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Gent S4T-720 S4 SELF TEST Heat Sensor

Gent S4T-720 S4 SELF TEST Heat Sensor

Gent S4T-720 S4 SELF TEST Heat SensorThe GENT S4T-720 Self-Test Heat Sensor has a new IP21 external moulding new detector chamber design and a dual microprocessor PCB. This design delivers even better smoke detection and voice storage capacity. In addition the award-winning Self-Test feature allows both the heat and optical sensors within the device to be tested using the CLSS app.The Self-Test patented design performs real sensor tests by heating the heat sensing thermistor and generating real aerosol smoke to test the optical sensor. The small fan within the device gently blows the aerosol from the detection chamber through the detectors smoke entry points into the room. This method simulates a more realistic fire test than many traditional testing methods ensuring that the smoke entry points are not blocked and able to detect a real fire.Each device also incorporates Bluetooth Low Energy BLE. When activated BLE acts like a beacon in each detector that can be automatically detected by a mobile device using the CLSS app. This has many helpful features such as finding a device automatically ensuring the device details are correct and proving that an engineer has been within the visual inspection range.Key Features Enables discrete functional testing and visual inspection of the fire alarm system by reducing the engineer toolset to just a mobile device phone or tablet. No more impact on building occupiers Tests both the heat and smoke sensors by heating the thermistor and introducing small amounts of smoke into the detection chamber Gently blows the smoke out of the detection chamber and smoke entry points to ensure they are not blocked Flexible testing options allow the engineer to test in different ways single device detection zone loops panels Allows up to 6 devices to be tested at once per loop and any number of loops can be tested simultaneously making the functional testing incredibly fast Device testing is fast enough to allow up to 4 functional tests to be performed per year for the lifespan of the device Eliminates all access issues when detector testing ensuring 100 functional testing is achieved Allows the system to remain active whilst testing as each detector is only offline for 60 seconds and outputs are not generated Any fires detected outside of the devices performing Self-Test will stop the Self-Test process and operate the fire systems Cause Effect Allows the engineer to easily locate the detector using the App and BLE to check the device number label zone description and detector type Allows simple device updates to be performed through the App including the correction of inaccurate device labels and loop mapping The app and BLE handshake verifies that the engineer has been within visual inspection range Optional Inspection prompt LEDs on the device let the engineer know what Self-Test devices need to be visually inspected and will automatically turn off when the visual inspection is complete Engineers can spend more time digitally capturing non-compliance issues and advising how to resolve them. This includes any issues causing false alarms Test Fire LED option in the App allows the fire LED to be tested a pending BS5839-1 testing requirement. This feature can additionally confirm that they are inspecting the correct device The CLSS App allows the engineer to simulate a fire and test the Cause Effect logic The CLSS App also allows the Cause Effect to be triggered through a successful Self-Test operation allowing a witness test to be performed using real smoke

