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SAS RED2096RF Radio Curo Reset Unit

SAS RED2096RF Radio Curo Reset Unit

SAS RED2096RF Radio Curo Reset UnitThe RED2096RF is a Radio Curo Reset Unit.This transmitter is used to cancel the alarm calls at their origin. This important feature means that all calls must be dealt with by visiting the source of the activation. The person carrying this transmitter always has the option of pulling it away from its clothing clip and activating an urgent alarm call. The same function and battery tests are in-built as the alarm transmitter above for peace of mind.

GBP 153.90
1

X-ESC LED 3 Hour Maintained Self Testing Curved Exit Sign

X-ESC LED 3 Hour Maintained Self Testing Curved Exit Sign

X-ESC LED 3 Hour Maintained Self Testing Curved Exit SignThe X-ESC Light is an attractively designed wall mounted emergency escape route sign. The convex front and perforated down light section make for an eye-catching alternative. With additional self-testing features to ensure that routine monthly and yearly tests are never missed.Comprising a white stove-enamelled zintec-coated sheet steel base and fitted with a self-extinguishing legend panel the ESS Light is designed for use on escape routes and final exits. It conforms to the 850C hot-wire test as defined by ICEL. The X-ESC Light has a 20mm cable knockout to the back. The X-ESC can be fitted with many different legends. With flexibility in mind theres a comprehensive choice of alternative finishes including any British Standard or RAL colour.Key FeaturesBright white LED light sourceIP20 interior useDual operating unitChrome and brass options availableDown light facilityRange of ISO 70102011 legends available30 M viewing distance

GBP 130.75
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

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-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

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-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

X-ESC LED 230v Mains Curved Exit Sign

X-ESC LED 230v Mains Curved Exit Sign

X-ESC LED 230v Mains Curved Exit SignThe X-ESC Light is an attractively designed wall mounted emergency escape route sign. The convex front and perforated down light section make for an eye-catching alternative. With additional self-testing features to ensure that routine monthly and yearly tests are never missed.Comprising a white stove-enamelled zintec-coated sheet steel base and fitted with a self-extinguishing legend panel the ESS Light is designed for use on escape routes and final exits. It conforms to the 850C hot-wire test as defined by ICEL. The X-ESC Light has a 20mm cable knockout to the back. The X-ESC can be fitted with many different legends. With flexibility in mind theres a comprehensive choice of alternative finishes including any British Standard or RAL colour.Key FeaturesBright white LED light sourceIP20 interior useDual operating unitChrome and brass options availableDown light facilityRange of ISO 70102011 legends available30 M viewing distancePlease Note although listed under Emergency Lighting this product is not an emergency light and should not be used as one. The product is only for use as a standard exit sign.

GBP 113.57
1

Ziton Software FiRe Server 2010-2SW-FS

Ziton Software FiRe Server 2010-2SW-FS

Ziton Software FiRe Server 2010-2SW-FSThe 2010-2 fire panels allow external connections via an SDK Software Development Kit as well as connections from mobile devices like iPhone iPad Android windows phones. The communication between the panel and the mobile devices is provided by the FiRe application server which allows setting up users configuring panel features handles the authentication and can act as a firewall for the connected clients. The communication between the FiRe server and mobile application is based on a modern RESTlessREST REpresentational State Transfer interface. The provided mobile application allows the basic functionality of checking system status and basic control. The additional features OMWT One Man Walk Test and output tests streamline the installation and maintenance process. The mobile application is available in 12 languages for easier installer usage and acceptance. The application is activated by use of a USB dongle to be installed on the server running the FiRe server application.Key FeaturesCheck status of the systemCheck and confirm notificationsCheck panel history event logBasic control reset soundsilence enabledisable devices show LED to find deviceOMWT One Man Walk TestOutput testCompatible with panels as of firmware version 3.5

GBP 107.90
1

Cooper Fulleon 7021111FUL-0003X Asserta AV Sounder Beacon - 24V - 110dB - Red Base - Red Lens

Cooper Fulleon 7021111FUL-0003X Asserta AV Sounder Beacon - 24V - 110dB - Red Base - Red Lens

