Flame Detector

FSL100-UVIR FSL100 UVIR Flame Detector, Red Housing by Honeywell Analytics

The FSL100 Series of flame detectors from Honeywell delivers robust, fast, and reliable detection of flaming fires in a wide range of applications.

The range consists of UV, UV/IR and IR3 flame detectors. All utilize sophisticated sensing and signal analysis to detect fires quickly while also rejecting false alarms.

The FSL100 may be small and lightweight for easy installation but it is designed to work in tough indoor/outdoor environments, as well as potentially explosive atmospheres.

With a large field of view it can detect a range of different types of fire including hydrocarbon and non-hydrocarbon sources. Available in UV, UV/IR and 3IR we have your application covered.

Suitable for Many Applications

• UV, UV/IR and IR3 available
• Hydrocarbon and non-hydrocarbon sources
• Use in potentially explosive atmospheres
• Indoor and outdoor operation
• High visibility red or discrete white models available

Great Performance

• Approved to EN54-10 and FM3260 flame detector standards
• Comprehensive automatic self test
• Remote manual self test option

Fast & Reliable

• High speed sensors and microprocessor
• Sophisticated analysis algorithms
• Continuous health monitoring
• False alarm rejection

Reduced Life Cost

• Long life elements
• Pressure compensation to avoid contamination
• 2 year warranty
• Buy with confidence

Ease of Installation and Use

• Relay and mA outputs as standard
• Lightweight GRP housing
• Pre-formed knockouts
• Optional swivel mounting bracket
• Long range test lamp available

FSL100-UV

• Suitable for indoor applications; for example fume hoods and hydrogen storage areas
• Effective solution for materials burning with low temperatures, e.g. Sulphur
• Alarms to fires from heavy hydrocarbons (wood, paper, petroleum, etc.), light hydrocarbons (methanol, methane, etc.), and hydrogen
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps

FSL100-UV/IR

• Analysis of the flame flicker-frequency for improved false alarm rejection
• Dual sensing methodology enables a wide range of hydrocarbon and non-hydrocarbon fires to be effectively detected
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (staticor from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)

FSL100-IR3

• Analysis of the flame flicker frequency for improved false alarm rejection
• Particularly suited to liquid hydrocarbon and dirty fires
• Affected less by window contamination or smoky fires
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (static or from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)
• Especially suitable fires that emit large amounts of smoke

2010-1 UV/IR Flame Detector (20/20L) by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

2087-1 UV Flame Detector (20/20U) by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

2426-1 IR Flame Detector (20/20R) by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

2060-1 UV Flame Detector (660) - Aluminium by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

1198-1 86ASU UV/IR Flame Detector with Self-Test (860) - Aluminium by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

1385-1 UV High Temperature Flame Detector (660) - Aluminium by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

2364-1 UV/IR Flame Detector with Automatic Self-Test (20/20LB) by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

FSL100-IR3 FSL100 IR3 Flame Detector, Red Housing by Honeywell Analytics

The FSL100 Series of flame detectors from Honeywell delivers robust, fast, and reliable detection of flaming fires in a wide range of applications.

The range consists of UV, UV/IR and IR3 flame detectors. All utilize sophisticated sensing and signal analysis to detect fires quickly while also rejecting false alarms.

The FSL100 may be small and lightweight for easy installation but it is designed to work in tough indoor/outdoor environments, as well as potentially explosive atmospheres.

With a large field of view it can detect a range of different types of fire including hydrocarbon and non-hydrocarbon sources. Available in UV, UV/IR and 3IR we have your application covered.

Suitable for Many Applications

• UV, UV/IR and IR3 available
• Hydrocarbon and non-hydrocarbon sources
• Use in potentially explosive atmospheres
• Indoor and outdoor operation
• High visibility red or discrete white models available

Great Performance

• Approved to EN54-10 and FM3260 flame detector standards
• Comprehensive automatic self test
• Remote manual self test option

Fast & Reliable

• High speed sensors and microprocessor
• Sophisticated analysis algorithms
• Continuous health monitoring
• False alarm rejection

Reduced Life Cost

• Long life elements
• Pressure compensation to avoid contamination
• 2 year warranty
• Buy with confidence

Ease of Installation and Use

• Relay and mA outputs as standard
• Lightweight GRP housing
• Pre-formed knockouts
• Optional swivel mounting bracket
• Long range test lamp available