GBP 100.21
1

Gent S4T-710 S4 SELF TEST Optical Heat Sensor

Gent S4T-710 S4 SELF TEST Optical Heat Sensor

Gent S4T-710 S4 SELF TEST Optical Heat SensorThe GENT S4T-710 Self-Test Optical Heat Multisensor has a new IP21 external moulding new detector chamber design and a dual microprocessor PCB. This design delivers even better smoke detection and voice storage capacity. In addition the award-winning Self-Test feature allows both the heat and optical sensors within the device to be tested using the CLSS app.The Self-Test patented design performs real sensor tests by heating the heat sensing thermistor and generating real aerosol smoke to test the optical sensor. The small fan within the device gently blows the aerosol from the detection chamber through the detectors smoke entry points into the room. This method simulates a more realistic fire test than many traditional testing methods ensuring that the smoke entry points are not blocked and able to detect a real fire.Each device also incorporates Bluetooth Low Energy BLE. When activated BLE acts like a beacon in each detector that can be automatically detected by a mobile device using the CLSS app. This has many helpful features such as finding a device automatically ensuring the device details are correct and proving that an engineer has been within the visual inspection range.Key Features Tests both the heat and smoke sensors by heating the thermistor and introducing small amounts of smoke into the detection chamber Gently blows the smoke out of the detection chamber and smoke entry points to ensure they are not blocked Flexible testing options allow the engineer to test in different ways single device detection zone loops panels Allows up to 6 devices to be tested at once per loop and any number of loops can be tested simultaneously making the functional testing incredibly fast Device testing is fast enough to allow up to 4 functional tests to be performed per year for the lifespan of the device Eliminates all access issues when detector testing ensuring 100 functional testing is achieved Allows the system to remain active whilst testing as each detector is only offline for 60 seconds and outputs are not generated Any fires detected outside of the devices performing Self-Test will stop the Self-Test process and operate the fire systems Cause Effect Allows the engineer to easily locate the detector using the App and BLE to check the device number label zone description and detector type Allows simple device updates to be performed through the App including the correction of inaccurate device labels and loop mapping The app and BLE handshake verifies that the engineer has been within visual inspection range Optional Inspection prompt LEDs on the device let the engineer know what Self-Test devices need to be visually inspected and will automatically turn off when the visual inspection is complete Engineers can spend more time digitally capturing non-compliance issues and advising how to resolve them. This includes any issues causing false alarms Test Fire LED option in the App allows the fire LED to be tested a pending BS5839-1 testing requirement. This feature can additionally confirm that they are inspecting the correct device The CLSS App allows the engineer to simulate a fire and test the Cause Effect logic The CLSS App also allows the Cause Effect to be triggered through a successful Self-Test operation allowing a witness test to be performed using real smoke

GBP 105.31
1

Gent S4T-711 S4 SELF TEST Dual Optical Heat Sensor

Gent S4T-711 S4 SELF TEST Dual Optical Heat Sensor

Gent S4T-711 S4 SELF TEST Dual Optical Heat SensorThe S4T-711 Self-Test Dual Optical Heat Multisensor has a new IP21 external moulding new detector chamber design and a dual microprocessor PCB. This design delivers even better smoke detection and voice storage capacity. In addition the award-winning Self-Test feature allows both the heat and optical sensors within the device to be tested using the CLSS app.The Self-Test patented design performs real sensor tests by heating the heat sensing thermistor and generating real aerosol smoke to test the optical sensor. The small fan within the device gently blows the aerosol from the detection chamber through the detectors smoke entry points into the room. This method simulates a more realistic fire test than many traditional testing methods ensuring that the smoke entry points are not blocked and able to detect a real fire.Each device also incorporates Bluetooth Low Energy BLE. When activated BLE acts like a beacon in each detector that can be automatically detected by a mobile device using the CLSS app. This has many helpful features such as finding a device automatically ensuring the device details are correct and proving that an engineer has been within the visual inspection range.Key Features Enables discrete functional testing and visual inspection of the fire alarm system by reducing the engineer toolset to just a mobile device phone or tablet. No more impact on building occupiers Tests both the heat and smoke sensors by heating the thermistor and introducing small amounts of smoke into the detection chamber Gently blows the smoke out of the detection chamber and smoke entry points to ensure they are not blocked Flexible testing options allow the engineer to test in different ways single device detection zone loops panels Allows up to 6 devices to be tested at once per loop and any number of loops can be tested simultaneously making the functional testing incredibly fast Device testing is fast enough to allow up to 4 functional tests to be performed per year for the lifespan of the device Eliminates all access issues when detector testing ensuring 100 functional testing is achieved Allows the system to remain active whilst testing as each detector is only offline for 60 seconds and outputs are not generated Any fires detected outside of the devices performing Self-Test will stop the Self-Test process and operate the fire systems Cause Effect Allows the engineer to easily locate the detector using the App and BLE to check the device number label zone description and detector type Allows simple device updates to be performed through the App including the correction of inaccurate device labels and loop mapping The app and BLE handshake verifies that the engineer has been within visual inspection range Optional Inspection prompt LEDs on the device let the engineer know what Self-Test devices need to be visually inspected and will automatically turn off when the visual inspection is complete Engineers can spend more time digitally capturing non-compliance issues and advising how to resolve them. This includes any issues causing false alarms Test Fire LED option in the App allows the fire LED to be tested a pending BS5839-1 testing requirement. This feature can additionally confirm that they are inspecting the correct device The CLSS App allows the engineer to simulate a fire and test the Cause Effect logic The CLSS App also allows the Cause Effect to be triggered through a successful Self-Test operation allowing a witness test to be performed using real smoke

