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Apollo Integrated Base Sounder - Slow Whoop with Isolator 45681-290APO

Apollo Integrated Base Sounder - Slow Whoop with Isolator 45681-290APO

Apollo Integrated Base Sounder - Slow Whoop with Isolator 45681-290APOThe Integrated Base Sounder is made up of a base sounder with integral mounting base. It is designed for indoor use.Key FeaturesTwo tonesTwo volume ranges 55-75dBA and 75-91dBAIndividual and group addressingUnique acoustic self-testBuilt-in isolatorDevice AddressingThe integrated base sounder responds to its own individual address set with a DIL switch. It also responds both to a group address set by means of a 4-segment DIL switch and to a pulsed-mode synchronisation address which is embedded in the unit. GROUP ADDRESSING It may be desirable in alarm conditions to switch more than one integrated base sounder simultaneously. To enable this sounders may be controlled as a group and given a group address which is common to all sounders in the group. When a device recognises its group address it will process the forward command bits but it will not return any data to the control panel on that ad dress. If it is required to confirm the status of the outputs of devices under group address control it is necessary to interrogate all devices in the group at their individual addresses.CommunicationXP95 Discovery and CoreProtocol compatibleBackward CompatibilityThe features of the Integrated base sounder are available only when the sounder is connected to a control panel with the appropriate software.

GBP 37.24
1

Apollo Xpander Diversity Loop Interface Unit - XPA-IN-14050-APO

Apollo Xpander Diversity Loop Interface Unit - XPA-IN-14050-APO

Please note The XPA-IN-14050-APO does not support CoreProtocol installations.Apollo Xpander Diversity Loop Interface Unit - XPA-IN-14050-APOThe XPander Diversity Loop Interface Unit can monitor up to 31 XPander devices and report each devices status to an intelligent fire control panel.Brand InformationXPander 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.Key FeaturesConnects up to 31 XPander devices to an ApolloAddressable loopTranslates radio signals from XPander detectors to the fire control panelBuilt-in loop isolatorLoop-poweredDiversity aerial design for improved signal integrityThe entire XPander product line has a temporary four-month supply disruption starting from November 2021 with supply expecting to resume in February 2022.

GBP 337.68
1

Apollo XP95 Multisensor Detector 55000-885APO

Apollo XP95 Multisensor Detector 55000-885APO

Apollo XP95 Multisensor Detector 55000-885APOThe XP95 multisensor Detector contains an optical smoke sensor and a thermistor temperature sensor whose outputs are combined to give the final analogue value.The multisensor construction is similar to that of the optical detector but uses a different lid and optical mouldings to accommodate the thermistor temperature sensor. The sectional view shows the arrangement of the optical chamber and thermistor.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 microcontroller processes the two signals.The temperature signal processing extracts only rate of rise information for combination with the optical signal. 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.The processing algorithms in the multisensor incorporate drift compensation. The control panel must not have a drift compensation algorithm enabled. The sensitivity of the detector is considered the optimum for most general applications since it offers good response to both smouldering and flaming fires.Key FeaturesSensitive to a wide range of firesWell suited for environments such as hotel bedroomsUnaffected by wind or atmospheric pressureOther part codes include AD-2004

