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Apollo 29600-803 Sonos Pulse Ceiling VAD Shallow Base White BodyRed Flash C-3-8.9

Apollo 29600-803Sonos Pulse Ceiling VAD Shallow Base White BodyRed Flash C-3-8.9Sonos Pulse conventional ceiling mounted Visual Alarm Devices are available with a white and red flash colour. The white flash variant has an EN 54-23 approved coverage pattern of C-3-15 whereas the red flash variant has a coverage pattern of C-3-8.9.Key FeaturesEN 54-23 approvedFlash Colour Red or WhiteSynchronised FlashIP21 shallow base

GBP 70.76

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Apollo 29600-802 Sonos Pulse Ceiling VAD Shallow Base White BodyWhite Flash C-3-15

Apollo 29600-802 Sonos Pulse Ceiling VAD Shallow Base White BodyWhite Flash C-3-15Sonos Pulse conventional ceiling mounted Visual Alarm Devices are available with a white and red flash colour. The white flash variant has an EN 54-23 approved coverage pattern of C-3-15 whereas the red flash variant has a coverage pattern of C-3-8.9.Key FeaturesEN 54-23 approvedFlash Colour Red or WhiteSynchronised FlashIP21 shallow base

GBP 84.50

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Apollo 55000-739APO XP95 Open-Area VAD Cat. C - White Body Red Flash C-3-8

Apollo 55000-739APO XP95 Open-Area VAD Cat. C - White Body Red Flash C-3-8The XP95 Open-Area Visual Alarm Devices VADs have been developed as primary or supplementary alarm devices. The loop powered VAD may be used in situations where there is a risk that sounders will not be heard. It might also be required where deaf or hearing impaired persons may be present.Key FeaturesHigh intensity red LEDsEN 54-23 compliant Category C VADCoverage C-3-8Flash Rate 0.5 HzFault signal if LED checked

GBP 45.24

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Apollo RW1300-210APO Reach Sounder VAD Base White Flash C-3-15

Apollo RW1300-210APO Reach Sounder VAD Base White Flash C-3-15The RW1300-210APO is a wireless analogue addressable sounder VAD bases that can be used as a stand-alone notification device with a blanking cap or as a combined solution with a REACH Wireless detector.The REACH range is designed to solve challenging installation scenarios for structures with restricted or complex access and installation conditions such as listed buildings out-buildings temporary structures where wired installation or long site downtime is not possible.Key FeaturesCompatible only with REACH Wireless16 tone pairsFour Volume SettingsBi-directional wireless communicationDual channel redundancyFive year battery lifeFive year product warranty

GBP 260.92

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Apollo RW1300-211APO Reach Sounder VAD Base Red Flash C-3-10

Apollo RW1300-211APO Reach Sounder VAD Base Red Flash C-3-10The RW1300-211APO is a wireless analogue addressable sounder VAD bases that can be used as a stand-alone notification device with a blanking cap or as a combined solution with a REACH Wireless detector.The REACH range is designed to solve challenging installation scenarios for structures with restricted or complex access and installation conditions such as listed buildings out-buildings temporary structures where wired installation or long site downtime is not possible.Key Features16 tone pairsFour Volume SettingsBi-directional wireless communicationDual channel redundancyFive year battery lifeFive year product warranty

GBP 260.92

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Apollo 29600-664 Conventional Open-Area Sounder VAD Cat. W - Outdoor - Red Body Red Flash

Apollo 29600-664 Conventional Open-Area Sounder VAD Cat. W - Outdoor - Red Body Red FlashThe Conventional Open-Area Wall Sounder VAD is used to provide audible and visual warning of a fire. Combining an EN 54-3 compliant sounder with an EN 54-23 compliant VAD enables this device to be used in areas that require the use of both an audible and a visual alarm.Key FeaturesFor use outdoorsRed body with red flashConventional

GBP 176.29

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Apollo Ceiling Loop Powered VAD Red Body White Flash

Apollo Ceiling Loop Powered VAD Red Body White FlashThe VAD has been developed as a primary or supplementary alarm device for use in situations where there is a risk that sounders will not be heard. This occurs for example where there is a high background noise e.g. in a workshop or a machine room.It might also be required where deaf or hearing impaired persons may be present.Key FeaturesUses high intensity LED white flash onlyEN 54-23 Compliant Category C. VADCoverage C-3-8.5Automatic LED check when VAD activatedFlash rate 0.5HzFault signal if LED check failedLocking mechanism grub screwWide angle of visibilitySynchronised with the Apollo Protocol

GBP 46.12

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Apollo Ceiling Loop Powered VAD White Body White Flash 55000-745APO

