S(B)H15-M Series Sealed Amorphous Alloy Power Transformer
  • Company : Baoding Zhongyi Electrical Material Manufacturing Co.,Ltd.
  • Region : Hebei , China
  • Category : Electrical Equipment & Supplies > Transformers
  • Contact Person : Jia Qiong|||manager
  • Telephone :
  • Fax :
  • Mobile phone :
  • Website : http://www.firsttransformer.com
  • Email : [email protected]
  • Instant Messenger : WhatsApp 86-13513222010 Skype 86-13513222010
  • Update : Jul/09/2019
  • Product Details

    S(B)H15-M Series Sealed Amorphous Alloy Power Transformer,oil immersed transformer,oil immersed power transformer,oil distribution power transformer Oil Immersed Transformer The transformer is completely hermetical oil-immersed type. The principle is the same as the hermetical power transformer. The basic elements of the amorphous alloy is Iron, nickel, cobalt, boron and carbon etc. Product Description The transformer is completely hermetical oil-immersed type. The principle is the same as? the hermetical power transformer. The basic elements of the amorphous alloy is Iron, nickel, cobalt, boron and carbon etc. It is a kind of isotropic soft magnetic material with low magnetizing power. With 0.027mm thickness and the filling coefficient is reduced to 0.75-0.8, the amorphous alloy material is very sensitive for stress. The electrical resistivity of the material is 3-6 times of silicon steel sheet and the hardness is 5 times of it. Load loss of S(B)H15-M 30?1600/6?10 series transformer can be reduced by 15% on the basis of GB/T6451 standard. The no-load loss can be reduced by 70% on the base of GB/T6451 standard. Amorphous alloy transformer meets the standard JB/T10318-2002 Technical parameter of oil immersed type amorphous alloy transformer. Technical Parameter of S(B)H15-M Series Hermetical Amorphous Alloy Power Transformer Rated capacity?kVA? Voltage and tapping range Connection Group Symbol No-load Loss?W? Load Loss ?W?75? No-load current (%) Short-circuit impedance?%? High Voltage (KV) Tapping ranges of High Voltage Low Voltage (KV) 30 66.31010.511 ±5% ±2×2.5% 0.4 Dyn11( or ) Yyn0 130 630/600 2.3 4.0 50 170 910/870 2.0 63 200 1090/1040 1.9 80 250 1310/1250 1.9 100 290 1580/1500 1.8 125 340 1890/1800 1.7 160 400 2310/2200 1.6 200 480 2730/2600 1.5 250 560 3200/3050 1.4 315 670 3830/3560 1.4 400 800 4520/4300 1.3 500 960 5410/5150 1.2 630 120