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PROBE TEST Heat Probe Testing Tool 120W

PROBE TEST Heat Probe Testing Tool 120W

PROBE TEST Heat Probe Testing ToolProbe-Test is an alternative to a gas torch or heat gun for testing Probe type Point Heat Detectors. Its advantages are particularly relevant when working in conditions where naked flame or exposed heating elements is unsafe or inconvenient. For example in roof spaces under floor spaces close to special wall or ceiling finishes. The heads reach a working maximum temperature of 520 Degrees Celsius.Key FeaturesHigh Power 120WNo Naked FlamesTests in SecondsTemperature ControlledFull Instructions IncludedThe heads reach a working maximum temperature of 520 Degrees Celsius.Available in 120v although lead times may be longer. Please Contact Us for more information.InstructionsThese instructions should be carefully followed each time the Probe-Test is used. Instructions using standard Point Type Heat Probes e.g. Fenwal Tyco Olsen T54B etc.Select appropriate heads for the diameter of detector probe shaft e.g. .Slide the heads onto the shaft until they bottom out. It is important that the heads do not slide easily off the shaft.Place Probe-Tester in a safe location. Switch ON at mains the indicator will glow Amber. Allow approximately 4 minutes to attain full working temperature.Position the two heated heads on the Probe-Test over the Heat Probe to be tested approximately 20mm from the end of the probe. Grip the handles firmly ensuring the heads remains at 90 degrees to the probe. Hold until the Heat Probe Detector actives.Remove Probe-Test from the Detector unplug from the mains and allow the Probe-Tester to cool.

GBP 210.00
1

X-HR LED 3 Hour Maintained Self Testing Weatherproof Diecast Luminaire

X-SR LED 3 Hour Maintained Self Testing Anti-Ligature Luminaire

Ringtail X-MPDB3MWSST LED Maintained Self-Testing White Suspended Blade Sign

X-MP LED 3 Hour Maintained Self-Testing Hanging Blade Exit Sign

Solo 330 Aerosol Smoke and CO Dispenser

Vimpex SL-FT-EOL-EN Signaline EN 2 Zone EOL Enclosure

Gent S4T-720-V-VAD-HPR S4 SELF TEST Heat Sensor amp Voice Sounder amp High Power Red VAD

Gent S4T-720-V-VAD-HPR S4 SELF TEST Heat Sensor amp Voice Sounder amp High Power Red VAD

Gent S4T-720-V-VAD-HPR S4 SELF TEST Heat Sensor Voice Sounder High Power Red VADThis device has a new IP21 external moulding new detector chamber design anda dual microprocessor PCB. This design delivers even better smoke detection andvoice storage capacity. In addition the award-winning Self-Test feature allows boththe 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 Available in a large range of multi-sensorPart-23 VAD and sounder voice options. Enables discrete functional testing andvisual inspection of the fire alarm systemby reducing the engineer toolset to justa mobile device phone or tablet. Nomore impact on building occupiers. Tests both the heat and smokesensors by heating the thermistorand introducing small amounts ofsmoke into the detection chamber. Gently blows the smoke out of thedetection chamber and smoke entrypoints to ensure they are not blocked. Flexible testing options allow the engineerto test in different ways single devicedetection zone loops panels. Allows up to 6 devices to be tested atonce per loop and any number of loopscan be tested simultaneously makingthe functional testing incredibly fast. Device testing is fast enough to allowup to 4 functional tests to be performedper year for the lifespan of the device. Eliminates all access issues whendetector testing ensuring 100functional testing is achieved. Allows the system to remain active whilsttesting as each detector is only offline for60 seconds and outputs are not generated. Any fires detected outside of thedevices performing Self-Test will stopthe Self-Test process and operatethe fire systems Cause Effect. Allows the engineer to easily locatethe detector using the App and BLEto check the device number labelzone description and detector type. Allows simple device updates tobe performed through the Appincluding the correction of inaccuratedevice labels and loop mapping. The app and BLE handshakeverifies that the engineer has beenwithin visual inspection range. Optional Inspection prompt LEDs onthe device let the engineer know whatSelf-Test devices need to be visuallyinspected and will automatically turn offwhen the visual inspection is complete. Engineers can spend more time digitallycapturing non-compliance issues andadvising how to resolve them. Thisincludes any issues causing false alarms. Test Fire LED option in the App allowsthe fire LED to be tested a pendingBS5839-1 testing requirement. Thisfeature can additionally confirm thatthey are inspecting the correct device. The CLSS App allows the engineerto simulate a fire and test theCause Effect logic. The CLSS App also allows theCause Effect to be triggeredthrough a successful Self-Testoperation allowing a witness test tobe performed using real smoke.

