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Hawco 312-300 12quot 14 NPT Female Hexagonal Retaining Nut for Detect-A-Fire Heat Detectors Pack of 6

Pleasenote This product incurs additional shipping charges.Hawco 312-300 12 14 NPT Female Hexagonal RetainingNut for Detect-A-Fire Heat Detectors Pack of 6DETECT-A-FIRE D-A-F detectors are the heartof many fire protection systems. The highly reliable D-A-F has been thestandard for over 75 years. The D-A-F is used for signaling overheat or fireconditions. In most applications the D-A-F provides the initial heat sensingthat is used to activate suppression systems using clean agent CO2 inertgases wet or dry chemicals or water.D-A-F detectors are widely accepted because they aredesigned with rate compensation. This provides a unique advantage over bothfixed temperature and rate-of-rise types of detectors because the D-A-Fdetector accurately senses the surrounding air temperature regardless of thefire growth rate. At the pre-determined set point the system is activated.Fixed temperature detectors must be completely heated to alarm temperature andtherefore a lag in response time may occur with a fast rate fire. Rate-of-risedevices on the other hand are triggered by the rate of increase in ambienttemperature and are subject to false alarms caused by harmless transientthermal gradients such as the rush of warm air from process ovens. The key to the detectors sensitivity is in the design. Theouter shell is made of a rapidly expanding alloy which closely follows changesin surrounding air temperature. The inner struts are made of a slower expandingalloy. Designed to resist thermal energy absorption and sealed inside theshell the struts follow temperature changes more slowly. A slow rate fire willheat the shell and struts together. At the set point the detectorwill trigger actuating the alarm or releasing the extinguishant.A transient rush of warm air up to 40Fmin. mayexpand the shell while not triggering the detector. By ignoring transient warmair excursions the D-A-F detector virtually eliminates false alarms prevalentwith rate-of-rise devices. If a fast rate fire starts the shell will expandrapidly. The struts will close actuating the alarm andor releasing the agent.The faster the fire rate of growth the sooner the D-A-F detector will react.

GBP 11.74

1

Hawco 320-052 88C 190F Marine Detect-a-Fire Heat Detector Pack of 6

Pleasenote This product incurs additional shipping charges.Hawco 320-052 88C 190F Marine Detect-a-Fire Heat Detector Pack of 6DETECT-A-FIRE D-A-F detectors are the heartof many fire protection systems. The highly reliable D-A-F has been thestandard for over 75 years. The D-A-F is used for signaling overheat or fireconditions. In most applications the D-A-F provides the initial heat sensingthat is used to activate suppression systems using clean agent CO2 inertgases wet or dry chemicals or water.D-A-F detectors are widely accepted because they aredesigned with rate compensation. This provides a unique advantage over bothfixed temperature and rate-of-rise types of detectors because the D-A-Fdetector accurately senses the surrounding air temperature regardless of thefire growth rate. At the pre-determined set point the system is activated.Fixed temperature detectors must be completely heated to alarm temperature andtherefore a lag in response time may occur with a fast rate fire. Rate-of-risedevices on the other hand are triggered by the rate of increase in ambienttemperature and are subject to false alarms caused by harmless transientthermal gradients such as the rush of warm air from process ovens. The key to the detectors sensitivity is in the design. Theouter shell is made of a rapidly expanding alloy which closely follows changesin surrounding air temperature. The inner struts are made of a slower expandingalloy. Designed to resist thermal energy absorption and sealed inside theshell the struts follow temperature changes more slowly. A slow rate fire willheat the shell and struts together. At the set point the detectorwill trigger actuating the alarm or releasing the extinguishant.A transient rush of warm air up to 40Fmin. may expand theshell while not triggering the detector. By ignoring transient warm airexcursions the D-A-F detector virtually eliminates false alarms prevalent withrate-of-rise devices. If a fast rate fire starts the shell will expandrapidly. The struts will close actuating the alarm andor releasing the agent.The faster the fire rate of growth the sooner the D-A-F detector will react.Key FeaturesRepeatable - self-restoring nothing to replace testableVersatile - various temperature settings availableDurable - long-lasting stainless-steel shellEconomical - wide spacings reduce installation costsInternal contact area hermetically sealed instainless steel shell

