Overview
The Seiwa XE-712 A1420B heater band is a component-grade electric heating element engineered for consistent thermal performance in industrial and manufacturing equipment. Rated at 430W with a primary voltage of 270V and an operating voltage range of 260V–280V, this heater band delivers reliable heating for precision applications requiring stable temperature control.
Key Features
- 430W power rating for dependable heating output
- 270V primary rating with 260V–280V operating range for voltage stability
- Compact 70×50 band dimensions for flexible installation
- New, open-box condition—fully functional unit ready for deployment
- Seiwa-grade manufacturing for consistent thermal performance
Technical Specifications
This heater band is built to standard industrial tolerances and specifications common to Seiwa component heaters:
- Power Rating: 430W
- Primary Voltage: 270V
- Operating Voltage Range: 260V–280V
- Band Dimensions: 70×50 mm
- Part Number: A1420B
- Model Series: XE-712
- Manufacturer: Seiwa Electric
- Condition: New, Open Box
Typical Applications
The Seiwa XE-712 A1420B is well-suited for:
- Plastic injection molding equipment
- Industrial processing machinery requiring component heating
- Laboratory and analytical equipment
- Thermal systems requiring precise temperature maintenance
- OEM and retrofit heating applications
Compatibility & Replacements
Compatible With
- Industrial heating systems rated for 260V–280V AC
- OEM equipment designed for Seiwa component heaters
- Standard 270V three-phase or single-phase industrial power
- Heating control circuits with thermal management components
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator or equipment manufacturer before ordering to confirm this unit meets your specific heating requirements and mounting specifications.
Works With
- Standard industrial temperature controllers and thermostats
- Thermal relay and contactor control circuits
- Over-temperature protection devices
- Industrial PLC and automation control systems