GBP 39.53
1

Apollo 45681-300APO Integrated Base Sounder - DIN-Tone with Isolator

Apollo 45681-300APO Integrated Base Sounder - DIN-Tone with Isolator

Apollo 45681-300APO Integrated Base Sounder - DIN-Tone with IsolatorThe Integrated Base Sounder comprises of a base sounder with integral mounting base and is for use with Discovery or XP95 ranges. It is designed for indoor use.Electrical DescriptionThe integrated base sounder is line powered and needs no external power supply. It operates at 1728V DC and is polarity-sensitive.Mechanical ConstructionThe integrated base sounder is moulded in polycarbonate and has stainless steel contacts that accept solid or stranded cables of up to 2.5mm.Device AddressingADDRESSING The integrated base sounder responds to its own individual address set with a DIL switch. It also responds both to a group address set by means of a 4-segment DIL switch and to a pulsed-mode synchronisation address which is embedded in the unit. GROUP ADDRESSING It may be desirable in alarm conditions to switch more than one integrated base sounder simultaneously. To enable this sounders may be controlled as a group and given a group address which is common to all sounders in the group. When a device recognises its group address it will process the forward command bits but it will not return any data to the control panel on that ad dress. If it is required to confirm the status of the outputs of devices under group address control it is necessary to interrogate all devices in the group at their individual addresses.CommunicationXP95 Discovery and CoreProtocol compatibleKey FeaturesTwo tonesTwo volume ranges 55-75dBA and 75-91dBAIndividual and group addressingUnique acoustic self-testBuilt-in isolator

GBP 37.24
1

Apollo XPander Remote Indicator Module - XPA-IN-14102-APO

Apollo XPander Remote Indicator Module - XPA-IN-14102-APO

Apollo XPander Remote Indicator Module - XPA-IN-14102-APODesigned and manufactured using the latest techniques and surface-mount technology to ensure component count is kept to a minimum whilst maximising reliability the XPander Remote Indicator Module is used to indicate the activation of an individual device or zone.Brand InformationThe device is powered by a low-voltage dual supply alkaline battery pack which has been tested to provide a five-year life at normal conditions 15C to 35C the condition of which is continually monitored. The system indicates the remaining battery capacity with a low battery condition being indicated as a fault allowing 30 days for the battery pack to be changed before unit failure occurs.An additional warning is also given seven days before unit failure occurs. Removal of the remote indicator from the fixing plate will indicate a fault condition. The device is fully compliant with EN 54-25 and incorporates a locking screw to prevent unauthorised removal.

GBP 209.51
1

Apollo XPander Single Input Output Channel Unit - XPA-IN-14011-APO

Apollo XPander Single Input Output Channel Unit - XPA-IN-14011-APO

Apollo XPander Single Input Output Channel Unit - XPA-IN-14011-APOThe XPander InputOutput Unit is a radio based interface and offers two monitored input circuits and two relay outputs. It can be used for controlling fire doors fire dampers smoke vents and other fire engineering applications.Brand InformationXPander 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.Key Features WirelessMonitored switch circuitVoltage-free contactsCapable of switching up to 30V at 1AFiveyear battery life using standard AA alkaline batteries

GBP 198.37
1

Apollo XPander Dual Input Output Channel Unit - XPA-IN-14012-APO

Apollo XPander Dual Input Output Channel Unit - XPA-IN-14012-APO

Apollo XPander Dual Input Output Channel Unit - XPA-IN-14012-APOThe XPander InputOutput Unit is a radio based interface and offers two monitored input circuits and two relay outputs. It can be used for controlling fire doors fire dampers smoke vents and other fire engineering applications.Brand InformationXPander 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.Key FeaturesWirelessMonitored switch circuitVoltage-free contacts Capable of switching up to 30V at 1AFive-year battery life using standard AA alkaline batteries

GBP 237.64
1

Apollo XP95 Heat Detector Standard Temperature 55000-400APO

Apollo XP95 Heat Detector Standard Temperature 55000-400APO

Apollo XP95 Heat Detector Standard Temperature 55000-400APOThe XP95 Heat Detector monitors temperature by using a single thermistor which provides a count output proportional to the external air temperature. The XP95 range features two heat detectors standard and high temperature. The standard heat detector is classified as an A2S device and will report an alarm at 55C. The high temperature detector classified as a CS device will report an alarm at 90C.Brand InformationThe XP95 range of analogue addressable fire detectors uses tried and trusted technology to give the best performance and has unique features that benefit the installer and the end user. It is suitable for medium-to-large applications with simple installation requirements. As it operates using digital communication XP95 has a high immunity from corruption and is therefore often preferred in a large system where life safety is critical. XP95 products are frequently used in commercial industrial financial government ITtelecoms and healthcare applications.OperationThe XP95 heat detectors have a low air flow resistance case made of self-extinguishing white polycarbonate. The devices monitor heat by using a single thermistor network which provides a voltage output proportional to the external air temperature.The standard heat detectors 55000-400 and 55000-420 respond to increasing air temperature in such a way that they are classified as an A2S device. Both devices will give 55 counts at 55C. A high temperature CS heat detector 55000-401 which can be installed in a typical ambient temperature of 55C is available. This device will give 55 counts at 90C.Key FeaturesIdeal in environments that are dirty or smoky under normal conditionsWell-suited to warehouses loading bays and car parksUnaffected by wind or atmospheric pressureOther part codes include AD-2002

