Design temperature

Design temperature

Expected minimum or maximum temperature for a particular area; used to size heating and cooling equipment.
References in periodicals archive ?
Design temperature is where this unit really excels.
Manufactured in China, design temperature for each of these vessels is 100AaC / 212AaF with a pressure of 15Bar.
High design temperature for ventilation cooling coils and local fan coils can optimize the geothermal borehole sizing and specifications.
LM: Corrector latitude and month, [T.sub.i]: inside room temperature and [T.sub.m]: outlet design temperature. For doors and windows: CLTDc = CLTD + (25.5 - [T.sub.i]) + ([T.sub.m] - 29.4) (8)
Therefore, under normal operating conditions, the temperature boundary conditions are as follows: as a set of steel with good thermal conductivity, the convective heat transfer inside the kettle body and ignore the 190 degrees of water vapor, the same temperature and steam temperature, the highest temperature in the kettle is only considering the design temperature of 190 DEG C; the kettle body and the external cover are due the insulation layer, without considering the kettle body, cover and outside air heat conduction, convection and support only consider the outside air heat exchanger, air in the vertical face of preset hysteresis flow heat transfer coefficient is 3.784e-006w/[mm.sup.2][degrees]C; the environment temperature is 22[degrees]C.
Located on 9.3 acres at 275 Blair Road in Woodbridge, New Jersey, the state-of-the-art facility features a design temperature of negative 10-degrees Fahrenheit and a clearance height of 53 feet.
The 4-inch diameter line had to meet the design pressure of 1,500 psi and a design temperature of 1800 F (820 C).
The results formed two vertical temperature differences for two solar radiation conditions, and the design temperature differences for other situations can be calculated from the reference ones through the adjustive coefficients estimated by the parametric study.
Low alloy steel material was chosen to provide elevated design temperature strength.
If the heat rejection and the cooling system remain the same and the coolant temperature increases by 10[degrees]F, it can be seen that the break-even ambient temperature also increases by 10[degrees]F to 102[degrees]R If the coolant temperature increases by 10[degrees]F, but the design temperature differential is increased by the same 10[degrees]F, then it can be shown that the break-even ambient temperature would remain at approximately 92[degrees]F.

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