GBP 121.45
1

Gent S4T-780-S S4 SELF TEST Heat Sensor and Sounder

Gent S4T-780-S S4 SELF TEST Heat Sensor and Sounder

Gent S4T-780-S S4 SELF TEST Heat Sensor and SounderThe GENT S4T-780-S Self-Test Heat Sensor with Integrated Sounder has a new IP21 external moulding new detector chamber design and a dual microprocessor PCB. This design delivers even better smoke detection and voice storage capacity. In addition the award-winning Self-Test feature allows both the heat and optical sensors within the device to be tested using the CLSS app.The Self-Test patented design performs real sensor tests by heating the heat sensing thermistor and generating real aerosol smoke to test the optical sensor. The small fan within the device gently blows the aerosol from the detection chamber through the detectors smoke entry points into the room. This method simulates a more realistic fire test than many traditional testing methods ensuring that the smoke entry points are not blocked and able to detect a real fire.Each device also incorporates Bluetooth Low Energy BLE. When activated BLE acts like a beacon in each detector that can be automatically detected by a mobile device using the CLSS app. This has many helpful features such as finding a device automatically ensuring the device details are correct and proving that an engineer has been within the visual inspection range.Key Features Enables discrete functional testing and visual inspection of the fire alarm system by reducing the engineer toolset to just a mobile device phone or tablet. No more impact on building occupiers Tests both the heat and smoke sensors by heating the thermistor and introducing small amounts of smoke into the detection chamber Gently blows the smoke out of the detection chamber and smoke entry points to ensure they are not blocked Flexible testing options allow the engineer to test in different ways single device detection zone loops panels Allows up to 6 devices to be tested at once per loop and any number of loops can be tested simultaneously making the functional testing incredibly fast Device testing is fast enough to allow up to 4 functional tests to be performed per year for the lifespan of the device Eliminates all access issues when detector testing ensuring 100 functional testing is achieved Allows the system to remain active whilst testing as each detector is only offline for 60 seconds and outputs are not generated Any fires detected outside of the devices performing Self-Test will stop the Self-Test process and operate the fire systems Cause Effect Allows the engineer to easily locate the detector using the App and BLE to check the device number label zone description and detector type Allows simple device updates to be performed through the App including the correction of inaccurate device labels and loop mapping The app and BLE handshake verifies that the engineer has been within visual inspection range Optional Inspection prompt LEDs on the device let the engineer know what Self-Test devices need to be visually inspected and will automatically turn off when the visual inspection is complete Engineers can spend more time digitally capturing non-compliance issues and advising how to resolve them. This includes any issues causing false alarms Test Fire LED option in the App allows the fire LED to be tested a pending BS5839-1 testing requirement. This feature can additionally confirm that they are inspecting the correct device The CLSS App allows the engineer to simulate a fire and test the Cause Effect logic The CLSS App also allows the Cause Effect to be triggered through a successful Self-Test operation allowing a witness test to be performed using real smoke

GBP 141.83
1

X-ER LED 3 Hour Maintained Self-Test Round Weatherproof Luminaire

X-ER LED 3 Hour Maintained Self-Test Round Weatherproof Luminaire

X-ER LED 3 Hour Maintained Self-Test Round Weatherproof LuminaireThe X-ER is a quality luminaire for areas of general amenity lighting. This luminaire offers a cost-effective emergency lighting and mains lighting combination and is ideal for areas where higher light levels are required.Key FeaturesHigh lumen outputLow power consumption4000k Colour temperatureIP65DALI and Self-Test optionsCentral Battery and Static inverter systemsBlack base finish option

