Payment & Shipping Terms:
|Product Name:||Air Cooling Induction Post Weld Heat Treatment||Input Voltage:||3*380v|
|Input Current:||60A||0utput Power:||40KW|
|Output Frequency:||2KHZ ~ 30KHZ||Max Temperature:||Max 900℃|
|Temperature Control:||6 Channel Recorder||Accessories::||Coil, Insulation Blanket, Thermocouple, Extension Cord, Temperature Recorder|
60A Post Weld Heat Treatment,
40KW Post Weld Heat Treatment,
30KHZ pwht equipment
Air Cooling Induction Post Weld Heat Treatment Pipeline Post Weld Heat Treatment Machine
Applications and Main Using Fields
Technical parameter of the Pipeline Post Weld Heat Treatment Machine
|Max Temperature||Max 900℃|
|Heating Pipeline Size||Dia:50-400mm||Dia:50-600mm||Dia:50-750mm|
|Induction Heating coil|
|Diameter||10 mm||13 mm||15 mm|
|Working Temperature: 0-350℃|
|Input power||3 * 380VAC (Default) 3 * 220VAC /3 * 440VAC (Optional)|
|Output frequency||2KHZ ~ 30KHZ|
|Cooling type||Water cooling induction coil|
|Heat temperature||Max:900℃ Heating Speed:5-400℃/min|
|Temperature control||6 channel recorder|
|Accessories:||coil, insulation blanket, thermocouple, extension cord, temperature recorder|
Features of Pipeline Post Weld Heat Treatment Machine:
Friendly Interface and Accurate Control
The control board offers various parameters for setting so the heating process can be controlled precisely by giving value to temperature, time, heating rate, cooling rate, etc.
Various Control Mode
The interface offers two basic control mode to choose including temperature control and power control. The former one has 4 modes of preheat, bake-out, PWHT, custom. The last one has 2 modes ofconstant power and power VS time. Each mode offers different parameters to set. Thus brings the benefit of wide applicability and precise control.
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.
Due to modular design, the maintance will be easy and low-cost.
Once fault occurs, CR2000 will act with display of fault code, which was detailed explained in the manual book.
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 due to the method of applying heat, reducing cycle time.
The heat is induced within the part itself by alternating electrical current, thus uniform temperature throughout the heating zone is realized.
Replaceable Heating Inductor
Apart from induction blanket (blanket type inductor), there are multiple heating inductors for choice including induction coil/cable, C-type inductor, plate type inductor, Split-core inductor, O type inductor, all of which are easily dismountable and reconnected to the power source. So the power source can be used for heating workpiece of different size and shape.
Contact Person: Karen