- 13
- Nov
Transformer configuration of 5 ton intermediate frequency steelmaking furnace
Transformer configuration of 5 ton intermediate frequency steelmaking furnace
Intermediate frequency steelmaking furnace is different from other equipment in the configuration of transformers. Electricity is the heart of the intermediate frequency steelmaking furnace. The instantaneous current and large fluctuations of the intermediate frequency steelmaking furnace during the smelting process require the transformer to be a special transformer.
Choose low-loss transformers. The medium-frequency steelmaking furnace uses high load for a long time, and the transformer’s own loss directly affects the power consumption per ton.
Rated capacity t 5.0 Liquid steel / molten iron
Maximum capacity t 5.5 liquid steel/hot metal
Working temperature ℃ 1600
Maximum working temperature ℃ 1750
Lining thickness mm 150
Induction coil inner diameter φ mm 1410
Induction coil height mm 1620
Transformer capacity KVA 3150
Transformer primary voltage KV 10
Transformer secondary voltage V 900 12-pulse dual output
Rated power of intermediate frequency power supply KW 3000 12-pulse dual input
Rated input current A 2280
DC voltage V 1200
DC current A 1500
Conversion efficiency% 96
Startup success rate% 100
The highest output voltage of the intermediate frequency power supply V 1700
Rated operating frequency Hz 350
Power conversion efficiency% 96
Startup success rate% 100
Melting rate (heating up to 1600℃) T/h 4.96 The time used to melt one furnace is related to the charging
Melting power consumption (heating to 1600℃) KW.h/T less than 530
冷卻水系統
Cooling water circulation flow T/h 80
Water supply pressure Mpa 0.25-0.35
Inlet water temperature ℃ 5-35
Outlet water temperature ℃ <55
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