Smoke and heat detectors are the automatic sensors of a fire alarm system: they pick up smoke, heat or carbon monoxide from a fire early and signal the control panel, or sound their own alarm in stand alone models. FPS supplies addressable, conventional and stand alone detectors from Honeywell, Notifier, Morley by Honeywell, System Sensor, Apollo, Soft-Chip, Ceasefire, Agni, Ravel, Bosch and Siemens in Bhopal and across Madhya Pradesh.
A battery operated, Wi-Fi enabled photoelectric smoke detector from the IMPACT by Honeywell range. When smoke reaches its alarm threshold it sounds a buzzer, flashes an LED and sends real-time alerts to a smartphone through the IMPACT by Honeywell app.
A battery operated standalone smoke alarm with photoelectric sensing that sounds an alarm and lights a red LED when smoke reaches its threshold. It runs on two AA batteries and also warns of a low battery or a chamber fault.
An intelligent addressable photoelectric smoke detector with an optical chamber that senses smoke from a wide range of fires, and sensitivity that is programmable and monitored by the panel.
An intelligent photoelectric smoke detector with dual thermistors that add 135°F (57°C) fixed temperature heat sensing in the same head.
An intelligent addressable heat detector that uses a thermistor sensing circuit for 135°F (57°C) fixed temperature detection.
A low-profile intelligent addressable heat detector that responds to a rate of temperature rise of 15°F (8.3°C) per minute.
An intelligent addressable heat detector with a thermistor sensing circuit, factory preset to 190°F (88°C) for high temperature detection.
An intelligent plug-in photoelectric smoke detector with a built-in isolator, for FlashScan systems only.
An intelligent photoelectric smoke detector with 135°F (57°C) fixed heat sensing and positive side isolation on the SLC, used with an isolation base, for FlashScan systems only.
An intelligent thermal detector factory preset to 135°F (57°C), with positive side isolation on the SLC, used with an isolation base, for FlashScan systems only.
The rate-of-rise model in the FST-951-ISO thermal series, with positive side isolation on the SLC, used with an isolation base, for FlashScan systems only.
An advanced multi-criteria detector that combines photoelectric, thermal, infrared and carbon monoxide sensing to give both fire and CO detection.
An intelligent multi-criteria detector that combines photoelectric, thermal and infrared sensing to detect a wider range of fires, for use with ONYX Series panels.
An intelligent detector combining photoelectric smoke and carbon monoxide sensing, meeting UL 268 7th edition for smoke and UL 2075 for system-connected CO detection.
An intelligent addressable carbon monoxide detector that meets UL 2075 for system-connected life safety CO detection.
A high-sensitivity photoelectric smoke detector for very early warning fire detection, made to protect valuable assets and operations that must keep running.
Detectors that carry out their own smoke and heat maintenance tests, without canned smoke or heat guns, when used with a compatible panel and the Self-Test app.
A hermetically sealed rate-anticipation heat detector with a 135°F set point, operating within two to three degrees of it regardless of the rate of rise.
The 194°F version of the hermetically sealed 302-AW rate-anticipation heat detector, operating within two to three degrees of its set point.
A hermetically sealed 302-ET rate-anticipation heat detector with a 135°F set point, operating within two to three degrees of it regardless of the rate of rise.
The 194°F version of the hermetically sealed 302-ET rate-anticipation heat detector, operating within two to three degrees of its set point.
An explosion-proof rate-anticipation heat detector with a 135°F set point, for installation in hazardous locations.
The 194°F version of the explosion-proof 302-EPM rate-anticipation heat detector, for installation in hazardous locations.
An S200A plug-in photoelectric smoke detector listed with the DXc and ZXSe panels. Its detection chamber is designed to cut false alarms from dust, insects and other debris.
An S200A multi-criteria detector that adds 58°C fixed temperature and rate of rise thermal sensing to a photoelectric smoke sensor, for better false alarm immunity and faster response to a wide range of fires.
A plug-in addressable heat detector with a single thermistor sensing circuit, giving fixed 58°C and rate of rise (10°C per minute) detection to EN 54-5 Class A1R.
A plug-in addressable heat detector with a single thermistor sensing circuit that alarms at a fixed 58°C, to EN 54-5 Class A1S.
