Carrier 37HS specifications Recommended Maximum Cfm Per Terminal

Page 25

As a result, slightly higher maximum cfm per unit is al- lowed as compared to interior zones or the north perimeter, which have relatively constant loads.

The maximum cfm per unit also is affected by the desired sound level in the room and the type of use of the space.

For example, an executive office uses low sound levels but the furnishings generally absorb more sound so the al- lowable cfm/unit is only slightly lower than other types of rooms.

Table 3 Ð Recommended Maximum Cfm

Per Terminal

 

 

 

 

MODULINE UNITS

 

 

TYPE OF

37HS1

37HS2

 

37HS4

East

Interior

East

Interior

 

East

Interior

SPACE USE

 

West

West

 

West

 

 

and

and

 

and

 

 

and

and

 

and

 

 

North

North

 

North

 

 

South

South

 

South

 

 

 

 

 

 

General

 

110

95

220

190

 

400

350

Office

 

 

 

 

 

 

 

 

 

 

 

With

100

90

200

180

 

330

300

Private

Carpet

 

 

 

 

 

 

 

 

Office

With

90

80

180

160

 

300

270

 

Tile

 

 

 

 

 

 

 

 

 

Executive

85

75

170

150

 

280

250

Office

 

 

 

 

 

 

 

 

 

 

Step 2 Ð Lay Out Terminals

LOCATE UNITS IN T-BAR GRID Ð In making a layout, begin with a plan view of the ceiling. Normally, the ceiling grid and the lighting is done ®rst and the diffuser plan must ®t the layout.

The center of the room is the ideal location, but where that space has been reserved for lighting, the Moduline dif- fuser has enough ¯exibility to provide good distribution when not centered in the room.

For a two-way blow diffuser, anywhere from the 1¤4 point to the 1¤4 point (wall to wall) is usually suitable. Outside of the 1¤4 points, a one-way blow diffuser may be needed. Use two-way blow diffuser wherever possible and one-way blow only when really necessary. (See Fig. 14.)

Fig. 14 Ð Diffuser Locations for

Preferred 2-Way or One-Way Blow

Most jobs use a 2- x 4-ft grid T-Bar ceiling with 2- x 4-ft or 2- x 2 ft tiles.

The ®rst consideration in making a layout is to place the terminals as economically as possible in the grid, which means locating the terminals perpendicular to the main tees.

Main tees (the ones with hangers) are 4 ft on center (nor- mally) and the cross tees are spaced 2 ft apart between the mains to make up a 2- x 4-ft T-bar grid. Additional trim tees may be used to divide the ceiling into a 2- x 2-ft grid.

The Moduline units use mounting brackets and hang from (run perpendicular to) the main tees. While the units can be installed anywhere between mains, the most common loca- tion is on the center line of the cross tee (replaces the cross tee). The next most common location is half way between cross tees. See Fig. 15.

While less desirable, the units can be run parallel to the main tees. Unless absolutely necessary the units should not replace the main tee because this means the main tee must be cut. A location halfway between the mains is common and in this case additional hangers are required to the upper plenum of the unit or to the cross tee near the unit.

Special units are available for many other types of ceilings.

Fig. 15 Ð Terminal Location

25

Image 25
Contents Introduction Contents37HS Unit With VAV Controls Building Load CalculationEstimating Block Load Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page 35BD Heating Slot Boot Diffuser Director Diffuser Optimum Outlet Discharge Terminal Selection LayoutLocation Guidelines Single Moduline Unit Connected to Supply Duct Diffuser Locations for Preferred 2-Way or One-Way Blow Recommended Maximum Cfm Per TerminalAir Throw Data Ð Way and 1-Way Director, 3-Slot Diffusers Consider Unit Combinations And Run Run-Out Duct for Single Moduline Unit 37HS1 Units in Air Series 37HS1 Units in Air Series 37HS2 Units in Air Series 37HS2 Units in Air Series 37HS4 Units in Air Series 37HS4 Units in Air Series Air Series of Units with Different Capacities Air Series of Units of the Same Size and Capacity Units in Adjoining Modules Additional DP for Flexible Duct with 90-Degree BendMaximum Number of Units in an Air Series on One Controller Flexible Duct Used with 90-Degree BendLocation of Volume Controller On Single Unit Incorrect Layout of Moduline Units with Controls Corrected Layout Shows the internal components of the Moduline unit Moduline ValveBellows and Unit Air Valve Arrangement Cross Section of 37HS Moduline Air Terminal High and Low Pressure Pick-Up Tubes Control Applications37HS Control Components Wall-Mounted Thermostat Constant Volume Control Arrangement Cooling/Heating Wall Thermostat VAV Control Arrangement with Electric Heat Interlock Control Index Control Selection37HS Control Combinations Heating & Cooling Electric Changeover HEATING/COOLING Control Operating Sequences Variable Volume Controls Schematic Page Page Page Location of CV Unit for Warm-Up Application Page Page Page System-Powered Controls with Electric Interface Page Page Page Connection for Electric Interlock System-Powered Controls with Pneumatic Interface Piping Diagram, no Conguration Pneumatic Warm-Up Maximum Air¯ow Settings Airflow AdjustmentMultiple Unit Air¯ow Variation HK08ZZ030Moduline Diffuser Mixing Room Air and Primary Air AIR DistributionTypical Room Air Distribution Pattern Slot Openings in Standard and Optional Diffusers Standard Diffusers for 37HS1 Standard Diffusers for 37HS2 Standard Diffusers for 37HS4 Model Type Optional Diffusers for 37HS1Optional Diffusers for 37HS2 Optional Diffusers for 37HS4 Air Throw Data Ð Way and 2-Way Blow, 2-Slot Diffusers Page Copyright 1991 Carrier Corporation

37HS specifications

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