Fire Suppression - Industrial Safety Enterprises

Instantaneously protect your sensitive property automatically by using a fire suppression system. It provides the most effective and safest means to extinguish fire right at the moment that it happens. Suppression system comes in different types, forms and components based on the application.

Heat sensitive tubes form the basic infrastructure for suppression systems. Pressurised tubes are connected through sensitive equipment that monitor pressure in real time.

Starting from Rs.35,000 Ideally suitable for: Electric panels, server racks

During a fire incident, the tube ruptures and this constantly monitoring gauge activates the switch to release the gas. This gas fills the panel to suppress the fire and alerts nearby people through a siren.

When the operating temperature raises beyond a preset temperature, the gas is released to suppress the fire

Tubes may also be installed in other sensitive places such as lab equipments, vehicle engines, machinery, etc.,

Pre-engineered systems are used to protect small compartments or micro-environments. Engine compartments and electrical panels are good examples of where these types of systems would provide protection.

The detection tube detects fire 10 times faster than any traditional method. They do not require electricity to operate and accurately detect fires even in the presence of dust, particulates, and other environmental challenges

The Detection Tube is routed through the hazard area inside the equipment to detect fire at its source and is connected to the cylinder valve.

At places where tube suppression system becomes irrelevant due to size or performance or application or suitability to the site, room flooding systems shall be installed. Early detection systems electronically detect and communicate the event of fire to a panel which directs the control switch to release the gas after a preset timer and alerts the BMS system.

Starting from Rs.2,95,000 Ideally suitable for: Electric panel room, Battery room, IT Server room or Transformers

Engineered fire suppression systems will protect an entire room. The contained gas is released in an enclosed space, flooding it completely. This is typically used in larger areas that require a high volume of extinguishing agents to suppress the fire effectively.

At large commercial kitchens, where fire is imminent and temperatures can reach very high, kitchen suppression systems are ideal. This can be directly used on deep oil fat fryers. Wet chemical enclosed in Stainless Steel Containers are used for suppression.

To select the most appropriate agent for a given application, you will need to know whether the hazard you need to protect is susceptible to Class A, B, C, or D fires (or some combination of these).
Firetrace systems can be installed with any of these agents:

Carbon Dioxide (CO2)
ABC Dry Chemical
Purple K (BC Dry Chemical)
Novec 1230
FM-200

Both Novec 1230 and FM-200 fall under the category of clean agents. These agents quickly suppress the fire without harming the equipment, the environment and be inhaled without any adversary. They are noncorrosive, nonconductive, and because they do not leave a residue to clean up, it minimizes the interruption of your business operations.

All our systems are accurately calibrated to match industrial standards for optimal performance
Contact us for a free consultation/survey at your inverter room or server room or commercial kitchen to know more about suppression systems

It is important to ensure that no system limitations are being exceeded. Various ancillary components can be added to the fire suppression system to provide additional functionality.

Indication modules to determine the current status of the system
Alert modules to provide visual confirmation
Fault indication to denote the need of service
Pressure switches for constantly monitoring and initiate/shut down other equipment
Time delay to wait for a preset time before release of the agent

Commissioning involves a final inspection, testing of all system components, and activating the system to its commissioned state. Once the system is commissioned, it should be regularly maintained and inspected for optimal performance.