FSL100-UV

• Suitable for indoor applications; for example fume hoods and hydrogen storage areas
• Effective solution for materials burning with low temperatures, e.g. Sulphur
• Alarms to fires from heavy hydrocarbons (wood, paper, petroleum, etc.), light hydrocarbons (methanol, methane, etc.), and hydrogen
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps

FSL100-UV/IR

• Analysis of the flame flicker-frequency for improved false alarm rejection
• Dual sensing methodology enables a wide range of hydrocarbon and non-hydrocarbon fires to be effectively detected
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (staticor from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)

FSL100-IR3

• Analysis of the flame flicker frequency for improved false alarm rejection
• Particularly suited to liquid hydrocarbon and dirty fires
• Affected less by window contamination or smoky fires
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (static or from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)
• Especially suitable fires that emit large amounts of smoke

FSL100-IR3-W FSL100 IR3 Flame Detector, White Housing by Honeywell Analytics

The FSL100 Series of flame detectors from Honeywell delivers robust, fast, and reliable detection of flaming fires in a wide range of applications.

The range consists of UV, UV/IR and IR3 flame detectors. All utilize sophisticated sensing and signal analysis to detect fires quickly while also rejecting false alarms.

The FSL100 may be small and lightweight for easy installation but it is designed to work in tough indoor/outdoor environments, as well as potentially explosive atmospheres.

With a large field of view it can detect a range of different types of fire including hydrocarbon and non-hydrocarbon sources. Available in UV, UV/IR and 3IR we have your application covered.

Suitable for Many Applications

• UV, UV/IR and IR3 available
• Hydrocarbon and non-hydrocarbon sources
• Use in potentially explosive atmospheres
• Indoor and outdoor operation
• High visibility red or discrete white models available

Great Performance

• Approved to EN54-10 and FM3260 flame detector standards
• Comprehensive automatic self test
• Remote manual self test option

Fast & Reliable

• High speed sensors and microprocessor
• Sophisticated analysis algorithms
• Continuous health monitoring
• False alarm rejection

Reduced Life Cost

• Long life elements
• Pressure compensation to avoid contamination
• 2 year warranty
• Buy with confidence

Ease of Installation and Use

• Relay and mA outputs as standard
• Lightweight GRP housing
• Pre-formed knockouts
• Optional swivel mounting bracket
• Long range test lamp available

FSL100-UV

• Suitable for indoor applications; for example fume hoods and hydrogen storage areas
• Effective solution for materials burning with low temperatures, e.g. Sulphur
• Alarms to fires from heavy hydrocarbons (wood, paper, petroleum, etc.), light hydrocarbons (methanol, methane, etc.), and hydrogen
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps

FSL100-UV/IR

• Analysis of the flame flicker-frequency for improved false alarm rejection
• Dual sensing methodology enables a wide range of hydrocarbon and non-hydrocarbon fires to be effectively detected
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (staticor from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)

FSL100-IR3

• Analysis of the flame flicker frequency for improved false alarm rejection
• Particularly suited to liquid hydrocarbon and dirty fires
• Affected less by window contamination or smoky fires
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (static or from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)
• Especially suitable fires that emit large amounts of smoke

FSL100-UV FSL100 UV Flame Detector, Red Housing by Honeywell Analytics

The FSL100 Series of flame detectors from Honeywell delivers robust, fast, and reliable detection of flaming fires in a wide range of applications.

The range consists of UV, UV/IR and IR3 flame detectors. All utilize sophisticated sensing and signal analysis to detect fires quickly while also rejecting false alarms.

The FSL100 may be small and lightweight for easy installation but it is designed to work in tough indoor/outdoor environments, as well as potentially explosive atmospheres.

With a large field of view it can detect a range of different types of fire including hydrocarbon and non-hydrocarbon sources. Available in UV, UV/IR and 3IR we have your application covered.

