FG901CP AP Fire Control Panel

0 out of 5

FG901CP_AP is a microprocessor fire control panel that allows fire detection by means of cabled or wireless devices, and it can be programmed and consulted from a touchscreen display


Features
  • Multiprotocol control panel, with its minimal set-up it is able to manage open or closed loops of 240 compatible devices.
  • Basic configuration can be expanded adding two loops each time to control up to 2160 devices, both optical and thermical, from a single control panel.
  • In complex applications, it can be installed in a ring network (up to 128 control panels). In this distributed architecture, areas and zones can be monitored by detectors and they can be combined by means of logical expressions in order to trigger events for the panel to which they belong or for other panels of the ring network.
  • With the installation of dedicated cards, it is also possible to connect the control panel to external peripheral, such as keyboards and LED panels.
  • Certified UNI EN 54-2 e 54-4 for fire detection and report, this control panel provides three different access levels according to the user (installer, safety responsible and final user).
  • The touch interface, simple and ergonomic, permits to any user to interact intuitively without training time and costs.
  • The configuration procedure is immediate, auto programming and auto-addressing mechanisms allow to recognize, consult and program the devices on the field in a fast, systematic and correct way.
  • The control panel can be programmed locally or from remote, by means of the dedicated online platform OneCloud, data can be exported and imported with any USB key.
  • Monitoring is made possible thanks to WINWATCH32 supervision system.
  • Detectors and devices diagnostics are carried on directly from the control panel, and a single operator is able to perform autonomously all the test procedures, and to check implant operativity of all its components.
  • Regular maintenance interventions can be optimally planned and executed.
  • Diagnostic data and historical data stored by the control panel can be easily exported and analysed.
  • Control panel can be customized for any installation condition: colour, display background, programmable LED colour, logo displayed in welcome screen and the language can be selected as preferred.

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Panel Components

0 out of 5

ALU - ADDRESSABLE LOOP UNIT One ALU can support one addressable loop circuit, which supports up to 252 points of addressable devices. It can initialize and operate all devices residing on the loop and it communicates all relevant devices and event information, such as alarms and troubles, to the Central Processing Unit (CPU). No limitation between device types.   NOU - NOTIFICATION OUTPUT UNIT One NOU can support two independent notification appliance circuits with synchronization. The circuit topology supports Class A or Class B wiring. The maximum current is 2A per NAC. Multiple notification code types available.   ROU - RELAY OUTPUT UNIT One ROU card can support five dry contact relays: Alarm Relay, Supervisory Relay, Trouble Relay, Other Signal Relay, and Programmable Relay. The Relay contacts are in the C Form Style. The address is set by the rotary switch on the board. Valid address is 1. It meets the UL864 10th Edition Listed standard.   XNU - EXTERNAL NETWORK UNIT The IQ600E provides both Class X and Class B wiring to communicate with panels and annunciators in Network to form a fire network system. It meets the UL864 10th Edition standards. It can support up to 109 panels or remote annunciators.

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FG901CP-MINI_AP Fire Control Panel

0 out of 5

FG901CP-MINI_AP is a microprocessor fire detection panel that allows the detection of fires through wired or wireless devices and can be programmed and interrogated through a fully touch screen interface.


Features
  • Able to manage an open or closed loop of 240 compatible devices, both optical and thermal.
  • The areas and zones controlled by detection devices can be combined by means of logical expressions in order to trigger events on the central unit and remote repeater panels.
  • Certified UNI EN 54-2 and 54-4 for fire detection and signalling systems, this control unit offers three different levels of access for different types of operators (installer, safety manager and end user).
  • The touch interface, simple and ergonomic, allows any type of user an intuitive interaction without time or training costs.
  • All configuration steps are immediate and the self-programming and self-addressing mechanisms allow you to recognize, interrogate and program devices in the field quickly, systematically and without errors.
  • The control panel can be programmed both locally and remotely, using the dedicated FG Cloud online platform, data can be exported and imported via any USB stick.
  • Monitoring takes place thanks to the WINWATCH32 supervision system.
  • The diagnostics of sensors and devices is carried out directly by the control panel and only one operator is able to independently run all the test procedures and verify the operation of the system in all its components.
  • Periodic maintenance can thus be planned and performed in an optimal way.
  • Diagnostic data and historical data recorded by the control panel can be easily exported and analysed in CVS/ excel format.
  • The control panel can be customized for all installation conditions: the mechanic colour, the display background, the colour of the programmable LEDs, the logo displayed on the welcome screen and the language can be chosen as desired.

