Fire suppression systems detect a fire and discharge an agent automatically, inside a panel or machine, across a whole room, or around a transformer or generator, so the fire is stopped where it starts. FPS offers tube based cabinet systems, clean agent and inert gas room flooding systems, modular units and watermist systems from Ceasefire, Kanex, Minimax, Savemax, HD Fire and Honeywell in Bhopal and across Madhya Pradesh.
Sizes: 2 kg, 5 kg, 10 kg, 15 kg
Pre-engineered, retrofittable suppression system built from ceiling mounted agent containers in 2, 5, 10 and 15 kg, linked to detectors and a control panel. It comes with Fluoroketone (FK) clean agent or ABC powder MAP 90, and all units fire together for total flooding.
A small self actuating Fluoroketone (FK) unit for enclosed micro environments, released mechanically by a heat sensitive glass bulb with no power supply. The Intuitive version sits inside the space; the Adaptive version sits outside with only its bulb inside, for spaces too small to hold the unit.
A compact Fluoroketone (FK) suppression module for servers, fuse boxes and other confined spaces, triggered by a thermal element when the temperature passes a preset limit. It adds a pressure monitoring port, so a pressure switch can report to a BMS, fire alarm system or siren strobe.
Watermist detection and suppression system for generator areas, with detection devices, special mist nozzles and a connection to a water tank or water cylinders. It discharges droplets below 70 microns within seconds of detecting a fire.
Watermist detection and suppression system for indoor areas, with detection devices, mist nozzles and a water tank connection, discharging droplets below 100 microns. It works automatically, and operations can resume quickly as there are no chemicals to clean up.
Watermist detection and suppression system installed around a transformer, with detection devices, mist nozzles and a water tank connection. It discharges droplets below 120 microns within seconds, putting out the fire and cooling the area.
Room flooding system that stores HFC 227ea as a liquid pressurised with nitrogen and releases it through a piping network and nozzles when detectors alert the control panel. It reaches extinguishing levels in 10 seconds or less and leaves no residue.
Room flooding system that releases Fluoroketone clean agent from cylinders through a flexible piping network and wide range nozzles when detectors alert the control panel. It reaches extinguishing levels in 10 seconds or less and cools the area to prevent re-ignition.
Total flooding system using inert gases, CO2, nitrogen, argon or blends of them, to bring oxygen below the level a fire needs while leaving enough for life. Ceasefire lists the system as VdS approved and scalable up to 240 cylinders.
A scalable flooding system built from M Series wall and ceiling mounted extinguisher units fitted with Metron actuators and linked to detectors through a control panel. Agent options are Fluoroketone (FK-5-1-12), ABC powder MAP 90 and ABC powder MAP 50.
Sizes: 1.5 Zp Cubic Meter, 3.0 Zp Cubic Meter
Modular HFC 227ea suppression unit built to fit inside a server rack, with detectors, controls, agent cylinder and alarm packed together. The optional IP module lets you check system health on a computer or phone and receive email alerts.
Watermist suppression system for commercial premises, with automatic detection and a manual trigger, in sizes and layouts that can be customised. Clean water leaves no toxic chemicals, so offices can get back to work quickly.
Direct tube based system for panels and enclosures using CO2: the heat sensing tube bursts where the fire heats it to 150 to 180 C and sprays CO2 straight onto the flame. It covers Class B, C and electrically started fires and leaves no residue.
Direct tube based system using fluorine free foam for enclosed areas with a Class B risk, also covering Class A fires. The tube bursts at 150 to 180 C and discharges foam straight onto burning liquids such as oil and petrol.
Direct tube based clean agent system with HFC 227ea for Class A, B, C and electrical fires in panels and enclosures. The tube bursts at 150 to 180 C and discharges agent right at the fire, leaving no residue.
Direct tube based clean agent system with HFC 236fa for Class A, B and electrically started fires, LPCB tested under LPS 1666. It is non toxic, non corrosive and leaves no residue on sensitive equipment.
Direct tube based system with Fluoroketone clean agent for Class A, B and electrical fires, suited to computers and other high value equipment. The agent has a GWP below 1 and zero ODP, and the system is certified under LPS 1666.
