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raw water pump discharge expansion tank outlet cooling water heat exchanger outlet engine jacket water outlet
The oil temperature is less than the cooling water temperature The oil pressure is less than the cooling water pressure The oil pressure is greater than the cooling water pressure The oil flow control valve is always installed in the oil input line
dew point temperature condensation temperature psychometric temperature absolute humidity temperature
higher than the first stage feed-water temperature and absolute shell pressure lower than the first stage feed-water temperature and absolute shell pressure the same as the first stage feed-water temperature and absolute shell pressure not related to the feed-water temperature and absolute shell pressure
more than the working temperature less than the working temperature the working temperature the same as the surrounding temperature
reduce lube oil temperature raise exhaust temperature reduce excessive heating of engine room reduce load on cooling water pump
a dirty lube oil strainer internal water leaks an oil suction line restriction excessive wears of the cooling water pump
chilled water temperature dew point temperature primary air temperature dry bulb temperature
the temperature of the hydraulic fluid the flow rate of the hydraulic fluid the temperature of the cooling water all of the above
high steam pressure in the boiler abnormally high feed water temperature abnormally high boiler water temperature steam demand exceeding feed pump capacity
sea water temperature must never be warmer than 40 ℃ jacket water pressure should always be greater than the sea water pressure jacket water temperature must always be less than 60 ℃ jacket water pressure must always be less than the sea water pressure
Chilled water system supply temperature Chilled water system return temperature Compressor discharge temperature Compressor suction pressure
dry bulb temperature wet bulb temperature saturation temperature water vapor superheat
vaporize, with the unflashed water remaining at the temperature at which it enteredthe flash chamber vaporize, with the unflashed water equalizing to the saturation conditions existingin the flash chamber vaporize, with the remaining water at the temperature greater than it entered theflash chamber boil, allowing steam bubbles to rise through the brine at the bottom of the flashchamber
high exhaust temperature high lube oil temperature low turbo-charger speed low cooling water temperature
avoid exceed assume regulate
increase the amount of cooling water to the condenser decrease the amount of cooling water to the condenser add more refrigerant to the system remove some of the refrigerant from the system
overloading in all cylinders a jammed three-way thermostatic valve chromate PH too low a high level in the surge tank
Oil temperature too high Diameter of gravity disc too large Oil temperature too low High level tank out of water