvanic isolation.
TRANS D/Q
    
...............................................................................................................................................................................
KW Indicator
96(W)x96(H)x173(D)mm
  • Input : CT & PT.
  • Connection 3ø-3w/3ø-4w/Single ø.
  • Power factor 0.5 Lag-Unity-0.5 Lead.
  • Display 7 segment , 3½ digit, 0.56” height.
  • Flush panel mounting.
KWI-01
...............................................................................................................................................................................
Power Factor Correction Relay.
144(H)x144(W)x200(D)mm
  • PF setting digitally from 0.1 to 0.99.
  • 8/16 nos. of relay change over contacts.
  • LED indication for over voltage, time delay, lead, lag, error & healthy working.
  • Input supply : 415V AC.
APFCR
DataSheet 
...............................................................................................................................................................................
Power Factor Indicator
96(W)x96(H)x173(D)mm
  • Type 3 phase 4 wire.
  • Input voltage : 415/230/110V AC. input current : 1/5 Amp.
  • Power factor : 0.5 Lag-Unity-0.5 Lead.
  • Display : 7 segment, 3 digit, 0.56” height.
PF-202
...............................................................................................................................................................................
AC Amp to Freq. Transducer AC Volt to Freq. Transducer
75(W)x70(H)x112(D)mm
  • Input :AC Amp/AC Volts
  • Output : 1-5/1-10 KHz.
  • Supply : 230/110V AC.
  • Load resistance : 0-500 Ohms.
  • Application : It saves analog channels in PLC.
TRANS-F
  

...............................................................................................................................................................................
Kilo Watt Hr. Trans.
222(W)x146(H)x55(D)mm
  • Input : voltage from PT & current from CT.
  • Output ranges : 0-3000 Pulses/Hr.
  • Optically isolated pulse output (24V DC/110 /230V AC).
  • Linear isolated o/p 4-20 mA corresponding to energy consumed.
µKwh
DataSheet 

...............................................................................................................................................................................
Tap Position Trans.
100(W)x70(H)x112(D)mm
  • Input : 4 ranges,50 - 1kΩ, 1kW -5kΩ, 5kΩ - 8kΩ, 8kΩ - 40kΩ. i.e. tunable at site with 25 steps.
  • Output 1 : 4-20 mA (for RTU).
  • Output 2 : 4-20 mA (corresponding to tap position.)
  • Supply : 48V DC.
TRANS-TAP-100
...............................................................................................................................................................................
DC Voltage to RS485 Converter Tap Position to RS485 Converter

  • Input : 0-40 kΏ/0-10 VDC.
  • Output : RS 485 (Modbus).
  • Calibration through software.
  • Supply : 230V AC.
Microcon-200
   DataSheet
...............................................................................................................................................................................
Mega Watt Indicator
530(W)x196(H)x100(D)mm
  • Input : CT & PT.
  • Connection : 3ø-3w/3ø-4w.
  • Input voltage : 415/230/110V AC, input current : 1/5 Amp.
  • Display : 7 segment , 3½/4½ digit, 4” height.
  • Galvanic isolation.
MW-101
.............................................................................................................................................................................
 

................................................................................................................................................................................