UPC: 85267249904
C7061A1046 Honeywell Ultraviolet Flame Detector Datasheet
Overview
The Honeywell C7061A1046 is a state-of-the-art UV flame detection sensor using a dynamic self-checking mechanism (oscillating shutter) to validate the health of the UV sensing tube while the burner is in operation. It is widely used in industrial and commercial combustion systems to provide reliable flame supervision with built-in fault detection capability.
This unit supports mounting at any angle, features field-replaceable components, and allows parallel wiring for difficult sighting scenarios. It is suitable for a broad set of burner types using gas, oil, or mixed fuels.
Specifications
| Feature | Detail |
|---|---|
| Model | C7061A1046 |
| Detection Type | Ultraviolet (UV) with dynamic self-check |
| Supply Voltage / Range | 120 VAC (some models support 115–230 VAC) |
| Mounting | 1-inch NPT sight pipe mounting |
| Ambient Temperature Range | –40 °F to +175 °F |
| Pressure / Window Sealing | Viewing window rated to 20 psi |
| Enclosure / Protection Level | NEMA 4 / IP66 rated |
| Sensing Tube / Window | Quartz window with replaceable UV tube |
| Self-Check Mechanism | Oscillating shutter (interrupts UV ~12×/min) |
| Parallel Wiring Capability | Yes — supports two detectors in parallel for flame sight redundancy |
| Approvals / Standards | CE (with proper amplifier), UL / ATEX eligible in specific variants |
Features & Benefits
Dynamic self-checking ensures the UV sensing element is functional during operation
Oscillating shutter momentarily blocks UV light to validate sensor integrity
Can be mounted at any orientation without performance loss
Parallel wiring support helps mitigate nuisance shutdowns in difficult sight paths
Field-replaceable UV tube and quartz window ease maintenance
Robust housing rated for outdoor or harsh environments
Built to interface with Honeywell flame amplifiers and safeguard systems
Applications
Industrial burner systems requiring flame supervision
Boilers, furnaces, incinerators
Systems where reliability and diagnostic feedback are critical
Retrofitting older UV detectors with advanced self-check technology
Installations with tight geometry or difficult flame paths
Installation & Maintenance Notes
Align the faceplate correctly to ensure proper shutter timing
Use metal sight pipe (carbon steel) to reduce reflections and interference
Route wiring away from ignition or high-voltage conductors
Test periodically to confirm the self-check shutter function
Replace the UV tube or window if signal degradation or shutter faults occur








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