The SR65 UV flame sensor page supports engineers evaluating flame detection reliability, burner safety, combustion monitoring, and integration details for industrial systems. The goal is to connect application conditions with the correct sensor or detector architecture.
SR65 UV Tube Flame Sensor for Boiler Combustion Systems
The SR65 UV flame sensor is designed for reliable flame detection in boiler combustion systems and continuous industrial flame monitoring applications. It provides stable UV response, strong immunity to background radiation, and dependable performance in long-term, high-demand operating environments.
This product is part of Sartec’s UV Tube Flame Sensor series and is optimized for industrial applications where stable flame presence detection is required rather than direct tube replacement.
The SR65 is widely used in industrial boilers, thermal processing systems, and combustion safety installations where continuous and accurate UV flame monitoring is critical.
This model belongs to Sartec’s UV Tube Flame Sensors category, covering a full range of industrial UV flame detection solutions.
Related UV Tube Flame Sensors:
• SR07 – R259 Equivalent
• SR08 – R2868 Equivalent
Key Features
• High sensitivity in UV flame spectrum
• Strong immunity to ambient light and hot surfaces
• Stable performance in harsh industrial environments
• Long operating lifetime for safety-critical systems
•Optimized for continuous flame monitoring in boiler combustion systems
Typical Applications
• Industrial gas burners
• Combustion monitoring systems
• Boilers and furnaces
• Industrial safety and flame supervision systems
Technical Overview
This UV tube flame sensor is designed for industrial flame detection applications requiring stable UV response, strong background light immunity, and long-term operational reliability.
The sensor can be integrated into existing flame detection system designs without major architectural changes.
SR65 UV Flame Sensor – Application-Level Comparison
Overview
The SR65 UV flame sensor is designed for boiler combustion monitoring and continuous industrial burner flame detection.
The following comparison highlights how the SR65 performs in relation to typical UV flame sensors used in industrial boiler and combustion safety systems, focusing on application suitability and operational reliability.
Technical Comparison
The table below compares the SR65 UV flame sensor with commonly used UV flame sensors in industrial boiler flame detection systems, highlighting key performance characteristics relevant to continuous combustion monitoring.
| Feature | SR65 UV Flame Sensor | Typical Industrial UV Flame Sensors |
|---|---|---|
| Sensor Type | UV Tube Flame Sensor | UV Flame Sensor |
| UV Detection Principle | Solar-blind UV detection | UV detection |
| Primary Application | Boiler combustion monitoring | General industrial flame monitoring |
| Continuous Operation | Optimized for long-term continuous operation | Application dependent |
| Background Light Immunity | Strong | Standard |
| Typical Installation Environment | Industrial boiler rooms and burners | Industrial environments |
| System Integration | Compatible with boiler control systems | Varies by system |
Performance Summary
The SR65 UV flame sensor is optimized for boiler combustion and continuous industrial burner monitoring, delivering stable and reliable ultraviolet flame detection performance.
Compared with general-purpose industrial UV flame sensors, the SR65 offers enhanced suitability for long-term operation, strong background light immunity, and seamless integration into boiler flame detection and combustion control systems.
Compatibility with Industrial Boiler Flame Detection Systems
The SR65 UV flame sensor is intended for use in industrial boiler combustion systems and is compatible with standard flame monitoring and burner management systems. It allows system integrators and OEMs to implement reliable UV-based flame detection while maintaining existing control architectures.
FAQs
Why choose a UV flame sensor for boiler combustion systems?
UV flame sensors are less affected by hot surfaces and background radiation commonly present in boiler environments. This makes them suitable for reliable flame detection in boiler combustion systems where stable and continuous monitoring is required.
Is the SR65 UV flame sensor suitable for high-temperature boiler applications?
Yes. The SR65 UV flame sensor is designed for use in industrial boiler combustion systems and can operate reliably in typical boiler operating conditions when properly installed.
Can the SR65 be integrated into existing boiler combustion control systems?
Yes. The SR65 UV flame sensor is designed for integration with common boiler combustion control and flame supervision systems, allowing straightforward installation without major system modifications.
Engineering Review
SR65 UV flame sensor Engineering Review
Concise selection notes for engineers, buyers, and maintenance teams before sampling or replacement review.
For SR65 UV flame sensor, key selection factors include fuel type, flame characteristics, burner geometry, viewing angle, response time, amplifier compatibility, cable routing, ambient temperature, and maintenance access.
Relevant product families include UV flame detectors, CHECK LIGHT UV flame sensors, and engineering support. For general fire and combustion safety references, engineers may also review NFPA.
What matters most for SR65 UV flame sensor?
The most important factors are flame type, burner geometry, detector position, response time, amplifier compatibility, and the operating environment.
Can Sartec support burner management system projects?
Yes. Sartec Photoelectronics can help review UV flame sensor and flame detector options for burner management and combustion monitoring systems.
Should the sensor be selected only by model number?
No. Model number is useful, but installation conditions and circuit compatibility should also be reviewed.