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Photo Electric Smoke Detector IQ651S

0 out of 5

The IQ651S is an intelligent, addressable photoelectric smoke detector designed for fast, dependable response across a broad range of fire types. UL listed to UL 268 and FM Approved for indoor fire protective signalling systems, it combines a slim, low-profile design with advanced detection technology and built-in self-diagnostics.

Reliable Detection, Smart Monitoring Using photoelectric sensing technology, the IQ651S responds quickly to slow-smouldering fires that conventional detectors may miss. An onboard Microcontroller Unit (MCU) continuously performs self-diagnostic tests, ensuring the detector remains fully operational at all times. Taking a single address on the Signalling Line Circuit (SLC), it reports its precise location and status directly to the fire alarm control panel.

Key Specifications

  • Nominal Voltage: 24 VDC (Range: 15–28 VDC)
  • Smoke Sensitivity: 1.6%/ft to 2.3%/ft
  • Operating Temperature: 0°C to 38°C (32°F to 100°F)
  • Humidity: 0–93% RH
  • Diameter: 105 mm | Height: 47.5 mm | Weight: 132 g
  • Mounting: Ceiling or wall | Max spacing: 9.1 m (30 ft)
  • Wiring: 12–18 AWG | Ingress Protection: IP-43

Certifications: UL Listed (UL 268) | FM Approved

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Heat Detector IQ651H

0 out of 5

The IQ651H is an intelligent, addressable heat detector combining fixed-temperature and rate-of-rise detection in a single slim-profile unit. UL listed to UL 521 and FM Approved for indoor fire protective signalling systems, it delivers reliable early heat detection with the precision of addressable technology.

Dual Detection, Smarter Response The IQ651H triggers an alarm when temperature reaches the fixed threshold of 135°F (57°C), or when it detects a rapid rate-of-rise of 15°F/min (8.3°C/min) — catching fast-developing fires before they reach critical levels. An onboard Microcontroller Unit (MCU) continuously runs self-diagnostic tests to ensure the detector is always operational.

Addressable Intelligence Taking a single address on the Signalling Line Circuit (SLC), the IQ651H reports its exact location and status directly to the fire alarm control panel, enabling fast, accurate response. Supports both Class A and Class B circuit configurations.

Key Specifications

  • Nominal Voltage: 24 VDC (Range: 17.6–28 VDC)
  • Fixed Temperature Rating: 135°F (57.5°C)
  • Rate-of-Rise Detection: 15°F/min (8.3°C/min)
  • Operating Temperature: 0°C to 38°C (32°F to 100°F)
  • Humidity: 0–93% RH
  • Diameter: 105 mm | Height: 47.5 mm | Weight: 121 g
  • Mounting: Ceiling or wall | Max spacing: 15 m (50 ft)
  • Ingress Protection: IP-43

Certifications: UL Listed (UL 521) | FM Approved

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Duct Detector IQ651DSC-A/B/C

0 out of 5

The IQ651DSC-A/B/C are ventilation duct detectors smart designed FOR USE WITH MODEL IQ651S DETECTOR HEADS. IQ651DSC are UL-listed devices according to UL 268A for fire protection systems. Equipped with a photoelectric smoke detector, the units will signal the presence of a dangerous amount of combustion product in the ventilation system. They are compatible with Fireguard’s control panel model IQ600 and IQ601. Note: These detectors are not designed to be used in open areas.

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FG901CP-MININET_AP Fire Control Panel

0 out of 5

FG901CP-MININET_AP is a microprocessor fire detection panel that allows the detection of fires through wired or wireless devices and can be programmed and interrogated through a fully touch screen interface.


