5kw 10kw Portable Induction Heating Machine for Pipe Joint Anti-corrosion Coating in Pipeline Offshore

Portable Induction Heating Machine for Pipe Joint Anti-corrosion Coating

Detailed picture of portable induction heating machine for pipe joint anti-corrossion coating:

Small and portable, 5kw, 10kw, digital control, modular design, connect with split core inductor, this type inductor can best suit your pipe, and equally heating, easily to open and close.

Technical parameters of portable induction heating machine for pipe joint anti-corrossion coating:

Application details of portable induction heating machine for pipe joint anti-corrossion coating:

Our portable induction heating machinecan be applied in joint anti-corrosion coating in oil and gas pipeline construction, offshore platform, power plant, work very well, and high efficiency.

Accessories of portable induction heating machine for pipe joint anti-corrossion coating:

We offer multiple accessaries like thermocouple, thermocouple welding machine, digital temperature-recorder, remote switchgear, output extension cable, insulation blanket, etc. Complete solution saves your time and ensures you to start work soon after received our dellivery.

Advantages of digital control induction heating machine 5kw for welding preheating PWHT:

• precise control

We have display panel to show working parameters, and temperature recorder can feedback PWHT curve, you can print it.

• Various Control Mode

The interface offers two basic control mode to choose including temperature control and power control. Thus brings the benefit of wide applicability and precise control.

• Fault Record

Fault codes will display and be recorded for reference, and system will respond with protection action like shutdown once fault occurs such as open-loop output or short out.

• Easy Maintenenace

Due to modular design, the maintance will be easy and low-cost.

• Self Diagnosis

Once fault occurs, induction heater will display fault code, which was detailed explained in manual book.

• High Efficiency

This uniquely energy-efficient process converts up to 90% of the expended energy into useful heat, and time-to-temperature is faster than conventional processes, reducing cycle time.

• Uniform Heating

The heat is induced within the part itself by alternating electrical current, thus uniform temperature throughout the heating zone is realized.

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