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1020 Horizontal unit heater (Courtesy of Reznor/ Thomas and Betts)
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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website
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which would be dif cult or impossible to heat satisfactorily in any other way Radiant heaters are sometimes used for snow melting at driveway entrances to parking garages 1015 Terminal Heating Equipment
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Terminal heating equipment is equipment installed in or contiguous with the area served In general, the heating source is remote water or steam is used but electric resistance heating is common Duct heaters and some heat pumps can also be included in this category In many cases, the terminal equipment is used for both heating and cooling (see Chap 11)
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10151 Radiators and convectors
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A radiator is a heating device which is installed in the space to be heated and transfers heat primarily by radiation The most common example is the sectional cast-iron column radiator There are many thousands of these in use throughout the world, although in new installations they have been largely supplanted by convector radiators or baseboard radiation The heat source is hot water or low-pressure steam (5 lb/in2 gauge or less) Small electric radiators include water and an electric immersion heater The old cast iron radiators were (and are) rated in square feet of radiation or equivalent direct radiation (EDR) One square foot of radiation, or one EDR, is equal to 240 Btu/h for steam at 1 lb/in2 gauge and 180 Btu/h for water at 200 F These ratings are no longer readily available but may be obtained from the Hydronics Institute,2 formerly the Institute of Boiler and Radiator Manufacturers Some representative data are available in the ASHRAE Handbook3 Radiators are controlled in several ways: 1 Manually, by means of a globe valve 2 Automatically, by means of a modulating or two-position valve Self-contained valves, although they offer a rather coarse control, are very popular for this application 3 In zones, by means of a zone control valve, sometimes with solar compensation With zone control, ori ces are used at radiator supply connections to ensure uniform distribution of steam throughout the zone 4 In some small systems, by cycling the boiler or hot water pump 5 By means of the vacuum system for steam heat This requires a closed system in which the absolute pressure may be varied by a
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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website
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vacuum pump in the condensate return The steam system may then be operated at subatmospheric pressures with a consequent reduction in steam temperature A convector is a heating device which depends primarily on gravity convective heat transfer The heating element is a nned-tube coil or coils, mounted in an enclosure designed to increase the convective effect (Fig 1021) The enclosure (cabinet) is made in many different con gurations, including partially or fully recessed into the wall The usual location is on an exterior wall at or near the oor The capacity depends on the geometry length, depth, height and heating element design as well as hot water temperatures or steam pressure Ratings are usually based on the test methods speci ed in Commercial Standard CS 140-47, Testing and Rating Convectors4 Refer to manufacturers catalogs for speci c data Baseboard radiation is designed for wall mounting in place of the usual baseboard It is either a nned-tube system, similar to a convector but much smaller, or a cast-iron section, designed with convective heat channels to augment the radiant effect Baseboard radiation is usually continuous along exterior walls Blank covers may be used for appearance if the capacity is not needed Finned-tube, or nned-pipe, radiation uses larger tubing or pipe 11 4 to 2 in with ns bonded to the pipe The ns are typically 31 2 to 41 2 in square The system is used mostly for perimeter heating, particularly of glass areas Heat transfer is by convection, and a variety of enclosure types are available; some examples are shown in Fig 1022 Special enclosures are often made to suit an architectural decor Security-type covers are available for prison applications
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