GBP 32.66
1

Apollo Orbis Heater Detector Base - ORB-HB-00020-APO

Apollo Orbis Heater Detector Base - ORB-HB-00020-APO

Apollo Orbis Heater Detector Base - ORB-HB-00019-APOThe Intelligent Heater Base is designed to be used in cold climates where environmental conditions could result in either icing or condensation affecting the operation of detectors. It is recommended that the heater base be used in conjunction with either a Waterproof Base Cover or Deckhead Mounting Box to minimise moisture ingress.Key Features Raises the ambient temperature of a detector chamber by approximately 10CLimits the risks or potential for losses of functionality of detectors installed in cold conditions.

GBP 20.05
1

Apollo XPander CS Heat Detector XPA-HT-11171-APO

Apollo XPander CS Heat Detector XPA-HT-11171-APO

Apollo XPander CS Heat Detector XPA-HT-11171-APOThere are two heat detectors in the XPander range designed to suit a wide variety of operating conditions. A Static Heat Detector CS which responds only when a fixed temperature has been reached and a Rate-of-Rise Detector A1R which has a fixed upper limit but in addition measures the rate of increase in temperature.Key FeaturesWireless Can be used in applications where smoke detectors are unsuitable Ideal for environments that are dirty or smoky under normal conditions CS detectors are ideal for use in environments with rapid temperature fluctuations such as boiler rooms Bi-directional monitored radio platform Five-year battery life using standard AA alkaline batteries

GBP 70.37
1

Apollo Indoor Intrinsically Safe Manual Call Point 470 ohm - 55100-031APO

Apollo Indoor Intrinsically Safe Manual Call Point 470 ohm - 55100-031APO

Apollo Indoor Intrinsically Safe Manual Call Point 470 ohm - 55100-031APOThe Conventional IS Manual Call Point has been designed to operate on conventional intrinsically safe fire detection systems. Designed specifically for use in atmospheres in which explosive mixtures are or may be present certain design considerations must be observed.The Conventional ISManual Call Point is available in two versions indoor and outdoor.

GBP 23.92
1

Apollo Orbis TimeSaver Sav-Wire Base ORB-SW-10005-APO

Apollo Orbis TimeSaver Sav-Wire Base ORB-SW-10005-APO

Apollo Orbis TimeSaver Sav-Wire Base ORB-SW-10005-APOThe Sav-Wire Base is designed to allow Orbis detectors to be used in Sav-Wire detection and alarm systems.Brand InformationOrbis is a range of conventional detectors which has been developed and tested to create advantages for fire engineers and installers as well as owners and users of buildings. Orbis is a range with modern styling and a mounting base that saves installation time. It is electrically compatible with Apollo Series 65 and previous ranges of conventional detector.Orbis is a demonstration of Apollos commitment to the market for high quality conventional detectors for use in small to medium size installations. In developing this range Apollo has put ease of installation and reliability in daily operation at the forefront of considerations. The attractive and compact design means that Orbis will blend in well with all architectural styles.Key Features Grouped terminals to make wiring easyTwo fixing centresLED alignment markCable stripping guideDetector locking mechanismIs used in Sav-Wire systems

