Product Details

Iron/Copper Bar Used Induction Heating Furnace

Product Description

1.Using a zero-voltage scanning soft-start mode, in any case may at any time to start or stop, will not have impact on power supply.
2.Rapid melting, the production cost is low; Pollution is small, comply with environmental requirements;
3.A direct effect from the cold furnace melting. Dissolved material will be fully dumped clean. Molten material easy to replace.
4.Power adjustment flexibility. Be able to continuously smooth adjustment. Temperature uniformity can be easily controlled. Oxidation burning less. Metal components evenly.
5.Furnace shell using cast aluminum or steel structure, small footprint; Furnace flip dump convenience, according to the need to use electric, manual, hydraulic tilting furnace and other means.
6.Designed to automatically adjust angle of inverter circuit that can automatically adjust the load impedance match, without adjustment of capacitance compensation and always run the equipment in good working condition; Power supply system diagnostic error function, easy maintenance.
7. We will customize the furnace according to your request.

Our Services

1. aluminum bar heating furnace;heating furnace of copper rods;stainless steel and other metal bar heating.
2. Intermediate frequency melting electric furnace; induction furnace, medium frequency induction furnace;copper melting furnace;cast iron melting furnace;intermediate frequency melting furnace of aluminum; medium frequency induction melting nickel;experimental electric furnace;noble metal smelting furnace;small smelting furnace;heat treatment equipment;intermediate frequency induction pipe bending equipment;medium frequency induction diathermy apparatus.
3.We will customize the furnace according to your request.

Power

50KW

100 KW

160KW

250KW

350KW

500KW

800KW

1000KW

1250KW

1500KW

2500KW

Rated input voltage

380V

380V-2

380V

380V-2

660V

380V-2

660V

380V-2

1000V

660V-2

Phases of input Power

3/6

Frequency of Input Current

50/60

Rated input Current

80A

160A

256A

400A

560A

800A

1280A

640A

1600A

800A

1120A

1000A

1350A

1200A

2000A

1120A

electricity power supply(recommend)

KVA

60KVA

120KVA

200KVA

315KVA

400KVA

500KVA

800KVA

1250KVA

1500KVA

1800KVA

2000KVA

3000KVA

3500KVA

Rated output voltage

750V

1500V

2500V

1500V

2500V

3500V

Rated output frequency

2-8KHZ

1-8KHZ

1-4KHZ

1-2.5KHZ

1KHZ

0.8KHZ

0.7KHZ

0.5KHZ

Heating Furnace Cavity Temperature (Steel)

℃

1200℃

Heating Furnace Cavity Temperature (Copper)

℃

900℃

Heating Furnace Cavity(Aluminium) Temperature

℃

500℃

Production

(Steel)

Kg/h

125

249

398

622

871

1245

1992

2490

3112

3735

6220

Production(Copper)

Kg/h

282

564

902

1410

1974

2820

4512

5640

7050

8460

14100

Production(Aluminium)

Kg/h

234

468

748

1170

1638

2340

3744

4680

5850

7020

11700

Power Consumption Per Ton(Steel)

Kw.h/T

350-550(Relation to Power, Frequency,Temperature,Shape,Density and Furnace Body Holding)

Power Consumption Per Ton(Copper)

Kw.h/T

150-300(Relation to Power, Frequency,Temperature,Shape,Density and Furnace Body Holding)

Power Consumption Per Ton(Brass)

Kw.h/T

130-270(Relation to Power, Frequency,Temperature,Shape,Density and Furnace Body Holding)

Power Consumption Per Ton(Aluminium)

Kw.h/T

180-400(Relation to Power, Frequency,Temperature,Shape,Density and Furnace Body Holding)

Cooling water consumption

T/h

Input Water Pressure

MPa

0.2

Weight

350

550

900

1200

1500

2000

3000

3500

4500

5500

6000

Volume

M³

3.5

3.6

5.5

6.5

7.5

9.5

11.5