Suitable for Many Applications

• UV, UV/IR and IR3 available
• Hydrocarbon and non-hydrocarbon sources
• Use in potentially explosive atmospheres
• Indoor and outdoor operation
• High visibility red or discrete white models available

Great Performance

• Approved to EN54-10 and FM3260 flame detector standards
• Comprehensive automatic self test
• Remote manual self test option

Fast & Reliable

• High speed sensors and microprocessor
• Sophisticated analysis algorithms
• Continuous health monitoring
• False alarm rejection

Reduced Life Cost

• Long life elements
• Pressure compensation to avoid contamination
• 2 year warranty
• Buy with confidence

Ease of Installation and Use

• Relay and mA outputs as standard
• Lightweight GRP housing
• Pre-formed knockouts
• Optional swivel mounting bracket
• Long range test lamp available

FSL100-UV

• Suitable for indoor applications; for example fume hoods and hydrogen storage areas
• Effective solution for materials burning with low temperatures, e.g. Sulphur
• Alarms to fires from heavy hydrocarbons (wood, paper, petroleum, etc.), light hydrocarbons (methanol, methane, etc.), and hydrogen
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps

FSL100-UV/IR

• Analysis of the flame flicker-frequency for improved false alarm rejection
• Dual sensing methodology enables a wide range of hydrocarbon and non-hydrocarbon fires to be effectively detected
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (staticor from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)

FSL100-IR3

• Analysis of the flame flicker frequency for improved false alarm rejection
• Particularly suited to liquid hydrocarbon and dirty fires
• Affected less by window contamination or smoky fires
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (static or from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)
• Especially suitable fires that emit large amounts of smoke

FSL100-UV-W FSL100 UV Flame Detector, White Housing by Honeywell Analytics

The FSL100 Series of flame detectors from Honeywell delivers robust, fast, and reliable detection of flaming fires in a wide range of applications.

The range consists of UV, UV/IR and IR3 flame detectors. All utilize sophisticated sensing and signal analysis to detect fires quickly while also rejecting false alarms.

The FSL100 may be small and lightweight for easy installation but it is designed to work in tough indoor/outdoor environments, as well as potentially explosive atmospheres.

With a large field of view it can detect a range of different types of fire including hydrocarbon and non-hydrocarbon sources. Available in UV, UV/IR and 3IR we have your application covered.

Suitable for Many Applications

• UV, UV/IR and IR3 available
• Hydrocarbon and non-hydrocarbon sources
• Use in potentially explosive atmospheres
• Indoor and outdoor operation
• High visibility red or discrete white models available

Great Performance

• Approved to EN54-10 and FM3260 flame detector standards
• Comprehensive automatic self test
• Remote manual self test option

Fast & Reliable

• High speed sensors and microprocessor
• Sophisticated analysis algorithms
• Continuous health monitoring
• False alarm rejection

Reduced Life Cost

• Long life elements
• Pressure compensation to avoid contamination
• 2 year warranty
• Buy with confidence

Ease of Installation and Use

• Relay and mA outputs as standard
• Lightweight GRP housing
• Pre-formed knockouts
• Optional swivel mounting bracket
• Long range test lamp available

FSL100-UV

• Suitable for indoor applications; for example fume hoods and hydrogen storage areas
• Effective solution for materials burning with low temperatures, e.g. Sulphur
• Alarms to fires from heavy hydrocarbons (wood, paper, petroleum, etc.), light hydrocarbons (methanol, methane, etc.), and hydrogen
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps

FSL100-UV/IR

• Analysis of the flame flicker-frequency for improved false alarm rejection
• Dual sensing methodology enables a wide range of hydrocarbon and non-hydrocarbon fires to be effectively detected
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (staticor from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)

FSL100-IR3

• Analysis of the flame flicker frequency for improved false alarm rejection
• Particularly suited to liquid hydrocarbon and dirty fires
• Affected less by window contamination or smoky fires
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (static or from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)
• Especially suitable fires that emit large amounts of smoke

FSL100-UVIR-W FSL100 UVIR Flame Detector, White Housing by Honeywell Analytics

The FSL100 Series of flame detectors from Honeywell delivers robust, fast, and reliable detection of flaming fires in a wide range of applications.

The range consists of UV, UV/IR and IR3 flame detectors. All utilize sophisticated sensing and signal analysis to detect fires quickly while also rejecting false alarms.

The FSL100 may be small and lightweight for easy installation but it is designed to work in tough indoor/outdoor environments, as well as potentially explosive atmospheres.

With a large field of view it can detect a range of different types of fire including hydrocarbon and non-hydrocarbon sources. Available in UV, UV/IR and 3IR we have your application covered.