GBP 8.86
1

Apollo XP95 Intelligent Duct Smoke Detector - 53546-022APO

Apollo XP95 Intelligent Duct Smoke Detector - 53546-022APO

Apollo XP95 Intelligent Duct Smoke Detector - 53546-022APOThe Apollo AP53546-022APO Intelligent Duct Smoke Detector provides early detection of smoke in the air moving through heating and ventilation HVAC ducts in commercial and industrial premises. Its purpose is to prevent the re-circulation of smoke from an area on fire to areas unaffected by the fire when used with a XP95 or Discovery detector.How it worksThe duct smoke detector is fitted to the side top or bottom of the ventilation duct and has to tubes which extent into the air duct through holes in the wall. The perforated sampling tube which spans the duct is placed in the airflow upstream of the exhaust tube which causes a pressure differential in the duct detector. Air is sucked up the sampling tube across the detector and exhausted back into the air duct.Key FeaturesOperates in air speeds of 0.5ms to 20msTransparent cover to view detector head LEDIntegral smoke test port

GBP 71.44
1

Apollo XPander A1R Heat Detector XPA-HT-11170-APO

Apollo XPander A1R Heat Detector XPA-HT-11170-APO

Apollo XPander A1R Heat Detector XPA-HT-11170-APOThere are two heat detectors in the XPander range designed to suit a wide variety of operating conditions. A Static Heat Detector CS which responds only when a fixed temperature has been reached and a Rate-of-Rise Detector A1R which has a fixed upper limit but in addition measures the rate of increase in temperature.OperationHeat detectors have an open-web casing which allows air to flow freely across a thermistor which measures the air temperature every 2 seconds. A microprocessor stores the temperatures and compares them with pre-set values to determine whether a fixed upper limitthe alarm levelhas been reached. In the case of rate-of-rise detectors the microprocessor uses algorithms to determine how fast the temperature is increasing. Static heat detectors respond only when a fixed temperature has been reached. Rate-of-rise detectors have a fixed upper limit but they also measure the rate of increase in temperature. A fire might thus be detected at an earlier stage than with a static detector so that a rate-of-rise detector is to be preferred to a static heat detector unless sharp increases in temperature are part of the normal environment in the area protected by the heat detector.Key FeaturesWireless Can be used in applications where smoke detectors are unsuitableIdeal for environments that are dirty or smoky under normal conditionsCS detectors are ideal for use in environments with rapid temperature fluctuations such as boiler rooms Bi-directional monitored radio platformFive-year battery life using standard AA alkaline batteries

GBP 69.42
1

Apollo AlarmSense CS Heat Detector High Temperature 55000-193APO

Apollo AlarmSense CS Heat Detector High Temperature 55000-193APO

AlarmSense CS Heat Detector High Temperature 55000-193APOThere are two heat detectors in the AlarmSense range designed to suit a wide variety of operating conditions. A static heat detector CS which responds only when a fixed temperature has been reached and a rate-of-rise detector A1R which has a fixed upper limit but in addition measures the rate of increase in temperature.Key FeaturesCan be used for applications where smoke detectors are unsuitableIdeal environments that are dirty or smoky under normal conditionsCS detectors are ideal for use in environments with rapid temperature fluctuations such as boiler rooms360C visibility of LEDsReduction offalse alarmsQuick and simple installation

GBP 13.27
1

Apollo XP95 Intelligent Heater Base 45681-219APO

Apollo XP95 Intelligent Heater Base 45681-219APO

Apollo XP95 Intelligent Heater Base 45681-219APOThe Intelligent Heater Base is designed to be used in cold climates where environmental conditions could result in either icing or condensation affecting the operation of detectors. It is recommended that the heater base be used in conjunction with either a Waterproof Base Cover or Deckhead Mounting Box to minimise moisture ingress.The heater base contains an array of high-powered resistors which increase the chamber temperature of a detector fitted to the heater base by approximately 10C.Key FeaturesRaises the ambient temperature of a detector chamber by approximately 10CLimits the risks or potential for losses of functionality of detectors installed in cold conditions.

