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Jiangxi Chengming Electric Co., Ltd.
Dedicated to providing green and intelligent power equipment solutions for energy transformation.
SCB13, SCB14, SCB18 10kV dry-type transformers
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Product Description
- 产品描述
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The product has a wide range of application and is particularly suitable for places with high fire-prevention requirements, such as mines, oil fields, subway, power plants, schools hospitals, Commercial Centers, high-rise buildings and all indoor configuration systems
Main performance parameters of 10kV SCB13 dry transformer Model Rated
capacity
（kVA)Voltage Combination Connection
symbolNo-load loss
（W)Load loss（W) No-load
current（%）Impedance
voltage（%）High voltage
（kV)Tapping range
（%）Low voltage
（kV)130（B） 155（F） 180（H） (100 ℃) (120 ℃) (145 ℃) SCB13-50 50 6
6.3
10
10.5
11±2.5
±50.4 Dyn11
Yyn0195 845 900 965 2.0 4.0 SCB13-100 100 290 1330 1410 1520 1.5 SCB13-200 200 ±2×2.5
±5445 2130 2270 2440 1.1 SCB13-250 250 515 2330 2480 2660 0.9 SCB13-315 315 635 2940 3120 3350 0.8 SCB13-400 400 705 3370 3590 3850 0.8 SCB13-500 500 835 4130 4390 4700 0.8 SCB13-630 630 935 5050 5360 5760 0.70 6.0 SCB13-800 800 1095 5890 6260 6710 0.70 SCB13-1000 1000 1275 6880 7310 7880 0.70 SCB13-1250 1250 1505 8190 8720 9330 0.70 SCB13-1600 1600 1765 9940 10500 11300 0.70 SCB13-2000 2000 2195 12200 13000 14000 0.60 SCB13-2500 2500 2590 14500 15400 16600 0.60 Note: The load losses listed in the table represent values for different insulation heat resistance classes at the reference temperatures indicated in parentheses (as specified in GB/T 1094.11). For load losses of other insulation heat resistance classes not included in the table, corresponding conversion calculations should be performed based on their respective reference temperatures, using the data for the “Class 155 (F)” insulation heat resistance class as a reference.
Main performance parameters of 10kV SCB14 dry transformer Model Rated
capacity
（kVA)Voltage Combination Connection
symbolNo-load loss
（W)Load loss（W) No-load
current（%）Impedance
voltage（%）High voltage
（kV)Tapping range
（%）Low voltage
（kV)130级（B） 155（F） 180（H） (100 ℃) (120 ℃) (145 ℃) SCB13-50 50 6
6.3
10
10.5
11±2.5
±50.4 Dyn11
Yyn0185 845 900 965 2.0 4.0 SCB13-100 100 270 1330 1410 1520 1.5 SCB13-200 200 ±2×2.5
±5420 2130 2270 2440 1.1 SCB13-250 250 490 2330 2480 2660 0.9 SCB13-315 315 600 2940 3120 3350 0.8 SCB13-400 400 665 3370 3590 3850 0.8 SCB13-500 500 790 4130 4390 4700 0.8 SCB13-630 630 885 5050 5360 5760 0.70 6.0 SCB13-800 800 1035 5890 6260 6710 0.70 SCB13-1000 1000 1205 6880 7310 7880 0.70 SCB13-1250 1250 1420 8190 8720 9330 0.70 SCB13-1600 1600 1665 9940 10500 11300 0.70 SCB13-2000 2000 2075 12200 13000 14000 0.60 SCB13-2500 2500 2450 14500 15400 16600 0.60 Note: The load losses listed in the table represent values for different insulation heat resistance classes at the reference temperatures indicated in parentheses (as specified in GB/T 1094.11). Load losses for other insulation heat resistance classes not included in the table should be calculated by scaling the data for the “Class 155 (F)” insulation heat resistance class according to their respective reference temperatures.
Main performance parameters of 10kV SCB14 dry transformer Model Rated
capacity
（kVA)Voltage Combination Connection
symbolNo-load loss
（W)Load loss（W) No-load
current（%）Impedance
voltage（%）High voltage
（kV)Tapping range
（%）Low voltage
（kV)130（B） 155（F） 180（H） (100 ℃) (120 ℃) (145 ℃) SCB13-50 50 6
6.3
10
10.5
11±2.5
±50.4 Dyn11
Yyn0155 845 900 965 2.0 4.0 SCB13-100 100 230 1330 1410 1520 1.5 SCB13-200 200 ±2×2.5
±5360 2130 2270 2440 1.1 SCB13-250 250 415 2330 2480 2660 0.9 SCB13-315 315 510 2940 3120 3350 0.8 SCB13-400 400 570 3370 3590 3850 0.8 SCB13-500 500 670 4130 4390 4700 0.8 SCB13-630 630 750 5050 5360 5760 0.70 6.0 SCB13-800 800 875 5890 6260 6710 0.70 SCB13-1000 1000 1020 6880 7310 7880 0.70 SCB13-1250 1250 1205 8190 8720 9330 0.70 SCB13-1600 1600 1415 9940 10500 11300 0.70 SCB13-2000 2000 1760 12200 13000 14000 0.60 SCB13-2500 2500 2080 14500 15400 16600 0.60 Note: The load losses listed in the table correspond to different insulation heat resistance classes at the reference temperatures indicated in parentheses (as specified in GB/T 1094.11). For load losses of other insulation heat resistance classes not included in the table, calculate the corresponding values based on their respective reference temperatures using the data for the “Class 155 (F)” insulation heat resistance class as a reference.
Dry Type Transformer is a safe and efficient power distribution solution designed for commercial, industrial, and infrastructure applications. Featuring low losses, excellent insulation, and reliable performance, it operates without oil, reducing fire risks and maintenance requirements. Suitable for buildings, factories, hospitals, data centers, and renewable energy projects, the transformer offers stable power transmission, environmental friendliness, and long service life. Custom specifications are available to meet diverse electrical system requirements.
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No. 5 Weiye Road, Chongren County Industrial Park, Fuzhou City, Jiangxi Province, China
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