GBP 150.80
1

Gent S4T-770-S S4 SELF TEST Optical Heat Sensor amp Sounder

Gent S4T-770-S S4 SELF TEST Optical Heat Sensor amp Sounder

Gent S4T-770-S S4 SELF TEST Optical Heat Sensor SounderThe GENT S4T-770-S Self-Test Optical Heat Multisensor with Integrated Sounder has a new IP21 external moulding new detector chamber design and a dual microprocessor PCB. This design delivers even better smoke detection and voice storage capacity. In addition the award-winning Self-Test feature allows both the heat and optical sensors within the device to be tested using the CLSS app.The Self-Test patented design performs real sensor tests by heating the heat sensing thermistor and generating real aerosol smoke to test the optical sensor. The small fan within the device gently blows the aerosol from the detection chamber through the detectors smoke entry points into the room. This method simulates a more realistic fire test than many traditional testing methods ensuring that the smoke entry points are not blocked and able to detect a real fire.Each device also incorporates Bluetooth Low Energy BLE. When activated BLE acts like a beacon in each detector that can be automatically detected by a mobile device using the CLSS app. This has many helpful features such as finding a device automatically ensuring the device details are correct and proving that an engineer has been within the visual inspection range.Key Features Enables discrete functional testing and visual inspection of the fire alarm system by reducing the engineer toolset to just a mobile device phone or tablet. No more impact on building occupiers Tests both the heat and smoke sensors by heating the thermistor and introducing small amounts of smoke into the detection chamber Gently blows the smoke out of the detection chamber and smoke entry points to ensure they are not blocked Flexible testing options allow the engineer to test in different ways single device detection zone loops panels Allows up to 6 devices to be tested at once per loop and any number of loops can be tested simultaneously making the functional testing incredibly fast Device testing is fast enough to allow up to 4 functional tests to be performed per year for the lifespan of the device Eliminates all access issues when detector testing ensuring 100 functional testing is achieved Allows the system to remain active whilst testing as each detector is only offline for 60 seconds and outputs are not generated Any fires detected outside of the devices performing Self-Test will stop the Self-Test process and operate the fire systems Cause Effect Allows the engineer to easily locate the detector using the App and BLE to check the device number label zone description and detector type Allows simple device updates to be performed through the App including the correction of inaccurate device labels and loop mapping The app and BLE handshake verifies that the engineer has been within visual inspection range Optional Inspection prompt LEDs on the device let the engineer know what Self-Test devices need to be visually inspected and will automatically turn off when the visual inspection is complete Engineers can spend more time digitally capturing non-compliance issues and advising how to resolve them. This includes any issues causing false alarms Test Fire LED option in the App allows the fire LED to be tested a pending BS5839-1 testing requirement. This feature can additionally confirm that they are inspecting the correct device The CLSS App allows the engineer to simulate a fire and test the Cause Effect logic The CLSS App also allows the Cause Effect to be triggered through a successful Self-Test operation allowing a witness test to be performed using real smoke

