Description
The Honeywell C7061F2001 is a high-performance Ultraviolet (UV) Flame Detector engineered for reliable, continuous flame monitoring in demanding commercial and industrial combustion applications. Known as the “Purple Peeper,” this dynamic self-checking scanner delivers superior flame detection accuracy while providing built-in self-diagnostics to ensure the safety system is always operational.
Dynamic Self-Checking Technology
The C7061F2001 features Honeywell’s Dynamic Self-Check design, which continuously verifies the integrity of the UV sensing circuit during normal operation. This eliminates the risk of a failed detector going undetected and is specifically designed to work in conjunction with R7861 Dynamic Self-Check Amplifiers, making it an ideal replacement or upgrade for critical burner management systems.
Key Features
- Ultraviolet (UV) flame detection — the “Purple Peeper” design for proven flame sensing performance
- Dynamic self-checking circuitry for continuous system integrity verification
- Operating voltage: 120VAC
- 1-inch mounting thread for easy installation into standard burner ports
- 96-inch color-coded lead wires for flexible wiring and installation reach
- Explosion-proof rated construction for use in hazardous locations
- Ambient temperature rating: -40°F to 175°F (-40°C to 79°C)
- Compatible with R7861 Dynamic Self-Check Amplifiers
Specifications
- SKU: C7061F2001
- Brand: Honeywell
- Detector Type: Ultraviolet (UV) Flame Detector
- Supply Voltage: 120VAC
- Mounting: 1-inch thread
- Lead Wire Length: 96 inches (color-coded)
- Enclosure Rating: Explosion-Proof
- Ambient Temperature Range: -40°F to 175°F
- Compatible Amplifier: Honeywell R7861 Dynamic Self-Check Amplifier
Applications
The C7061F2001 is suited for use in commercial boilers, industrial burners, process heaters, and other combustion systems where reliable UV flame detection and explosion-proof performance are required. Its wide ambient temperature range makes it suitable for both indoor and outdoor installations in extreme environments.
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