Features
  • The Multiprotocol panel, is able to manage an open or closed loop of 240 compatible devices, both optical and thermal. In complex applications it can be installed in a ring network.
  • In this distributed architecture, areas and zones controlled by detection devices can be combined by means of logical expressions in order to trigger events on the central unit of other panels of the ring network.
  • Certified UNI EN 54-2 and 54-4 for fire detection and signalling systems, this control unit offers three different levels of access for different types of operators (installer, safety manager and end user).
  • The touch interface, simple and ergonomic, allows any type of user an intuitive interaction without time or training costs.
  • All configuration steps are immediate and the self-programming and self-addressing mechanisms allow you to recognize, interrogate and program devices in the field quickly, systematically and without errors.
  • The control panel can be programmed both locally and remotely, using the dedicated OneCloud online platform, data can be exported and imported via any USB stick.
  • Monitoring takes place thanks to the WINWATCH32 supervision system.
  • The diagnostics of sensors and devices is carried out directly by the control panel and only one operator is able to independently run all the test procedures and verify the operation of the system in all its components.
  • Periodic maintenance can thus be planned and performed in an optimal way.
  • Diagnostic data and historical data recorded by the control panel can be easily exported and analysed in CVS/excel format.
  • The control panel can be customized for all installation conditions: the mechanic color, the display background, the color of the programmable LEDs, the logo displayed on the welcome screen and the language can be chosen as desired.

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FG901CP-MINISL AP Fire Control Panel

0 out of 5

FG901CP-MINISL_AP is a microprocessor fire detection panel that allows the detection of fires through wired or wireless devices and can be programmed and interrogated through a fully touch screen interface.


Features
  • The Multiprotocol panel, is able to manage an open or closed loop of 126 compatible devices, both optical and thermal.
  • The areas and zones controlled by detection devices can be combined by means of logical expressions in order to trigger events on the central unit and remote repeater panels.
  • Certified UNI EN 54-2 and 54-4 for fire detection and signalling systems, this control unit offers three different levels of access for different types of operators (installer, safety manager and end user).
  • The touch interface, simple and ergonomic, allows any type of user an intuitive interaction without time or training costs.
  • All configuration steps are immediate and the self-programming and self-addressing mechanisms allow you to recognize, interrogate and program devices in the field quickly, systematically and without errors.
  • The control panel can be programmed both locally and remotely, using the dedicated FG Cloud online platform, data can be exported and imported via any USB stick.
  • The diagnostics of sensors and devices is carried out directly by the control panel and only one operator is able to independently run all the test procedures and verify the operation of the system in all its components.
  • Periodic maintenance can thus be planned and performed in an optimal way.
  • Diagnostic data and historical data recorded by the control panel can be easily exported and analysed in CVS/ excel format.
  • The control panel can be customized for all installation conditions: the mechanic colour, the display background, the colour of the programmable LEDs, the logo displayed on the welcome screen and the language can be chosen as desired.

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Detector - FG901

0 out of 5

The FG901 DETECTOR series are advanced analogue addressable sensors designed for continuous, intelligent fire monitoring. Featuring a dust-resistant optical chamber, integrated short-circuit isolator, and sophisticated drift compensation technology, they deliver exceptional detection accuracy and long-term reliability with minimal maintenance.

Three Models for Complete Detection Coverage

  • FG901SHD_AP — Combined optical and thermal detector (EN54-5, EN54-7, EN54-17)
  • FG901SD1_AP — Optical smoke detector (EN54-5, EN54-17)
  • FG901HD1_AP — Thermovelocimetric optical detector (EN54-7, EN54-17)

Intelligent Detection Technology The optical models use a dual-transmitter, single-receiver chamber exploiting the Tyndall effect for reliable smoke detection. The multisensor FG901SHD_AP combines optical and thermal detection with a sophisticated algorithm that analyses smoke levels relative to temperature rise, programmable in AND or OR mode for maximum flexibility and false alarm immunity. Thermal detection supports both fixed-temperature and rate-of-rise modes.

Drift Compensation An onboard drift compensation algorithm continuously adjusts for dust and contaminant accumulation in the optical chamber, maintaining the original detection threshold without the need for recalibration.