GBP 2027.88

1

Hawco 318-100 60C 140F Industrial Detect-a-Fire Heat Detector Pack of 6

Pleasenote This product incurs additional shipping charges.Hawco 318-100 60C 140F Industrial Detect-a-Fire Heat DetectorPack of 6DETECT-A-FIRE D-A-F detectors are the heartof many fire protection systems. The highly reliable D-A-F has been thestandard for over 75 years. The D-A-F is used for signaling overheat or fireconditions. In most applications the D-A-F provides the initial heat sensingthat is used to activate suppression systems using clean agent CO2 inertgases wet or dry chemicals or water.D-A-F detectors are widely accepted because they aredesigned with rate compensation. This provides a unique advantage over bothfixed temperature and rate-of-rise types of detectors because the D-A-Fdetector accurately senses the surrounding air temperature regardless of thefire growth rate. At the pre-determined set point the system is activated.Fixed temperature detectors must be completely heated to alarm temperature andtherefore a lag in response time may occur with a fast rate fire. Rate-of-risedevices on the other hand are triggered by the rate of increase in ambienttemperature and are subject to false alarms caused by harmless transientthermal gradients such as the rush of warm air from process ovens. The key to the detectors sensitivity is in the design. Theouter shell is made of a rapidly expanding alloy which closely follows changesin surrounding air temperature. The inner struts are made of a slower expandingalloy. Designed to resist thermal energy absorption and sealed inside theshell the struts follow temperature changes more slowly. A slow rate fire willheat the shell and struts together. At the set point the detectorwill trigger actuating the alarm or releasing the extinguishant.A transient rush of warm air up to 40Fmin. may expand theshell while not triggering the detector. By ignoring transient warm airexcursions the D-A-F detector virtually eliminates false alarms prevalent withrate-of-rise devices. If a fast rate fire starts the shell will expandrapidly. The struts will close actuating the alarm andor releasing the agent.The faster the fire rate of growth the sooner the D-A-F detector will react.Key FeaturesRepeatable - self-restoring nothing to replace testableVersatile - various temperature settings availableDurable - long-lasting stainless-steel shellEconomical - wide spacings reduce installation costsInternal contact area hermetically sealed in stainless steelshellROHS CompliantProtection of schools factories offices libraries orother non-residential buildingsPower generationGas station islandsPaint spray boothsRange hoodsEngine compartments

GBP 1534.82

1

Hawco 318-102 88C 190F Industrial Detect-a-Fire Heat Detector Pack of 6

Please note This product incurs additional shipping charges.Hawco 318-102 88C 190F Industrial Detect-a-Fire HeatDetector Pack of 6DETECT-A-FIRE D-A-F detectors are the heartof many fire protection systems. The highly reliable D-A-F has been thestandard for over 75 years. The D-A-F is used for signaling overheat or fireconditions. In most applications the D-A-F provides the initial heat sensingthat is used to activate suppression systems using clean agent CO2 inertgases wet or dry chemicals or water.D-A-F detectors are widely accepted because they aredesigned with rate compensation. This provides a unique advantage over bothfixed temperature and rate-of-rise types of detectors because the D-A-Fdetector accurately senses the surrounding air temperature regardless of thefire growth rate. At the pre-determined set point the system is activated.Fixed temperature detectors must be completely heated to alarm temperature andtherefore a lag in response time may occur with a fast rate fire. Rate-of-risedevices on the other hand are triggered by the rate of increase in ambienttemperature and are subject to false alarms caused by harmless transientthermal gradients such as the rush of warm air from process ovens. The key to the detectors sensitivity is in the design. Theouter shell is made of a rapidly expanding alloy which closely follows changesin surrounding air temperature. The inner struts are made of a slower expandingalloy. Designed to resist thermal energy absorption and sealed inside theshell the struts follow temperature changes more slowly. A slow rate fire willheat the shell and struts together. At the set point the detectorwill trigger actuating the alarm or releasing the extinguishant.A transient rush of warm air up to 40Fmin. may expand theshell while not triggering the detector. By ignoring transient warm airexcursions the D-A-F detector virtually eliminates false alarms prevalent withrate-of-rise devices. If a fast rate fire starts the shell will expandrapidly. The struts will close actuating the alarm andor releasing the agent.The faster the fire rate of growth the sooner the D-A-F detector will react.Key FeaturesRepeatable - self-restoring nothing to replace testableVersatile - various temperature settings availableDurable - long-lasting stainless-steel shellEconomical - wide spacings reduce installation costsInternal contact area hermetically sealed in stainless steelshellROHS CompliantProtection of schools factories offices libraries orother non-residential buildingsPower generationGas station islandsPaint spray boothsRange hoodsEngine compartments

