Skip to main content
JOHNN
10kV Resin insulation dry transformer

Transformers

10kV Resin insulation dry transformer

Resin-insulated dry-type transformers feature high safety, flame retardancy and zero pollution, and can be installed directly at load centers. They are maintenance-free and easy to install, with low overall operating cost and power loss. Thanks to excellent moisture resistance, the transformers operate reliably at 100% relative humidity, and can be restarted without pre-drying after shutdown.With low partial discharge, low noise and outstanding heat dissipation, they can run at 150% rated load under forced air cooling. A complete temperature protection & control system is equipped to ensure secure operation, delivering high operational reliability.

Request a quote

Product Overview

Resin-insulated dry-type transformers feature high safety, flame retardancy and zero pollution, and can be installed directly at load centers. They are maintenance-free and easy to install, with low overall operating cost and power loss. Thanks to excellent moisture resistance, the transformers operate reliably at 100% relative humidity, and can be restarted without pre-drying after shutdown.With low partial discharge, low noise and outstanding heat dissipation, they can run at 150% rated load under forced air cooling. A complete temperature protection & control system is equipped to ensure secure operation, delivering high operational reliability.

Model and Meaning

Product Features

  • Low loss,energy-saving with low operating cost
  • Flame-retardant, fire & explosion proof, eco-friendly
  • Excellent moisture resistance and heat dissipation
  • Low partial discharge, low noise, maintenance-free
  • High mechanical strength, strong short-circuit resistance, long service life

Technical Parameters

Rated Capacity (kVA) Voltage Combinationed Tap Range Vector Group Symbol No-load Loss (W) Load Loss(W) No-load Current % Impedance Voltage %
HV(kV) HV Tap Range % LV(kV) 130℃(B)100℃ 155℃(F)120℃ 180℃(H)145℃
30 6
6.3
6.6
10
10.5
11		 ±2×2.5
±5		 0.4 Dyn11
Yyn0		 170 670 710 760 2 4.0
50 240 940 1000 1070 2
80 330 1290 1380 1480 1.5
100 360 1480 1570 1690 1.5
125 420 1740 1850 1980 1.3
160 480 2000 2130 2280 1.3
200 550 2370 2530 2710 1.1
250 640 2590 2760 2690 1.1
315 790 3270 3470 3730 1
400 880 3750 3990 4280 1
500 1040 4590 4880 5230 1
630 1200 5530 5880 6290 0.85
630 1170 5610 5960 6400 0.85 6.0
800 1360 6550 6960 7460 0.85
1000 1590 7650 8130 8760 0.85
1250 1880 9100 9690 10300 0.85
1600 2200 11000 11700 12500 0.85
2000 2740 13600 14400 15500 0.7
2500 3240 16100 17100 18400 0.7
1600 2200 12200 12900 13900 0.85 8.0
2000 2740 15000 15900 17100 0.7
2500 3240 17700 18800 20200 0.7

SC(ZB)13 Series 6kV~10kV Class Off-Circuit Tap-Changing Distribution Dry-type Transformers

Rated Capacity (kVA) Voltage Combinationed Tap Range Vector Group Symbol No-load Loss (W) load Loss (W) No-load Current % Impedance Voltage %
HV(kV) HV Tap Range % LV(kV) 130℃(B)100℃ 155℃(F)120℃ 180℃(H)145℃
30 6
6.3
6.6
10
10.5
11		 ±2×2.5
±5		 0.4 Dyn11
Yyn0		 135 605 640 685 2 4.0
50 195 845 900 965 2
80 265 1160 1240 1330 1.5
100 290 1330 1410 1520 1.5
125 340 1565 1660 1780 1.3
160 385 1800 1910 2050 1.3
200 445 2135 2270 2440 1.1
250 515 2330 2480 2660 1.1
315 635 2940 3120 3350 1
400 705 3370 3590 3850 1
500 835 4130 4390 4700 1
630 965 4970 5290 5660 0.85
630 935 5050 5360 5760 0.85 6.0
800 1090 5890 6260 6710 0.85
1000 1270 6880 7310 7880 0.85
1250 1500 8190 8720 9330 0.85
1600 1760 9940 10500 11300 0.85
2000 2190 12200 13000 14000 0.7
2500 2590 14500 15400 16600 0.7
1600 1760 11000 11600 12500 0.85
2000 2190 13500 14300 15400 0.7
2500 2590 15900 17000 18200 0.7

Note: The load losses listed in the table are measured values for different insulation systems at the reference temperatures given in parentheses (specified in GB/T 1094.1-11). For load losses under other insulation systems not given in this table, corresponding conversion shall be carried out based on their respective reference temperatures, using the data of the 155 ℃ (Class F) insulation system as the benchmark.

