129-192 Fireye Connector

Part number 129-192 from Fireye, listed in Burner & Combustion Controls. KKM Solutions quotes this part with pricing and availability confirmed per order.

Overview The Fireye 129-192 is a high-quality field-wireable connector designed specifically for industrial and commercial combustion systems. It serves as a reliable electrical interface for Fireye FX Series burner management and flame safeguard systems, facilitating the communication between controls and components like servo motors. This connector is engineered to simplify on-site wiring, allowing technicians to create or repair wiring harnesses quickly using standard tools without the need for proprietary equipment. Features Field-wireable design allows for rapid on-site assembly and customization of wiring harnesses 8-pin configuration provides a secure interface for complex burner control signals High-grade thermoplastic housing is thermal-resistant to withstand demanding boiler room environments Gold-plated or corrosion-resistant contacts ensure low-resistance connections and maintain signal integrity Optimized for both line voltage power and low-voltage sensor feedback from UV scanners and flame rods Screw or spring clamp termination options for efficient and secure wire fastening Specifications Model Number: 129-192 Type: Field Wireable Connector (Female Quick Disconnect) Compatibility: Fireye FX Series (FX04-1, FX20-1, FX50-1 servos) Connector Type: 8-pin terminal block Weight: 0.12 lbs (54.43 g) Housing Material: Flame-retardant thermoplastic Termination Method: Screw or spring clamp Applications The 129-192 connector is primarily used in the installation, servicing, and upgrading of Fireye FX Series burner control systems. It is essential for connecting FX series servo motors to modules like the PPC4000 control, often utilized in daisy-chain wiring methods for high-speed MODBUS-RTU communication. Common application environments include industrial boilers, furnaces, and other large-scale combustion-based HVAC systems where maintaining interference-free signal integrity is critical for safety and efficiency.