Direct tube based system with ABC powder for enclosures where several classes of fire are possible, covering Class A, B, C and electrically started fires. The tube bursts at 150 to 180 C and discharges powder straight at the fire.
Indirect system in which the heat sensing tube only detects the fire; when it bursts, CO2 is released through a separate discharge line to fixed nozzles. It suits compartmentalised enclosures with high value equipment and covers Class B, C and electrically started fires.
Indirect system using fluorine free foam, where the heat sensing tube detects the fire and the foam is released through a separate line to fixed nozzles. It covers Class A and B fires and comes in 15 pre-fabricated variants for enclosures of different sizes.
Indirect clean agent system with Fluoroketone, released through a separate line to fixed nozzles when the heat sensing tube bursts, for Class A, B and electrical fires. It is certified by LPCB under LPS 1666, and the agent has a GWP below 1 and zero ODP.
Indirect clean agent system with HFC 227ea for electrical rooms, critical equipment and enclosures where water or other agents would cause damage. It covers Class A, B, C and electrically started fires, with discharge through a separate line to fixed nozzles.
Indirect clean agent system with HFC 236fa for Class A, B and electrically started fires, LPCB tested under LPS 1666. It comes in 15 pre-fabricated variants for enclosures of different sizes.
Indirect system with ABC powder for enclosures where several classes of fire are possible, covering Class A, B, C and electrically started fires. Ceasefire notes its low pressure operation suits data centres and telecom facilities.
Sizes: 2, 4, 6 kg
Pre-engineered clean agent system for electrical cabinets, server racks and wind turbine alternator zones, where the UL listed detection tube both senses the fire and delivers the agent at the source. Available in 2, 4 and 6 kg cylinders with FE-36 (HFC-236fa), FK-5-1-12 or FM-200 (HFC-227ea).
Sizes: 2, 4, 6 kg
Indirect clean agent system for CNC and EDM machines, dry type transformers, DG sets, fume hoods and wind turbines: the red detection tubing only senses the fire and large nozzles then flood the work zone with clean agent. Offered in 2, 4 and 6 kg cylinders.
CO2 based direct system for electrical cabinets, transformers, DG sets and fume hoods, with detection tubing routed around the critical components for 360 degree detection and discharge at the source. Cylinder sizes 4.5 and 6.5 kg subject to design calculation.
Sizes: 4.5, 6.5, 9, 22.5, 45 kg
Indirect high pressure CO2 systems for panels, dry type transformers and generators, CNC and EDM machines and fume hoods, where the detection tube senses the fire and nozzles deliver CO2 as a gentle mist. Cylinder sizes from 4.5 kg up to 45 kg depending on the enclosure.
Pre-engineered direct release system using Novec 1230 clean agent for the electrical compartment of a wind turbine, also suitable for cable runs and trays. Cylinders are offered as 2 and 5 kg (CE) or 2.5, 5 and 10 lbs (DOT).
Indirect release Novec 1230 system recommended for wind turbine electrical compartments, where the tubing detects the fire and large nozzles flood the zone with clean agent. Cylinders in 2 and 5 kg (CE) or 2.5, 5 and 10 lbs (DOT).
Engineered total flooding systems that fill a room with FM-200 (HFC-227ea) or Novec 1230 to put out a fire without wetting or contaminating equipment. Designed for server rooms, data centres and other areas where water would cause as much loss as the fire.
An electrically actuated room system in which smoke detectors signal a fire alarm panel, which opens the control valve and releases the extinguishing media into the affected area. The panel also drives a hooter and can send SMS alerts and calls.
Direct release systems in which the heat and flame sensitive Firetrace detection tubing serves as both the detector and the agent delivery line. Used for small enclosures where suppression is needed right at the source.
Indirect release systems where the Firetrace detection tubing only detects the fire and activates the system, and the agent is discharged through separate nozzles. Recommended for larger machine enclosures.
The range of extinguishing media used with Kanex suppression hardware, covering dry chemical powders, clean agents and carbon dioxide. The right agent depends on the hazard and the equipment being protected.