GBP 189.40
1

Gent S4T-711-V-VAD-HPR S4 SELF TEST Dual Optical Heat Sensor amp Voice Sounder amp High Power Red

Gent S4T-711-V-VAD-HPR S4 SELF TEST Dual Optical Heat Sensor amp Voice Sounder amp High Power Red

Gent S4T-711-V-VAD-HPR S4 SELF TEST Dual Optical Heat Sensor Voice Sounder High Power RedThis device has a new IP21 external moulding new detector chamber design anda dual microprocessor PCB. This design delivers even better smoke detection andvoice storage capacity. In addition the award-winning Self-Test feature allows boththe 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 Available in a large range of multi-sensorPart-23 VAD and sounder voice options. Enables discrete functional testing andvisual inspection of the fire alarm systemby reducing the engineer toolset to justa mobile device phone or tablet. Nomore impact on building occupiers. Tests both the heat and smokesensors by heating the thermistorand introducing small amounts ofsmoke into the detection chamber. Gently blows the smoke out of thedetection chamber and smoke entrypoints to ensure they are not blocked. Flexible testing options allow the engineerto test in different ways single devicedetection zone loops panels. Allows up to 6 devices to be tested atonce per loop and any number of loopscan be tested simultaneously makingthe functional testing incredibly fast. Device testing is fast enough to allowup to 4 functional tests to be performedper year for the lifespan of the device. Eliminates all access issues whendetector testing ensuring 100functional testing is achieved. Allows the system to remain active whilsttesting as each detector is only offline for60 seconds and outputs are not generated. Any fires detected outside of thedevices performing Self-Test will stopthe Self-Test process and operatethe fire systems Cause Effect. Allows the engineer to easily locatethe detector using the App and BLEto check the device number labelzone description and detector type. Allows simple device updates tobe performed through the Appincluding the correction of inaccuratedevice labels and loop mapping. The app and BLE handshakeverifies that the engineer has beenwithin visual inspection range. Optional Inspection prompt LEDs onthe device let the engineer know whatSelf-Test devices need to be visuallyinspected and will automatically turn offwhen the visual inspection is complete. Engineers can spend more time digitallycapturing non-compliance issues andadvising how to resolve them. Thisincludes any issues causing false alarms. Test Fire LED option in the App allowsthe fire LED to be tested a pendingBS5839-1 testing requirement. Thisfeature can additionally confirm thatthey are inspecting the correct device. The CLSS App allows the engineerto simulate a fire and test theCause Effect logic. The CLSS App also allows theCause Effect to be triggeredthrough a successful Self-Testoperation allowing a witness test tobe performed using real smoke.