A Morley-IAS thermal sensor listed with the DXc and ZXSe panels. The datasheet linked on the maker's page is for other model numbers, so FPS confirms the details of this part before supply.
A multi-criteria, multi-sensor detector that combines photoelectric smoke, thermal and infra red sensing, listed with the DXc and ZXSe panels. The maker presents PTIR as an alternative to ionisation detectors with better false alarm immunity.
The Morley Max smoke detector on the HM Series Advanced Protocol platform, offered without an isolator (HM-PSE-AP) or with a built-in isolator (HM-PSE-I-AP).
A photo-thermal detector for Morley Max panels on the HM Advanced Protocol platform, in a standard version or with a built-in isolator.
A rate of rise heat detector for Morley Max panels, to EN 54-5 Class A1R, in a standard version or with a built-in isolator listed to EN 54-17.
A fixed temperature heat detector for Morley Max panels, to EN 54-5 Class A1S, in a standard version or with a built-in isolator listed to EN 54-17.
An addressable photoelectric smoke detector for the Morley UL range, UL listed (7th edition) with the B300-6-IV base.
An addressable multi-sensor detector for the Morley UL range that combines photoelectric smoke sensing with fixed temperature, rate of rise and high temperature heat ratings.
An addressable fixed temperature heat detector for the Morley UL range, UL listed with the B300-6-IV base and approved for 50 ft (15.24 m) spacing.
An addressable heat detector with rate of rise sensing for the Morley UL range, UL listed with the B300-6-IV base.
An addressable high heat detector for the Morley UL range, UL listed with the B300-6-IV base, with an operating temperature range of -20°C to 66°C.
The Morley Lite photoelectric smoke detector, with an ASIC and optical chamber for accurate detection and a high level of resilience to non-fire influences. It fits Series 100 detector bases, so existing Series 100 installations can be upgraded or extended.
A Morley Lite smoke and heat detector that combines an optical chamber with a thermal element and signals an alarm only once its processor is satisfied that a fire is developing, which reduces nuisance alarms.
A Morley Lite thermal detector for places such as bars and kitchens, where airborne contamination makes smoke detectors unsuitable. It fits Series 100 detector bases.
A Morley-IAS photoelectric smoke detector series with standard and integrated isolator (S2I) versions, two tri-colour LEDs and both the standard and Advanced protocols. It is mechanically and electrically backwards compatible with existing devices.
A Morley-IAS addressable heat sensor that alarms when the temperature rises faster than 10°C per minute (typical) or passes 58°C, Response Class A1R, with an isolator in the S2I versions.
A Morley-IAS 58°C fixed temperature analogue addressable heat sensor with low mass thermistors for fast, linear temperature sensing, with an isolator in the S2I versions.
A white addressable photoelectric smoke detector working on the light scattering principle, with smoothing filters and embedded software to resist unwanted alarms. The 22051EI version has a built-in isolator.
A two sensor detector that adds thermal sensing to the photoelectric smoke chamber for better false alarm immunity and a faster response to a wide range of fires. The 22051TEI version has a built-in isolator.
A three sensor photo-thermal-infrared (PTIR) detector that System Sensor presents as the environmentally friendly alternative to ionisation detectors, with a comparable response to fast flaming fires and fewer false alarms.
Analogue addressable heat detectors using a low mass thermistor and microprocessor for fast response, covering 58°C and 78°C fixed temperature and rate of rise. Any model can be configured in software to the mode needed.
A high sensitivity addressable smoke sensor with a high power IR LED and a high gain receiver amplifier, which System Sensor rates 100 times more sensitive than standard smoke sensors.
A multi-criteria detector that combines carbon monoxide, photoelectric smoke, heat and infrared sensing in one device. It normally runs at high immunity and becomes very sensitive when fire characteristics are sensed.
A plug-in intrinsically safe photoelectric smoke sensor with analogue addressable communications, engineered so it cannot become a source of ignition in potentially explosive atmospheres.
A low profile conventional photoelectric smoke detector with an optical chamber and an ASIC for quick, accurate detection, designed to extend the interval between cleanings.
