59-606-40 Fireye Cable

Overview

The Fireye 59-606-40 is a high-performance, 40-foot electrical cable assembly specifically engineered for use with the Fireye VFS-2000 flame sensor system. Designed for demanding industrial burner environments, this cable features high-temperature insulation and a factory-molded connector to ensure a secure and reliable electrical connection between the flame scanner and the control unit. Its shielded construction protects sensitive flame signals from electromagnetic interference, maintaining system integrity in complex combustion applications.

Features

• High-temperature insulation rated to withstand the extreme thermal conditions common in industrial burner galleries and furnace areas.
• Integrated 5-pin prefabricated molded connector for a secure, moisture-resistant, and vibration-proof connection.
• Shielded cable design to minimize electrical noise and signal degradation, ensuring accurate flame monitoring.
• Durable outer jacket provides mechanical protection and resistance to common industrial contaminants.
• Pre-terminated 40-foot (12.1 meter) length simplifies installation by eliminating the need for field wiring of connectors.

Specifications

• Part Number: 59-606-40
• Length: 40 feet (12.1 meters)
• Connection Type: 5-pin molded connector
• Cable Type: High-temperature shielded electrical cable
• Compatibility: Fireye VFS-2000 Series flame sensor systems
• Weight: Approximately 9 lbs
• Dimensions: 35 x 35 x 4 in (packaged)
• Operating Temperature: Engineered for high-ambient industrial environments (typically up to 200 degree F / 94 degree C)

Applications

The 59-606-40 cable is primarily used in industrial and commercial combustion systems to connect VFS-2000 flame scanners to their respective burner management or flame safeguard controls. It is ideal for applications where the scanner is mounted in a high-temperature zone, such as on large power boilers, kilns, or industrial furnaces. Its specific length and rugged construction make it a standard choice for sensor wiring in multi-burner environments where reliable signal transmission is critical for safety and operational efficiency.