Apollo Ceiling Loop Powered VAD White Body White Flash55000-745APOThe VAD has been developed as a primary or supplementary alarm device for use in situations where there is a risk that sounders will not be heard. This occurs for example where there is a high background noise e.g. in a workshop or a machine room.It might also be required where deaf or hearing impaired persons may be present.Key FeaturesUses high intensity LED white flash onlyEN 54-23 Compliant Category C. VADCoverage C-3-8.5Automatic LED check when VAD activatedFlash rate 0.5HzFault signal if LED check failedLocking mechanism grub screwWide angle of visibilitySynchronised with the Apollo Protocol

GBP 46.12

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Apollo Cat O. XP95 Sounder VAD Base with Isolator 45681-705APO

Apollo Cat O. XP95 Sounder VAD Base with Isolator 45681-705APOThe XP95 Sounder VAD Base is a loop-powered sounder and EN 54-23 approved VAD combined with a standard intelligent mounting base. It is used to signal a fire alarm in enclosed areas.You can perform a Self Test this is an important safety feature which has been incorporated into the Sounder VAD Bases when it is switched on it tests itself by checking the actual sound output and flash operation.There are 3 possible outcomes from the test if the transmitter readsA value of 1 Sounder fault this means there was no sound detected in 5 seconds of the sounder being switched on.A value of 2 VAD fault means there is no current being drawn by the LEDs.A value of 3 Sounder and VAD fault where neither of the above elements are operating correctly.If no sound is detected within 5 seconds of the Sounder VAD Bases being switched on it will transmit an analogue value of 1 sounder fault when it is next polled.This feature can also be used during commissioning or periodical maintenance testing. Simply activate the Sounder VAD for at least 5 seconds and check the control panel for a fault signal. If none is received the Sounder VAD Base is working properly.Key FeaturesEN54-23 approvedFlash rate of 0.5HzSynchronisation of alert and evacuate tonesSynchronisation of visual indicator flashIndividual and group addressingUnique acoustic and VAD self-testBuilt in isolator

GBP 72.02

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Apollo XP95 Sounder VAD Base DIN-Tone with Isolator 45681-707APO

Apollo XP95 Sounder VAD Base DIN-Tone with IsolatorThe XP95 Sounder VAD Base is a loop-powered sounder and EN 54-23 approved VAD combined with a standard intelligent mounting base. It is used to signal a fire alarm in enclosed areas.Maintenance ServiceDetectors should be maintained according to BS 5839-1 or other locally applicable code. Test equipment can be ordered from Apollo for testing smoke and heat detectors. Detectors should not be cleaned in the field except for careful removal of exterior dirt with a damp cloth. For cleaning and recalibration detectors should be returned to Apollo Fire Detectors or to the local distributor.Key FeaturesEN 54-23 Certified Category O VAD0.5Hz Flash Rate whiteSynchronisation of alert and evacuate tonesSynchronisation of visual indicator flashIndividual and group addressingUnique acoustic and VAD self-testBuilt-in isolatorEN 54-3 Certified Sounder

GBP 83.74

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Apollo XPA-CB-14027-APO XPander Multisensor Detector with Sounder VID Base White Flash

Apollo XPA-CB-14027-APO XPander Multisensor Detector with Sounder VID Base White FlashXPander sounders are ceiling mounted and use a bi-directional monitored radio platform to communicate.They feature 4 tone pairs including the Apollo tone and a self-test which causes a fault signal to be sent if the sounders fail to operate. The address of a sounder or a combined soundervisual indicator is set at the commissioning stage by means of a DIL switch.The sounder address is plus one of the address set. The sounders and combined soundervisual indicators are powered by two packs of batteries one with three AA and one with three C size alkaline batteries which provide a working life of typically 3-5 years.The five-year life includes weekly tests and a half-hour sounding in a fire condition. The Combined Sounders and Sounder Visual Indicators incorporate audible and visual alarm indicators within one unit.

GBP 363.00

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Apollo XPA-CB-14023-APO XPander Multisensor Detector with Sounder VID Base Red Flash

Apollo XPA-CB-14023-APO XPander Multisensor Detector with Sounder VID Base Red FlashXPander sounders are ceiling mounted and use a bi-directional monitored radio platform to communicate. They feature 4 tone pairs including the Apollo tone and a self-test which causes a fault signal to be sent if the sounders fail to operate.The address of a sounder or a combined soundervisual indicator is set at the commissioning stage by means of a DIL switch. The sounder address is plus one of the address set.The sounders and combined soundervisual indicators are powered by two packs of batteries one with three AA and one with three C size alkaline batteries which provide a working life of typically 3-5 years.The five-year life includes weekly tests and a half-hour sounding in a fire condition. The Combined Sounders and Sounder Visual Indicators incorporate audible and visual alarm indicators within one unit.

