The Fireye YB110UV is a control chassis designed for use in flame safeguard systems. It operates on 120V and includes an integrated non-self-check ultraviolet (UV) flame amplifier. This chassis serves as the central mounting and connection point for various Fireye modules, including programmers, flame scanners, and safety interlocks. It is suited for applications that utilize UV flame detection without the requirement for dynamic self-checking.
Technical Specifications
- Model: YB110UV
- Operating Voltage: 120 VAC
- Flame Amplifier Type: Non-self-check ultraviolet (UV)
- Chassis Function: Supports Fireye Flame-Monitor system modules
- Mounting: Panel or surface mount
- Application: UV flame detection in burner management systems
Key Features
- Integrated non-self-check UV flame amplifier for basic flame supervision
- Accepts Fireye Flame-Monitor programmer modules (EP/ED Series)
- Operates on 120V power supply for compatibility with standard control panels
- Provides terminal connections for scanner input, lockout relays, and safety interlocks
- Designed for use in systems not requiring continuous flame scanner self-checking
Compatible Components & Accessories
- Fireye EP and ED Series programmer modules
- Fireye UV flame scanners (e.g., 45UV5, UV1A)
- Flame safeguard wiring bases (e.g., 60-1386-2)
- Panel enclosures and mounting accessories
- Fuel valve relays, ignition systems, and air proving switches
Industry Applications
- Commercial and industrial boiler control systems
- Power plant and utility burner monitoring
- Food processing and industrial heating systems
- Petrochemical and refinery burner safety applications
- HVAC systems using non-self-check UV flame detection
Installation & Maintenance Notes
- Mount chassis securely in a dry, accessible control panel
- Use with UV flame detectors where self-checking is not required by code or application
- Ensure all wiring follows Fireye installation guidelines and local safety standards
- Periodically test flame signal strength and lockout functionality
- Installation and service should be performed by qualified personnel familiar with burner safety systems