Sentence examples for condenser pressure from inspiring English sources

For both the tests the initial condenser pressure was maintained around 6 kPa absolute.

The feed mass flow rate, condenser pressure and operating time are optimized for this system.

The variables condenser pressure and overall heat transfer coefficient are analysed applying both methods.

The influence of the spindle position (SP) and condenser pressure on ejector performance are studied.

The inlet enthalpy is determined by the exit conditions of the steam generator and the exit enthalpy by the condenser pressure.

Furthermore, two optimized methods on condenser pressure based on fan speed control are separately discussed: the optimum condenser pressure is solved by the genetic algorithm to save more energy, and the condenser pressure regulation is combined with traditional boiler-turbine coordinated control to accelerate the load response.

This increase in ejector performance was as high as 177% for low condenser pressures.

It was shown that the evaporator and condenser pressures fall gradually with increases in compressor frequency under a constant distillate production.

Also, correlations are developed for the motive steam pressure at the nozzle exit as a function of the evaporator and condenser pressures and the area ratios as a function of the entrainment ratio and the stream pressures.

The experimental study was performed over a range of vapor generator temperatures from about 90 to 102 °C, evaporator temperatures from 0 to 16 °C and condenser pressures from 114 to 143 kPa, and a COP up to 0.25 was obtained.

Results have shown that the coefficient of performance (COP) of the cooling cycle is highly dependent on the evaporator and condenser pressures, as well as, the type of refrigerant used as working fluid.