Cooper Fulleon 7021111FUL-0003X Asserta AV Sounder Beacon - 24V - 110dB - Red Base - Red LensThe Asserta Industrial warning sounder beacon is designed to cope with harsh environments requiring protection to IP66.Design features are incorporated to ensure safe and easy installation while providing flexibility with fewer product variants.Asserta can also be easily programmed with switches inside the housing to produce a 3-stage alarm for controlled notification in challenging industrial applications.Its square sided design ABS housing and steel fastenings make the IP66 Asserta dependable in industrial environments. The 5 to 40-minute timeout function and ability to independently control the Xenon beacon give total alert control.EN54 is the mandatory European Standard for all components within a fire alarm system. In fact it has been adopted by countries around the world thanks to its stringent manufacturing quality audits and battery of laboratory product tests. You can bet your life that our EN54 certified products will alert when it matters most.Key FeaturesPowerful 110dBA output3 stage alarm and time out function42 alarm tonesAsymmetric beaconMaximum sound output for high noise environments3 levels of alarm for differing warning statesLarge range of tone optionsEfficient use of light reduces current while generating the same intensity as a 5j beacon

GBP 168.80
1

Cooper Fulleon 7021112FUL-0188X Asserta AV Sounder Beacon - 24V - 110dB - Red Base - Amber Lens

Cooper Fulleon 7021112FUL-0188X Asserta AV Sounder Beacon - 24V - 110dB - Red Base - Amber Lens

Cooper Fulleon 7021112FUL-0188X Asserta AV Sounder Beacon - 24V - 110dB - Red Base - Amber LensThe Asserta Industrial warning sounder beacon is designed to cope with harsh environments requiring protection to IP66.Design features are incorporated to ensure safe and easy installation while providing flexibility with fewer product variants.Asserta can also be easily programmed with switches inside the housing to produce a 3-stage alarm for controlled notification in challenging industrial applications.Its square sided design ABS housing and steel fastenings make the IP66 Asserta dependable in industrial environments. The 5 to 40-minute timeout function and ability to independently control the Xenon beacon give total alert control.EN54 is the mandatory European Standard for all components within a fire alarm system. In fact it has been adopted by countries around the world thanks to its stringent manufacturing quality audits and battery of laboratory product tests. You can bet your life that our EN54 certified products will alert when it matters most.Key FeaturesPowerful 110dBA output3 stage alarm and time out function42 alarm tonesAsymmetric beaconMaximum sound output for high noise environments3 levels of alarm for differing warning statesLarge range of tone optionsEfficient use of light reduces current while generating the same intensity as a 5j beacon

GBP 168.80
1

Carrier EST-P20P Sound Projector - 20W 100V Pending

Carrier EST-P20P Sound Projector - 20W 100V Pending

Carrier EST-P20P Sound Projector - 20W 100V PendingFire alarm EST-P20 EST-P20P loudspeakershave been designed and manufactured forthe most demanding customers as well asto meet the requirements of the most complex and sophisticated sound transmittingapplications. Thanks to the contribution ofadvanced technologies they combine excellent acoustic parameters and high aesthetics with resistance to mechanical damagesand varying weather conditions as well as lowprices. Their additional quality is an exceptionally quick and simpleinstallation.Quality standards and audio characteristics have been confirmed through tests andtrials in an anechoic chamber resistanceand integrity testing equipment as well aschambers for resistance to weather andair humidity testing. The need to maintainthe best acoustic parameters was the ideaunderlying the design process.EST-P loudspeaker models emitting thesound which features directional characteristic and high efficiency. 5-inch 2-cone wideband loudspeakers used in these series areexcellent alternative solution for horn-typeunits due to wide frequency band. Theyprove excellent in both musical and verbal applications. EST-P20 and EST-P20Ploudspeakers are enclosed in round casings made of extruded aluminium they feature a high class of protection from humidity.Thanks to directional characteristic of soundpropagation our loudspeakers are mostlyapplied on circulation routes and in widearea sound emission. Due to resistance toweather conditions the loudspeakers proveexcellent in industrial halls warehousesaswell as partly open spaces exposed tooutdoor weather conditions.Apart from high mechanical and functionalresistance EST-P loudspeakers entirelycomply with global requirements for systems including also the British StandardNo.BS5839 Part 8 and EN 54-24.Technical solutions applied in the designensure continuous operations of sound-transmitting line connected with the loudspeakereven in the case the latter is damaged orburnt as a result of fire. Thesaid protection iscomposed of ceramic blocks installed insidethe loudspeaker internal fireproof wiring andtemperature limit fuse. Two sound-transmission cable penetrations in the casing are insulated by means of two cable glands. Insidethe fire zone the loudspeaker is isolated fromthe entire line which ensures line continuity and uninterrupted broadcasting of emergency messages. Theindividual power rating is selected by means of connection withapplicable transformer branch.EST-P20P loudspeakers are designed for pendant mounting. They are equipped with an additional junction box enabling simple and quick speaker installation. They are used wherever the distance from ceiling mounted speaker is too large.