A multi-criteria conventional detector that combines an optical chamber and a thermal element with a microprocessor, for a faster response to real fires and fewer environmental false alarms.
Three conventional heat detectors covering 58°C and 78°C fixed temperature and rate of rise, for small to medium systems such as small industrial units, retail units and guest houses.
A Series 300 photoelectric smoke detector that works on a conventional zone but adds intelligent maintenance features through a hand-held tool.
A Series 300 photo-thermal detector whose on-board processor only signals an alarm once it is satisfied that a fire has started, reducing nuisance alarms while improving response.
Three Series 300 heat detectors: 58°C fixed temperature (5351TE), 78°C fixed temperature (4351EA) and rate of rise (5351EA), with a latching LED and an optional remote LED annunciator.
A low profile photoelectric smoke detector from the Vision range, for small, straightforward systems, with a response to flaming fires similar to an ionisation detector but no radioactive source.
A Vision multi-criteria detector that combines an optical chamber and a thermal element for a faster response to real fires and fewer environmental false alarms.
Three Vision heat detectors: 58°C fixed temperature (2020F), 78°C fixed temperature (2020HF) and rate of rise (2020R), each with a latching LED.
A Series 300 photoelectric smoke detector with three preset alarm thresholds and advanced maintenance through a remote hand-held test unit. It fits Series 100 detector bases.
A low profile Series 300 photoelectric smoke detector with a bi-colour LED, backward compatible with Series 100 detector bases for upgrading existing installations.
Series 300 rate of rise and fixed temperature heat detectors for places such as bars or kitchens where airborne contamination makes smoke detectors unsuitable.
A low profile conventional photoelectric smoke detector supplied with its base in the pack, with a magnet for field testing.
A low profile conventional heat detector tested to EN 54-5 Class A2R, supplied with its base in the pack.
An intrinsically safe conventional photoelectric smoke detector for open area protection, used with 2-wire control panels through an interface module.
An intrinsically safe conventional 2-wire heat detector with a thermistor sensing circuit, for open area protection with 2-wire panels through an interface module.
An addressable optical smoke detector using Apollo's PureLight sensing technology for false alarm management and reliability, suited to slow burning, smouldering fires.
An addressable detector that combines PureLight optical smoke sensing with two thermistors for heat, responding to fast and slow burning fires and offered as an alternative to ionisation detectors. It comes in white and in black.
An addressable multi-sensor with dual optical smoke sensing and a central heat thermistor, with five operating modes so it can be adapted to its environment.
An addressable detector with three methods of detection: dual optical smoke sensing, a central heat thermistor and a carbon monoxide (CO) sensor, for accurate smoke detection that discriminates against false alarm sources.
An addressable heat detector with two heat sensors placed laterally for accurate detection in all orientations, and eight response modes for a wide range of application temperatures.
A low profile, flush mounted optical smoke detector with no chamber, a design that sets it apart from standard detectors. It uses CoreProtocol and comes in white and in black.
A flush mounted optical smoke detector with a ruggedised metal face plate held by anti-tamper screws, independently certified to DHF TS001 for anti-ligature use in specialist areas.
An addressable optical smoke detector that uses light scattering to detect fire quickly while managing false alarms, working across a wide temperature range from -40°C to +70°C.
An addressable detector whose optical smoke and thermistor heat sensors give a combined signal for improved false alarm management, responding to fast and slow burning fires.
An addressable heat detector with a low air flow resistance case and a single thermistor that senses the surrounding air temperature, for areas that are dirty or smoky in normal use.
An addressable fire detector with a long-life electro-chemical CO sensor that detects smouldering fires and tolerates low levels of common vapours and household products.
An addressable detector that combines a CO detection cell and a thermistor heat sensor into one analogue value, responding to both smouldering and flaming fires.
An addressable optical smoke detector that uses the light scatter principle to detect slow burning and smouldering fires quickly. It is listed under two white part numbers and a black version with an insect resistant screen.
An addressable detector that combines independent optical smoke and temperature sensors for better fire detection in areas with deceptive phenomena, and serves as an alternative to ionisation detectors.
An addressable heat detector whose single thermistor tracks the surrounding air temperature and reports an alarm at 55°C, for environments that are dirty or smoky in normal use. It is listed under two part numbers with different approval sets.