GBP 1534.82

1

Hawco 322-065 Detect-A-Fire Universal Mounting Kit Pack of 3

Pleasenote This product incurs additional shipping charges.Hawco 322-065 Detect-A-Fire Universal Mounting Kit Pack of 3A Universal Mounting Kit which contains312-30012 14 NPT Female Hexagonal Retaining Nut for Detect-a-Fire Heat Detectors x2800-320-001HAWCO HUBBELL OCTAGONAL OUTLET BOX x 1800-333-003HAWCO OCTAGONAL COVER FOR DETECT-A-FIRE x1DETECT-A-FIRE D-A-F detectors are the heartof many fire protection systems. The highly reliable D-A-F has been thestandard for over 75 years. The D-A-F is used for signaling overheat or fireconditions. In most applications the D-A-F provides the initial heat sensingthat is used to activate suppression systems using clean agent CO2 inertgases wet or dry chemicals or water.D-A-F detectors are widely accepted because they aredesigned with rate compensation. This provides a unique advantage over bothfixed temperature and rate-of-rise types of detectors because the D-A-Fdetector accurately senses the surrounding air temperature regardless of thefire growth rate. At the pre-determined set point the system is activated.Fixed temperature detectors must be completely heated to alarm temperature andtherefore a lag in response time may occur with a fast rate fire. Rate-of-risedevices on the other hand are triggered by the rate of increase in ambienttemperature and are subject to false alarms caused by harmless transientthermal gradients such as the rush of warm air from process ovens. The key to the detectors sensitivity is in the design. Theouter shell is made of a rapidly expanding alloy which closely follows changesin surrounding air temperature. The inner struts are made of a slower expandingalloy. Designed to resist thermal energy absorption and sealed inside theshell the struts follow temperature changes more slowly. A slow rate fire willheat the shell and struts together. At the set point the detectorwill trigger actuating the alarm or releasing the extinguishant.A transient rush of warm air up to 40Fmin. may expand theshell while not triggering the detector. By ignoring transient warm airexcursions the D-A-F detector virtually eliminates false alarms prevalent withrate-of-rise devices. If a fast rate fire starts the shell will expandrapidly. The struts will close actuating the alarm andor releasing the agent.The faster the fire rate of growth the sooner the D-A-F detector will react.

GBP 136.37

1

Hawco 320-050 60C 140F Marine Detect-a-Fire Heat Detector Pack of 6

Pleasenote This product incurs additional shipping charges.Hawco 320-050 60C 140F Marine Detect-a-Fire Heat Detector Pack of 6A rate-compensated mechanical heat detector for industrial fire detection systems. Contacts close on rise activating at 60 Celsius.DETECT-A-FIRE D-A-F detectors are the heart of many fire protection systems. The highly reliable D-A-F has been the standard for over 75 years. The D-A-F is used for signalling overheat or fire conditions. In the vast majority of applications the D-A-F provides the initial heat sensing that is used to activate suppression systems using clean agent CO2 inert gases wet or dry chemicals or water. D-A-F detectors are widely accepted because they are designed with rate compensation. This provides a unique advantage over both fixed temperature and rate-of-rise types of detectors because the D-A-F detector accurately senses the surrounding air temperature regardless of the fire growth rate. At the pre-determined set point the system is activated.Fixed temperature detectors must be completely heated to alarm temperature and therefore a lag in response time may occur with a fast rate fire. Rate-of-rise devices on the other hand are triggered by the rate of increase in ambient temperature and are subject to false alarms caused by harmless transient thermal gradients such as the rush of warm air from process ovens.The key to the detectors sensitivity is in the design. The outer shell is made of a rapidly expanding alloy which closely follows changes in surrounding air temperature. The inner struts are made of a slower expanding alloy. Designed to resist thermal energy absorption and sealed inside the shell the struts follow temperature changes more slowly.A slow rate fire will heat the shell and struts together. At the set point the detector will trigger actuating the alarm or releasing the extinguishant.A transient rush of warm air up to 40Fmin. may expand the shell while not triggering the detector. By ignoring transient warm air excursions the D-A-F detector virtually eliminates false alarms prevalent with rate-of-rise devices.If a fast rate fire starts the shell will expand rapidly. The struts will close actuating the alarm andor releasing the agent. The faster the fire rate of growth the sooner the D-A-F detector will react.Key FeaturesRepeatable - self-restoring nothing to replace testableVersatile - various temperature settings availableDurable - long lasting stainless steel shellEconomical - wide spacings reduce installation costsFactory setInternal contact area hermetically sealed in stainless steel shellROHS Compliant

GBP 2027.88

1

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