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3.4 100-HOUR SYSTEM TEST 3.4.1 Conditions.Thefinal100hourswerecontinuoushi/lowmodeoperation. The testing was substantially the same as the acceptance test prior totheNASA-MDAC90-daytest. Thehi/lowmodetimerwassetforthe nominal 02 generation rate of 8.0 lbs/day. The test parameters for this run were the following: System Oxygen Hydrogen Voltage Current Production 3.64 kg/day (8 lbs/day)nom. Purity (less H20 vapor) 99.7% min. Admixed hydrogen Dischargepressure Purity Admixedoxygen Dischargepressure Cell voltage Module voltage High mode Low mode 0.1% max. 11.7kN/m (1.7psig)nom. 99.3% min. 0.2% mae 11.7 kN/m (1.7 psig) nom. 2.4 Vdc max. 19.2 Vdc max. 12.0 + 1.0 A nom. 4.5 + 0.5 A nom. 40°c (1040 F) max. 17.7 kN/m2 (2.57 psig) max. 16.7 kN/m2 (2.42 psig) max. 1.5kN/m2 (6 "H0O) max. o.75 kN/m2 (3"120)mn. 0.8% max. 20A max. Safety Shutdown Module temperature Interface FeedWater: TemperatwIre ambientnow. °2 Pressure H Pressure High electrolyte Lowelectrolyte H2 in cabinet Power loss Modulehighcurrent (module only) Coolant: Nitrogen: Power: Pressure Quality Fluid Temperature Flow rate Pressure 6.9kN/m (1psig)min. commercial distilled nom. ethylene glycol 7 + 3°C 6 .3-x 10-5 m3 /sec (1 gpm) max. 207 kN/m2 (30 psig) nom. 115 Vac, 60 Hz 208 Vac, 60 Hz, 3 Phase Pressure drop in discharge lines: 10.35 kN/m2 (1.5 psig) max.PDF Image | WATER ELECTROLYSIS SYSTEM REFURBISHMENT
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