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2.5 SYSTEM4 INTERFACES 2.5.1 InterfaceInstrumentation The instrumentationavailable for external monitoring of the unit is provided at the five connectors (J102 through J10io6) on the left-hand side of the unit. The instrumentationconsists of the following: three pressures, seven temperatures, sixty-four cell voltages, eight module voltages and currents,onetotalcurrent,andtwoevent(status)monitors. Referto Table 2 for the type and range of stimulus monitored and to Figures 6 through 12 for connector identification. The temperatureand pressure signals are conditionedwithin the unit and emit a short-circuitprotected voltage of 0-5 vdc for their respective stimulusranges. Theopencircuitoutputimpedanceforthesechannelsis <13509 unbalancedtosignalreturnwithashuntcapacitanceofapproxi- mately1.0 pf. The module, cell, and shunt current voltages are balanced differential outputs. Eachchannelisshort-circuitprotectedthroughitsown passive isolationnetwork. Theopencircuitoutputimpedanceofthecellandmodule voltagemonitorsisapproximately20kQ whilethatofthemodulecurrent shunt (0-50 my) voltages is approximately2kQ. 2.5.2 InterfaceRequirements The service requirements for the operation of the Electrolytic Oxygen Generator are the following: Feed Water Temperature Pressure Quality Coolant Fluid Temperature Flow rate Nitrogen Pressure Power Ambient 20.7kN/m2 (3psig)min. Commercial distilled Water 9 +40°C(48+7°F) 6.3 x 10-5 m3 7sec (1 grm) max. 207 kN/2 (30 psig) 115 Vac, 60 Hz 208 Vac, 60 Hz, 3 Phase PressureDropinDischargeLines 10.35kN/m2 (1.5psig)max. 15PDF Image | WATER ELECTROLYSIS SYSTEM REFURBISHMENT
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