An addressable heat detector in class CS, responding at a fixed temperature in the higher C band, with a single thermistor tracking the surrounding air temperature.
An intrinsically safe addressable optical smoke detector for hazardous areas such as refineries and offshore platforms, using light scattering to detect slow burning and smouldering fires.
An intrinsically safe addressable heat detector with a low air flow resistance case that keeps the sensing thermistor in good contact with the surrounding air, which also tells it apart from the XP95 I.S. smoke detectors.
A conventional optical smoke detector that senses smoke in its chevron chamber by photo-electric light scattering and responds well to slow burning, smouldering fires. It comes in a standard and a flashing LED version, and its LED is clear in normal state and lights red in alarm.
A conventional heat detector that monitors temperature with a dual thermistor network, classed A1R to EN 54-5: the lowest temperature band, with rate of rise response. It suits places where smoke detectors are unsuitable, such as dirty, smoky or steamy areas.
A conventional heat detector in class BR, for areas that run warmer than a normal room, with rate of rise response. Its dual thermistor network gives a voltage output that follows the surrounding air temperature.
A conventional heat detector in class CR, for areas with higher normal temperatures, that also responds to a fast rise in temperature. Its dual thermistor network gives an output that follows the surrounding air temperature.
A conventional heat detector in class CS, which responds at a fixed temperature in the higher C band rather than to a rate of rise. Its dual thermistor network follows the surrounding air temperature.
A conventional optical smoke detector using the light scatter principle, with sensing technology designed to reduce false alarms. It responds well to slow burning, smouldering fires.
A conventional detector that combines optical smoke and heat sensing: good for general use and more sensitive than an optical detector to fast burning, flaming fires, including liquid fires. Apollo recommends it where heat is likely early in a fire.
An Orbis conventional heat detector in class A1R: the lowest temperature band, with rate of rise response. A single thermistor gives an output that follows the air temperature, for areas where smoke detectors are unsuitable.
An Orbis conventional heat detector in class A2S, which responds at a fixed temperature in the A2 band without rate of rise response. A single thermistor follows the surrounding air temperature.
An Orbis conventional heat detector in class BR, for areas warmer than a normal room, with rate of rise response. A single thermistor follows the surrounding air temperature.
An Orbis conventional heat detector in class CR, for areas that run hot in normal use, with rate of rise response. A single thermistor follows the surrounding air temperature.
An Orbis conventional heat detector in class CS, which responds at a fixed temperature in the higher C band. A single thermistor follows the surrounding air temperature.
An intrinsically safe conventional optical smoke detector for hazardous areas such as refineries and offshore platforms. It works on the light scatter principle and suits places where slow burning or smouldering fires are likely.
An AlarmSense conventional optical smoke detector that goes into alarm when smoke in its chamber reaches a preset level. It is certified to EN 54-7 and aimed at residential applications.
An AlarmSense conventional heat detector with a fixed upper temperature limit that also measures how fast the temperature is rising. It is used where smoke detectors are unsuitable, such as dirty or smoky areas.
Addressable detector that combines optical smoke and heat sensing, with 9 modes of operation and 4 smoke sensitivity levels. The TI-002213 version has a built-in isolator to EN 54-17; the TI-002214 is without.
Addressable heat detector with a Class A1R alarm setting and multiple sensitivity settings, approved to EN 54-5 and certified by LPCB. The TI-002215 version adds a bi-directional isolator against cable faults; the TI-002216 is without.
Conventional heat detector with a Class A1R response, certified by LPCB, with a double dust trap chamber and a central LED visible from all around.
Conventional heat detector with a 78 C alarm point (Class BS), designed and tested to EN 54-5 and certified by LPCB.
Air sampling housing that lets a smoke detector check the air inside a ventilation duct, for air speeds of 0.5 m/s to 2.0 m/s. It takes Intelli-Sense, Pro-Sense and Wave-Sense smoke detectors and is designed to comply with EN 54-27.
Battery powered photoelectric smoke alarm for homes, small offices and other indoor spaces, with a built-in 85 dB siren. It uses replaceable AA batteries and is compliant with UL 217.
