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Vigilon’s advanced sensing technology and powerful software processing in the panel quickly identifies real fires PC based commissioning tools allow complex fire plans to be configured Advanced loop card technology allows system status monitoring and diagnostics The control panel has a simple user interface with LCD screen providing accurate information in an emergency Flexible programming options are available at the panel All Vigilon devices connect onto the same two core loop, separate sounder or repeater panel wiring circuits are not required Supplied with batteries -
Integral EN54-4 PSU and battery standby for 24 hours (4 loop panel only) Integral EN54-4 PSU for 72 hours with external batteries (6 loop panel only) Vigilon’s advanced sensing technology and powerful processing in the panel quickly and identifies real fires PC based commissioning tools allow complex fire plans to be configured Advanced loop card technology allows for system status monitoring and diagnostics The control panel has a simple user interface with LCD screen providing accurate information in an emergency Multiple panel networks can be programmed seamlessly as one system, allowing for flexible design and system management Flexible programming options are available at the panel All Vigilon devices connect onto the same two core loop, separate sounder or repeater panel wiring circuits are not required In the event of a fire or fault, Vigilon’s analogue addressable technology will provide a detailed log of events Extended event log using flash memory card
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Integral EN54-4 PSU and battery standby for 24 hours (4 loop panel only) Integral EN54-4 PSU for 72 hours with external batteries (6 loop panel only) Vigilon’s advanced sensing technology and powerful processing in the panel quickly and identifies real fires PC based commissioning tools allow complex fire plans to be configured Advanced loop card technology allows for system status monitoring and diagnostics The control panel has a simple user interface with LCD screen providing accurate information in an emergency Multiple panel networks can be programmed seamlessly as one system, allowing for flexible design and system management Flexible programming options are available at the panel All Vigilon devices connect onto the same two core loop, separate sounder or repeater panel wiring circuits are not required In the event of a fire or fault, Vigilon’s analogue addressable technology will provide a detailed log of events Extended event log using flash memory card
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Integral EN54-4 PSU and battery standby for 24 hours (4 loop panel only) Integral EN54-4 PSU for 72 hours with external batteries (6 loop panel only) Vigilon’s advanced sensing technology and powerful processing in the panel quickly and identifies real fires PC based commissioning tools allow complex fire plans to be configured Advanced loop card technology allows for system status monitoring and diagnostics The control panel has a simple user interface with LCD screen providing accurate information in an emergency Multiple panel networks can be programmed seamlessly as one system, allowing for flexible design and system management Flexible programming options are available at the panel All Vigilon devices connect onto the same two core loop, separate sounder or repeater panel wiring circuits are not required In the event of a fire or fault, Vigilon’s analogue addressable technology will provide a detailed log of events Extended event log using flash memory card
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Vigilon’s advanced sensing technology and powerful software processing in the panel quickly identifies real fires PC based commissioning tools allow complex fire plans to be configured The control panel has a simple user interface with LCD screen providing accurate information in an emergency Multiple panel networks can be programmed seamlessly as one system, allowing for flexible design and system management Flexible programming options are available at the panel All Vigilon devices connect onto the same two core loop, separate sounder or repeater panel wiring circuits are not required In the event of a fire or fault, Vigilon’s analogue addressable technology will provide a detailed log of events Vigilon allows full integration with Vigilon Voice alarm systems PC based Graphics user interface (GUI) available - Supervisor and WINMAG
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Vigilon’s advanced sensing technology and powerful software processing in the panel quickly identifies real fires PC based commissioning tools allow complex fire plans to be configured The control panel has a simple user interface with LCD screen providing accurate information in an emergency Multiple panel networks can be programmed seamlessly as one system, allowing for flexible design and system management Flexible programming options are available at the panel All Vigilon devices connect onto the same two core loop, separate sounder or repeater panel wiring circuits are not required In the event of a fire or fault, Vigilon’s analogue addressable technology will provide a detailed log of events Vigilon allows full integration with Vigilon Voice alarm systems PC based Graphics user interface (GUI) available - Supervisor and WINMAG