GBP 235.25
1

Gent S4T-711-VAD-HPR S4 SELF TEST Dual Optical Heat Sensor amp High Power Red VAD

Gent S4T-711-VAD-HPR S4 SELF TEST Dual Optical Heat Sensor amp High Power Red VAD

Gent S4T-711-VAD-HPR S4 SELF TEST Dual Optical Heat Sensor High Power Red VADThis device has a new IP21 external moulding new detector chamber design anda dual microprocessor PCB. This design delivers even better smoke detection andvoice storage capacity. In addition the award-winning Self-Test feature allows boththe 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 Available in a large range of multi-sensorPart-23 VAD and sounder voice options. Enables discrete functional testing andvisual inspection of the fire alarm systemby reducing the engineer toolset to justa mobile device phone or tablet. Nomore impact on building occupiers. Tests both the heat and smokesensors by heating the thermistorand introducing small amounts ofsmoke into the detection chamber. Gently blows the smoke out of thedetection chamber and smoke entrypoints to ensure they are not blocked. Flexible testing options allow the engineerto test in different ways single devicedetection zone loops panels. Allows up to 6 devices to be tested atonce per loop and any number of loopscan be tested simultaneously makingthe functional testing incredibly fast. Device testing is fast enough to allowup to 4 functional tests to be performedper year for the lifespan of the device. Eliminates all access issues whendetector testing ensuring 100functional testing is achieved. Allows the system to remain active whilsttesting as each detector is only offline for60 seconds and outputs are not generated. Any fires detected outside of thedevices performing Self-Test will stopthe Self-Test process and operatethe fire systems Cause Effect. Allows the engineer to easily locatethe detector using the App and BLEto check the device number labelzone description and detector type. Allows simple device updates tobe performed through the Appincluding the correction of inaccuratedevice labels and loop mapping. The app and BLE handshakeverifies that the engineer has beenwithin visual inspection range. Optional Inspection prompt LEDs onthe device let the engineer know whatSelf-Test devices need to be visuallyinspected and will automatically turn offwhen the visual inspection is complete. Engineers can spend more time digitallycapturing non-compliance issues andadvising how to resolve them. Thisincludes any issues causing false alarms. Test Fire LED option in the App allowsthe fire LED to be tested a pendingBS5839-1 testing requirement. Thisfeature can additionally confirm thatthey are inspecting the correct device. The CLSS App allows the engineerto simulate a fire and test theCause Effect logic. The CLSS App also allows theCause Effect to be triggeredthrough a successful Self-Testoperation allowing a witness test tobe performed using real smoke.

GBP 192.79
1

Gent S4T-711-V S4 SELF TEST Dual Optical Heat Sensor amp Voice Sounder

Gent S4T-711-V S4 SELF TEST Dual Optical Heat Sensor amp Voice Sounder

Gent S4T-711-V S4 SELF TEST Dual Optical Heat Sensor Voice SounderThis device has a new IP21 external moulding new detector chamber design anda dual microprocessor PCB. This design delivers even better smoke detection andvoice storage capacity. In addition the award-winning Self-Test feature allows boththe 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 Available in a large range of multi-sensorPart-23 VAD and sounder voice options. Enables discrete functional testing andvisual inspection of the fire alarm systemby reducing the engineer toolset to justa mobile device phone or tablet. Nomore impact on building occupiers. Tests both the heat and smokesensors by heating the thermistorand introducing small amounts ofsmoke into the detection chamber. Gently blows the smoke out of thedetection chamber and smoke entrypoints to ensure they are not blocked. Flexible testing options allow the engineerto test in different ways single devicedetection zone loops panels. Allows up to 6 devices to be tested atonce per loop and any number of loopscan be tested simultaneously makingthe functional testing incredibly fast. Device testing is fast enough to allowup to 4 functional tests to be performedper year for the lifespan of the device. Eliminates all access issues whendetector testing ensuring 100functional testing is achieved. Allows the system to remain active whilsttesting as each detector is only offline for60 seconds and outputs are not generated. Any fires detected outside of thedevices performing Self-Test will stopthe Self-Test process and operatethe fire systems Cause Effect. Allows the engineer to easily locatethe detector using the App and BLEto check the device number labelzone description and detector type. Allows simple device updates tobe performed through the Appincluding the correction of inaccuratedevice labels and loop mapping. The app and BLE handshakeverifies that the engineer has beenwithin visual inspection range. Optional Inspection prompt LEDs onthe device let the engineer know whatSelf-Test devices need to be visuallyinspected and will automatically turn offwhen the visual inspection is complete. Engineers can spend more time digitallycapturing non-compliance issues andadvising how to resolve them. Thisincludes any issues causing false alarms. Test Fire LED option in the App allowsthe fire LED to be tested a pendingBS5839-1 testing requirement. Thisfeature can additionally confirm thatthey are inspecting the correct device. The CLSS App allows the engineerto simulate a fire and test theCause Effect logic. The CLSS App also allows theCause Effect to be triggeredthrough a successful Self-Testoperation allowing a witness test tobe performed using real smoke.

