According to state of the outlet refrigerant from compressor, it's better we use refrigerant temperature.
Temperature glide
The condensing pressure will stop rising when the pressure reaches a level where the compressor can no longer overcome the resistance in the condenser coils. At this point, the system may go into an energy-saving mode to prevent damage to the compressor.
The temperature varies with its pressure. If pressure high the condensing temperature also high. please be more specific, can someone please provide more specifics to this?
Boron does not have a condensing point because it sublimes directly from solid to gas at around 2600 degrees Celsius.
The condensing point is the temperature at which a substance changes from a gas to a liquid during the process of condensation. It is the point at which vapor molecules lose enough heat energy to form a liquid.
The condensing temperature of argon is -185.86 degrees Celsius at atmospheric pressure.
A condensing turbine uses all the energy from the steam going from high pressure turbine to secondary turbine to condensing turbine then sends the condensate back for reheating. where a non condensing turbine just uses the high pressure aspect of the steam then returns the low pressure stream back to be reheated. Condensng turbines utilises the entire available drop from high pressure to the vacuum in the condenser; a back pressure turbine only utilises only the top part, whereas an exhaust steam turbine utilises only th bottom part of the pressure drop. Hope that helps.
12
The condensing temperature for an R22 system with a head pressure of 296 psig would typically be around 120-130°F. This is based on the saturation temperature corresponding to a pressure of 296 psig on the R22 pressure-temperature chart.
The condensing temperature for an R-12 system with a head pressure of 175 psig would be approximately 119°F. This is based on typical saturation temperature-pressure relationship for R-12 refrigerant.
Temperature glide
The condensing pressure will stop rising when the pressure reaches a level where the compressor can no longer overcome the resistance in the condenser coils. At this point, the system may go into an energy-saving mode to prevent damage to the compressor.
safety control
Sunshine can increase the operating pressure and temperature of a condensing unit, which can affect its efficiency and cooling capacity. This can lead to higher energy consumption and potential strain on the system, especially if it's not designed to handle the increased load. Providing shade or proper ventilation for the condensing unit can help mitigate these effects.
The segment of a refrigeration system where the pressure and buildup of compression and condensation of refrigerant are refined. Here and there alluded to as the 'high side'.
It depends on the ambient condensing temperature. A pressure temperature comparison chart for 134Aa can be found at http://www.csgnetwork.com/r134apresstempconv.html Different refrigerants condensence and evaporate at different temps/pressure
To determine the liquid subcooling in the condenser, you would need the saturation pressure corresponding to the condenser outlet temperature of 108°F. Once you have the saturation pressure, you can compare it to the condensing pressure of 260 psig to calculate the liquid subcooling as the difference between the two pressures.