Slim photoelectric smoke alarm with an 85 dB siren and a safety path light that lights the escape route in smoke or darkness. It runs on a sealed 10 year lithium battery and is compliant with UL 217.
An addressable FYRLAAST detector that combines smoke detection and heat detection in one low profile head. Its microprocessor keeps a memory of up to 10 events.
An addressable optical smoke detector for rooms, corridors and escape routes on a FYRLAAST loop. It is low profile and keeps a memory of up to 10 events.
An addressable heat detector that raises the alarm on a fast rise in temperature or when a set temperature is reached. It suits areas where smoke, steam or dust would cause false alarms from a smoke detector.
A conventional smoke cum heat detector for open area protection that senses both smoke and temperature, with a heat alarm point of 57 °C. It is designed for use with most conventional fire alarm panels.
A conventional photoelectric smoke detector for open area protection, suited to the dense smoke of smouldering fires in soft furnishings, plastics and foam. It is designed for use with most conventional fire alarm panels.
A conventional heat detector that raises the alarm when the surrounding air reaches its preset temperature. It is meant for places where smoke detectors could give false alarms because of dust, fumes, steam or normal smoke.
A low profile conventional detector that combines smoke sensing with thermal sensing, which Agni calls a photo thermal detector. It has a bi-colour status LED and a remote alarm test feature.
A low profile conventional photoelectric smoke detector with a bi-colour status LED, low current draw and a remote alarm test feature.
A low profile conventional heat detector that responds to a fast rise in temperature, with a bi-colour status LED and a remote alarm test feature.
A 4 wire conventional smoke detector with an optical sensing chamber, designed for open area protection and for use with most conventional fire alarm panels.
An analogue addressable detector for Ravel's multi loop system that combines photoelectric smoke sensing with a heat sensor.
An analogue addressable photoelectric smoke detector for Ravel's multi loop system, with an insect filter chamber and DIP switch addressing.
An analogue addressable heat detector for Ravel's multi loop system, alarming at a fixed 59 °C or on a fast temperature rise.
An analogue addressable smoke and heat detector for the Ravel MonitI single loop panel, soft addressed by programming.
An analogue addressable photoelectric smoke detector for the Ravel MonitI single loop panel, soft addressed by programming.
An analogue addressable heat detector for the Ravel MonitI single loop panel, alarming at a fixed 59 °C or on a fast temperature rise.
A conventional multi sensor detector that combines a photoelectric smoke sensor with a heat sensor, on a regular 100 mm base.
A conventional photoelectric smoke detector with dual LEDs and a low profile housing on a regular 100 mm base.
A conventional heat detector that alarms at 59 °C or on a fast temperature rise, with polarity free wiring.
A conventional detector series in seven ordering versions, covering smoke and heat models, relay contact outputs and an auto reset version.
Analog addressable smoke detectors with one optical sensor. The FAP-425-O sets its address automatically; the FAP-425-O-R adds rotary switches for manual addressing.
Analog addressable multisensor detectors with one optical and one heat sensor. The FAP-425-OT is auto-addressing; the FAP-425-OT-R also has rotary switches.
An analog addressable smoke detector with two optical sensors (Dual-Ray technology) for early detection of light smoke, with manual and automatic addressing.
An analog addressable multisensor detector with two optical sensors and one heat sensor, with manual and automatic addressing.
An analog addressable multisensor detector with two optical sensors, one heat sensor and one CO gas sensor, with manual and automatic addressing.
An analog addressable detector with two optical sensors, one heat sensor and one CO gas sensor, whose CO cell Bosch rates for a 10 year life.
An analog addressable heat detector with one thermal sensor, for fires with a rapid temperature rise or a maximum temperature, with manual and automatic addressing.
An analog addressable optical smoke detector in an ultra-flat design for flush ceiling installation on LSN improved systems.
An analog addressable multisensor detector with an optical sensor and an additional gas sensor, in an ultra-flat design for flush ceiling installation on LSN improved systems.
A conventional optical smoke detector from the FCP-320 series, offered with an 820 ohm alarm resistor (FCP-O320) or a 470 ohm alarm resistor (FCP-O320-R470).
