90% Efficiency Industrial Induction Heater 18khz Medium Frequency

Medium Frequency Induction Heating Equipment Energy Efficiency, Automation, High Efficiency Induction Heating Equipment

Advantages of medium frequency induction heating equipment:

The frequency range is large, from 1kHz to 20kHz, and the appropriate frequency can be selected according to the specific diameter of the heated workpiece. When the medium frequency forging furnace heats the whole material, the length of the induction coil is 500mm-1.2m, and there are multiple materials heating at the same time, which further ensures the diathermy effect; The medium frequency monolithic heating furnace adopts continuous heating mode, and the load inside the induction coil is relatively balanced. It overcomes the huge change of the actual heating power of the equipment caused by the huge change of the load when the load of a single bar rises from the room temperature to 1100 ℃ during the whole heating process, so that the actual power of the equipment can be guaranteed to be more than 85% of the rated power value during the whole continuous heating process, and the equipment can be effectively used.

Technical parameters of high frequency induction heating equipment:

Model: LC-ZP-155KW

Maximum input current: 155A

Input power: 155kW

Oscillation frequency: 18khz

Input voltage: 360v

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%

Advantages of medium frequency induction heating equipment:

1. When heating with medium frequency induction heating equipment, please ensure that there is no short circuit in the output line.

2. When the medium frequency induction heating equipment is operating, the operator should stay away from the parts to avoid danger.

3. During the operation of the intermediate frequency induction heating equipment, the equipment may be stopped due to the overcurrent of the intermediate frequency induction heater. After troubleshooting and solving the problem, when restarting the intermediate frequency induction heating equipment, stay on the secondary output control stop key for 5 seconds before releasing the button.

4. During the disassembly and assembly process of the workpiece, the intermediate frequency induction heater shall be in a power-off state. It is not allowed to disassemble and install workpieces when the if sensor is running.

5. Operators should be familiar with all buttons of intermediate frequency induction heating equipment and their respective functions. In case of uncontrollable emergency failure, the machine can be stopped immediately to prevent damage to the intermediate frequency induction heater and heated workpiece.

6. When using medium frequency induction heating equipment, keep dry. When the intermediate frequency induction heater is running, do not touch the buttons on the console at will to avoid uncontrollable danger.

7. The working environment of the intermediate frequency induction heater shall be kept clean.