GBP 98.93
1

Aico Ei3024 230v 3000 Series Optical and Heat Multi-Sensor Fire Alarm

Aico Ei3024 230v 3000 Series Optical and Heat Multi-Sensor Fire Alarm

Aico Ei3024 230v 3000 Series Optical and Heat Multi-Sensor Fire AlarmThe Ei3024 Multi-Sensor Fire Alarm contains both Optical and Heat sensors to provide total fire coverage. Intelligent software allows it to detect all fire types TF1 to TF6 TF8 surpassing traditional single sensor Alarms. In addition the chamber design integrated insect screen and unique dust compensation algorithm reduce the risk of false alarms. The Ei3024 runs on 230V AC mains power. In the event of mains failure the 10 Year built in tamper-proof rechargeable lithium cells will provide back-up supply and continuous operation.The Ei3024 contains AudioLINK technology which allows you to extract real time data from the alarm directly to a smartphone or tablet via the AudioLINK App. The memory feature allows an alarm that has previously activated to be easily identified through the red flashing LED. The Ei3024 self tests its sensors battery and internal circuitry every 48 seconds. Any fault condition found will be indicated by a combination of yellow LED flashes andor audible beeps.The Ei3024 is fitted with a large central Test Silence button to facilitate frequent testing of the alarm and system. The silence function allows the alarm system to be silenced in the case of a false nuisance alarm and low battery fault beeps. SmartLINK compatible - plug in an Ei3000MRF module for wireless interconnection data extraction and real-time notifications of alarm activations and events via the SmartLINK Gateway and Portal.Key FeaturesSensor Types Optical Thermistor10 year lifeEasi-fit baseDust compensation unique self-monitoring mechanismAudioLINK data extraction technologyCompatible with other Aico mains powered unitsAdd an Ei3000MRF module for wireless interconnection and data extractionMains powered with 10 year rechargeable lithium cell back-upContains both an Optical and Heat sensor for a total fire responseSupply Voltage 230V AC 50HzPower Consumption 0.25W standbyBattery Back-up Rechargeable lithium cellsSound Level 85dBA at 3mButton Test Checks sensors electronics and sounderSilence Function Silences alarm for 10 minutesSilence Function Silences fault beeps for 12 hoursAudioLINK EnabledSmartLINK Compatible via the Ei3000MRF ModuleIndicator LEDS Green power. Red alarm silence mode memory. Yellow fault eventMemory Records last alarm eventFixing easi-fit base suppliedOperating Temperature -10C to 40CHumidity Range 15 to 95 relative humidityPlastic Material UL 94 V0 flame retardantDimensions Product 150mm x 66mmDimensions Boxed 180mm x 155mm x 70mmWeight 346g product only 412g boxedGuarantee 5 years

GBP 95.08
1

Aico EI3028 Series Heat amp Carbon Monoxide Multi-Sensor Fire Alarm

Aico EI3028 Series Heat amp Carbon Monoxide Multi-Sensor Fire Alarm

Aico EI3028 Series Heat Carbon Monoxide Multi-Sensor Fire AlarmThe Ei3028 is a Multi-Sensor Heat and Carbon Monoxide CO Alarm. It contains our proven fast acting Class A1 Thermistor sensor to detect fire as well as our proven electrochemical CO sensor to detect the presence of toxic levels of CO. This provides protection from both Fire and CO in one alarm. The Ei3028 runs on 230V AC mains power. In the event of mains failure the 10 Year built in tamper-proof rechargeable lithium cells will provide back-up supply and continuous operation.The Ei3028 contains AudioLINK technology which allows you to extract real time data from the alarm directly to a smartphone or tablet via the AudioLINK App. During an alarm Fire or CO indicators will flash on the Alarm to indicate what has been detected. There will also be a different alarm sound depending on what has triggered the alarm. The Ei3028 is fitted with a large Test Silence button to facilitate frequent testing of the alarm and system. The silence function allows the alarm system to be silenced in the case of a false nuisance alarms and low battery fault beeps.The Ei3028 self-tests its sensors battery and internal circuitry every 48 seconds. Any fault condition found will be indicated by a combination of yellow LED flashes andor audible beeps. SmartLINK compatible - plug in an Ei3000MRF module for wireless interconnection data extraction and real-time notifications of alarm activations and events via the SmartLINK Gateway and Portal.Key FeaturesSensor Type Thermistor Electrochemical CO10 year lifeEasi-fit baseHeat or CO indicator on alarm headAudioLINK data extraction technologyCompatible with other Aico mains powered unitsAdd and Ei3000MRF for wireless interconnection and data extractionMains powered with 10 year rechargeable lithium cell back-upContains both a Heat and Electrochemical CO sensor Heat and CO coverage in one alarmSupply Voltage 230V AC 50HzPower Consumption 0.25W standbyBattery Back-up Rechargeable lithium cellsSound Level 85dBA at 3mButton Test Checks sensors electronics LED displays and sounderSilence Function Silences alarm for 10 minutes if alarm is triggered by heat or once for 4 minutes in case of CO event.Silence Function Silences fault beeps for 12 hoursAudioLINK EnabledSmartLINK Compatible via the Ei3000MRF ModuleIndicator LEDS Green power. Red pre-alarm CO only alarm silence mode memory or battery event. Yellow fault eventMemory Records last alarm eventFixing easi-fit base suppliedOperating Temperature -10C to 35CHumidity Range 15 to 95 relative humidityPlastic Material UL 94 V0 flame retardantDimensions Product 150mm x 66mmDimensions Boxed 180mm x 155mm x 72mmWeight 318g product only 384g boxedGuarantee 5 years

