Oxeo EcoPrevent CS

Oxeo EcoPrevent CS

Ad­vant­ages

Ther­mo­lysis gases are re­leased in the event of a fire long be­fore aer­o­sols or smoke particles are even gen­er­ated. The Oxeo Eco­Prevent CS sys­tem de­tects these ther­mo­lysis gases and re­duces the con­cen­tra­tion of oxy­gen in the af­fected pro­tec­ted area through the con­trolled sup­ply of ni­tro­gen to a level that en­sures a "fire-proof" at­mo­sphere. Thus the early de­tec­tion of ther­mo­lysis gases is the best way to pre­vent the out­break of an open fire. Oxeo Eco­Prevent CS pro­tec­ted areas are freely ac­cess­ible, since the oxy­gen con­cen­tra­tion is only re­duced when needed.

    Ad­vant­ages of Oxeo Eco­Prevent CS versus inert gas ex­tin­guish­ing sys­tems

    • Less fire dam­age and con­sequen­tial dam­age by pre­vent­ing the out­break of an open fire in pre­ven­tion mode
    • Sup­ple­ment­ary inert gas provides time to loc­ate the ther­mo­lysis event and to re­move its cause
    • Added safety for people through the con­trolled in­flow of inert gas
    • In most cases, the switch to pre­ven­tion mode is suf­fi­cient in the event that ther­mo­lysis gas is de­tec­ted. This res­ults in lower costs for re­filling the cyl­in­der bat­tery.

    Ad­vant­ages of Oxeo Eco­Prevent CS versus sys­tems with per­man­ent oxy­gen re­duc­tion

    • Pre­ven­tion of an open fire without the per­man­ent use of en­ergy and main­ten­ance of com­pressors, com­pressed air pro­cessing units and ni­tro­gen gen­er­at­ors
    • Quick sup­ply of inert gas in the event of an un­ex­pec­tedly high in­take of fresh air
    • Ad­di­tional backup via in­ter­ven­tion mode
    • In standby mode, the pro­tec­ted areas are gen­er­ally ac­cess­ible without re­quir­ing a prior oc­cu­pa­tional health check
    • Mod­u­lar ex­ten­sion of the inert gas sup­ply

      Design

      Protected Area

      1

      Inert gas nozzle

      2

      Oxy­gen sensor

      3

      As­pir­at­ing smoke de­tector with an extra CO-sensor

      4

      Cyl­in­der­bat­tery

      5

      Fire de­tec­tion and ex­tin­guish­ing con­trol panel

      6

      On-off con­trol

      7

      Pres­sure re­lief flap
      1. 1Inert gas nozzle
      2. 2Oxy­gen sensor
      3. 3 As­pir­at­ing smoke de­tector with an extra CO-sensor
      4. 4Cyl­in­der­bat­tery
      5. 5Fire de­tec­tion and ex­tin­guish­ing con­trol panel
      6. 6On-off con­trol
      7. 7Pres­sure re­lief flap
      • An im­port­ant ele­ment of the Oxeo Eco­Prevent CS Sys­tem is the HE­LIOS AMX5000 as­pir­at­ing smoke de­tector with in­teg­rated ther­mo­lysis gas sensor tech­no­logy, of­fer­ing both, ther­mo­lysis gas de­tec­tion and the earli­est pos­sible fire de­tec­tion with mit­ig­ated alarm levels. As a rule, ther­mo­lysis gases such as car­bon monox­ide are re­leased in the event of a fire long be­fore aer­o­sols or smoke particles are even gen­er­ated. Thus early de­tec­tion of ther­mo­lysis gases is the best way to pre­vent the out­break of an open fire. If ther­mo­lysis gas is de­tec­ted, the FMZ 5000 fire de­tec­tion con­trol panel is­sues a cor­res­pond­ing alarm to a per­man­ently-manned sta­tion and trig­gers a change in status from standby mode to pre­ven­tion mode in the Oxeo Eco­Prevent CS sys­tem. In other words, the oxy­gen con­cen­tra­tion in the af­fected pro­tec­ted area is re­duced by adding an inert gas in a con­trolled man­ner to cre­ate a “fire-proof” at­mo­sphere. In pre­ven­tion mode, the Oxeo Eco­Prevent CS func­tions sim­ilar to a sys­tem with a per­man­ent re­duc­tion of oxy­gen: Under these cir­cum­stances, the out­break of an open fire is nearly im­possible and fire dam­age as well as con­sequen­tial dam­age is min­im­ized.

      Applications

      https://res.cloudinary.com/djhqy6mok/image/upload/v1725434501/server_kjqpad.jpg

      Com­puter/server areas

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