Anti-collision beam tube heat treatment production line manufacturer

The anti-collision beam tube heat treatment production line can realize the advantages of environmental protection, energy saving, low carbon and other advantages. With many years of induction heating equipment production experience, direct manufacturers of induction heat treatment equipment, please rest assured in terms of price and equipment quality. We have a complete after-sales service team to ensure the normal operation of your anti-collision beam tube heat treatment production line.

Advantages and characteristics of the anti-collision beam tube heat treatment production line:

1. Adopta un nuevo control de suministro de energía de calentamiento por inducción refrigerado por aire IGBT, bajo consumo de energía, ahorro de energía y protección ambiental, y alta eficiencia de producción.

2. Even heating and cooling.

3. Using heating + quenching method, the power consumption per ton is 420-480 degrees.

5. Conveying roller table of anti-collision beam tube heat treatment production line: The axis of the roller table and the axis of the workpiece form an angle of 18-21°. The workpiece rotates while moving forward at a constant speed to make heating more uniform. The roller table between the furnace body is made of 304 non-magnetic stainless steel. Water-cooled.

6. Temperature closed-loop control: All adopt American Raytech infrared thermometers and combine with German Siemens S7 to form a closed-loop control system for precise temperature control.

7.Función de administración de recetas: un poderoso sistema de administración de recetas, después de ingresar el grado de acero, el diámetro exterior y los parámetros de espesor de pared que se van a producir, los parámetros relevantes se llaman automáticamente y no es necesario registrar, consultar e ingresar manualmente el valores de parámetro requeridos por varias piezas de trabajo.

8. Industrial computer system of anti-collision beam tube quenching heat treatment equipment: real-time display of the status of working parameters at the time, and functions of workpiece parameter memory, storage, printing, fault display, alarm and so on.