Fire Suppression System By Om Fire Safety Services

Clean Agent systems provide protection for facilities
containing valuable corporate assets from people and processes to equipment and
software.

Active on Fire. Safe for People

Clean Agent systems like FM-200, Inergen and FE-13
provide protection for facilities containing valuable corporate assets from
people and processes to equipment and software. They combine the benefits of
clean agent systems and active fire protection with people-safe,
environmentally friendly performance.

The agents discharge as a gas, reaching into all areas
of the protected facility and leaving no residue to damage sensitive equipment
or require costly cleanup. This enables you to get back to normal business
operations faster after a fire.

Safe for People

The agents are non-toxic when used in accordance with
NFPA Standard 2001. The agents are alternatives to Halon 1301; they cause no
breathing problems for people and won't obscure vision in an emergency
situation.

Environmentally-Friendly

Clean Agents are the most versatile and tested clean
agents on the market, has zero Ozone Depletion Potential (ODP), a low (or no)
atmospheric lifetimes and is listed by the Environmental Protection Agency with
no usage restrictions.

Typical Clean Agent Applications:

• The Value of the facilities contents
  (such as a museum) or the importance of the facility to a company's
  business continuity (for example, a data processing center) requires a
  fire suppression system that can react in seconds.


• Water sprinkler systems are
  not available, or if present, may damage the contents of the facility to
  be protected or pose an electrical safety problem for fire fighters.


• People occupy the facility
  to be protected (a process control center is a typical application).


• The use of a clean fire
  suppression agent is required to keep downtime to a minimum (as in an
  automated plant).


• There is a limited amount of
  storage space available for the fire suppression system agent containers.