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The multi-sensor combines heat (H), carbon monoxide (CO), optical forward scatter (OFS) and optical backward scatter (OBS) The patented dual angle optical scatter technology allows identification of the particle source filtering potential false alarms due to steam and dust The gas sensing element (CO) within the chamber monitors the concentration of carbon monoxide, a product of incomplete combustion in some fire types, and potentially life threatening. The CO sensor allows rapid fire detection, with smouldering fires, in areas where smoke detectors could register false alarms Combined CO gas sensing with dual angle optical and heat allows a higher level of false alarm immunity whilst still improving the detection speed of certain types of fire Each sensor element has sensitivity settings which can be adjusted to suit the environment / application and can be programmed for different time periods during the day or night Repeat fire LED output as standard (if monitored input not used) Operational LED blink ‘On/Off’ option Monitored Input - which can be Fire, Fault or Supervisory
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Each loop can support up to 200 voice sounders, 100 visual alarm devices (VADs) and up to 70 combined sounder VADs EN54-23 VADs with adjustable light coverage matching the sounder output Comprehensive and easy to use design and commissioning tools Four voice phrases and a bell tone available as standard Voice and tone modes can be freely configured within the same sounder Active background monitoring of sounder and VAD circuits Adjust the sounder volume via the commissioning tool, the panel or the HandiLink infrared remote control
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Each loop can support up to 200 voice sounders, 100 visual alarm devices (VADs) and up to 70 combined sounder VADs EN54-23 VADs with adjustable light coverage matching the sounder output Comprehensive and easy to use design and commissioning tools Four voice phrases and a bell tone available as standard Voice and tone modes can be freely configured within the same sounder Active background monitoring of sounder and VAD circuits Adjust the sounder volume via the commissioning tool, the panel or the HandiLink infrared remote control
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Each sensor element has sensitivity settings which can be adjusted to suit the environment / application and can be programmed for different time periods during the day or night Repeat fire LED output as standard (if monitored input not used) Operational LED blink ‘On/Off’ option Monitored Input - which can be Fire, Fault or Supervisory
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Site selectable single or twin 24 V dc output 24 hour or 72 hour standby capability Fully monitored to EN54-4 Local LEDs for fast fault-finding Top or rear cable entry Space for up to 2 x 17Ah batteries
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Key Features:; Site selectable single or twin 24 V dc output 24 hour or 72 hour standby capability Fully monitored to EN54-4 Local LEDs for fast fault-finding Top or rear cable entry Space for up to 2 x 17Ah batteries
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Attention tones can be programmed either as a bell (on speech variants) or a choice of 12 standard tones Soft’ start option Uniform sound distribution Low current consumption Fully synchronised sound patterns via the panel Selectable speech messages available to suit most requirements – switched on/off by the Vigilon panel Rich harmonic sound output using patented technique Options for sound output: Standard mode = 90 dBA@1m (typical) Up to 98 dBA possible if required
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Compatible with:; CRSO-WW-W1 CWSS-WR-W5 CWSS-WW-W5
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Key Features:; Approved to EN54-3 Superior sound output and low current consumption 32 tones all approved to EN54-3 Adjustable volume settings Two stage sounders enable alert and alarm sequences to be set for phased evacuation Synchronised sound output
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Key Features:; Approved to EN54-3 Superior sound output and low current consumption 32 tones all approved to EN54-3 Adjustable volume settings Two stage sounders enable alert and alarm sequences to be set for phased evacuation Synchronised sound output
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Uniform response sensitivity of the detector for all different types of fire for the multi-sensor detectors Large distance between signal and interference magnitudes due to special sensor and electronics design for suppressing electromagnetic influences Automatic adaptation to varying environmental influences Electronic compensation of long-term influences of contamination or aging
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Uniform response sensitivity of the detector for all different types of fire for the multi-sensor detectors Large distance between signal and interference magnitudes due to special sensor and electronics design for suppressing electromagnetic influences Automatic adaptation to varying environmental influences Electronic compensation of long-term influences of contamination or aging
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Uniform response sensitivity of the detector for all different types of fire for the multi-sensor detectors Large distance between signal and interference magnitudes due to special sensor and electronics design for suppressing electromagnetic influences Automatic adaptation to varying environmental influences Electronic compensation of long-term influences of contamination or aging
