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    Flame Detectors

    Multi-Spectrum™ SS2 Electro-Optical Fire Detector

    Multi-Spectrum™ SS2 electro-optical fire detectors provide ultra-high speed responses to explosive fires and feature programming to assure ultra-high speed millisecond response.

    Overview

    Multi-Spectrum™ SS2 electro-optical fire detectors provide ultra-high speed responses to explosive fires and are typically used in munitions production, explosives production, and special applications. The detectors sense radiant energy in the UV, visible, and WideBand Infrared™ spectrum. The radiant energy from all types of flaming fires will alert the detector to its presence. The SS2 electro-optical fire detectors feature programming to assure ultra-high speed millisecond response to normal non-sodium azide burning materials radiating UV and IR energy for munitions and air bag industries.

    Features & Benefits:
    • Detects hydrocarbon and non-hydrocarbon based fires
    • Wide field of view or solar blind
    • Explosion-proof housing
    • Detects hydrocarbon and non-hydrocarbon based fires
    • Wide field of view and solar blind
    • Greatest sensitivity with false alarm immunity
    • Microprocessor based algorithms FirePic™ and Tri-Mode Plot™
    • Wide temperature range of operation
    • Explosion-proof housing
    • FS2000™ System compatible or standalone operation
    Certifications:
    • Class I, Div. 1 & 2, Groups A, B, C, and D
    • Class II, Div. 1 & 2, Groups E, F, and G
    • Class III
    Specifications

    Others

    • Minimum Operating Humidity
      • 10 (Non-Condensing) percentage relative humidity
    • Maximum Operating Humidity
      • 90 (Non-condensing) percentage relative humidity
    • Maximum Operating Ambient Temperature
      • 185 degree Fahrenheit
      • 85 degree Celsius
    • Minimum Operating Ambient Temperature
      • -40°C
      • -40°F
    • Power Consumption
      • 100 (Alarm Condition) milliampere
      • 89 (Normal Operation) milliampere

    Others

    • Minimum Operating Humidity
      • 10 (Non-Condensing) percentage relative humidity
    • Maximum Operating Humidity
      • 90 (Non-condensing) percentage relative humidity
    • Maximum Operating Ambient Temperature
      • 185 degree Fahrenheit
      • 85 degree Celsius
    • Minimum Operating Ambient Temperature
      • -40°C
      • -40°F
    • Power Consumption
      • 100 (Alarm Condition) milliampere
      • 89 (Normal Operation) milliampere
    • Minimum Operating Humidity : 10 (Non-Condensing) percentage relative humidity
    • Maximum Operating Humidity : 90 (Non-condensing) percentage relative humidity
    • Maximum Operating Ambient Temperature : 185 degree Fahrenheit|85 degree Celsius
    • Minimum Operating Ambient Temperature : -40°C|-40°F
    • Power Consumption : 100 (Alarm Condition) milliampere|89 (Normal Operation) milliampere
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