97-1047 Fireye INSULATING JACKET

Overview

The Fireye 97-1047 is a professional-grade heat insulating jacket designed to protect industrial flame scanners from extreme ambient temperatures. This flexible, quilted thermal barrier is engineered to minimize heat transfer to sensitive scanner electronics, thereby maintaining optimal performance and extending the operational lifespan of the equipment. It is particularly effective in high-temperature industrial combustion environments where equipment is subject to intense thermal radiation.

Features

• Flexible quilted design allows for a secure wrap around the scanner body.
• Hook and loop seam fasteners ensure quick and easy installation or removal without requiring tool-assisted modifications.
• Integrated access points including designated holes for scanner cable entry and 1-inch sight-pipe entry.
• Rear viewing flap provides maintenance personnel with the ability to view the back of the scanner while the jacket is installed.
• Compatible with vortex-tube cooling systems to further enhance thermal protection.
• Constructed from oil, chemical, and flame-resistant silicone rubber-impregnated fiberglass fabric.
• Internal insulation consists of 1-inch thick, non-combustible, and asbestos-free textile glass fiber.

Specifications

• Model Number: 97-1047
• Dimensions: Approximately 13.5 inches (343 mm) long x 6.5 inches (165 mm) diameter
• Shipping Weight: 2.7 lbs (1.2 kg)
• Temperature Resistance (External): -65 degrees F to +500 degrees F (-54 degrees C to +260 degrees C)
• Compatibility: Designed for use with Fireye 45UV5, 45RM, 45FS1, and 45UVFS1 scanners (excluding EX and CEX models)
• Material: SIL #1700 external covering with ACTMAT 1200 internal insulation

Applications

The Fireye 97-1047 is specifically used in industrial and commercial burner management systems where flame scanners are mounted in areas of high ambient heat. It is commonly applied in power generation plants, refineries, and large-scale manufacturing facilities. The jacket is ideal for scanners monitoring flames from gaseous fuels or light oils where thermal protection is critical to preventing electronic failure or signal degradation.