Suitable for Many Applications

• UV, UV/IR and IR3 available
• Hydrocarbon and non-hydrocarbon sources
• Use in potentially explosive atmospheres
• Indoor and outdoor operation
• High visibility red or discrete white models available

Great Performance

• Approved to EN54-10 and FM3260 flame detector standards
• Comprehensive automatic self test
• Remote manual self test option

Fast & Reliable

• High speed sensors and microprocessor
• Sophisticated analysis algorithms
• Continuous health monitoring
• False alarm rejection

Reduced Life Cost

• Long life elements
• Pressure compensation to avoid contamination
• 2 year warranty
• Buy with confidence

Ease of Installation and Use

• Relay and mA outputs as standard
• Lightweight GRP housing
• Pre-formed knockouts
• Optional swivel mounting bracket
• Long range test lamp available

FSL100-UV

• Suitable for indoor applications; for example fume hoods and hydrogen storage areas
• Effective solution for materials burning with low temperatures, e.g. Sulphur
• Alarms to fires from heavy hydrocarbons (wood, paper, petroleum, etc.), light hydrocarbons (methanol, methane, etc.), and hydrogen
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps

FSL100-UV/IR

• Analysis of the flame flicker-frequency for improved false alarm rejection
• Dual sensing methodology enables a wide range of hydrocarbon and non-hydrocarbon fires to be effectively detected
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (staticor from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)

FSL100-IR3

• Analysis of the flame flicker frequency for improved false alarm rejection
• Particularly suited to liquid hydrocarbon and dirty fires
• Affected less by window contamination or smoky fires
• Good resistance against the influences of: 1) Direct and reflected sunlight, 2) Artificial light, such as fluorescent tubes and glass covered halogen lamps, 3) Arcs and electric discharges (static or from e.g. electric motors), 4) The radiation from electric welding provided that the electric welding takes place at a distance more than 10 feet from the flame detector (a welding rod contains organic compounds which may produce a small flame)
• Especially suitable fires that emit large amounts of smoke

239-1 UV High Temperature Flame Detector With Self-Test (660) - Aluminium by Crowcon

Crowcon supplies a wide range of detectors designed to detect flames extremely quickly and over long distances. The detectors can operate in difficult envonmental conditions and incorporate sophisticated algorithms and logic to prevent false alarms.

Features:

• Explosion proof ATEX, FM, CSA and GOST-R standards
• IR, UV, UV/IR and IR3 options
• Aluminium or stainless steel construction
• 4-20mA, RS-485 or standard 4-wire relay operation

FS7-2173-2RP FS7 Multi-Spectrum Fire and Flame Detector, Non-Latching Alert and Alarm Relays,Viton O-ring by Honeywell Analytics

The Fire Sentry FS7-2173 electro-optical radiant energy fire detector - and the Fire Sentry FS7-2173-2RP (unitized model) with multi-spectral WideBand IR™, Near Band IR and Visible Band fire detection are designed specifically for semiconductor Clean Room fire protection applications.

The Fire Sentry FS7 fire detector provides and intelligent two-stage response to semiconductor wet bench fires:

Stage 1: Alert. This is the first-stage response to a small fire with a heat energy output of 3 kW (the equivalent of a 4-inch diameter polypropylene pool fire). This allows time for the fire to self-extinguish.

Stage 2: Alarm. If the fire does not self-extinguish, and grows to the Factory Mutual specified heat energy threshold of 13 kW (the equivalent of an 8-inch diameter polypropylene pool fire), the second-stage response is activated.

The Fire Sentry FS7-2173 is used with Fire Sentry FS7-130-SX Controller or Control Panel FSWB. Controller and Control Panel supply power to detectors monitor the status of all detectors and communicate with the detectors via the digital RS-485 communication channel. Fire Sentry FS7-2173 is supplied with a standard 20 ft. cable connector. Detectors are connected to the controller or control panel using the self-locking connectors and Fire Sentry junction boxes. This allows for fast and easy connections eliminating wiring problems. Each detector can store up to six time and date stamped FirePics™ (pre-event multi-spectral sensor array data) in non-volatile memory. Controller and control panel can also store event history table in the non-volatile memory, which contains the time and date stamped alert, alarm and fault histories. FirePics™ and event histories can be retrieved from the controller or control panel.

Fire Sentry FS7-2173-2RP unitized model's microprocessor, with digital signal processing algorithms, continuously monitors the circuitry, sensor's built-in selftest and verifies proper operation. Fire Sentry FS7-2173-2RP with discrete relay outputs is designed to operate as a stand-alone detector and interface with any approved fire alarm panel. The detector requires an external 24 VDC power source and is supplied with a standard 20 ft. pigtail cable. It can store up to six time and date stamped FirePics™ and 200 events in non-volatile memory. FirePics™ and event histories can be retrieved using a Fire Sentry FS7 Interface Kit and the Fire Sentry Windows-based PC software.

