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　　RS-FS-9009-03 Other Names:

　　Flame Tracker Sensor RS-FS-9009-03

　　RS-FS-9009-03 Flame Tracker

　　Flame Detector RS-FS-9009-03

　　Core Technology: Utilizing a silicon carbide (SiC) photodiode, this sensor is highly sensitive to long-wave UV light (UV-C to UV-B) and can penetrate fuel vapor mist, achieving a fast response (<25 milliseconds) and a wide dynamic range. Compared to traditional short-wave UV sensors, it offers enhanced interference resistance and is suitable for low-NOx burners and steam injection applications.

　　Response Time: ≤25 milliseconds, enabling rapid flame status feedback and ensuring uninterrupted service.

　　Output Signal: 4-20mA industrial standard analog signal, compatible with various control systems; supports both digital and analog outputs.

　　Key Technical Specifications

　　Electrical Parameters: Operating voltage: 24V DC (12-30V), output: 4-20mA analog signal, power consumption: approximately 100mA, supports industry-standard interfaces (such as RS-422).

　　Environmental Adaptability: Operating temperature: -30°C to 150°C (water/air cooling required for high-temperature scenarios), pressure resistance: 400psi, protection level meets ATEX/IECEx and other explosion-proof certifications, suitable for hazardous areas.

　　Mechanical Design: 316 stainless steel housing, MIL-C-38999 military-spec connector, quick disconnect design (reducing replacement time from hours to minutes), resistant to vibration and contaminants (such as fouling detection).

　　Anti-interference Design: Shields against false alarm sources such as welding arc light, sunlight, and headlights, and features built-in optical channel contamination monitoring and window fouling detection.

　　Application Scenarios and Advantages

　　Core Applications: Gas turbine combustor monitoring, boiler/petrochemical unit flame verification, steel blast furnace heat treatment, and power facility safety protection. Supports multi-fuel (natural gas, oil, etc.) and low-NOx burners, and is compatible with steam injection scenarios.

　　Performance Advantages:

　　High Sensitivity and Fast Response: Detects flame status within 25 milliseconds, reducing downtime risk.

　　Low Maintenance: Optimized cooling system extends electronics life, and quick-change design reduces maintenance costs.

　　Anti-Interference Capability: The algorithm suppresses false alarms from welding arcs, sunlight, and lighting, meeting NFPA gas turbine flame detection standards.

　　Low-Voltage Operation: Eliminates the need for high-voltage wiring, simplifying installation and reducing the need for explosion-proof conduits.

　　Industrial Applications:

　　Power: Gas turbines, boilers, and power plant combustion control systems.

　　Petrochemical: Refineries, petrochemical reactors, and heating furnaces.

　　Metallurgy: Blast furnaces, converters, and industrial kilns.

　　Other: Marine propulsion, natural gas pipelines, and industrial burners.

　　Special Advantages: Supports water-wash process operation, is compatible with multiple fuels (gas and oil), and is suitable for low-NOx combustion and steam injection conditions.

　　Installation and Maintenance Key Points

　　Installation Specifications: Grounding and lightning protection are required (multiple grounding points on the coaxial cable metal sheath, with a lightning arrester grounding resistance ≤ 5Ω). Avoid intertwining signal and power cables to prevent lightning-induced interference.

　　Maintenance and Upgrades: Customized conversion kits are available, compatible with the mechanical/electrical interfaces of older systems, supporting continuous operation during water-wash processes and extending equipment life.

　　Self-Diagnostics: Monitors optical channel contamination and window fouling, and reports abnormalities to the control system through system self-diagnosis.

　　Certifications and Compliance

　　Safety Certifications: ETL, ATEX, and IECEx certified, suitable for use in explosion-hazardous areas, and complies with NFPA gas turbine flame detection specifications.

　　Designed for Reliability: AISI 316/304 stainless steel housing, argon-filled and sealed, provides vibration and shock resistance, meeting the requirements of harsh industrial environments.

　　Low-Voltage Operation: Eliminates the need for high-voltage wiring, reduces the need for explosion-proof conduits, and reduces installation complexity.

　　Summary

　　The RS-FS-9009-03 is a high-performance sensor designed by Reuter-Stokes (now part of GE) specifically for industrial flame detection. With its high sensitivity, fast response, anti-interference capabilities, and low maintenance, it is widely used in critical applications such as gas turbines, petrochemicals, and power generation, serving as a core device for ensuring industrial combustion safety and efficiency.

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