Overview
The Fireye 59-471 is a heavy-duty, factory-terminated scanner cable specifically designed for industrial flame safeguard applications. This 100-foot cable is engineered to provide a reliable, low-noise electrical connection between compatible flame scanners and their respective control amplifiers. It features high-quality shielding to protect sensitive flame signals from electromagnetic interference (EMI) and radio frequency interference (RFI) common in industrial environments. The pre-wired design ensures consistent factory-quality connections, reducing the risk of wiring errors during field installation and simplifying the setup process for burner management systems.
Features
- Pre-wired and factory-tested for immediate installation and high-reliability performance.
- Equipped with a 129-127-6 female quick-disconnect connector for a secure, plug-and-play interface with flame scanners.
- Eight-conductor construction provides dedicated paths for signal transmission, power, and ground.
- Integrated shielding and low-capacitance design to maintain signal integrity and minimize electrical noise.
- Durable outer jacket designed to withstand typical industrial environmental conditions, including temperature fluctuations and mechanical stress.
- Includes factory-installed strain relief to prevent damage at the connection point.
Specifications
- Model Number: 59-471-100
- Manufacturer: Fireye
- Cable Type: Eight-conductor shielded cable
- Length: 100 feet (30.5 meters)
- Connection Type: 129-127-6 Female Quick Disconnect
- Scanner Compatibility: Designed for use with Fireye InSight (45RM4, 45FS1, 45UVFS1) and similar flame scanners.
- Shielding: Overall tinned copper braid or foil shield with drain wire.
- Jacket Material: Oil-resistant and flame-retardant insulation.
Applications
The 59-471-100 cable is primarily used in commercial and industrial combustion systems to link flame scanners to flame safeguard controls or burner management systems. It is essential for applications requiring extended cable runs up to 100 feet, such as large utility boilers, multi-burner furnaces, petrochemical heaters, and power generation plants. It is particularly effective in environments where the scanner must be located a significant distance from the control cabinet while maintaining a clean, uninterrupted flame signal for safety-critical monitoring.


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