GBP 134.18
1

Gent S4T-771-S S4 SELF TEST Dual Optical Heat Sensor amp Sounder

Gent S4T-771-S S4 SELF TEST Dual Optical Heat Sensor amp Sounder

Gent S4T-771-S S4 SELF TEST Dual Optical Heat Sensor SounderThe GENT S4T-771-S Self-Test Dual Optical Heat Multisensor with Integrated Sounder has a new IP21 external moulding new detector chamber design and a dual microprocessor PCB. This design delivers even better smoke detection and voice storage capacity. In addition the award-winning Self-Test feature allows both the heat and optical sensors within the device to be tested using the CLSS app.The Self-Test patented design performs real sensor tests by heating the heat sensing thermistor and generating real aerosol smoke to test the optical sensor. The small fan within the device gently blows the aerosol from the detection chamber through the detectors smoke entry points into the room. This method simulates a more realistic fire test than many traditional testing methods ensuring that the smoke entry points are not blocked and able to detect a real fire.Each device also incorporates Bluetooth Low Energy BLE. When activated BLE acts like a beacon in each detector that can be automatically detected by a mobile device using the CLSS app. This has many helpful features such as finding a device automatically ensuring the device details are correct and proving that an engineer has been within the visual inspection range.Key Features Enables discrete functional testing and visual inspection of the fire alarm system by reducing the engineer toolset to just a mobile device phone or tablet. No more impact on building occupiers Tests both the heat and smoke sensors by heating the thermistor and introducing small amounts of smoke into the detection chamber Gently blows the smoke out of the detection chamber and smoke entry points to ensure they are not blocked Flexible testing options allow the engineer to test in different ways single device detection zone loops panels Allows up to 6 devices to be tested at once per loop and any number of loops can be tested simultaneously making the functional testing incredibly fast Device testing is fast enough to allow up to 4 functional tests to be performed per year for the lifespan of the device Eliminates all access issues when detector testing ensuring 100 functional testing is achieved Allows the system to remain active whilst testing as each detector is only offline for 60 seconds and outputs are not generated Any fires detected outside of the devices performing Self-Test will stop the Self-Test process and operate the fire systems Cause Effect Allows the engineer to easily locate the detector using the App and BLE to check the device number label zone description and detector type Allows simple device updates to be performed through the App including the correction of inaccurate device labels and loop mapping The app and BLE handshake verifies that the engineer has been within visual inspection range Optional Inspection prompt LEDs on the device let the engineer know what Self-Test devices need to be visually inspected and will automatically turn off when the visual inspection is complete Engineers can spend more time digitally capturing non-compliance issues and advising how to resolve them. This includes any issues causing false alarms Test Fire LED option in the App allows the fire LED to be tested a pending BS5839-1 testing requirement. This feature can additionally confirm that they are inspecting the correct device The CLSS App allows the engineer to simulate a fire and test the Cause Effect logic The CLSS App also allows the Cause Effect to be triggered through a successful Self-Test operation allowing a witness test to be performed using real smoke

GBP 156.26
1

X-ES LED 3 Hour Maintained Self Test Exit Box

X-ES LED 3 Hour Maintained Self Test Exit Box

X-ES LED 3 Hour Maintained Self Test Exit BoxThe X-ES Light is a general purpose LED wall mounted emergency escape route sign.Comprising a white stove-enamelled zintec-coated sheet steel base and fitted with a self-extinguishing legend panel the X-ES Light is designed for use on escape routes. It conforms to the 850C hot-wire test as defined by ICEL.The X-ES Light has cable knockouts which are provided in the sides and the top.Key FeaturesIP20 Interior UseEscape Route SignHigh Output LED Light SourceChoice of LegendColour Options and Brass or Chrome VersionsSelf-Contained34m Viewing Distance

GBP 111.49
1

Cooper CZMU352-IS Zone Monitor Unit Intrinsically Safe

Cooper CZMU352-IS Zone Monitor Unit Intrinsically Safe

Cooper CZMU352-IS Zone Monitor Unit Intrinsically SafeIntrinsic safety refers to equipment and wiring that is inherently safe i.e. a system with energy level so low they cannot cause an explosion. A purpose designed range of intrinsically safe configured interfaces are available to complement the standard range of Eaton products. When paired with the MTL5561 Opto-Isolated barrier the CZMU352-IS connects a zone of suitable Eaton conventional detectors and a separate zone of conventional call points if required.Key FeaturesATEX compliantSoft addressedIntegral short circuit isolatorSingle addressAccepts a zone of Eaton conventional detectorsInput monitored for open short circuit and earth contact faultsQuick and simple to installNo hard addressing required Plug and playEasy to expand a system using existing wiring

GBP 132.55
1

Ziton DMN700E-IS Intrinsically Safe Manual Outdoor Call Point

Ziton DMN700E-IS Intrinsically Safe Manual Outdoor Call Point

Ziton DMN700E-IS Intrinsically Safe Manual Outdoor Call PointThe DMN700E-IS is an Intrinsically safe MCP designed for applications where an ingress protection rating up to IP67 is required. It comes with snap on connections which ensure ease of installation and maintenance. Assembly of the unit is also made easy with a simple snap on fit and 4 screws to secure the unit. Installation time and ultimately cost are of paramount importance. The MCP range directly reflects this need by providing a unique plug and play concept designed specifically to reduce installation time.All new MCP products utilise a special terminal block where all initial installation cabling is terminated. This terminal block is then simply connected to the back of the MCP. Simplebut effective with no re-termination required and no time wasted. Through new standards and legislation both glass and re-settable operating elements may be used. To provide the greatest flex-ability the new MCP range can be configured as either break glass or re-settable unit by simply changing from one element to another. No other additional parts or alternative products are required. Full compliance with the latest standards is essential and the new MCP outdoor call point range is approved to the latest EN54-11 standard.FeaturesEasy to installWith break glass or resettable elementEasy to replace glassHigh quality micro switchIP67 ratedEN54-11 CPD approved

