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Cast resin distribution EcoDesign transformers

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Cast resin distribution EcoDesign transformers

Cast resin insulation guarantees secure performance of the transformer with no need for complicated and costly maintenance.

Detail description

Primary voltage : 20.000 Volts - Secondary voltage : 400 Volts

  • Insulation class medium voltage (MV) : 24 KVolts FI 50 KVolts BIL 125 KVolts.
  • Insulation class low voltage (LV) : 1,1 KVolts FI 3 KVolts.
  • Insulation class (Temperature rise) : F (100 K).
  • Frequency : 50 Hz.
  • Tappings medium voltage (MV) : +/- 2 x 2,5%.
  • Standards IEC 60076-11 - EN 50588-1 - EU 548/2014.
 
Accessories (on request)
  • Add PT100 or PTC thermistors,
  • Electronic unit for thermal control,
  • Forced ventilation systems,
  • Surge arresters kit,
  • Antivibration pads,
  • HV terminals for plug-in connections (Elastimold),
  • Anti-seismic frame.

Specifications

* Any other characteristics and powers ratings on request at +33(0) 3.21.20.09.77 or by e-mail contact@securelecsocem.com
Description Electrical characteristics Mechanical characteristics
Power Type Over all dimensions (mm) Weight (Kg)
UK (%) Po (W) Pcc (W) Io (%) LwA dB(A) L P H
100 KVA TN3*P100*20000//400 6 252 1800 0.72 50 1140 670 1155 750
160 KVA TN3*P160*20000//400 6 360 2600 0.69 53 1250 670 1175 910
200 KVA TN3*P200*20000//400 6 408 2955 0.66 55 1250 670 1285 1050
250 KVA TN3*P250*20000//400 6 468 3400 0.65 56 1330 670 1320 1180
315 KVA TN3*P315*20000//400 6 557 3876 0.63 58 1330 820 1400 1350
400 KVA TN3*P400*20000//400 6 675 4500 0.60 59 1360 820 1500 1630
500 KVA TN3*P500*20000//400 6 811 5630 0.55 60 1410 820 1500 1770
630 KVA TN3*P630*20000//400 6 990 7100 0.51 61 1410 820 1650 2020
800 KVA TN3*P800*20000//400 6 1170 8000 0.47 63 1570 1000 1780 2860
1000 KVA TN3*P1000*20000//400 6 1395 9000 0.43 64 1680 1000 1950 3250
1250 KVA TN3*P1250*20000//400 6 1620 11000 0.40 66 1680 1050 2140 3680
1600 KVA TN3*P1600*20000//400 6 1980 13000 0.36 67 1860 1050 2200 4600
2000 KVA TN3*P2000*20000//400 6 2340 16000 0.34 69 2010 1300 2380 5730
2500 KVA TN3*P2500*20000//400 6 2790 19000 0.32 70 2100 1300 2455 7150
3150 KVA TN3*P3150*20000//400 7 3420 22000 0.30 73 2250 1300 2605 8470