Overview
The Honeywell Kromschroder PFS660-10/2 is a dedicated flame safety board designed for burner 853 flame detection and safety monitoring. As a PCB-based flame safety control module, this unit monitors flame presence and integrity during burner operation, providing critical safety shutdown functions in the event of flame loss. Though discontinued by the manufacturer, this used component remains a practical replacement for legacy systems still operating in industrial heating and thermal processing applications.
Key Features
- Burner 853 flame safety control and monitoring
- PCB-mounted flame safety amplifier with status LEDs
- Proven reliability in legacy burner management systems
- Discontinued model available as used surplus inventory
- Direct replacement for identical part numbers
Technical Specifications
- Manufacturer: Honeywell Kromschroder
- Part Number: PFS660-10/2
- Product Type: Flame Safety Board / PCB Control Module
- Application: Burner 853 Flame Safety Monitoring
- Status Indication: LED indicators for system status
- Manufacturing Status: Discontinued by manufacturer
- Condition: Used, fully functional
Typical Applications
The PFS660-10/2 is used in industrial and commercial burner control systems where flame safety monitoring is critical. Common applications include:
- Gas burner flame detection and safety interlock
- Thermal processing equipment with integrated burner management
- Legacy boiler and furnace control systems
- Combustion safety monitoring in industrial heating
Compatibility & Replacements
Compatible With
- Burner 853 flame detection systems
- Honeywell Kromschroder burner management platforms
- Legacy industrial heating and combustion control systems
- Thermal processing equipment requiring flame safety monitoring
Replaces / Drop-In Replacement For
- Honeywell Kromschroder PFS660-10/2 (exact replacement)
Works With
Verify compatibility with your system integrator or controls engineer before ordering. As a discontinued flame safety board, integration with modern control architectures should be confirmed. Flame safety components should typically be replaced rather than repaired due to safety-critical function.