GBP 363.00

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Apollo XPA-CB-14019-APO XPander Multisensor Detector with Sounder Base

Apollo XPA-CB-14019-APO XPander Multisensor Detector with Sounder BaseXPander sounders are ceiling mounted and use a bi-directional monitored radio platform to communicate. They feature 4 tone pairs including the Apollo tone and a self-test which causes a fault signal to be sent if the sounders fail to operate.The address of a sounder or a combined soundervisual indicator is set at the commissioning stage by means of a DIL switch.The sounder address is plus one of the address set. The sounders and combined soundervisual indicators are powered by two packs of batteries one with three AA and one with three C size alkaline batteries which provide a working life of typically 3-5 years.The five-year life includes weekly tests and a half-hour sounding in a fire condition. The Combined Sounders and Sounder Visual Indicators incorporate audible and visual alarm indicators within one unit.

GBP 327.13

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Apollo Discovery Multisensor Detector 58000-700APO

Apollo Discovery Multisensor Detector 58000-700APOThe Discovery Multisensor Detector consists of optical smoke and thermistor temperature sensors which give both a combined signal as well as a separate heat signal for improved false alarm management. The Discovery Multisensor construction is similar to that of the optical detector but uses a different lid and optical mouldings to accommodate the thermistor heat sensor.The Discovery OpticalHeat Multisensor Detector contains an optical smoke sensor and a thermistor temperature sensor whose outputs are combined to give the final analogue value. The way in which the signals from the two sensors are combined depends on the response mode selected. The five modes provide response behaviour which incorporates pure heat detection pure smoke detection and a combination of both.The multisensor is therefore useful over the widest range of applications. The signals from the optical smoke sensing element and the temperature sensor are independent and represent the smoke level and the air temperature respectively in the vicinity of the detector. The detectors micro-controller processes the two signals according to the mode selected.When the detector is operating as a multisensor i.e. modes 1 3 and 4 the temperature signal processing extracts only rate-of-rise information for combination with the optical signal. In these modes the detector will not respond to a slow temperature increase even if the temperature reaches a high level. A large sudden change in temperature can however cause an alarm without the presence of smoke if sustained for 20 seconds.Response ModesMode 1 has very high smoke sensitivity combined with high heat sensitivity. This gives a high overall sensitivity to both smouldering and flaming fires.Mode 2 has a smoke sensitivity similar to that of a normal optical smoke detector. This mode is therefore equivalent to a standard optical detector. It is suitable for applications in which wide temperature changes occur under normal conditions.Mode 3 has moderate smoke sensitivity combined with a moderate sensitivity to heat. This combination is considered the optimum for most general applications since it offers good response to both flaming and smouldering fires.Mode 4 has lower than normal smoke sensitivity combined with high heat sensitivity. This makes it suitable for applications in which a certain amount of fumes or smoke is considered normal.Mode 5 has no smoke sensitivity at all but gives a pure heat detector response meeting the response time requirements for a Class A1R detector in the European Standard EN 54- 5. In this mode the detector will respond to slowly changing temperatures and has a fixed temperature alarm threshold at 58OC. The analogue value in this mode will give the approximate air temperature over the range 15OC to 55C. In Mode 5 the smoke sensor is still active though it does not contribute to the analogue signal. As a consequence if the detector is used in a dirty or smoky environment the optical sensor drift flag may be activated in the heat only mode.Key FeaturesIdeal for a wide range of applicationsEnhanced false alarm managementRecommended in specific modes for hotel bedrooms and hospital wardsUnaffected by wind or atmospheric pressureWell-suited to sensitive environmentsFive EN 54 approved response modesHeat only and optical only optionsRemote test feature

GBP 50.32

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Apollo Blank XPert Card for XPander Wireless Range -Red 29600-399

Apollo Blank XPert Card for XPander Wireless Range RedSpare singular blank XPERT card in red for the XPander range. XPander incorporates entirely new designs with respect to the wireless communication system. A Radio Interface is connected to the loop.XPander incorporates entirely new designs with respect to the wireless communication system. A Radio Interface is connected to the loop. It communicates with the control panel using the Apollo addressable two-wire power and communications system. The interface communicates with the detection and alarm signalling devices by means of radio waves. The detectors are multistate in that they report normal pre-alarm fire or fault states to the radio base which transmits the information to the interface. The detectors incorporate drift compensation and report any compensation limit occurring. The radio bases and signalling devices are addressable and use a pre-set analogue value to report via the XP95 or Discovery protocol. Apart from normal and fire the bases can send pre-set analogue values to indicate low battery detector contaminated detector tamper and low signal strength fault conditions.Brand Featuresmodern styling loop-powered interface operating on 868MHz wireless addresses seen by control panel as normal addresses radio base with wireless circuitry and battery compartment chamber designed to inhibit dirt penetration and thus reduce false alarms automatic drift compensation with DirtAlert warning algorithms for transient alarm rejection FasTest reduces time taken to test detectors remote test facility 3-5 years battery lifeProduct InformationAddress card supplied with all bases. Using a coding guide pips are removed to set the address of the inserted device.Key FeaturesSimplifies and speeds up installation and commissioningAddress remains the same no matter how often detectors are replacedUses patented proven technologyFlexibility to create any address

