45FS1-1001 Fireye Scanner

Overview

The Fireye 45FS1-1001 Signature Scanner is a high-performance infrared flame detector designed for reliable burner monitoring and safety control in industrial combustion systems. It utilizes a lead sulfide cell sensitive to the infrared spectrum, making it particularly effective for detecting and discriminating coal and oil flames, as well as front-fired gas flames. The scanner integrates with Fireye flame amplifiers and burner management systems to provide precise flame fidelity and background brightness tolerance.

Features

• Infrared (IR) detection using a large-area lead sulfide cell specifically suited for coal and oil fuels.
• High discrimination capabilities to distinguish between target flames and background radiation or adjacent burners.
• Signature flame detection technology for high fidelity and reliable flame presence signals.
• Integrated 8-character LED display and 3-pushbutton keypad for local programming and setpoint review.
• Ability to learn and store flame signatures for various fuel types via the keypad or remote selectors.
• Explosion-proof housing design suitable for use in hazardous industrial environments.

Specifications

• Model: 45FS1-1001
• Supply Voltage: 24 VDC
• Spectral Range: 700 to 2,500 nm (Infrared)
• Mounting: 1 inch BSP threaded connection
• Housing Material: Aluminum with black textured finish
• Operating Temperature: -4 degree F to 150 degree F (-20 degree C to 65 degree C)
• Humidity: 85% RH maximum, non-condensing
• Compatibility: Designed for use with Fireye 25SU3 and 25SU5 series amplifiers

Applications

The 45FS1-1001 is primarily employed in burner management systems for industrial boilers, kilns, and furnaces. It is the preferred choice for monitoring combustion in multi-burner or complex fuel environments involving coal, oil, or gas where high discrimination is required. It is commonly used in refining, ammonia plants, and sulfur recovery units where explosion-proof mounting and reliable flame safeguard installations are mandatory.