GBP 190.24
1

Gent S4TB-711-V-VAD-HPR S4 SELF TEST Black Dual Optical Heat Sensor amp Voice Sounder amp High Power Red VAD - Black

Gent S4TB-711-V-VAD-HPR S4 SELF TEST Black Dual Optical Heat Sensor amp Voice Sounder amp High Power Red VAD - Black

Gent S4TB-711-V-VAD-HPR S4 SELF TEST Black Dual Optical Heat Sensor Voice Sounder High Power Red VAD - BlackThis device has a new IP21 external moulding new detector chamber design anda dual microprocessor PCB. This design delivers even better smoke detection andvoice storage capacity. In addition the award-winning Self-Test feature allows boththe 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 Available in a large range of multi-sensorPart-23 VAD and sounder voice options. Enables discrete functional testing andvisual inspection of the fire alarm systemby reducing the engineer toolset to justa mobile device phone or tablet. Nomore impact on building occupiers. Tests both the heat and smokesensors by heating the thermistorand introducing small amounts ofsmoke into the detection chamber. Gently blows the smoke out of thedetection chamber and smoke entrypoints to ensure they are not blocked. Flexible testing options allow the engineerto test in different ways single devicedetection zone loops panels. Allows up to 6 devices to be tested atonce per loop and any number of loopscan be tested simultaneously makingthe functional testing incredibly fast. Device testing is fast enough to allowup to 4 functional tests to be performedper year for the lifespan of the device. Eliminates all access issues whendetector testing ensuring 100functional testing is achieved. Allows the system to remain active whilsttesting as each detector is only offline for60 seconds and outputs are not generated. Any fires detected outside of thedevices performing Self-Test will stopthe Self-Test process and operatethe fire systems Cause Effect. Allows the engineer to easily locatethe detector using the App and BLEto check the device number labelzone description and detector type. Allows simple device updates tobe performed through the Appincluding the correction of inaccuratedevice labels and loop mapping. The app and BLE handshakeverifies that the engineer has beenwithin visual inspection range. Optional Inspection prompt LEDs onthe device let the engineer know whatSelf-Test devices need to be visuallyinspected and will automatically turn offwhen the visual inspection is complete. Engineers can spend more time digitallycapturing non-compliance issues andadvising how to resolve them. Thisincludes any issues causing false alarms. Test Fire LED option in the App allowsthe fire LED to be tested a pendingBS5839-1 testing requirement. Thisfeature can additionally confirm thatthey are inspecting the correct device. The CLSS App allows the engineerto simulate a fire and test theCause Effect logic. The CLSS App also allows theCause Effect to be triggeredthrough a successful Self-Testoperation allowing a witness test tobe performed using real smoke.

GBP 319.33
1

Emergency Lighting X-MPC3MDALI LED Maintained DALI Ceiling Mounted Exit Sign - Down

C-Tec FPROSG Calibrated Audio Signal Generator

Advanced CNLEDM3AR Cine-LED Escape Sign Wall Mount Non-Addressable Maintained Single Sided - EC Arrow Right

Advanced CNLEDNM3AR Cine-LED Escape Sign Wall Mount Non-Addressable Non-Maintained Single Sided - EC Arrow Right

Advanced CNLEDNM3AU Cine-LED Escape Sign Wall Mount Non-Addressable Non-Maintained Single Sided - EC Arrow Up