GBP 0.24

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Apollo Deckhead Mounting Box 45681-217APO

Apollo Deckhead Mounting Box 45681-217APOMechanical ConstructionThe Deckhead Mounting Box is used on its own in most cases but there are applications where either an extension sleeve or an adaptor ring is required. The Extension Sleeve is required when fitting heater or deep bases the Adaptor Ring is needed for fitting sounder bases beacon bases or sound beacon bases. Further details are given in the table below. The Extension Sleeve and the Adaptor Ring are sold as an Accessory Kit part no 45681-218.The Deckhead Mounting Box has 6 cable access ports for M20 glands and is secured to the mounting surface via two 5.4mm holes in the webs.Additional InformationFor more information refer to Installation Guide 39214-450 and Datasheets PP2364 PP2040.Safety NoteNOTES ON USE 1. Do not apply any sealing compound or use a gasket of any kind between the detector base and deckhead mounting box 2. Ensure that if a terminal block is fitted it does not contact or foul the detector base 3. Ensure that the mounting surface is flat and Level 4. Seal unused cable access ports with suitable blanking plugs. Sealing compound may be used provided that it does not at any time give off fumes or vapour which could affect any detector fitted to the base 5. The deckhead mounting box orientation should be such that the detector LED is facing the entrance to the protected areaProduct InformationThe Deckhead Mounting Box part no 45681-217 is a device which protects bases sounder bases and sounder beacon bases from the ingress of water or other liquids. It is screwed to the soffit and accepts a variety of Apollo bases.Key FeaturesProtects against water ingressImproved performanceAvailable in polycarbonate or metalPolycarbonate deckhead mounting box 45681-217 also fits Apollo audio visual bases when used with the accessory kit 45681-218Additional Information 3Weight of DeckheadMounting Box Backbox 100gExtension sleeve 23gAdaptor Ring 29g

GBP 12.54

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Apollo Intelligent Auto-Aligning Beam Detector SA7100-100APO

Apollo Intelligent Auto-Aligning Beam Detector SA7100-100APOThe Intelligent Auto-Aligning Beam Detector combines a transmitterreceiver in the same detector head with an automatic alignment motor. This combination with integrated addressability allows for quick and simple installation. The Intelligent Auto-Aligning Beam Detector automatically compensates for environmental effects on the beam signal keeping the unit in the best possible working order. This is achieved through the combination of software automatic gain control and motorised realignment of the beam.OperationThe Intelligent Auto-Aligning Beam Detector is a compact detector for detecting smoke in large open areas such as warehouses theatres churches and sports centres. It comprises a ground level loop-powered controller a detector head with an operating range of 8m-50m and a single prism. The operating range of each detector head can be increased up to 100m by using the Extension Kit which comprises of three additional prisms.An additional detector head can be connected to the controller. Each head has a loop address. It also has a built in 20T negative bi-directional short circuit isolator and it is compatible with control panels using CoreProtocol Discovery and XP95 protocol. A built-in laser provides rapid initial alignment and thereafter the detector head will continuously automatically align and compensate for any building movement.The status of each detector can be monitored through the controller which is sited at ground level. The detector head operates both as a transmitter and a receiver. A well-defined IR beam is projected to a prism mounted on the opposite wall which is reflected back to the receiver. In the event of smoke partially obscuring the light an imbalance between the transmitted and received light will occur. The detector will then transmit an alarm value to the control panel.The detector is factory set to a beam obscuration of 35 which is the best setting for most factories and warehouses. The setting can be changed to 25 for offices and clean areas such as theatres or to 50 for hostile areas such as mills or foundries. The detector reports a pre-alarm analogue value 48 at approximately 75 of the alarm threshold. The detector compensates automatically for gradual contamination of the lenses in order to avoid false alarms. The detector is non-latching and resets 30 seconds after an alarm event ceases and in 3 seconds after the removal of a fault.Key FeaturesLoop Powered and compatible with XP95 Discovery and CoreProtocolIncorporates a bi directional short-circuit isolatorAutomatic drift compensationAutomatic resetGround level ControllerAutomatic alignment compensation for building movementLaser assisted alignment for quick installationAllows for 2 detector heads per controllerUp to 100m rangePre-alarm thresholdEN 54-12 and EN 54-17 certified

GBP 599.51

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