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UV Tube Flame Sensor

SR1309 UV Tube Flame Sensor – Hamamatsu R9454 Equivalent

The SR1309 UV tube flame sensor is designed as a reliable alternative to the Hamamatsu R9454, providing stable ultraviolet flame detection performance for industrial combustion and safety systems. It offers strong immunity to background radiation and ambient light, ensuring dependable flame monitoring in harsh operating environments.

R9454 Equivalent Solar-blind UV Strong Ambient Light Immunity Long Operating Lifetime
Need a precise match check? Send your existing controller or amplifier model and application details to verify compatibility.
SR1309 UV Tube Flame Sensor Hamamatsu R9454 equivalent for industrial flame detection systems
Replacement For
Hamamatsu R9454
Sensor Type
UV Tube Flame Sensor
UV Response
Solar-blind UV
Typical Use
Burners / Boilers / Safety Systems
Equivalent / Replacement For
Hamamatsu R9454
Sensor Type
UV Tube Flame Sensor
Typical Applications
Industrial Burners, Boilers, Flame Safety Systems
Support
Compatibility Verification & OEM Supply Support

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
  • Designed as an alternative to commonly used R9454 UV tube flame sensors in industrial flame detection 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 intended for industrial flame detection applications requiring stable UV response and long-term operation. Integration requirements depend on the supply and signal circuit, pinout, mounting, detector position, amplifier or controller interface and operating environment.

Specifications

Sensor Type UV Tube Flame Sensor
Spectral Response Solar-blind UV
Operating Voltage V
Output Signal
Typical Applications Boilers / Furnaces / Burners
Equivalent Model Hamamatsu R9454
Need a precise match check? Send your existing controller, amplifier model, and application details—Sartec Photoelectronics can help verify compatibility.

SR1309 vs Hamamatsu R9454 – UV Tube Flame Sensor Comparison

The SR1309 UV tube flame sensor is designed as a functional equivalent to the Hamamatsu R9454, providing reliable solar-blind ultraviolet flame detection for industrial combustion and safety systems.

Feature SR1309 UV Tube Flame Sensor Hamamatsu R9454
Sensor Type UV Tube Flame Sensor UV Tube Flame Sensor
UV Spectral Response Solar-blind UV Solar-blind UV
Typical Applications Industrial burners, boilers Industrial burners, boilers
Flame Detection Hydrocarbon flames Hydrocarbon flames
Background Light Immunity Strong Strong
Operating Environment Harsh industrial environments Industrial environments
Replacement Compatibility Functional equivalent Original model

Performance Summary

SR1309 provides solar-blind UV flame detection for industrial burners, boilers and combustion safety applications. For R9454 replacement evaluations, compare the published parameters, electrical interface, mounting and required flame signal, then validate performance in the target system.

Compatibility with Existing R9454-Based Flame Detection Systems

SR1309 can be evaluated for systems using R9454-type UV flame sensors. Confirm electrical, mechanical, optical and controller compatibility and complete application testing before replacement approval.

FAQs

Why choose a UV tube flame sensor instead of IR-based sensors?
UV tube flame sensors are less affected by hot surfaces and background radiation, making them more reliable in industrial combustion environments.
Is this UV tube suitable for high-temperature industrial applications?
Yes. The sensor is designed for stable operation in typical industrial combustion and safety systems.
Can this sensor be used in existing flame detection systems?
Yes. The SR1309 UV tube flame sensor is designed for compatibility with commonly used R9454-type UV flame detection system designs.

Related Sartec Photoelectronics UV Flame Sensor Alternatives

Technical Support

Need help selecting a compatible R9454 replacement?

Contact our team for compatibility verification, model selection, datasheet requests, and application support for industrial flame detection systems.

Engineering Review

R9454 equivalent Engineering Review

Concise selection notes for engineers, buyers, and maintenance teams before sampling or replacement review.

01

The R9454 equivalent page supports engineers comparing industrial UV flame detection products, equivalent models, replacement requirements, and burner safety integration conditions.

02

For R9454 equivalent, check the target model, detector type, mounting condition, electrical interface, response time, flame amplifier compatibility, cable routing, and ambient temperature.

What should engineers check before using R9454 equivalent?

Check mechanical fit, electrical interface, optical response, flame amplifier compatibility, and operating environment.

Can R9454 equivalent be used for replacement projects?

Yes. It can support replacement evaluation when the original model and application conditions are reviewed.

Can Sartec help compare equivalent models?

Yes. Sartec Photoelectronics can review cross-reference targets and application requirements.

Engineering selection notes

SR1309 UV tube flame sensor - Hamamatsu R9454 replacement evaluation

SR1309 should be reviewed as a UV tube flame sensor candidate for R9454-type flame detection systems. Before sampling, compare operating circuit, flame signal behavior, mounting, environmental limits, and controller compatibility.

Parameters to confirm before RFQ

  • Original tube model and controller
  • Operating voltage and circuit conditions
  • Mounting dimensions and viewing geometry
  • Required flame response and false-signal tolerance

Replacement evaluation boundaries

  • Replacement approval should be based on system validation.
  • Burner management safety logic must be reviewed by the system owner.
  • Do not assume interchangeability from model naming alone.