All products on this website are discounted products, and market prices have been fluctuating. Please refer to customer service quotes for details. Pictures are not actual photos. Before placing an order, please confirm the model, product, price, and other detailed information with customer service. Both second-hand and brand new products are available for sale on this website. Please contact customer service for further communication.
GE RS-FS-9009-03｜UV Flame Sensor｜
Product Name: Flame Tracker Dry 325 (FTD 325) Flame Sensor
Detection principle: UV photosensitive detection, using SiC (silicon carbide) photodiodes
Explosion proof rating: Class I, Division 2; ATEX Zone 2
Structural features: Dry design, no need for cooling
Electrical parameters
Supply voltage: 12~30 VDC (standard 24 VDC)
Working current:<100 mA
Output signal: 4~20 mA analog (maximum<21 mA)
Response time:<175 milliseconds
Sensitivity:>5 mA @ 1×10 ¹⁰ photos/in ²/sec @ 310 nm
environmental parameters
Hot end (probe) temperature: -51 ° C~325 ° C (continuous operation)
Cold end (electronic unit) temperature: -51 ° C~140 ° C (working)
Humidity: 100% RH
Pressure: Maximum 400 PSI (2.8 MPa)
Main features and applications
High sensitivity: SiC photosensitive technology, extremely sensitive to flame UV band, can penetrate fuel mist, and has a sensitivity 10 times higher than traditional Geiger tubes.
High temperature tolerance: The hot end can withstand a high temperature of 325 ° C without the need for air/water cooling, greatly reducing maintenance.
Anti interference: only responds to flame ultraviolet, not affected by furnace infrared/visible light interference.
Cold and hot end separation: The high-temperature probe is separated from electronic components to extend its lifespan.
Application: Flame detection and safety protection for GE gas turbines, industrial boilers, and burners.
GE RS-FS-9009-03｜UV Flame Sensor｜
By structuring the information in this manner, the article provides a clear and organized understanding of input channels, transducer supply, and communication implementations in distributed control systems.
There are no reviews yet.