Features:

• Multi-Spectral digital electro-optical radiant energy infrared fire detector
• Unique two-stage fire detection response
• Immune to false alarm sources
• NOT affected by absorbing smoke, gasses or chemical vapors
• NOT sensitive to background radiant energy from electric heaters and ovens
• Detects hydrocarbon and non-hydrocarbon fires
• Rugged leak-proof, heat-sealed, acid-resistant, injection-molded polypropylene housing
• Wide 120° field-of-view
• Digital communication with RS-485 interface
• FirePic™; time and date-stamped digital fire signatures
• Built-in detector automatic self test
• Unitzed model design for stand-alone operation

Applications include:

• Open Areas of Clean Room
• Wet Bench Working Surface
• Wet Bench Subsurface (Plenum)
• Pumps and Equipment Located Behind the Wet Bench Area
• Under-floor Areas
• IPA Stations (Unitized model only)

FS7-2173-2RPC-K FS7 Multi-Spectrum Fire and Flame Detector, LOW SENS 20C 41T KALREZ (KFPI) by Honeywell Analytics

The Fire Sentry FS7-2173 electro-optical radiant energy fire detector - and the Fire Sentry FS7-2173-2RP (unitized model) with multi-spectral WideBand IR™, Near Band IR and Visible Band fire detection are designed specifically for semiconductor Clean Room fire protection applications.

The Fire Sentry FS7 fire detector provides and intelligent two-stage response to semiconductor wet bench fires:

Stage 1: Alert. This is the first-stage response to a small fire with a heat energy output of 3 kW (the equivalent of a 4-inch diameter polypropylene pool fire). This allows time for the fire to self-extinguish.

Stage 2: Alarm. If the fire does not self-extinguish, and grows to the Factory Mutual specified heat energy threshold of 13 kW (the equivalent of an 8-inch diameter polypropylene pool fire), the second-stage response is activated.

The Fire Sentry FS7-2173 is used with Fire Sentry FS7-130-SX Controller or Control Panel FSWB. Controller and Control Panel supply power to detectors monitor the status of all detectors and communicate with the detectors via the digital RS-485 communication channel. Fire Sentry FS7-2173 is supplied with a standard 20 ft. cable connector. Detectors are connected to the controller or control panel using the self-locking connectors and Fire Sentry junction boxes. This allows for fast and easy connections eliminating wiring problems. Each detector can store up to six time and date stamped FirePics™ (pre-event multi-spectral sensor array data) in non-volatile memory. Controller and control panel can also store event history table in the non-volatile memory, which contains the time and date stamped alert, alarm and fault histories. FirePics™ and event histories can be retrieved from the controller or control panel.

Fire Sentry FS7-2173-2RP unitized model's microprocessor, with digital signal processing algorithms, continuously monitors the circuitry, sensor's built-in selftest and verifies proper operation. Fire Sentry FS7-2173-2RP with discrete relay outputs is designed to operate as a stand-alone detector and interface with any approved fire alarm panel. The detector requires an external 24 VDC power source and is supplied with a standard 20 ft. pigtail cable. It can store up to six time and date stamped FirePics™ and 200 events in non-volatile memory. FirePics™ and event histories can be retrieved using a Fire Sentry FS7 Interface Kit and the Fire Sentry Windows-based PC software.

Features:

• Multi-Spectral digital electro-optical radiant energy infrared fire detector
• Unique two-stage fire detection response
• Immune to false alarm sources
• NOT affected by absorbing smoke, gasses or chemical vapors
• NOT sensitive to background radiant energy from electric heaters and ovens
• Detects hydrocarbon and non-hydrocarbon fires
• Rugged leak-proof, heat-sealed, acid-resistant, injection-molded polypropylene housing
• Wide 120° field-of-view
• Digital communication with RS-485 interface
• FirePic™; time and date-stamped digital fire signatures
• Built-in detector automatic self test
• Unitzed model design for stand-alone operation

Applications include:

• Open Areas of Clean Room
• Wet Bench Working Surface
• Wet Bench Subsurface (Plenum)
• Pumps and Equipment Located Behind the Wet Bench Area
• Under-floor Areas
• IPA Stations (Unitized model only)