GBP 117.24
1

Scorpion 25 Access Point SCORP25

Scorpion 25 Access Point SCORP25

Scorpion 25 Access Point SCORP25Scorpion is a universal functional test solution for hard-to-access point smoke detectors. Scorpion is permanently installed adjacent to the detector it is designed to test and can be fitted as a retrofit or as part of a new installation. The smoke test is then run from a convenient position whenever required. Scorpion activates smoke detectors ionization and optical photoelectric technologies from the worlds leading manufacturers. These include detectors used in smoke activated fire door closing systems. A Scorpion installation uses its own cabling - keeping it separate from the fire detection system.How does it workA Scorpion Head Unit is connected to an easily accessible Control Panel or Access Point which is where the Service Engineer interfaces with the Scorpion system. The Control Panel or Access Point can be positioned near the fire panel or control and indicating equipment allowing the Engineer to monitor both the smoke activation from the Scorpion as well as its effect on the detector.A Control Panel can control up to eight 8 Scorpion Head Units located up to 100 metres away depending on cable type used.An Engineers Portable Controller used in conjunction with an Access Point provides an alternative solution for sites with only a small number of hard-to-access detectors. In these cases each Scorpion Head Unit is permanently wired to an Access Point again located up to 100 metres away depending on cable type used.The system is powered and activated through the Control Panel or Engineers Portable Controller using a removable battery pack or battery baton leaving the system inert when not in use - preventing accidental or malicious activationFeaturesSmoke generation tailored for functional testing of point type smoke detectors Adjustable smoke time to suit characteristics of system under test clearing function enables quicker reset and reduced repeat alarmsTesting capacityIn excess of 240 tests of 15 seconds per Scorpion Head Unit Suitable detector types Optical photoelectric Ionization Appropriate Stimulus Benign particulate avoids material contamination Consistent repeatable stimulus from one test to the next Approved by world-leading detector manufacturersComplianceThe only way to activate hard-to-access smoke detectors in accordance with codes and standards and without the need to work in inaccessible situations True functional testing using stimulus with wide smoke particle size range and characteristics to activate different detector technologiesResolution of access issues avoids conflict with safety access and security rulesPedigree Approvals Scorpion is designed and manufactured by the worlds leading and only ISO 9001 registered specialist manufacturer of fire detector test equipment.

GBP 136.62
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Carrier ABT-P20 Sound Projector Speaker - 20W - 100V