GBP 129.38
1

Testifire TESTIFIRE25-001 Spare Remote

Testifire TESTIFIRE25-001 Spare Remote

Testifire TESTIFIRE25-001 Spare RemoteGeneration of test stimuli starts when Testifire is positioned over a detector and the infrared beam within the transparent cup is interrupted. Certain detectors such as those with virtual chambers have no physical features to cause stimuli generation to start. The Optional Testifire 25 Infrared Remote Control can be used to initiate the test procedure in such situations.The Remote control is operated by aiming the LED towards Testifire when it is at height and the control button is used to startstop a test andor move on to the next test in the sequence.

GBP 139.67
1

SAS RED2092 Single Reset Infrared Unit

SAS RED2092 Single Reset Infrared Unit

SAS RED2092 Single Reset Infrared UnitThe original transmitters from SAS. The RED2081 alarm transmitter is battery operated and incorporates a red alarm button and a clothing clip with pull activation for emergency calls. It can be tested using our RED2501 test station.The RED2092 is a reset transmitter. It has a blue reset signal button and a clothing clip with pull activation for emergency calls.The RED208T is a test transmitter. It has a white button and is used by staff to periodically test the infra-red receivers. Activating the transmitter in the vicinity of a receiver causes its LED to flash proving that it is working correctly.

GBP 97.20
1

SAS RED2081 Single Alarm Infrared Unit

SAS RED2081 Single Alarm Infrared Unit

SAS RED2081 Single Alarm Infrared UnitThe original transmitters from SAS. The RED2081 alarm transmitter is battery operated and incorporates a red alarm button and a clothing clip with pull activation for emergency calls. It can be tested using our RED2501 test station.The RED2092 is a reset transmitter. It has a blue reset signal button and a clothing clip with pull activation for emergence calls.The RED208T is a test transmitter. It has a white button and is used by staff to periodically test the infra-red receivers. Activating the transmitter in the vicinity of a receiver causes its LED to flash proving that it is working correctly.

GBP 97.20
1

Klaxon TCC-0001 Ex IS Sounder 24vDc Red

Klaxon TCC-0001 Ex IS Sounder 24vDc Red

Klaxon TCC-0001 Ex IS Sounder 24vDc RedThe IS electronic sounder has been approved for use in potentially explosive atmospheres for Group I Mining Group II Above Ground applications and incorporates a high Ingress Protected IP66 enclosure.The sounder unit incorporates a two stage alarm option and has a total of 32 selectable tones selectable via a dip switch on the PCB and produces up to 105dB at 1 Meter.A specially designed time saver base enables quick and easy installation of this unit with no extra cabling to be made to the head of the unitConnections are made to the base during the initial wiring phase which results in a faster more reliable installation. The sounder head simply twists clicks into the pre-fixed base on commissioning avoiding any additional wiring connections.This unit must be used in conjunction with an approved Zener Barrier or Galvanic Isolator. The characteristics should not exceed Uo 28v Io 93mA Po 660mW Ci 0 Li 0. The minimum value of Uo should not drop below 23.6v and the minimum value of Io should not drop below 50mA.Key FeaturesApproved by ATEX IECExGroup I MI Ex ia I MaGroup II IGD Ex ia IIC T6 Ga Ex ia IIIC T85C DaZones 0 1 2 20 21 22Conforms to EN 60079-02012 All2013 IEC 60079-02011EN-60079-112012 IEC 60079-112011Diode Polarised End of line resistor compatibleWhite base version available MOQ applyDustproof WeatherproofCertification ATEX EMT17ATEX0011X IECEx EMT 17.0004XSounder 2 Stage alarm with 32 Selectable tonesBeacon 9 SMT LEDs with either 1 Hz flash rate or static constantly ON modeIP Rating IP66 Construction Flame Retardant PolycarbonateOperating Temp -40C to 55C Humidity 90 at 20CCable Entries 3 x M20 Weight 0.33kgColour Red

