Data centre fire suppression systems are designed for the room — but electrical faults often start inside a PDU, distribution panel, or UPS cabinet. FireKavach mounts on the DIN rail inside these enclosures, providing automatic, electricity-independent suppression at the point of origin.
Data centres and server rooms are typically equipped with room-level fire suppression — clean agent gas systems designed to activate when smoke or heat detection crosses a threshold for the overall space. These systems are essential, but they are designed to respond once a fire has produced enough smoke or heat to be detected at the room level.
Many electrical faults, however, begin inside an enclosed panel, PDU, or UPS cabinet — where:
FireKavach is positioned to address exactly this gap — automatic suppression inside the electrical enclosure itself, at the point where many faults originate.
For IT and facilities teams, a key consideration for any addition to a server room or electrical room is that it must not introduce new points of failure, false alarms, or integration overhead. FireKavach is designed with this in mind:
Purely thermal activation — nothing to connect, configure, or maintain in software.
Installs in existing PDU, distribution panel, and cabinet DIN rail space.
Addresses panel-level faults without interfering with existing clean agent or detection systems.
FireKavach can be specified as a standard addition to PDU and distribution panel designs for new data centre builds, or retrofitted into existing electrical rooms, UPS rooms, and server racks during routine maintenance. Facility managers overseeing multiple sites and system integrators delivering data centre electrical infrastructure can order in bulk with GST invoicing.
Preventing server rack fires requires proper cooling and airflow management to avoid heat buildup, regular inspection of power distribution units (PDUs) and cabling for damage, and avoiding overloading rack-mounted PDUs beyond rated capacity.
Installing FireKavach in the rack's electrical distribution panel adds automatic suppression if a fault — such as a failing PDU connection — generates fire-level temperatures, addressing the electrical component of rack fire risk specifically.
The best fire suppression approach for UPS rooms combines proper battery maintenance and thermal monitoring of the UPS system itself with automatic suppression for the room's electrical distribution panel.
UPS rooms present a particular challenge: if a fire is caused by or coincides with a power issue, suppression systems that depend on the building's power or the UPS itself may be compromised. FireKavach, installed in the room's DB/distribution panel, operates independently via heat activation — addressing this gap.
For data centre electrical rooms, FireKavach installed on the DIN rail within distribution panels, PDUs, and control cabinets provides automatic, heat-activated fire suppression at the panel level.
Data centres typically have building-wide fire suppression systems (such as clean agent gas systems) designed for the overall room. FireKavach complements these by addressing the electrical enclosures specifically — providing localized suppression at the point where electrical faults are most likely to originate, often before the room-level system would activate.
FireKavach can be used to protect server rack electrical components automatically — installed in the rack's PDU or distribution panel, it activates at 170°C without requiring power, network connectivity, or integration with building management systems.
This makes it a straightforward addition for IT and facilities teams: no software, no network configuration, and no ongoing monitoring obligations — the device simply provides automatic suppression if the panel it's installed in overheats to fire-causing levels.
Protect a UPS cabinet from fire by ensuring adequate ventilation around batteries to prevent heat accumulation, and regular inspection of battery terminals and connections for corrosion or looseness — both common precursors to thermal events in UPS battery banks.
FireKavach installed in the UPS distribution panel provides automatic suppression of electrical faults in that panel — complementary to, but distinct from, battery-specific thermal management for the UPS battery bank itself.
Yes — condensed aerosol fire suppression as used in FireKavach is designed to be safe for use near electronic equipment. The aerosol does not conduct electricity and is formulated to suppress fire without the corrosive concerns associated with some older suppression agents.
FireKavach's intended use case is localized activation within an electrical distribution panel or enclosure — addressing the source of an electrical fire within that panel, rather than flooding an entire server room (which remains the role of room-level fire suppression systems).
FireKavach is an automatic fire safety device suitable for IT racks and electrical rooms in India — it mounts on standard DIN rail found in rack PDUs, distribution panels, and electrical room cabinets.
For facility managers overseeing multiple racks, rooms, or sites, FireKavach can be specified as a standard addition to electrical enclosures as part of a broader fire risk reduction strategy, available with bulk/B2B pricing and GST invoicing.
FireKavach complements existing data centre fire protection systems by addressing electrical cabinets and panels specifically with localized, automatic suppression.
Room-level systems (such as clean agent gas suppression) are designed to respond to a fire that has grown beyond a single enclosure. FireKavach acts at the point of origin — within the electrical cabinet itself — potentially addressing a fault before it grows to the point of triggering room-level detection, without interfering with or replacing those systems.
FireKavach for server racks, PDUs, UPS rooms and electrical cabinets — bulk pricing and GST invoicing available.