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Key Features:; Optical technology - responds quickly to slow smouldering fires LPCB and VdS approved CE marked Designed for use with the Firewatch singe and two loop fire alarm panels Self- extinguishing white polycarbonate case Unaffected by wind or atmospheric pressure Supply voltage: 17 to 28 Volts dc Operating temperature: -20°C to +60°C IP23D rating -
Alarm flag for fast alarm reporting Alarm address for fast location of alarm XPERT 7 Card addressing Electronics-free base Easy installation Elegant design; XP95, Discovery and CoreProtocol compatible Responds well to slowburning, smouldering fires Well-suited to bedrooms and escape routes Unaffected by wind or atmospheric pressure
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Sensitive to a wide range of fires Well suited for environments such as hotel bedrooms Unaffected by wind or atmospheric pressure
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Ionisation technology - responds quickly to fast flaming fires LPCB and VdS approved CE marked Designed for use with the Firewatch single and two loop fire alarm panels Red LED alarm indicator Supply voltage: 17 to 28 Volts dc Operating temperature: -20°C to +70°C IP23D rating Please note: The Apollo XP95 detectors require an XPERT card mounting base or an XP95 Isolating base to operate with the Firewatch single and two loop addressable fire alarm panels
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Ionisation technology - responds quickly to fast flaming fires LPCB and VdS approved CE marked Designed for use with the Firewatch single and two loop fire alarm panels Red LED alarm indicator Supply voltage: 17 to 28 Volts dc Operating temperature: -20°C to +70°C IP23D rating Please note: The Apollo XP95 detectors require an XPERT card mounting base or an XP95 Isolating base to operate with the Firewatch single and two loop addressable fire alarm panels
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Ideal in environments that are dirty or smoky under normal conditions Well-suited to warehouses, loading bays and car parks Unaffected by wind or atmospheric pressure
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Ideal in environments that are dirty or smoky under natural conditions Well suited for warehouses, loading bays and car-parks Unaffected by wind or atmospheric pressure
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PureLight® optical technology reduces false alarms and enhances smoke recognition Utilises digital CoreProtocol® communications Compatible with XP95 and Discovery systems Compatible with existing fire control panels Mechanically compatible with existing bases Available with or without integrated switchable isolator Drift compensation Tri-coloured LED status indicator Polycarbonate moulding for colour stability and strength Comprehensively tested to exceed EN 54-7 standard FasTest® for quicker testing of detectors XPERT card addressing or auto addressing Locking mechanism (grub screw)
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PureLight® optical technology reduces false alarms and enhances smoke recognition Utilises digital CoreProtocol® communications Compatible with XP95 and Discovery systems Compatible with existing fire control panels Mechanically compatible with existing bases Available with or without integrated switchable isolator Drift compensation Tri-coloured LED status indicator Polycarbonate moulding for colour stability and strength Comprehensively tested to exceed EN 54-7 standard FasTest® for quicker testing of detectors XPERT card addressing or auto addressing Locking mechanism (grub screw)
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Dual heat sensors PureLight® optical technology reduces false alarms and enhances smoke recognition Utilises digital CoreProtocol® communications Compatible with XP95 and Discovery systems Compatible with existing fire control panels Mechanically compatible with existing bases Available with or without integrated switchable isolator Tri-coloured LED status indicator Polycarbonate moulding for colour stability and strength Comprehensively tested to exceed EN 54-5 standard FasTest® for quicker testing of detectors XPERT card addressing or auto addressing Locking mechanism (grub screw)
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Dual heat sensors PureLight® optical technology reduces false alarms and enhances smoke recognition Utilises digital CoreProtocol® communications Compatible with XP95 and Discovery systems Compatible with existing fire control panels Mechanically compatible with existing bases Available with or without integrated switchable isolator Tri-coloured LED status indicator Polycarbonate moulding for colour stability and strength Comprehensively tested to exceed EN 54-5 standard FasTest® for quicker testing of detectors XPERT card addressing or auto addressing Locking mechanism (grub screw)
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Dual heat sensors Utilises digital CoreProtocol® communications Compatible with XP95 and Discovery systems Compatible with existing fire control panels Mechanically compatible with existing bases Available with or without integrated switchable isolator Tri-coloured LED status indicator Polycarbonate moulding for colour stability and strength Comprehensively tested to exceed EN 54-5 standard FasTest® for quicker testing of detectors XPERT card addressing or auto addressing Locking mechanism (grub screw)
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Dual heat sensors Utilises digital CoreProtocol® communications Compatible with XP95 and Discovery systems Compatible with existing fire control panels Mechanically compatible with existing bases Available with or without integrated switchable isolator Tri-coloured LED status indicator Polycarbonate moulding for colour stability and strength Comprehensively tested to exceed EN 54-5 standard FasTest® for quicker testing of detectors XPERT card addressing or auto addressing Locking mechanism (grub screw)
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Low profile design Utilises digital CoreProtocol communications Compatible with Discovery and XP95 systems Integrated switchable isolator as standard 8-way DIL switch addressing Drift compensation FasTest for quicker testing Tricoloured LED status indicator Comprehensively tested to exceed EN 54-7 and EN 54-17 standards Ruggedized metal face plate which is secured with anti-tamper screws Designed and tested to meet the requirements of Ministry of Justice specification STD/E/SPEC/038 Independently certified to DHF TS001 for anti-ligature use in specialist areas
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Low profile design Utilises digital CoreProtocol communications Compatible with Discovery and XP95 systems Integrated switchable isolator as standard 8-way DIL switch addressing Drift compensation FasTest for quicker testing Tricoloured LED status indicator Polycarbonate moulding for colour stability and strength Comprehensively tested to exceed EN 54-7 and EN 54-17 standards Locking mechanism (grub screw)
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Multi-criteria fire sensing Enhanced detection certainty False alarm discrimination Fuzzy logic algorithms Selectable algorithms Microprocessor based Smoke element complies with EN54 Pt7 Heat element complies with EN54 Pt5 certification A1
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Senses both smoke and heat Heat only facility Smoke element complies with EN54 Part 7 and CEA4021 Heat element complies with EN54 Part 5 Class A1 and A2 Analogue sensing - reduces false and unwanted alarms Addressable - system knows the status and location of every sensor
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Responds to slow burning fires Complies to EN 54 Pt7 Analogue sensing - reduces false and unwanted alarms Addressable - system knows the status and location of every sensor Alarm verification, self test, auto contamination adjustment
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Analogue sensing - reduces false and unwanted alarms Addressable - system knows the status and location of every sensor Automatic self test EN54 Part 5 approved
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Senses products of combustion from fast burning fires Complies to EN 54 Pt7 Analogue sensing - reduces false and unwanted alarms Addressable - system knows the status and location of every sensor Alarm verification, self test, auto contamination adjustment
