Stable power output and strong overload capability; equipped with multiple protection features including overcurrent, overvoltage, low-water, and overheating protection, ensuring safe and reliable operation; suitable for heating large and medium-sized workpieces, with heat-treatment efficiency far exceeding that of conventional equipment.
The coil is wound with pure copper wire, offering excellent conductivity and low losses; it boasts superior insulation performance, high-temperature resistance, and strong anti-interference capabilities; its compact structure makes it compatible with various medium-frequency power supplies and quenching machines, while ensuring easy installation and stable operation.
The circuit design is mature, with stable performance and a low failure rate; power and frequency are adjustable, making it compatible with a wide range of heat-treatment processes; wiring is simple, allowing for quick integration with quenching machines, medium-frequency furnaces, and other equipment.
Supports programmable setting of heating parameters for a high degree of automation; features remote monitoring and self-diagnostic fault detection; can be integrated with automated production lines to achieve end-to-end intelligent heat treatment, while accommodating customized process requirements.
Fast heating, minimal oxidation and decarburization, and significant energy savings; precise temperature control and uniform heating, suitable for a variety of processes including forging, smelting, and quenching; compact footprint, small space requirement, and low operating noise.
Compact and agile, with simple installation and commissioning; fast startup, precise heating, and low energy consumption; ideal for small-batch, precision heating applications and highly versatile.
Utilizes advanced variable frequency control technology, enabling flexible power adjustment and industry-leading heating efficiency; excellent body heat dissipation performance with strong stability; customizable heating solutions based on workpiece processes to meet extreme industrial heat treatment requirements.
The WPS Horizontal Integrated Machine (customized) is an advanced, integrated equipment specifically designed for the precision machining of shaft-type components. It is widely suited for the post-processing needs of critical parts such as piston rods and sucker rods, seamlessly combining multiple machining processes, intelligent inspection, and precise temperature control—all in one compact unit. This innovative solution significantly boosts production efficiency and ensures superior product consistency.
Utilizing IGBT inverter technology, it achieves an efficiency of over 90%, delivering energy savings of 10%-20%. The power factor is ≥0.95, and the frequency features automatic tracking; a closed-loop control system is available as an optional feature.
Model: WPS-200 Input Power: 200 kW Input Voltage (3-phase): 80V / 50–60 Hz
Utilizing IGBT inverter technology, it achieves an efficiency of over 90%, delivering energy savings of 10%–20%. The power factor is ≥0.95, and the system supports automatic frequency tracking and closed-loop control.
Utilizing IGBT inverter technology, it achieves an efficiency of over 90%, delivering energy savings of 10%–20%. The power factor is ≥0.95, and the system supports automatic frequency tracking and closed-loop control.