Continuous Diagnostics Each detector communicates operating conditions, smoke darkening levels, dirt levels, and temperature data directly to the control panel. An onboard event log records the total number of fire alarms and the 5-minute period preceding each alarm — invaluable for post-incident analysis.

Simple Installation Addressing via ONEPROGRAMMER or auto addressing — no DIP or rotary switches. Supports "T" connections. Bases include a short-circuit spring maintaining loop continuity when a sensor is removed, and sensors can be mechanically locked to the base to prevent unwanted removal.

Key Specifications (all models)

  • Supply Voltage: 27V
  • Standby Current: 90 µA | LED Current: 15 mA
  • Operating Temperature: -30°C to +70°C
  • Humidity: Up to 95% RH (non-condensing)
  • Loop Capacity: Up to 240 devices over 2km cable
  • Dimensions: Ø92mm × H48mm (with standard base) | Weight: 120g
  • Construction: White ABS V0 / Black POM optical chamber

Certifications: Applus Certified (n°1922-CPR-1121/1122/1123) | EN54-5, EN54-7 & EN54-17 Compliant

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ADDRESSED SIREN WITH/WITHOUT FLASHING LIGHT

0 out of 5

The FG901 SOUND series are robust, addressable sirens engineered for reliable fire alarm notification in demanding environments. Built from glossy red ABS with an IP65 ingress protection rating, they are equally suited to indoor and challenging installations. Each unit features an integrated short-circuit isolator, guaranteeing uninterrupted loop communication even in the event of a fault.

Three Models for Every Need

  • FG901SI_AP — Addressed siren (audible only), EN54-3 & EN54-17
  • FG901SFI_AP — Addressed siren with flashing light, EN54-3 & EN54-17
  • FG901SFI23_AP — Addressed siren with flashing light, EN54-3, EN54-17 & EN54-23 (visual alarm coverage W-2,4-5)

Powerful Performance All three models deliver 80–100 dB sound output at a siren voltage of 24 VDC, with standby consumption of just 120 µA — making them highly efficient for large loop deployments.

Simple Installation Addressing is handled via programmer or auto addressing — no DIP or rotary switches required. Compatible with "T" connection topologies. Deep extractable terminal blocks accommodate cables up to 2.5mm², and PG7 cable glands ensure the IP65 rating is maintained throughout.

Key Specifications

  • Supply Voltage: 27V | Siren ON Voltage: 24 VDC
  • Sound Output: 80–100 dB
  • Standby Current: 120 µA | Alarm Current: 7 mA (SI) / 25 mA (SFI) / 38 mA (SFI23)
  • Operating Temperature: -10°C to +55°C
  • Humidity: Up to 85% RH (non-condensing)
  • Ingress Protection: IP65 (with PG7 cable glands)
  • Dimensions: D:100mm H:92mm (SI/SFI) | D:100mm H:107mm (SFI23)

Certifications: Applus Certified | EN54-3, EN54-17 (all models) | EN54-23 (FG901SFI23_AP only)

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AIR RELEASE VALVE

0 out of 5

Air release valve is used in wet pipe sprinkler systems and on casing of horizontal split case pump, so to automatically release small pockets of accumulated air while the system operates under pressure exceeding atmospheric pressure. Air Release Valves are designed to vent trapped air that collects at high points in a pipeline. These Valves continuously release air from piping systems thereby preventing large air pockets to form which can cause damaging pressure surge to the system. Air release valves permit trapped air to be released from piping systems without losing water pressure. The small orifice releases air under pressure during normal pipeline operation.

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ALARM VALVE MODEL-H

0 out of 5

Alarm Valve is a double seated clapper check valve with grooved seat design, which ensures positive water flow for alarm operation and is designed for installation in wet pipe sprinkler system. External bypass prevents false alarm under all supply pressure condition. In the event of variable pressure condition, false alarm is prevented with the provision of retard chamber, thus the design allows for installation under both variable and constant supply pressure condition. Operation of one or more automatic fire sprinklers causes the water to flow into the sprinkler system causing the alarm valve to open, allowing continuous flow of water into the system and transmittal of alarm, both electrical and mechanical

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