This guide covers a large variety of amenities and themes, and is written to assist engineers layout and use gear and platforms defined in different ASHRAE instruction manual volumes. This booklet presents history info to designers new to a given software, in addition to these desiring a refresher at the subject. ASHRAE Technical Committees have revised approximately each bankruptcy for present necessities and methods. lately up to date with 112 Digitized Graphs masking topics equivalent to: Refrigerated Case Load edition with shop Air Humidity, edition of Ambient strain with Altitude, and Frequency of pointed out Hydrothermal Convection assets as opposed to Reservoir Temperature.
This guide is split into 5 sections:
- Comfort purposes
- Industrial purposes
- Energy-Related purposes
- Building Operations and administration
- General Applications
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Extra resources for 2007 ASHRAE Handbook - Heating, Ventilating, and Air-Conditioning Applications (I-P Edition)
Air-supported structures require continuous fan operation to maintain a properly inflated condition. The possibility of condensation on the underside of the air bubble should be considered. The Ufactor of the roof should be sufficient to prevent condensation at the lowest expected ambient temperature. Heating and air-conditioning functions can be either incorporated into the inflating system or furnished separately. Solar and radiation control is also possible through the structure’s skin. Applications, though increasing rapidly, still require working closely with the enclosure manufacturer to achieve proper and integrated results.
They should be selected for low static pressure loss and for appropriate throws for proper air distribution. • Supply air should be directed against interior envelope surfaces prone to condensation (glass and doors). Some supply air should be directed over the water surface to move contaminated air toward an exhaust point and control chloramines released at the water surface. However, air movement over the pool water surface must not exceed 30 fpm [as per the evaporation rate wp in Equation (1)].
Energy-Inefficient Systems Energy-inefficient systems allow simultaneous cooling and heating. Examples include two-, three-, and four-pipe fan coil units, terminal reheat systems, and induction systems. Some units, such as the four-pipe fan coil, can be controlled so that they are energyneutral. They are primarily used for humidity control. Four-pipe systems and two-pipe systems with electric heaters can be designed for complete temperature and humidity flexibility during summer and intermediate season weather, although none provides winter humidity control.