Advanced CNLEDNM3AL Cine-LED Escape Sign Wall Mount Non-Addressable Non-Maintained Single Sided - EC Arrow Left

Advanced CNLEDM3AL Cine-LED Escape Sign Wall Mount Non-Addressable Maintained Single Sided - EC Arrow Left

Advanced CNLEDM3AD Cine-LED Escape Sign Wall Mount Non-Addressable Maintained Single Sided - EC Arrow Down

Advanced CNLEDNM3AD Cine-LED Escape Sign Wall Mount Non-Addressable Non-Maintained Single Sided - EC Arrow Down

Advanced CNLEDM3AU Cine-LED Escape Sign Wall Mount Non-Addressable Maintained Single Sided - EC Arrow Up

Advanced Lux Intelligent ELS8M3P-HRLAU Exi-Lite 8W Maintained SS Addressable cw relay Arrow Up

Advanced Lux Intelligent ELS8M3P-HRLAU Exi-Lite 8W Maintained SS Addressable cw relay Arrow Up

Advanced Lux Intelligent ELS8M3P-HRLAU Exi-Lite 8W Maintained SS Addressable cw relay Arrow UpThe Exi-Lite is a robust exit direction luminaire. The design of the luminaire provides viewing distances of 36 Metres whilst the high 180 Lumens output ensures good visibility. The standard luminaire is supplied in a white epoxy coated steel enclosure coming complete with a printed opal polycarbonate legend. The luminaire also provides good visibility with the addition an opal panel across the bottom of the luminaire ensuring maximum light levels in the event of an emergency.More decorative finishes are available in both chrome and brass whilst the exit legends are available in both EC and ISO formats.Operation The Exi-Lite is available in maintained and non-maintained versions providing a full three hours of operation in the event of the local lighting circuit failing. The luminaire can be supplied in other supply voltage variations and is also suitable for use with hold off relays.Installation The Exi-Lite comes with a back BESA entry on the single sided and on the top on the double-sided variants. The luminaire fully complies with the requirements of EN60598.2.22 and supports all the features of the Lux Intelligent emergency lighting testing panels.Key FeaturesExcellent 36-metre viewing distancesRobust design with a choice of superior finishesFully complies with EN60598.2.22Supports all the features of the Lux Intelligent range of testing panels

GBP 330.38
1

Advanced Lux Intelligent ELS8M3P-HRLAR Exi-Lite 8W Maintained SS Addressable cw Relay Arrow Right

Advanced Lux Intelligent ELS8M3P-HRLAR Exi-Lite 8W Maintained SS Addressable cw Relay Arrow Right

Advanced Lux Intelligent ELS8M3P-HRLAR Exi-Lite 8W Maintained SS Addressable cw Relay Arrow RightThe Exi-Lite is a robust exit direction luminaire. The design of the luminaire provides viewing distances of 36 Metres whilst the high 180 Lumens output ensures good visibility. The standard luminaire is supplied in a white epoxy coated steel enclosure coming complete with a printed opal polycarbonate legend. The luminaire also provides good visibility with the addition an opal panel across the bottom of the luminaire ensuring maximum light levels in the event of an emergency.More decorative finishes are available in both chrome and brass whilst the exit legends are available in both EC and ISO formats.Operation The Exi-Lite is available in maintained and non-maintained versions providing a full three hours of operation in the event of the local lighting circuit failing. The luminaire can be supplied in other supply voltage variations and is also suitable for use with hold off relays.Installation The Exi-Lite comes with a back BESA entry on the single sided and on the top on the double-sided variants. The luminaire fully complies with the requirements of EN60598.2.22 and supports all the features of the Lux Intelligent emergency lighting testing panels.Key FeaturesExcellent 36-metre viewing distancesRobust design with a choice of superior finishesFully complies with EN60598.2.22Supports all the features of the Lux Intelligent range of testing panels

GBP 330.38
1