Honeywell 110750 , Inc. Solid State Infrared Scanner 48In Leads

Flame Sensor, Infrared (Lead Sulfid

Flame Sensor, Infrared (Lead Sulfide) This model emits short waves of infrared light up to 30 degrees away from the source. These have been found to be most effective in detecting flames at 15 to 20 feet. A mercury vapor detector produces very high false alarm rates and should not be used in direct exhaust applications.

The Honeywell 110750, Inc. Solid State Infrared Scanner 48In Leads Flame Sensor, Infrared (Lead Sulfide) measures 3.75in long, with a body diameter of 0.735in and has a diameter of 0.625in from the top to bottom of the electronic deflector.... It is equipped with an end-of-bulb-life detector and is designed for use as an infrared heat sensing device in heating and cooling systems...

This commercial quality infrared-sensitive Flame Sensor is used in a wide variety of fire detection and process control system applications where flame induction or flame failures are monitored by automatic control. The device is sometimes called an infrared scanner.

Honeywell's solid state infrared infrared scanner is designed to detect fire in gas lines, especially the invisible ones. With 48 inches of lead wire, the flame sensor emits an invisible beam of infrared light when energized. It can be used for a wide range of gas fired and electric heaters, furnaces, and cooking devices.

Whether you are using this for residential or commercial purposes, this solid state infrared scanner can be used for detecting flammable hazards. The infrared scanner is able to detect a heat signature that is emitted from a flame and alert the device or person using it of its presence.

The Flame Sensor 110750 detects the presence of flame. The unit plugs into the wall with a standard 10' cord and includes 16' of shielded cable for easy installation. The 110750 meets UL standards for commercial and industrial applications, including the NFPA 70E.

The Honeywell 110750 Solid State Infrared Scanner can detect the flame of candles, campfires and pilot lights to help prevent false alarms. The low-profile, battery-powered unit generates a heat signature that is approximately the temperature of kitchen cooktop ranges and other small heat sources.