GBP 150.04
1

C-Tec Moflash EX Red Intrinsically Safe Sounder IS-S-02

C-Tec Moflash EX Red Intrinsically Safe Sounder IS-S-02

C-Tec Moflash EX Red Intrinsically Safe Sounder IS-S-02The IS electronic sounder has been approved for use in potentially explosive atmospheres for Group I Mining Group II Above Ground applications and incorporates a high Ingress Protected IP66 enclosure.This range is suitable for Fire Security Process Control and general signalling applications. The sounder unit incorporates a Two stage alarm option and has a total of 32 selectable tones selectable via a dip switch on the PCB and produces up to 105dB at 1 Meter.A specially designed time saver base enables quick and easy installation of this unit with no extra cabling to be made to the head of the unit. Connections are made to the base during the initial wiring phase which results in a faster more reliable installation.The sounder head simply twists clicks into the pre-fixed base on commissioning avoiding any additional wiring connections. Further details can be found on the installation sheet This unit must be used in conjunction with an approved Zener Barrier or Galvanic Isolator.Key FeaturesZones 0 1 2 20 21 and 22 ATEX and IECEx approvedIP66 ratedSurface MountPolycarbonate housing material

GBP 151.30
1

Kidde KE-DM3010RS27-IP Intelligent Addressable Manual Call Point - Weatherproof - English - Red

Kidde KE-DM3010RS27-IP Intelligent Addressable Manual Call Point - Weatherproof - English - Red

Kidde KE-DM3010RS27-IP Intelligent Addressable Manual Call Point - Weatherproof - English - RedThe KE-DM3000 Series is an intelligent range of addressable Excellence Series manual call points. The KE-DM3010RS27-IP is a weatherproof red single action MCP with a House-on-Fire and FIRE functional indication. It is delivered complete with resettable element test connector and test key. Multiple optional accessories are available to facilitate most in- and outdoor installation requirements.AestheticsThis weatherproof single action MCP is a standard profile MCP suitable for surface mount installations. It is supplied with a colour matched weatherproof back box. With its designer dual tricolour LEDs it offers 180 clear local indication of its operational status even from a side view. The clean face of the MCP is further enhanced by a front access test key facility.Installation maintenance friendlyThe front facing access for an aesthetically matching test key allows unhindered access regardless of the installation location. The MCP key doubles as a test and disassembly tool allowing removal of the MCP front cover without the need for additional tools.CompatibilityThe KE-DM3000 range may be used on all Kidde Excellence Series fire systems and are also compatible with legacy Aritech fire systems. They can in many cases be deployed into existing systems without CIE configuration changes.

GBP 154.30
1

Global Fire VOX-A-VULCAN2-S VULCAN 2 Addressable Base Voice Sounder - White

Global Fire VOX-A-VULCAN2-S VULCAN 2 Addressable Base Voice Sounder - White

Global Fire VOX-A-VULCAN2-S VULCAN 2 Addressable Base Voice Sounder - WhiteThe VULCAN 2 VOX A is a ceiling mounted Addressable Voice Sounder which is available in either Red or White housings. Normally the VULCAN 2 VOX will be used in conjunction with a detector however a lid is available as an option. Up to 32 individually addressed sounders can be installed per loop occupying an address in the range 94 to 125. It can also be configured as shadow mode.With message selection directly programmable via the standard sounder programming of the JUNIOR and JUNO-NET panels the VULCAN 2 VOX A can broadcast up to 5 differentiated pre-loaded messages Alert Fire Evacuation Test and a Silence Message. The desired messages can be downloaded from proprietary recording PC application via a standard USB interface. This product is exclusively loop powered and controlled.

GBP 108.48
1