9
Description
en
2.3.1
Dräger Flame 2100
The flame detector is designed to detect hydrocarbon fuels and
vapors, invisible hydrogen flames and fires from hydride, ammonia,
saline and other organic fires.
2.3.2
Dräger Flame 2350
The flame detector is designed to detect hydrocarbon fuels and vapors
that produce CO
2
in their combustion process.
2.3.3
Dräger Flame 2370
The flame detector is designed to detect hydrocarbon fuels and vapors
that produce CO
2
in their combustion process, hydroxyl and hydrogen
fires that produce mainly water vapor (H
2
O), as well as metal and
inorganic fuels (for example: hydrogen, ammonia, hydrofluoric acid,
hydrochloric acid).
2.4
Limitations on use
The flame detector must not be used to monitor existing flames.
2.5
Approvals
For information on approvals, please refer to the following
supplements:
for Dräger Flame 2100: 9033713
for Dräger Flame 2350: 9033714
for Dräger Flame 2370: 9033715
Summary of Contents for Flame 2100
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Page 120: ...120 ru 1 1 1 5 135 Dr ger Dr ger Dr ger Dr ger Dr ger 1 2 2 2 1 A 1 2 3 4 5 6 7...
Page 126: ...126 ru 3 3 1 NFPA 72 Ex 3 NFPA 72 30 12 45 18...
Page 127: ...127 ru Dr ger Flame 2350 2370 45 3 2 3 344...
Page 130: ...130 ru A 2 5 15 10 0 3 5 10 15 20 30 0 20 247 BIT 1 BIT BIT BIT 1 BIT 3 BIT 2 YES...
Page 134: ...134 ru 4 0 20 0 Dr ger 4 0 20 0 24 Dr ger 4 0 20 2 BIT Dr ger 0 20 20 Dr ger...
Page 135: ...135 ru 5 5 1 Dr ger 5 2 1 2 3 5 3 1 2 3 3 9 131 3 Dr ger 6 5 2 135 5 3 135 6 1 1 Dr ger Dr ger...
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