Sizes: 2 kg, 4 kg
Self-actuating, pre-engineered clean agent system for enclosed panels and cabinets, developed and made by Gunnebo India. A pressurised heat sensing tube ruptures at the fire and releases Grenoz 1230 at the point where the fire starts.
Sizes: 10 kg
Automatic clean agent system for small unmanned rooms such as server, UPS, battery and record rooms. A ceiling mounted 10 kg Grenoz 1230 cylinder discharges when point detectors and a fire alarm panel trigger its electrical actuator.
An automatic suppression system for electrical panels, switchgear, control cabins and server racks that detects a fire and puts it out at the source. It uses a clean agent that leaves no residue and is safe on live panels.
Sizes: 80 and 140 L
A clean agent system that protects hazard areas with inert gas, using IG55, IG541, IG100 or IG01 stored in 80 and 140 litre cylinders. It carries VdS approval and is designed with VdS calculation software.
Sizes: 2 kg to 18 kg
An in-cabinet fire suppression system that uses CO2, with a UL Listed heat-sensing tube for detection and an automatic IHP valve in brass. The detection tube is charged with CO2 from the system cylinder, so it needs no separate nitrogen cylinder.
Sizes: 25 Bar, 34.5 Bar, 42 Bar
A super-pressurised clean agent system using FK-5-1-12 fluid for water-averse areas, such as those once protected by Halon 1301. It reaches extinguishing levels within 10 seconds and suits combustible, electrical and flammable liquid fires.
A clean agent suppression system for large-volume, high-risk spaces where fast extinguishing and business continuity are critical. It has zero ozone depletion potential and is safe for use where people are present.
Sizes: 25 Bar, 42 Bar
A high-pressure clean agent system, super-pressurised with dry nitrogen and discharged as a vapour into the protected area within 10 seconds. It suits occupied areas and critical installations with electrical or electronic fire risks.
A do-it-yourself suppression unit for equipment racks that uses a clean agent safe for PCBs. It covers racks of 1.5 m3 to 3 m3 and uses cross zone smoke detection to help reduce the risk of electrical fires.
Sizes: 30 L, 50 L, 80 L, 140 L
An inert gas system that puts out class A, B and C fires by lowering the oxygen level in the room, using a blend of 52% nitrogen, 40% argon and 8% CO2. It comes as a stand-alone system for one space or as a multi-zone system.
Sizes: 1.13 kg, 2.27 kg, 4.54 kg
Direct Low Pressure kits filled with FK-5-1-12 clean agent and a heat detection tube that runs inside the cabinet. Three sizes: ECS-250/252 (1.13 kg), ECS-500/502 (2.27 kg) and ECS-1000/1002 (4.54 kg).
Pre-engineered, automatic In-Direct Low Pressure systems supplied as kits with their main accessories and filled with FK-5-1-12 clean agent. Three sizes: ECS-300ILP (1.36 kg), ECS-700ILP (3.18 kg) and ECS-1400ILP (6.35 kg).
Sizes: 34 L, 120 L, 140 L, 180 L
A seamless cylinder for HFC-227ea and FK-5-1-12 clean agents, fitted with a siphon tube, cylinder valve, actuation port for the electric control head, discharge outlet port and pressure gauge.
A check valve fitted at the discharge manifold of a multiple cylinder system that prevents back flow from the manifold if the system discharges unintentionally.
A mild steel strap that holds clean agent cylinders in the vertical position.
A flexible hose that connects the cylinder valve to the pipe, the manifold or the check valve in HFC-227ea and FK-5-1-12 systems.
Brass nozzles that set the flow rate and spread the agent through the protected area, attached to the discharge piping by a female NPT thread.
An electromechanical actuator mounted on the master cylinder actuation port that opens the cylinder on a 24 V DC signal from the fire alarm panel. It also has a manual release plunger.
A 1/4 inch hose that connects pressure activated devices, such as the N2 pilot cylinder, slave cylinders and pressure switch, to the system.
A switch mounted on the manifold or piping that operates under discharge pressure and signals the panel that the system has actuated. It has a reset button that must be pressed after a discharge.
Connects a flexible actuation hose to the master cylinder assembly, so that the master cylinder can actuate the slave clean agent cylinders.
