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Notifier VIEW High Sensitivity Addressable IR Smoke Detector NFXI-VIEW

Notifier VIEW High Sensitivity Addressable IR Smoke Detector NFXI-VIEW

Notifier VIEW High Sensitivity Addressable IR Smoke Detector NFXI-VIEWThe VIEW high sensitivity high gain amplifier based intelligent smoke sensor is a unique offering from NOTIFIER that provides extremely high sensitivity to fire conditions by detecting the earliest particles of combustion. This is achieved by combining a patented optical chamber with advanced high power output IR LED diode and precision optics technology which is matched with a unique superior high gain IR receiver amplifier enhancing the sensitivity of the device. The chamber is supported by sophisticated processing circuitry and microprocessors that feature smoothing-filter algorithms to help eliminate transient environmental noise conditions and reduce nuisance alarms.The advanced detection capabilities are combined with enhanced AWACS algorithms in the NOTIFIER fire control panel. The result is a very sensitive but stable system that can achieve 0.06 to 6.41 m obscuration sensitivity providing up to 100 times more sensitivity than a standard photoelectric smoke sensor. In addition the light beam and algorithms allow the system to differentiate between dust and smoke particles.Using these algorithms the VIEW system provides drift compensation three levels of maintenance alert selection of nine alarm levels and nine pre-alarm levels. The system includes a self-learn sensitivity adjustment to set the prealarm level just above the peak levels sensed over extended periods for each sensors actual environment. Multiple sensor algorithms permit the control equipment to consider readings from up to six sensors in an area to provide faster detection of incipient fires.Using a point type intelligent sensor the VIEW system inherently does not have transit times from sensing points to a detector a factor inherent in aspiration systems delaying the sensing of a fire condition and since it does not rely on a single sensor for the room no dilution can occur. A point sensor also enables the control panel to provide the operator with a pinpoint description of where the fire is located rather than a room alarm.Key FeaturesExtremely high sensitivity high power output IR LED and high gain IR receiver amplifier based smoke sensorImproved signal stability using the latest LED technology for professional applicationsRedesigned smoke chamber to further reduce the risk of false alarms3-colour LEDs to locate alarms and speed up diagnostics and fault findingIntegrated and controlled isolatorsSupport for the latest OPAL protocol which offers superior performance and diagnostics capabilitiesFull backward compatibility with existing systemsRotary decade address switches

GBP 377.21
1

Notifier S300PTU Programming Test Unit for PhD Detectors

Notifier S300PTU Programming Test Unit for PhD Detectors

Notifier S300PTU Programming Test Unit for PhD DetectorsThe S300PTU is a hand-held Programming Test Unit for use with the PhD range of conventional detectors.Communication is achieved via an LED and opto-diode built in to the S300PTU for close range communication. This allows direct communication via the detector LED indicator.Key FeaturesLED and opto-diode built inDesigned for use with the PhD range of conventional detectors

GBP 361.80
1

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

Patol 5000 Series IR Heat Wand Test Equipment

Patol 5000 Series IR Heat Wand Test Equipment

Patol 5000 Series IR Heat Wand Test EquipmentPatols Infrared heat wand is used to test and commission the 5000 series sensors. The wand uses a rapid controllable thermal energy that provides no visible sign of heat by producing black body Infrared emissions.The Patol wand is passed underneath the detectors field of view triggering an alarm. It comes complete with a metal cage to protect users and surfaces.Key FeaturesDiameter 95mm Heating ElementTemperature Approx. 350CVoltage 230VacPlug 3 pin GB plug

GBP 235.63
1

Patol 700-519 Digital EOL Terminator Box without Test Switch Stainless Steel

Patol 700-519 Digital EOL Terminator Box without Test Switch Stainless Steel

Patol 700-519 Digital EOL Terminator Box without Test Switch Stainless SteelAn End of Line terminator box with test facility for use with the Patol DIM digital LHDC monitors.The Patol End Of Line EOL junction boxes are designed to terminate either Analogue and Digital LHDC. The EOL unit provides fault monitoring on the cable.Digital EOLs monitor for open circuit faults.Key FeaturesStainless steelIP Rating IP65

GBP 415.30
1

Patol 700-520 Digital EOL Terminator Box without Test Switch Stainless Steel

Patol 700-520 Digital EOL Terminator Box without Test Switch Stainless Steel

Patol 700-520 Digital EOL Terminator Box without Test Switch Stainless SteelAn End of Line terminator box without test facility for use with the Patol DIM digital LHDC monitors.The Patol End Of Line EOL junction boxes are designed to terminate either Analogue and Digital LHDC. The EOL unit provides fault monitoring on the cable.Digital EOLs monitor for open circuit faults.Key FeaturesStainless steelIP Rating IP65

GBP 415.30
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

Patol 700-514 Digital EOL Terminator Box with Test to suit DIM - Cast Aluminium

Patol 700-514 Digital EOL Terminator Box with Test to suit DIM - Cast Aluminium

Patol 700-514 Digital EOL Terminator Box with Test to suit DIM - Cast AluminiumAn End of Line terminator box with test facility for use with the Patol DIM digital LHDC monitors.The Patol End Of Line EOL junction boxes are designed to terminate either Analogue and Digital LHDC.The EOL unit provides fault monitoring on the cable. Analogue EOL units can monitor for both open and closed circuit faults. Digital EOLs monitor for open circuit faults.Key FeaturesCast aluminiumIP Rating IP66

GBP 362.64
1

Patol 700-513 Digital EOL Terminator Box with Test to Suit DDL - Cast Aluminium

Patol 700-513 Digital EOL Terminator Box with Test to Suit DDL - Cast Aluminium

Patol 700-513 Digital EOL Terminator Box with Test to Suit DDL - Cast AluminiumAn End of Line terminator box with test facility for use with the Patol DDL digital LHDC monitors.The Patol End Of Line EOL junction boxes are designed to terminate either Analogue and Digital LHDC. The EOL unit provides fault monitoring on the cable.Analogue EOL units can monitor for both open and closed circuit faults. Digital EOLs monitor for open circuit faults.Key FeaturesCast aluminiumIP Rating IP66

GBP 362.64
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-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