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Flame Detection Sensors
High-Precision Flame Detection Sensors & UV Monitoring Solutions
Sartec Photoelectronics offers a broad portfolio of industrial flame detection sensors, UV flame monitoring products, photomultiplier solutions, and gas analysis modules. Our optical solutions are engineered for reliable flame detection, long-term stability, and seamless integration with complex Burner Management Systems.
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UV Tube Flame Sensors
Direct replacement and equivalent UV tube flame detection sensors for burner, boiler, furnace, and industrial combustion monitoring applications. These sensors are designed for reliable response, stable performance, and compatibility with commonly used industrial flame safeguard systems.
Key Features
- Direct replacements or functional equivalents for widely used UV flame tubes
- Fast and stable flame response in industrial combustion environments
- Long operating life and dependable signal performance
- Suitable for burners, boilers, furnaces, and safety control systems
Available Models
Advanced Flame Detection Sensors
Integrated flame detection sensors for reliable and fast flame detection in demanding industrial combustion environments where high immunity to ambient light and electrical noise is required. These detectors support direct integration with burner management and safety control systems.
Key Features
- Fast response time for continuous flame monitoring
- High immunity to ambient light and electromagnetic interference
- Analog, digital, and relay output options depending on system requirements
- Suitable for burners, boilers, furnaces, and industrial heating equipment
Available Models
Gas Detection & Analysis Modules
Industrial gas detection and analysis modules for continuous, high-precision gas monitoring in safety-critical and process control applications. These solutions complement our flame detection sensors by providing long-term stability and low maintenance across environmental monitoring systems.
NDIR Modules
Suitable for CO₂, CO, CH₄, and hydrocarbon gas measurement in industrial and environmental monitoring applications.
TDLAS Modules
Designed for ultra-high selectivity and fast response gas detection, ideal for oxygen, ammonia, and trace gas analysis.
CRDS Modules
Provides extremely high sensitivity and low detection limits for scientific research, atmospheric studies, and precision gas analysis.
UV-DOAS Modules
Optimized for multi-component gas monitoring, including SO₂, NO₂, and other UV-active gases in emission monitoring systems.
Flame Detection Accessories
Support tools and accessories for the installation, commissioning, testing, and maintenance of industrial flame detection systems. These accessories help engineers verify that flame detection sensors operate flawlessly, improving commissioning efficiency.
CHECK LIGHT – Flame Detection Status Indicator
A visual indication and testing accessory used to verify the operating status of UV flame detection systems. It provides a clear and immediate indication of sensor activity during installation, adjustment, and maintenance procedures.
Photomultiplier & Photon Detection
High-sensitivity photomultiplier and photon detection solutions for ultra-low light measurement and advanced industrial or laboratory optical sensing applications. These products are widely used in spectroscopy, radiation detection, and scientific instrumentation.
Photomultiplier Tubes (PMTs)
Reliable alternatives to commonly used PMT models, offering stable gain characteristics, high signal-to-noise ratio, and long operating lifetime for laboratory instruments.
Photon Counter Detectors
Integrated photon counting solutions that combine photomultiplier tubes with signal processing electronics for direct photon counting and ultra-low light measurement.
Infrared & InGaAs Detection
Infrared and InGaAs-based photodetectors for optical sensing applications beyond the ultraviolet spectrum. These detectors support reliable measurement of near-infrared and short-wave infrared radiation for spectroscopy and precision optical instrumentation.
InGaAs Photodiode Detectors
High sensitivity and fast response in the near-infrared wavelength range, suitable for optical measurement systems requiring low noise performance.
PbS / PbSe Infrared Detectors
Designed for mid-infrared sensing applications with strong response to infrared radiation associated with gas absorption, thermal emission, and industrial monitoring systems.
Need help selecting the right flame detection sensors or gas analysis solution?
Our team can help you choose compatible products for burners, boilers, furnaces, safety systems, industrial gas monitoring, and advanced optical sensing applications.
Flame detection sensors Engineering Review
Concise selection notes for engineers, buyers, and maintenance teams before sampling or replacement review.
The flame detection sensors page is a technical hub for engineers evaluating flame detection architecture, sensor families, replacement options, and application-specific selection requirements.
For flame detection sensors, review flame characteristics, fuel type, burner geometry, detector position, response time, amplifier compatibility, environmental limits, and maintenance access before selecting a product.
Relevant pages include UV flame detectors, CHECK LIGHT UV flame sensors, burner management systems, and engineering support.
Technical reference context
For combustion safety and gas monitoring context, engineers can review authoritative references from OSHA Process Safety Management, EPA Continuous Emission Monitoring Systems, and general definitions of flame detectors and gas detectors.
How should engineers select flame detection sensors?
Start with the flame type, installation geometry, response time requirement, amplifier compatibility, and operating environment.
Are UV tube sensors and integrated detectors the same?
No. UV tube sensors are sensing components, while integrated detectors may include housing, electronics, or signal processing features.
Can Sartec support application review?
Yes. Sartec Photoelectronics can review model numbers, installation conditions, and flame detection requirements.