A conventional multisensor detector that combines an optical smoke sensor with a heat sensor, offered with an 820 ohm or a 470 ohm alarm resistor.
A conventional multisensor detector that combines an optical smoke sensor with a chemical (gas) sensor, offered with an 820 ohm or a 470 ohm alarm resistor.
A conventional heat detector that responds to a rapid rise in temperature and to a maximum temperature, with an 820 ohm alarm resistor.
The 470 ohm alarm resistor version of the FCH-T320 conventional heat detector, for panels that expect a 470 ohm alarm load.
A conventional optical smoke detector with an ultra-flat design for flush ceiling mounting, colour matched to the room with toning inserts.
A conventional multisensor detector with an optical sensor and an additional gas sensor, in the ultra-flat FCP-500 design for flush ceiling mounting.
A multi-sensor detector with one optical sensor and two heat sensors for flaming and smouldering fires in rooms with low to moderate deceptive phenomena; the OH731-S adds Smoke Entry Supervision.
A multi-criteria detector with 4 optical sensors and two heat sensors for rooms with deceptive phenomena, with ASAplus parameter sets; the OOH751-S adds Smoke Entry Supervision.
An FD720 addressable optical smoke detector on C-NET for smoke from flaming and smouldering fires, using forward light scattering.
An FD720 addressable smoke detector with an extra heat sensor for flaming and smouldering fires in rooms with deceptive phenomena.
An FD720 addressable heat detector with selectable fixed temperature and rate of rise parameter sets, for areas where smoke detection is impractical.
An FD720 addressable fixed temperature heat detector for areas with temporary high temperature variations, which signals the panel when its maximum temperature is exceeded.
A detector that analyses smoke, heat and carbon monoxide for very early alarm, made for places such as nursing homes and hospitals where speed of detection is critical.
A multi-sensor smoke detector with forward and backward scattering and two heat sensors, usable on C-NET or on collective lines.
A Cerberus FIT addressable optical smoke detector on C-NET for smoke from flaming and smouldering fires.
A Cerberus FIT addressable smoke detector with an extra heat sensor for rooms with deceptive phenomena.
A Cerberus FIT addressable heat detector with selectable rate of rise and fixed temperature parameter sets, for areas where smoke detection is impractical.
A Sinteso multi-sensor detector with one optical sensor and two heat sensors for rooms with low to moderate deceptive phenomena; the FDOT251-S adds Smoke Entry Supervision.
A Sinteso multi-criteria detector with 4 optical sensors and two heat sensors and ASAplus parameter sets; the FDOOT261-S adds Smoke Entry Supervision.
A Sinteso ASA multi-sensor detector that can be set as a multi-sensor, smoke or heat detector and used as an addressable FDnet or collective device.
A Sinteso detector that analyses smoke, heat and carbon monoxide for very early alarm, for places such as nursing homes and hospitals where speed of detection is critical.
A Sinteso heat detector with two redundant heat sensors for rooms where a quick temperature rise is expected or optical detection is difficult.
A Sinteso optical smoke detector with forward scattering and ASA parameter sets for early detection of flaming and smouldering fires.
A Sinteso ASA multi-sensor detector with forward and backward scattering and two heat sensors, which can be set as a multi-sensor, smoke or heat detector.
A Sinteso C-LINE optical smoke detector with forward scattering and detection algorithms (DA) for flaming and smouldering fires.
A Sinteso C-LINE multi-sensor detector with forward and backward scattering and two heat sensors, for rooms with deceptive phenomena.
A Sinteso C-LINE heat detector with two redundant heat sensors for rooms where a quick temperature rise is expected or optical detection is difficult.
A conventional (collective) optical smoke detector for smoke from flaming and smouldering fires, with two selectable parameter sets.
A conventional multi-sensor detector for flaming fires from liquids and solids and for smouldering fires, built for rooms with deceptive phenomena.
A conventional differential heat detector for areas with heavy dust, dirt or moisture where smoke detectors may give false alarms.
A conventional static (fixed temperature) heat detector for areas with dirt or temperature swings that can cause false alarms from smoke detectors.
A smoke detector for use with Soft-Chip fire alarm control panels. Specifications are confirmed on enquiry.
