UV90-9 Fireye DISPLAY

Overview

The Fireye UV90-9 is a non-self-checking ultraviolet flame scanner designed for industrial burner management and flame safeguard applications. It is specifically engineered for versatile mounting, allowing for both frontal and lateral (90 degree) viewing of the burner flame. This model comes complete with a mounting fixture and 9 feet (2700 mm) of shielded flexible conduit. A key design feature is its exclusive snug-fit mounting block, which simplifies installation by eliminating the requirement for a threaded sight pipe, making it ideal for tight or complex burner configurations.

Features

• Ultraviolet (UV) flame detection technology for reliable sensing of gas and light oil flames.
• 90-degree viewing capability allows for flexible installation where line-of-sight is obstructed.
• Exclusive snug-fit mounting block simplifies mechanical attachment without threaded pipes.
• Quartz UV tube construction filled with ionizing gas for stable flame signal generation.
• Integrated 9-foot shielded flexible conduit for protected and convenient electrical routing.
• Non-self-check design intended for use with controls in intermittent operation.

Specifications

• Model Number: UV90-9
• Detection Type: Ultraviolet (UV) radiation
• Viewing Angle: Frontal or side (90 degree)
• Conduit Length: 9 feet (2700 mm) flexible conduit
• Operating Voltage: Typically 120V (determined by compatible Fireye control amplifier)
• Temperature Range: -40 degree F to 200 degree F (-40 degree C to 94 degree C)
• Humidity: 85% RH maximum non-condensing
• Shipping Weight: Approximately 1.5 lbs

Applications

The UV90-9 is designed for use with Fireye M-Series, M-Series II, MicroM, FlameWorx, MB-2, and D-Series controls, as well as BurnerLogix and Nexus systems. It is ideally suited for detecting flames from gaseous fuels like natural gas and propane, as well as light oil fuels such as No. 2 oil. It is frequently employed in commercial and industrial boilers and furnaces where traditional straight-line mounting is not feasible.