SC(ZB)12 Series Energy Efficiency Class 3 6kV, 10kV Off-CCircuit Tap-Changing Distribution Dry-type Transformers

Rated Capacity (kVA) Voltage Combinationed Tap Range Vector Group Symbol No-load Loss (W) Load Loss(W) No-load Current % Impedance Voltage %
HV(kV) HV Tap Range % LV(kV) 130℃(B)100℃ 155℃(F)120℃ 180℃(H)145℃
30 6
6.3
6.6
10
10.5
11		 ±2×2.5
±5		 0.4 Dyn11
Yyn0		 150 670 710 760 2.0 4.0
50 215 940 1000 1070 2.0
80 295 1290 1380 1480 1.5
100 320 1480 1570 1690 1.5
125 375 1740 1850 1980 1.3
160 430 2000 2130 2280 1.3
200 495 2370 2530 2710 1.1
250 575 2590 2760 2960 1.1
315 705 3270 3470 3730 1.0
400 785 3750 3990 4280 1.0
500 930 4590 4880 5230 1.0
630 1070 5530 5880 6290 0.85
630 1040 5610 5960 6400 0.85 6.0
800 1215 6550 6960 7460 0.85
1000 1415 7650 8130 8760 0.85
1250 1670 9100 9690 10370 0.85
1600 1960 11050 11730 12580 0.85
2000 2440 13600 14450 15560 0.7
2500 2880 16150 17170 18450 0.7

SC(ZB)14 Series Energy Efficiency Class 2 6kV, 10kV Off-Circuit Taap-Changing Distribution Dry-type Transformers

Rated Capacity (kVA) Voltage Combinationed Tap Range Vector Group Symbol No-load Loss (W) Load Loss(W) No-load Current % Impedance Voltage %
HV(kV) HV Tap Range % LV(kV) 130℃(B)100℃ 155℃(F)120℃ 180℃(H)145℃
30 6
6.3
6.6
10
10.5
11		 ±2×2.5
±5		 0.4 Dyn11
Yyn0		 150 670 710 760 2 4.0
50 215 940 1000 1070 2
80 295 1290 1380 1480 1.5
100 320 1480 1570 1690 1.5
125 375 1740 1850 1980 1.3
160 430 2000 2130 2280 1.3
200 495 2370 2530 2710 1.1
250 575 2590 2760 2960 1.1
315 705 3270 3470 3730 1
400 785 3750 3990 4280 1
500 930 4590 4880 5230 1
630 1070 5530 5880 6290 0.85
630 1040 5610 5960 6400 0.85 6.0
800 1215 6550 6960 7460 0.85
1000 1415 7650 8130 8760 0.85
1250 1670 9100 9690 10370 0.85
1600 1960 11050 11730 12580 0.85
2000 2440 13600 14450 15560 0.7
2500 2880 16150 17170 18450 0.7

Notes:① The load losses listed in the table are values for different insulation systems at the reference temperatures given in parentheses (specified in GB/T 1094.11). For load losses of other insulation systems not covered in this table, corresponding conversion shall be conducted based on their respective reference temperatures, with the data of the 155 ℃(Class F) insulation system taken as the benchmark.

② The no-load losses listed in the table meet the requirements for energy efficiency Class 3 specified in Table 2 of GB 20052-2020.

SC(ZB)18 Series Energy Efficiency Class 1 6kV, 10kv Off-Circuit Tap-Changing Distribution Dry-type Transformers

Rated Capacity (kVA) Voltage Combinationed Tap Range Vector Group Symbol No-load Loss (W) Load Loss(W) No-load Current % Impedance Voltage %
HV(kV) HV Tap Range % LV(kV) 130℃(B)100℃ 155℃(F)120℃ 180℃(H)145℃
30 6
6.3
6.6
10
10.5
11		 ±2×2.5
±5		 0.4 Dyn11
Yyn0		 105 605 640 685 2.0 4.0
50 155 845 900 965 2.0
80 210 1160 1240 1330 1.5
100 230 1330 1415 1520 1.5
125 270 1565 1665 1780 1.3
160 310 1800 1915 2050 1.3
200 360 2135 2275 2440 1.1
250 415 2330 2485 2665 1.1
315 510 2945 3125 3355 1.0
400 570 3375 3590 3850 1.0
500 670 4130 4390 4705 1.0
630 775 4975 5290 5660 0.85
630 750 5050 5365 5760 0.85 6.0
800 875 5895 6265 6715 0.85
1000 1020 6885 7315 7885 0.85
1250 1205 8190 8720 9335 0.85
1600 1415 9945 10555 11320 0.85
2000 1760 12240 13005 14005 0.7
2500 2080 14535 15445 16605 0.7

Notes:① The load losses listed in the table are values for different insulation systems at the reference temperatures given in parentheses (specified in GB/T 1094.1-1). For load losses of other insulation systems not covered in this table, corresponding conversion shall be conducted based on their respective reference temperatures, with the data of the 155℃ (Class F) insulation system taken as the benchmark.

② The no-load losses listed in the table meet the requirements for energy efficiency Class 3 specified in Table 2 of GB 20052-2020.

Outline Dimension Drawing