Overview
The Inductoheat 31035-626 power supply board (PC. BD. NO. 11510-174) is a precision-engineered control board manufactured by Inductoheat, a U.S.-based producer of industrial automation and induction heating components. This board is designed to deliver reliable power distribution and signal processing in demanding industrial environments, including induction heating, welding, and process control systems.
Key Features
- Manufactured in the United States with proven reliability in industrial field applications
- Precision PCB design for stable power delivery in induction heating systems
- Integrated power management and signal conditioning circuitry
- Robust construction suitable for high-temperature and high-vibration environments
- Direct replacement component for legacy Inductoheat control systems
Technical Specifications
Specific voltage, current, and interface specifications are available upon request or by consulting your equipment documentation. The board integrates with Inductoheat induction heating equipment and related process control platforms.
Typical Applications
- Induction heating and hardening systems
- Industrial process control and power distribution
- Manufacturing equipment requiring precise thermal and electrical management
- Retrofit and repair of legacy Inductoheat control systems
Compatibility & Replacements
Compatible With
- Inductoheat induction heating control systems and equipment
- Industrial automation platforms utilizing this board assembly
- Legacy and current-generation Inductoheat process control configurations
Replaces / Drop-In Replacement For
The Inductoheat 31035-626 (PCB No. 11510-174) serves as a direct replacement for equivalent control board failures in matching Inductoheat systems. Verify your specific equipment model and board revision before ordering to ensure compatibility.
Works With
- Inductoheat induction heating command and control interfaces
- Standard industrial power distribution systems (verify voltage requirements with equipment manual)
- Integration with existing process control architectures in induction heating plants
