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    Smoke Detectors

    Low Profile Ionization Intelli Smoke Sensor

    The Low Profile Ionization Intelligent Smoke Sensor is intelligent detection devices that provide two-way communication with the Honeywell fire alarm systems. These sensors provide stability and fast response to a broad range of fire conditions.

    Overview

    The Low Profile Ionization Intelligent Smoke Sensors are intelligent detection devices that provide two-way communication with the Honeywell fire alarm systems. These sensors provide stability and fast response to a broad range of fire conditions.

    The address for each sensor is set via two direct-dial decade switches. Dual LEDs on the sensors provide 360-degree visual indication. A total of 99 addresses in the Conventional Loop Interface Protocol (CLIP) mode are supported. Control panels that support FlashScan can use up to 159 detectors on a loop.

    Features & Benefits:
    • Sleek, low profile design
    • Early detection of fire conditions
    • Direct-dial decade switches for easy address entry
    • Continuous monitoring of sensor sensitivity
    • Electronics conformal-coated to resist corrosion
    • Optional tamper-resistant mounting
    • Sensor heads easily plug into common mounting base
    • Dual LEDs provide 360-degree viewing
    • Compatible with Honeywell CLIP and FlashScan intelligent loop transmission.
    Certifications:
    • UL
    • FM
    • CSFM
    Specifications

    Others

    • Brand
      • System Sensor

    Others

    • Brand
      • System Sensor
    • Brand : System Sensor
    Brochure
    Name
    Description
    File Size
    Date
    Size
    Base - Detector Cross Reference (Legacy) Brochure
    application/pdf 110.57 KB
    5/11/2023
    110.57 KB
    Name
    Description
    File Size
    Date
    Size
    Base - Detector Cross Reference (Legacy) Brochure
    application/pdf 110.57 KB
    5/11/2023
    110.57 KB
    Name
    Description
    File Size
    Date
    Size
    Base - Detector Cross Reference (Legacy) Brochure
    110.57 KB
    5/11/2023