Carrier ABT-P20 Sound Projector Speaker - 20W - 100V

Carrier ABT-P20 Sound Projector Speaker - 20W - 100VFire alarm ABT-P20 ABT-P20P loudspeakers have been designed and manufactured for the most demanding customers as well as to meet the requirements of the most complex and sophisticated sound transmitting applications. Thanks to the contribution of advanced technologies they combine excellent acoustic parameters and high aesthetics with resistance to mechanical damages and varying weather conditions as well as low prices. Their additional quality is an exceptionally quick and simple installation. Quality standards and audio characteristics have been confirmed through tests and trials in an anechoic chamber resistance and integrity testing equipment as well as chambers for resistance to weather and air humidity testing.The need to maintain the best acoustic parameters was the idea underlying the design process. ABT-P loudspeaker models emitting the sound which features directional characteristic and high efficiency. 5-inch 2-cone wide band loudspeakers used in these series are excellent alternative solution for horn-type units due to wide frequency band. They prove excellent in both musical and verbal applications. ABTP20 and ABT-P20P loudspeakers are enclosed in round casings made of extruded aluminium they feature a high class of protection from humidity. Thanks to directional characteristic of sound propagation our loudspeakers are mostly applied on circulation routes and in wide area sound emission.Due to resistance to weather conditions the loudspeakers prove excellent in industrial halls warehouses as well as partly open spaces exposed to outdoor weather conditions. Apart from high mechanical and functional resistance ABT-P loudspeakers entirely comply with global requirements for systems including also the British Standard No. BS5839 Part 8 and EN 54-24. Technical solutions applied in the design ensure continuous operations of sound-transmitting line connected with the loudspeaker even in the case the latter is damaged or burnt as a result of fire. The said protection is composed of ceramic blocks installed inside the loudspeaker internal fireproof wiring and temperature limit fuse. Two sound-transmission cable penetrations in the casing are insulated by means of two cable glands.Inside the fire zone the loudspeaker is isolated from the entire line which ensures line continuity and uninterrupted broadcasting of emergency messages. The individual power rating is selected by means of connection with applicable transformer branch. ABT-P loudspeakers are designed for continuous operations at rated parameters for at least 100 hours in compliance with the IEC-268-5 Standard. ABT-P20P loudspeakers are designed for pendant mounting. They are equipped with an additional junction box enabling simple and quick speaker installation. They are used wherever the distance from ceiling mounted speaker is too large.Key FeaturesCompliance with EN 54-24Compliance with BS5839-8 standard thermal protectionIdeal for ceiling or wall installationDesigned to achieve directional characteristic of sound emissionHigh sound quality

GBP 90.96
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Aritech ABT-T2430 Fire Horn Speaker - Power 30W 100V

Aritech ABT-T2430 Fire Horn Speaker - Power 30W 100V

Aritech ABT-T2430 Fire Horn Speaker - Power 30W 100VHorn-type fire alarm EST-T loudspeakers are designed for either simple or most complex and sophisticated sound-transmitting applications. They combine excellent acoustic parameters and high aesthetics with resistance to mechanical damages and varying weather conditions as well as simple assembling and low price. Quality standards and audio characteristics have been confirmed through tests and trials employing echo-proof chamber resistance and integrity testing equipment as well as chambers for resistance to weather and air humidity testing.The EST-T series comprises highly efficient loudspeakers which produce sounds featuring directional characteristics and operate in any atmospheric conditions A B C environmental type. Thanks to their balanced frequency band they guarantee high understanding of verbal communication. Furthermore they can transmit musical background. Their casings are made of ABS UL94V0 a synthetic material featuring high resistance to mechanical damages and self-extinguishing properties. Loudspeakers are perfectly protected from dust and humidity IP66. The assembling jig ensures adjusting the inclination for the optimum coverage of the area of communications.EST-T loudspeakers are applied on circulation routes and inside the rooms with high after-sound as well as in widespread outdoor area broadcasting. They are unparalleled on sport sites at swimming pools in expo and industrial halls warehouses open and underground car parks and in open areas such as e.g. stadiums parks etc.EST-T loudspeakers entirely comply with global requirements concerning evacuation systems including the standards such as BS5839 Part 8 and EN 54-24. They have been certified for product compliance and acceptance by ITB. Ceramic blocks internal flame-resistant wiring and temperature limit fuses protect the broadcasting line from short-circuits or breaks and ensure continuous operations even in case of fire-produced damages or burns. The loudspeaker located in the zone of fire is isolated from the sound-transmitting line.A special design eliminates the risk of fall of any of its burnt components which ensures safe fire escape process. This feature has been confirmed by means of the most rigorous testing under the temperature of 822C ambient temperature.Our EST-T loudspeaker offer comprises three power rating models i.e. 10 W 15 W and 30 W. The individual rated power is selected by means of connection with applicable transformer branch. All the EST-T loudspeakers are designed so as to ensure continuous operations at rated parameters for at least 100 hours consistent with IEC-268-5 Standard.In spite of the fact our loudspeakers are designed for the highest reliability under fire conditions they can be also used in any and all public address systems.Key FeaturesDirectional characteristic of sound emission and the highest verbal communication understandingHigh efficiency EST-T2215 104 dB 1 WAll the working environments A B and CWall and ceiling installationProtection from dust and humidity IP66 ratingTwo cable penetrations insulated by means of impedance coilsCasing made of self-extinguishing ABS UL94V0 plastic with steel assembling jigTest at the temperature of 822C ambient temperature100 line protection from short-circuit and break in fire conditions

GBP 96.79
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