Small Medium Frequency Induction Heating Machine For Copper Tubes Quenching

Medium Frequency Induction Heating Equipment Small Heating Equipment For Quenching And Annealing Copper Tubes

Features of medium frequency induction heating equipment:

The medium frequency induction heating equipment puts the metal workpiece into the inductor coil of the medium frequency induction equipment, generates variable frequency current through the medium frequency induction power cabinet and sends it to the induction coil. This variable frequency current with a certain frequency flows in the spiral copper tube of the induction coil, generating an alternating magnetic field. According to the right hand rule of physics in middle school, an induction current with the same frequency and opposite direction will be generated inside the metal workpiece. Due to eddy current flow, according to Joule Lenz's law, metal workpieces will generate a certain amount of heat. The relationship between the heat value and the current is square and linear at one time. This heat causes the metal workpiece to heat itself. This is the basic principle of medium frequency induction heating equipment

Technical parameters of high frequency induction heating equipment:

Model: LC-ZP-155KW

Maximum input current: 155A

Input power: 155kW

Oscillation frequency: 17khz

Input voltage: 380v

Host volume:359mm×359mm×489mm

Cooling water pressure: 0.1-0.3mpa

Cooling water flow (main engine): 15L / min (0.1MPa)

Cooling water flow (transformer): 18L / min (0.1MPa)

Water temperature protection point: 50 ℃

Host weight: 40 ± 5% kg

Efficiency: 90%

Features of medium frequency induction heating equipment:

1. The production operation is simple, the incoming and outgoing materials are flexible, the degree of automation is high, and the online production can be realized.

2. The workpiece has fast heating speed, less oxidation and decarburization, high efficiency and good forging quality.

3. The heating length, speed and temperature of the workpiece can be accurately controlled.

4. The workpiece is heated evenly, the temperature difference between core and surface is small, and the control accuracy is high.

5. The inductor can be elaborately made according to customer requirements.

6. Comprehensive energy-saving optimization design, low energy consumption, high efficiency, and lower production cost than coal burning.

7. It meets the environmental protection requirements, has little pollution, and reduces the labor intensity of workers.