GBP 20.60
1

Apollo Marine Isolating Base 45681-286MAR

Apollo Marine Isolating Base 45681-286MAR

Apollo Marine Isolating Base 45681-286MARThe Isolating Base senses and isolates short circuit faults on XP95 and Discovery loops and spurs.OperationUnder normal operating conditions a low impedance is present between the IN and OUT terminals of the base so that power and signals pass to the next base in line. If a short-circuit or abnormally low impedance occurs the fall in voltage is sensed and the base isolates the negative supply in the direction of the fault.The isolated section is tested using a current pulse every five seconds. When the short-circuit is removed the power will automatically be restored. If it is a requirement that no device is lost in the event of a single short-circuit fault every detector should be fitted to an isolating base. In applications where it is not necessary to use an isolating base for each detector up to twenty detectors or equivalent surge current may be installed between isolating bases.Key FeaturesUp to 20 detectors or their equivalent load may be installed between isolating basesHigh-brightness LEDDetects wiring short-circuitsMinimises disruption from short-circuits

GBP 16.81
1

Apollo AlarmSense A1R Heat Detector Standard 55000-190APO

Apollo AlarmSense A1R Heat Detector Standard 55000-190APO

Apollo AlarmSense A1R Heat Detector Standard 55000-190APOThere are two heat detectors in the AlarmSense range designed to suit a wide variety of operating conditions. A static heat detector CS which responds only when a fixed temperature has been reached and a rate-of-rise detector A1R which has a fixed upper limit but in addition measures the rate of increase in temperature.AlarmSense is a range of conventional fire detection and alarm products designed to be connected to the same pair of supply wires making installation quicker and less expensive. AlarmSense has been developed to make the design and installation of a fire detection and alarm system easier and more economic for small to medium-sized buildings. The range also allows an existing system to be extended or modified if necessary. This flexibility makes AlarmSense an excellent choice for use in HMOs House in Multiple Occupation. As you would expect from Apollo AlarmSense incorporates features that help reduce false alarms and patented technology to ensure the integrity of a system. The range also includes products such as beacons to help meet the requirements of the Disability Discrimination Act DDA.Brand FeaturesFlexibleReliableCost-effectiveCompliant with BS 5839Easy to installEasy to extendProduct InformationThere are two heat detectors in the AlarmSense range designed to suit a wide variety of operating conditions. A static heat detector CS which responds only when a fixed temperature has been reached and a rate-of-rise detector A1R which has a fixed upper limit but in addition measures the rate of increase in temperature.Key Features Can be used for applications where smoke detectors are unsuitableIdeal environments that are dirty or smoky under normal conditionsCS detectors are ideal for use in environments with rapid temperature fluctuations such as boiler rooms360C visibility of LEDsReduction offalse alarmsQuick and simple installation

GBP 12.85
1

Apollo Marine DIN-Rail Zone Monitor 55000-773MAR

Apollo Marine DIN-Rail Zone Monitor 55000-773MAR

Apollo Marine DIN-Rail Zone Monitor 55000-773MARThe Marine DINRail Zone Monitor powers and controls the operation of a zone of up to 20 conventional fire detectors from a loop of XP95 addressable detectors and ancillary devices.OperationThis unit needs to be installed in a suitable enclosure and secured using end stops part no 27447-528 or equivalent. The Marine DINRail zone monitor is factory pre-set to return an analogue value of 16 when all detectors on the zone are in the quiescent state and 64 when a detector changes to the alarm state.The unit latches in the alarm state. A 5.1K end-of-line resistor is used to monitor cables for open and short-circuit faults. Alternatively an active end-of-line monitor may be used in conjunction with diode bases and a capacitor of up to 50F fitted at the unit wiring terminals. In either case an analogue value of 4 is transmitted during open or short-circuit faults.The Marine DINRail zone monitor is fitted with a bi-directional short-circuit isolator and will be unaffected by loop short-circuits on either loop input or output.Key FeaturesLoop-poweredVisible short-circuitLED Built in isolator

