
C7027A1023U Ultraviolet Flame Detector for Coal/Gas/Oil Burners
Ultraviolet Flame Detector for Coal/Gas/Oil Burners
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Type | UV Flame Detector |
| Sensor Technology | Ultraviolet radiation detection |
| Lead Wire Length | 96 inches |
| Mounting | Integral nut for 1/2 inch sighting pipe |
| Operating Temperature | 0 to 215 degrees Fahrenheit |
| Application | Coal, gas, oil burner flame supervision |
Notes
Product Overview
The C7027A1023U is a Minipeeper ultraviolet flame detector designed for industrial flame supervision in gas, oil, and coal fired burners.
It detects ultraviolet radiation emitted by combustion flames and provides reliable flame presence signals when used with appropriate flame amplifiers or burner control modules.
This detector is compact, rugged, and mounts directly on a standard sighting pipe using the integral collar.:contentReference[oaicite:1]{index=1}
Key Features
- Detects ultraviolet radiation from combustion flames
- Suitable for gas, oil, and coal burner applications
- Long 96-inch lead wires for flexible routing
- Integral collar for easy mounting on 1/2 inch sighting pipe
- Rugged design for industrial environments
- Compatible with appropriate flame signal amplifiers
Packaging & Delivery
- Industrial protective carton packaging
- Standard export packing for worldwide shipment
- Shipping by courier, air freight, or sea freight
- Bulk supply available for distributors and project orders
Frequently Asked Questions (FAQ)
Q: What fuel types can this detector be used with
A: It can be used with coal, gas, or oil burners for flame supervision.
Q: What type of flame does it detect
A: It detects ultraviolet radiation from combustion flames.
Q: How does it mount
A: It mounts using an integral collar on a 1/2 inch sighting pipe.
Q: Can I use it with existing flame amplifiers
A: Yes, it is compatible with appropriate Honeywell flame amplifiers.
Q: Is international shipping supported
A: Yes, worldwide shipping is available.

