Products

Products

Products

IGBT transistor intermediate frequency/ultra audio frequency/high-frequency digital induction heating power supply

IGBT transistor intermediate frequency/ultra audio frequency/high-frequency digital induction heating power supply

Transistor medium frequency, ultra audio frequency and high frequency digital induction heating power supply adopts FPGA/DSP digital control technology. IGBT transistor can completely replace electronic tube type ultra audio power supply, machine type medium frequency power supply and thyristor medium frequency power supply, and can be used in various metal heat treatment, welding, smelting, diathermy and other Hot working industries. This product is independently developed and designed by the company, with advantages such as wide frequency range, complete protection functions, strong adaptability, simple operation and debugging, long transmission distance, high success rate of startup, small size, safe use, long service life, and convenient maintenance. It has reached the advanced technical level of similar products at home and abroad.

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KGPS thyristor power supply

KGPS thyristor power supply

The KGPS type thyristor intermediate frequency power supply uses thyristors as the main inverter device, which converts three-phase power frequency AC power into single-phase intermediate frequency AC power through rectification, filtering, inversion, and other links. It adopts a complete set of Chenghua control circuit with high degree of digitization; The entire system implements dual closed-loop regulation, which can adopt two working modes: constant voltage and constant current. It has protection functions that can cope with various situations such as overvoltage, startup overcurrent, intermediate frequency overcurrent inverter failure, and insufficient water pressure; Adopting PLC control, it can monitor the operation of equipment at any time and provide fault display; Equipped with a water temperature detection system, it can monitor and protect the temperature of various waterways; The inverter trigger system of the equipment adopts a constant back voltage time control method, which can ensure the power supply operates at high power factor. The inverter circuit adopts a unique current limiting unit and pulse trigger module, which can ensure the long-term reliability of the equipment.

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Fully automatic quenching equipment for chuck

Fully automatic quenching equipment for chuck

The fully automatic quenching equipment for chuck is suitable for heating and quenching various chuck I-slots and umbilicals, and multiple different quenching parts are automatically completed on one workstation. The chuck fully automatic quenching equipment has three workstations: loading position, quenching position, and unloading position. The transportation between each workstation is automatically completed by an automatic material transfer mechanism, without the need for manual operation. When changing the variety, only call in the corresponding processing program and replace it with the corresponding sensor. Real time monitoring and recording of working status and processing parameters, and online communication between the machine control system and the heating power supply to achieve automation of the workpiece quenching process.

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Bed guide rail quenching machine tool

Bed guide rail quenching machine tool

The bed guide rail quenching machine is specially designed for induction quenching of various types and specifications of machine tools. The bed is fixed and the sensor continuously scans and moves for quenching. The machine tool adopts servo control technology. After the workpiece is fixed on the workbench, the machine tool control system can automatically measure and position the gap between the sensor and the workpiece accurately based on the set parameters, and automatically heat and cool the surface of the quenched workpiece. The bed guide rail quenching machine adopts electrical automatic tracking technology to track the gap between the sensor and the workpiece in real-time, ensuring that the gap between the sensor and the quenching surface of the quenched workpiece remains unchanged, improving the consistency of quenching quality, and reducing the quenching deformation and machining allowance of the workpiece.

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