003263-002 Fireye Inner Carrier

Part number 003263-002 from Fireye, listed in Burner & Combustion Controls. KKM Solutions quotes this part with pricing and availability confirmed per order.

Overview The Fireye 003263-002 is a precision-engineered 85-inch inner carrier assembly designed to facilitate the optical transmission of flame signals in industrial burner management systems. Functioning as an optical path tube or fiber guide, it serves as a critical extension for flame scanner assemblies, allowing for accurate monitoring even in complex or challenging installations. This specific model provides a longer reach compared to standard variants, ensuring that the flame signal is clearly guided from the burner to the scanner while maintaining structural alignment and protecting sensitive optical components from harsh industrial environments. Features Extended 85-inch length enables flame detection in applications requiring longer or more complex optical routing. Robust construction provides mechanical stability and secure positioning for internal system components. Protects the optical fiber or signal path from physical damage and environmental contaminants like soot and debris. Field-replaceable design allows for easier maintenance and system upgrades without extensive downtime. Specifications Brand: Fireye Part Number: 003263-002 Type: Inner Carrier (Optical Path Tube / Fiber Guide) Length: 85 Inches Compatibility: Designed for use with Fireye C9503 and C9504 series scanner models (including C9503M1034, C9503P5012, C9503P5022, C9504M1043, C9504P5012, and C9504P5022). Material: Optical-grade tubing with a protective housing. Shipping Weight: Approximately 12 lbs. Applications Industrial Burner Management: Used in large-scale combustion systems like boilers and furnaces to ensure reliable flame monitoring. Optical Path Extension: Ideal for installations where the scanner body must be located at a significant distance from the burner flame. Challenging Routing: Facilitates the fine routing of scanner lines around physical obstacles within the combustion chamber. System Retrofits: Employed when scanner bodies are repositioned or when a modified optical path length is required for improved detection accuracy.