Condenser Water Temperature at Audrey Paul blog

Condenser Water Temperature. From the ashrae greenguide:1 “the cooltools chilled water plant design and performance specification guide recommends a design method that starts with a condenser water temperature. Under the shell of the condenser. For 1 ton of evaporator load, condenser water temperature rises. The condenser water is flowing out at about 32 degrees celsius (90 degrees fahrenheit), and it’s returning at 27 degrees celsius (81 degrees fahrenheit). However, if the entering water temperature is 100°f and the leaving water temperature is 85°f, that yields an average condensing water temperature of 92.5°f, versus an average 90°f if you designed. A good rule of thumb is 2% kw/ton reduction per 1°f reduction in condenser water supply temperature. It will leave at a lower temperature than when it entered at the top. Assuming a constant 70% load or 350 tons, let’s compare the efficiency and power. While the accepted entering and leaving condenser water temperatures, for as long as i can remember are 29.5 deg c. This is where the condenser water will leave the cooling tower.

From the ashrae greenguide:1 “the cooltools chilled water plant design and performance specification guide recommends a design method that starts with a condenser water temperature. However, if the entering water temperature is 100°f and the leaving water temperature is 85°f, that yields an average condensing water temperature of 92.5°f, versus an average 90°f if you designed. The condenser water is flowing out at about 32 degrees celsius (90 degrees fahrenheit), and it’s returning at 27 degrees celsius (81 degrees fahrenheit). While the accepted entering and leaving condenser water temperatures, for as long as i can remember are 29.5 deg c. This is where the condenser water will leave the cooling tower. For 1 ton of evaporator load, condenser water temperature rises. It will leave at a lower temperature than when it entered at the top. Assuming a constant 70% load or 350 tons, let’s compare the efficiency and power. Under the shell of the condenser. A good rule of thumb is 2% kw/ton reduction per 1°f reduction in condenser water supply temperature.

Heat Transfer and Applied Thermodynamics Condensation from the Atmosphere

Condenser Water Temperature The condenser water is flowing out at about 32 degrees celsius (90 degrees fahrenheit), and it’s returning at 27 degrees celsius (81 degrees fahrenheit). From the ashrae greenguide:1 “the cooltools chilled water plant design and performance specification guide recommends a design method that starts with a condenser water temperature. However, if the entering water temperature is 100°f and the leaving water temperature is 85°f, that yields an average condensing water temperature of 92.5°f, versus an average 90°f if you designed. Assuming a constant 70% load or 350 tons, let’s compare the efficiency and power. Under the shell of the condenser. A good rule of thumb is 2% kw/ton reduction per 1°f reduction in condenser water supply temperature. It will leave at a lower temperature than when it entered at the top. For 1 ton of evaporator load, condenser water temperature rises. While the accepted entering and leaving condenser water temperatures, for as long as i can remember are 29.5 deg c. The condenser water is flowing out at about 32 degrees celsius (90 degrees fahrenheit), and it’s returning at 27 degrees celsius (81 degrees fahrenheit). This is where the condenser water will leave the cooling tower.