A heat detector for areas where smoke detectors are not suitable, used with Soft-Chip fire alarm control panels. Specifications are confirmed on enquiry.
A smoke detector that works on its own without a fire alarm control panel. Specifications are confirmed on enquiry.
Start with the control panel, because a detector must work on the panel's system. Addressable detectors report their own address over a loop protocol, so each range goes with its own panels: Apollo Soteria, Discovery and XP95, Agni FYRLAAST, Bosch AVENAR detector 4000 and FAP-520 (LSN), Ceasefire Intelli-Sense, Morley by Honeywell for DXc, ZXSe, Morley Max and Morley UL panels, Notifier FSP-951 and FST-951, Ravel multi loop and MonitI single loop, Siemens Cerberus PRO, Cerberus FIT and Sinteso, and System Sensor Series 200 Advanced. Conventional detectors report by zone only: Agni, Apollo Series 65, Orbis and AlarmSense, Bosch FCP-320 and FCP-500, Ceasefire, Morley Lite, Ravel, Siemens Cerberus FIT conventional and System Sensor ECO1000, Series 300 and Vision. On conventional zones, match the alarm resistor the panel expects (Bosch FCP-320 comes in 820 ohm or 470 ohm versions); Morley Lite and some System Sensor Series 300 heads fit existing Series 100 bases. Soft-Chip detectors connect to Soft-Chip panels.
Then choose the sensing method for each room. Optical (photoelectric) smoke detectors respond well to slow burning, smouldering fires and suit bedrooms, corridors and escape routes. Multi-sensors that add heat sensing to an optical chamber respond to both fast flaming and slow smouldering fires with fewer false alarms, and several makers offer them as an alternative to ionisation detectors. For harder rooms there are multi-criteria heads with carbon monoxide (CO) sensing, such as the Apollo Soteria tri-sensor, Bosch FAP-425-DOTC-R, Siemens OOHC740 and FDOOTC241, Notifier FCO-951 and System Sensor 2251CTLE COPTIR, and photo, thermal and infrared detectors from Notifier, Morley by Honeywell and System Sensor. Where very early warning matters, the System Sensor HS200 and Notifier FSV-951R are high sensitivity smoke detectors. Heat detectors are for kitchens, boiler rooms, car parks and dusty, smoky or steamy areas where a smoke detector would give false alarms.
Heat detectors are graded by EN 54-5 class. Class A1 is the lowest temperature band, class B suits areas warmer than a normal room and class C suits areas with higher normal temperatures; an R adds response to a fast rise in temperature, while S means a fixed temperature only. For example, the Apollo XP95 class A2S detector alarms at 55°C, Morley by Honeywell and System Sensor fixed heat detectors work at 58°C or 78°C, and the Ceasefire TI-002267 alarms at 78 C (class BS). Detectors listed to UL, such as the Notifier FST-951 series, are set at 135°F (57°C) fixed, 190°F (88°C) high temperature or a rise of 15°F (8.3°C) per minute.
Some sites need a specific model. For hazardous areas there are intrinsically safe detectors (Apollo XP95 I.S. and Orbis I.S., System Sensor 22051EISE, JTY-GD-2151EIS and JTWB-BCD-5151EIS) and the explosion-proof Notifier 302-EPM heat detector. For ducts, the Ceasefire TI-002229 housing samples air at 0.5 m/s to 2.0 m/s, and the Notifier FSP-951 and Morley by Honeywell HM/PSE/UL/W are UL listed for duct use. For flush, smooth ceilings there are the Apollo Soteria Dimension, with an anti-ligature version certified to DHF TS001, and the ultra-flat Bosch FAP-520 and FCP-500 detectors. On addressable loops, versions with a built-in isolator stop one short circuit from taking down the whole loop: for example Ceasefire TI-002213 and TI-002215, Morley by Honeywell S2I and I-AP versions, System Sensor isolator versions such as the 22051EI, and Notifier ISO models for FlashScan systems.
We handle your complete Fire NOC application and renewal: documentation, liaison with the MP Fire Department and compliance support.
Try "landing valve", "Apollo call point", "9 kg ABC" or a model code.
No products yet. Tap "Add to quote" on any product, then send the whole list to us in one WhatsApp message.
