Product Description
Designed for challenging field conditions, Canroon's PWHT induction heaters deliver reliable heat treatment where traditional ovens can't reach. The 5kW model efficiently processes 6" SCH40 pipeline girth welds, while the 10kW unit handles 16" flowlines - both critical for API-compliant stress relief in oil & gas operations. Offshore construction teams particularly benefit from the 18kg 10kW unit's IP54-rated housing and helicopter-transportable design. With rapid 10-15℃/min heating rates and dual-mode operation (preheat/PWHT), these systems are equally effective for power plant boiler repairs and pipeline maintenance, reducing treatment time by 30% versus flame methods.
Details of Canroon portable induction heater/induction heating machine:
Front:
Back:
Technical parameters of induction heater/induction heating machine for PWHT:
Model | Temperature | Input Power | Input | Output | Dimension | Weight |
CR2000-005B-12SF2 | 788℃ | 5kVA | 1-phase | 4.2kW | W:242.9mm | 16kg |
CR2000-005B-14TF1 | 788℃ | 5kVA | 3-phase | 4.5kW | W:263mm | 18.6kg |
CR2000-010B-14TF1 | 788℃ | 10kVA | 3-phase | 9kW | W:263mm | 18.6kg |
Application details of induction heater/induction heating machine in pipes PWHT(post weld heat treatment):
Accessories of induction heating machine:
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 delivery.
Portable Induction Heating Machine Features:
Precise Temperature Control
Real-time display of working parameters (current, voltage, frequency)
Built-in temperature recorder for PWHT curve tracking & printout
Flexible Control Modes
Temperature Control Mode: Preheat / Bake-out / PWHT / Custom (4 sub-modes)
Power Control Mode: Constant Power / Power vs. Time (2 sub-modes)
Comprehensive Fault Protection
Automatic fault code logging (display + memory storage)
Instant shutdown for critical faults (open-loop, short circuit)
Low Maintenance & Modular Design
Quick-replace components reduce downtime
Self-diagnosis system with detailed fault code explanations
Optimized Performance
90% energy conversion efficiency
Uniform heating via electromagnetic induction (no hot spots)
30% faster cycle time vs. conventional heating methods