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Vigilon’s advanced sensing technology and powerful software processing in the panel quickly identifies real fires PC based commissioning tools allow complex fire plans to be configured The control panel has a simple user interface with LCD screen providing accurate information in an emergency Multiple panel networks can be programmed seamlessly as one system, allowing for flexible design and system management Flexible programming options are available at the panel All Vigilon devices connect onto the same two core loop, separate sounder or repeater panel wiring circuits are not required In the event of a fire or fault, Vigilon’s analogue addressable technology will provide a detailed log of events Vigilon allows full integration with Vigilon Voice alarm systems PC based Graphics user interface (GUI) available - Supervisor and WINMAG
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Nano is compatible with Gent’s range of loop powered devices. All devices connect onto the same two core loop, separate sounder wiring circuits are not required. Nano drives advanced detection technology including the full S-Quad range. A building’s fire plan can be configured either at the Nano panel or through the simple PC commissioning tool. Devices can be added and system changes can be managed via the panel interface or the commissioning tool. Nano’s commissioning tool has been developed Specifically to improve the set up and commissioning time. The Nano panel has a stylish design that would suit any building.
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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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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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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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Black Dual optical and heat sensor LPCB Approved Programmable sensor 'states' for different time frames Built in short circuit isolator Fully programmable speech facility Up to 20 seconds of messages can be stored Adjustable sound level Monitored line input/output Base supplied separately
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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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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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Sensor and alarm in one device reduces installation time and cost. Built-in high intensity VAD helps alert occupants in noisy environments as well the hard of hearing Meets all the requirements of the Equality Act 2010 Compatible with the S-Cubed wall mounted VAD State of the art, high efficiency visual alarm technology Advanced power management that increases loop capacity and integrity Range of devices and power settings to suit widest range of building applications Light output that allows devices to be sited at standard smoke and heat detector spacings Synchronised flash rate across the whole control panel avoiding risk of induced seizures VAD can operate independently of the sounder if required Meets the requirements of BS5839 part 1 relating to sensitivity to epilepsy
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Sensor and alarm in one device reduces installation time and cost. Built-in high intensity VAD helps alert occupants in noisy environments as well the hard of hearing Meets all the requirements of the Equality Act 2010 Compatible with the S-Cubed wall mounted VAD State of the art, high efficiency visual alarm technology Advanced power management that increases loop capacity and integrity Range of devices and power settings to suit widest range of building applications Light output that allows devices to be sited at standard smoke and heat detector spacings Synchronised flash rate across the whole control panel avoiding risk of induced seizures VAD can operate independently of the sounder if required Meets the requirements of BS5839 part 1 relating to sensitivity to epilepsy
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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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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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Attention tones can be programmed to match system sounders Volume control for individual devices including ’Soft’ start option Uniform sound distribution at all angles Low current consumption with capacity for up to 125 units per loop Fully synchronised sound patterns via the control panel Voiced Enhanced option with selectable speech messages available to suit most requirements Rich harmonic sound output using patented technique Unique monitoring of sounder element to ensure operation in an emergency Output typically 90dB(A) @1m Self-monitoring to prevent overload of loop in event of cable fault; S-Quad Benefits:; Comprehensive range of analogue addressable fire sensors all within ONE device Supported and powered on the Vigilon Loop – only one set of terminations and one cable required for multisensor, sounder, speech and visual alarm functionality Increased loop alarm load capable of powering 200 sensor-sounders or 100 sensor-sounder VADs Built-in short circuit isolators in every device Monitored input facility – fire, fault, non-fire – reduces the installed cost of the system and reduces the need for separate interfaces Monitored repeat LED output Loop powered installation incorporating S-Quad requires no additional interfaces or extra monitored sounder circuits S-Quad’s intelligent design ensures quick and simple installation with more wiring space within the base
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