Fitted to each slave cylinder valve in multiple cylinder FK-5-1-12 and HFC-227ea systems. When the electric control head opens the master cylinder, the master cylinder's pressure makes each head open its own cylinder valve.
Brass male tee and elbow fittings that connect the actuation hose to the pressure operated control heads in multiple cylinder systems.
Start with what you protect. For a single electrical panel, server rack or machine, a tube based system is usually enough: a pressurised heat sensing tube runs through the enclosure and bursts at the hot spot, 150 to 180 C in the Ceasefire range. Direct systems use the burst tube as the nozzle and discharge right at the fire, while indirect systems use the tube only to detect and send the agent through separate nozzles, which suits larger or compartmentalised enclosures such as CNC and EDM machines, dry type transformers and DG sets. Ceasefire, Kanex (Firetrace tubing), Minimax (FIRESPOT), Savemax and HD Fire (HD-RAKSHAK CO2) all offer panel systems, and Honeywell ECS kits come in direct (1.13 to 4.54 kg) and indirect (1.36 to 6.35 kg) versions with FK-5-1-12. For server racks, the Ceasefire SQRS and the Honeywell Rack Mount unit, for racks of 1.5 to 3 m3, combine smoke detection and agent in one unit.
For whole rooms such as server rooms, data centres, UPS rooms and record rooms, choose total flooding, where detectors signal a panel that releases agent through pipes and nozzles into the room. Clean agent options are Ceasefire HFC 227ea and fluoroketone systems that reach extinguishing levels in 10 seconds or less, Kanex engineered FM-200 or Novec 1230 systems, Honeywell FK-5-1-12 systems at 25, 34.5 or 42 bar (with INFERNO SHIELD for large, high risk volumes) and HFC-227ea systems at 25 or 42 bar, and the ceiling mounted 10 kg Minimax Grenoz 1230 unit for small unmanned rooms. Inert gas systems lower the oxygen level instead: the Ceasefire VdS approved system scales up to 240 cylinders, HD Fire HD-INERTSYS uses IG55, IG541, IG100 or IG01 in 80 and 140 litre cylinders at 200 or 300 bar, and Honeywell IG-541 works at 200 or 300 bar with 30 to 140 litre cylinders. Without a large pipe network, the Ceasefire Atom X and M Series link ceiling units of 2 to 15 kg into one flooding system.
Then match the agent to the equipment. Clean agents (FK-5-1-12, Novec 1230, Grenoz 1230, HFC 227ea or FM-200, HFC 236fa or FE-36) are electrically non conductive and leave no residue, for electronics and live panels, and Honeywell presents its HFC-227ea, INFERNO SHIELD and IG-541 systems as suitable where people are present. CO2 cools and reduces oxygen in panels, transformers and machines, with Kanex cylinders from 4.5 kg to 45 kg at 60 to 70 bar and the HD-RAKSHAK at 60 bar. ABC powder MAP 90 covers mixed fire classes in enclosures, fluorine free foam suits oil and petrol, and the Ceasefire Auto-Quell and SWIFT watermist systems for generators, transformers, indoor areas and offices use water only, with the Auto-Quell range working without a power supply.
Finally check approvals, components and alarms. Ceasefire tube systems are LPCB tested (under LPS 1666 for fluoroketone and HFC 236fa) or BSI tested and CE certified, depending on the agent; Kanex lists UL, FM, CE and EPA SNAP approvals with CCOE cylinders and gas to IS 15222 for CO2; Honeywell lists NFPA 2001, PESO and IS 7285 for its FK-5-1-12 and HFC-227ea systems, with UL listing on FK-5-1-12, and FM approval and UL listing on IG-541; HD-INERTSYS carries VdS approval; and Minimax FIRESPOT carries National Test House approval. For engineered Honeywell systems FPS also supplies seamless cylinders from 34 to 180 litres, manifold check valves, discharge hoses, 180 or 360 degree brass nozzles, electric and pneumatic control heads and discharge pressure switches. A pressure switch can report a discharge to a fire alarm panel or BMS, and options include GSM diallers, hooters and the IP monitoring module on the Ceasefire SQRS.
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