GBP 112.91
1

Apollo Marine DIN-Rail Dual Isolator 55000-770MAR

Apollo Marine DIN-Rail Dual Isolator 55000-770MAR

Apollo Marine DIN-Rail Dual Isolator 55000-770MARThe Marine DIN-Rail Dual Isolator provides in one housing two independent isolators which sense and isolate short-circuits on loops and spurs. This unit needs to be installed in a suitable enclosure Part No. 29600-239240 or equivalent and secured using the end stops.OperationThe isolators are loop-powered and are polarity sensitive. A maximum of twenty detectors may be installed between isolators. When a short-circuit condition exists on either side of the isolator the yellow LED is illuminated.Under normal operating conditions a low impedance is present between the two negative terminals of each isolator channel so that power and signals are passed to the next base in line.If a short-circuit or abnormally low impedance occurs across the loop the fall in voltage is sensed and the isolator isolates the negative supply in the direction of the fault. In this condition the yellow LED of the affected channel will be illuminated. The isolated section of loop is tested using a current pulse every five seconds. When the short-circuit is removed the power will automatically be restored.Key FeaturesLoop-poweredUp to 20 detectors can be installed between isolatorsAllows fully isolated spurs

GBP 78.92
1

Apollo XP95 DIN-RAIL Zone Monitor with Isolator - 55000-812APO

Apollo XP95 DIN-RAIL Zone Monitor with Isolator - 55000-812APO

Apollo XP95 DIN-RAIL Zone Monitor with Isolator - 55000-812APOThe DIN-Rail Zone Monitor with Isolator powers and controls a zone of up to 20 Apollo Series 65 or Orbis fire detectors in a Discovery or XP95 loop.OperationThe DINRail Zone Monitor is factory preset to return an analogue value of 16 when all detectors on the zone are in the quiescent state and 64 when a detector changes to the alarm state. The unit latches in the alarm state. A 5.1k end-of-line resistor is used to monitor cables for open and short-circuit faults. Alternatively an active end-of-line monitor may be used in conjunction with diode bases and a capacitor of up to 50uF fitted at the unit wiring terminals. In either case an analogue value of 4 is transmitted during open or short-circuit faults.The DINRail Zone Monitor is fitted with a bi-directional short-circuit isolator and will be unaffected by loop short-circuits on either loop input or output. For IS applications use DIN-Rail IS Zone Monitor part number 55000-798.Key FeaturesLoop-poweredVisible short-circuit and alarmLEDs Built-in Isolator

GBP 81.07
1

Apollo Series 65 Conventional Duct Smoke Detector - 53546-021APO

Apollo Series 65 Conventional Duct Smoke Detector - 53546-021APO

Apollo Conventional Duct Smoke Detection - 53546-021APOThe Conventional Duct Smoke Detector provides early detection of smoke in the air moving through heating and ventilation HVAC ducts in commercial and industrial premises. Its purpose is to prevent the re-circulation of smoke from an area on fire to areas unaffected by the fire when used with a Series 65 detector. It provides a volt-free changeover relay rated at 30V 1A.Key Features For use with Series 65 detectorsOperates in air speeds of 0.5ms to 20msTransparent cover to view detector head LEDIntegral smoke test portVolt-free contacts

GBP 71.44
1

Apollo Soteria Dimension Mounting Box FL5000-200APO

Apollo Soteria Dimension Mounting Box FL5000-200APO

Apollo Soteria Dimension Mounting Box FL5000-200APOThe Soteria Dimension Mounting Box is moulded from white flame-retardant polycarbonate. Positions for either side or top cable entry are marked on the outside of the Mounting Box to ensure correct cable positioning.An arrow has been placed on the rim to assist in correct orientation of the detector Placing the Mounting Box in the correct orientation in the installation aperture it is secured into position by screwing down the self-aligning fixing tabs. The Soteria Dimension Mounting Box is designed to be used with Soteria Dimension Optical Detectors.

GBP 12.47
1