Wondery WDL-CX-700KW Cast Iron Steel Melting Industrial Induction Furnace (1 T; 700 kW; 1480℃)

Rated capacity, t: 1

Max capacity, t: 1.2 (The maximum loading depends on the lining of the lining)

Rated tapping temperature, ℃: 1480

Melting rate, t/h: 0.5

Melting time, minutes/time: 60±5%

Power consumption, KWH/T: 640±5%

Working frequency, Hz: 1000

Input frequency, Hz: 50

Power Factor: ≥0.96

- Cooling-water of furnace:

Pressure of water, Mpa: 0.2-0.3 (Furnace inlet)

Inlet water temperature, ℃: 5~40

Outlet water temperature, ℃: ≤55

Flow (furnace), t/h: 22

Raise of water temperature, ℃: 10

Reducer System: Model RZS-431

- Power Cabinet:

Rated power, KW: 700 (0-700 can be adjustable)

Input Voltage, V: 3N 380V (Mid-range)

Electric rectificate mode: 6Pluse

Phase current, A: 1150

- Cooling water of power:

Pressure of water, Mpa: 0.1-0.12 (Note: closed water inlet pressure 0.12Mpa, return water pressure 0.06Mpa;)

Inlet water temperature, ℃: 5~35

Outlet water temperature, ℃: ≤45

Flow (power), t/h: 20

Raise of water temperature, ℃: 10

1. Composition of steel melting industrial induction furnace

The steel melting industrial induction furnace is comprised of the tilting type furnace body, the reducer, the KGPS power cabinet, the capacitor cabinet, the cooling cables, etc.

2. KGPS power supply advantages

The KGPS power supply for the steel melting industrial induction furnace has several advantages.

2.1 The equipment cost is low.

2.2 Equipment structure is relatively simple, cost is low.

2.3 Mature technology. After more than ten years continuously improvement, the technology of KGPS is very mature.

2.4 Environmental friendliness.

2.5 Simple Maintenance. The maintenance is simple and cost is low.

3. Compensation Capacitor Cabinet

3.1 Reduce reactive power on distribution lines conveying , so it can reduce energy loss on the distribution lines.

3.2 The capacitor of the steel melting industrial induction furnace can exert the potential of the equipment, addition equipment output ,fully improve equipment utilization.

3.3 Inductive reactive compensation to improve the power factor, save energy and reduce electricity costs .

3.4 The capacitor of the industrial induction melting furnace can increase the voltage and improve power quality