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Carrier specifications Ð Standard Diffusers for 37HS1

Models: 37HS

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Table 18 Ð Standard Diffusers for 37HS1

Table 18 Ð Standard Diffusers for 37HS1

	UNIT	DESIGNATION	CONFIGURATION	FLOW	MATERIAL	MODE	LENGTH	CEILING
	MODEL	DESIGNATION	CONFIGURATION	FLOW	MATERIAL	MODE	(in.)	TYPE
	MODEL						(in.)	TYPE
							23	T-Bar
							47	T-Bar
							47
							22.92	Tegular T-Bar
							46.92	Tegular T-Bar
							46.92
				2-Way	Alum	Cooling	24	Continuous T-Bar
				2-Way	Alum	Cooling	48	Continuous T-Bar
							48
							23.38	Narrow T-Bar
							47.38	Narrow T-Bar
							47.38
							1174 mm	Metric
							1200 mm	Metric
							1200 mm
							23	T-Bar
							47	T-Bar
							47
							22.92	Tegular T-Bar
							46.92	Tegular T-Bar
							46.92
				One-Way	Alum	Cooling	24	Continuous T-Bar
				One-Way	Alum	Cooling	48	Continuous T-Bar
							48
							23.38	Narrow T-Bar
							47.38	Narrow T-Bar
							47.38
							1174 mm	Metric
							1200 mm	Metric
							1200 mm
							23	T-Bar

	37HS1			Two-Way		Heating	22.92	Tegular T-Bar
		HS		or	Alum	Heating
		HS		or	Alum	Cooling
				One-Way		Cooling	24	Continous T-Bar
				One-Way			24	Continous T-Bar
			DIRECTOR DIFFUSER
			DIRECTOR DIFFUSER				23.38	Narrow T-Bar
							23.38	Narrow T-Bar

							23
							47
							22.92

							46.92	Plaster, Spline
				2-Way	Steel	Cooling	24	Plaster, Spline
							24

							48
							48
							23.38
							47.38

			REMOVABLE DIFFUSER				1174 mm	Metric
			REMOVABLE DIFFUSER				1200 mm	Metric
							1200 mm
							23
							47
							22.92
							46.92	Plaster, Spline
				2-Way	Alum	Cooling	24	Plaster, Spline
							24
							48
							48

							23.38
							47.38
			REMOVABLE DIFFUSER				1174 mm	Metric

							1200 mm
							1200 mm

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Carrier specifications Ð Standard Diffusers for 37HS1

Contents

37HS Moduline Air Terminals Step 1 Ð Determine Air Volume CfmSystem-PoweredControls With System-PoweredControls WithBUILDING LOAD CALCULATION Fig. 2 Ð 37HS Unit With VAV ControlsFig. 4 Ð Floor Plan of Typical Zones Fig. 3 Ð Estimating Block Loadfor Single-StoryOffice Building DESIGN PROCEDURE with example Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page ·Baseboard ·Overhead air Fig. 5 Ð Separate Duct Heating System Fig. 6 Ð 35BD Heating Slot Boot DiffuserPerformance Heating Ð Downblow Slot Fig. 7 Ð Director Diffuser Table 1 Ð Optimum Outlet Discharge TERMINAL SELECTION AND LAYOUTTable 2 Ð Location Guidelines Fig. 9 Ð Single Moduline Unit Connected to Supply DuctFig. 10 Ð Moduline Units in Air Series Fig. 11 Ð Master Unit and Slave UnitsStep 2 Ð Lay Out Terminals Table 3 Ð Recommended Maximum Cfm Per TerminalFig. 14 Ð Diffuser Locations for Preferred 2-Wayor One-WayBlowFig. 16 Ð Locate Units to Prevent Down-Drafts Table 4 Ð Air Throw Data Ð1-Wayand 2-WayBlow, 2-SlotDiffusers Table 5 Ð Air Throw Data ÐFig. 17 Ð Staggered Units Step 3 Ð Consider Unit Combinations And RunFig. 18 Ð Unit Spacing Fig. 19 Ð Run-OutDuct for Single Moduline Unit Table 6 Ð 37HS1 Units in Air Series Table 6 Ð 37HS1 Units in Air Series cont Table 7 Ð 37HS2 Units in Air Series Table 7 Ð 37HS2 Units in Air Series cont Table 8 Ð 37HS4 Units in Air SeriesTable 8 Ð 37HS4 Units in Air Series cont Table 9 Ð Maximum Cfm Through the Inlet Collar of a Single Unit or of Units in Air Series0.97+ 0.16 = 1.13 in. wg Master Unit Ð Units with System-Powered Table 10 Ð Minimum Static Pressure at ControlControls and Standard Diffusers Fig. 23 Ð Three 37HS2 ModulineFig. 25 Ð Flexible Duct Used with 90-DegreeBend Table 13 Ð Maximum Number of Units in anAir Series on One Controller Fig. 26 Ð Air Intake on Master UnitFig. 27 Ð Location of Volume Controller on Single UnitPage Fig. 30 Ð Corrected Layout Fig. 31 Ð Control Tubing ConnectionThe corrected layout 1.Room A has its own controllerTHE MODULINE VALVE Fig. 32 Ð Bellows and Unit Air Valve Arrangement UNIT SHUTOFF Ð BELLOWS FULLY INFLATEDUNIT MODULATING Ð BELLOWS PARTIALLY INFLATED UNIT FULL CAPACITY Ð BELLOWS DEFLATEDFig. 33 Ð Cross Section of 37HS Moduline Air Terminal Fig. 34 Ð Bellows ComparisonCONTROL APPLICATIONS System-PoweredControlsFig. 35 Ð High and Low Pressure Pick-UpTubes Fig. 36 Ð 37HS Control Components Fig. 37 Ð Basic 37HS Control OperationFig. 39 Ð 37HS Air¯ow Volume Controller Fig. 42 Ð Diffuser Baffle AssemblyFig. 41 Ð Wall-MountedThermostat Fig. 38 Ð 37HS Control Filter/ManifoldFig. 43 Ð Constant Volume Control Arrangement System-Powered Warm-UpFig. 44 Ð Variable Air Volume Control Arrangement Fig. 45 Ð VAV Control Arrangement forFig. 47 Ð Cooling/Heating Wall Thermostat Fig. 48 Ð Wall-MountedHeating ThermostatFig. 49 Ð VAV Control Arrangement for Electric Warm-UpPneumatic Warm-UpSwitch Fig. 51 Ð VAV Control Arrangement withElectric Heat Interlock Fig. 52 Ð Pilot Valve for Pneumatic SequencedCONTROL SELECTION Table 14 Ð Control IndexTable 15 Ð 37HS Control Combinations Table 15 Ð 37HS Control Combinations cont Table 15 Ð 37HS Control Combinations cont CONTROLTable 15 Ð 37HS Control Combinations cont CONTROLSystem-PoweredControls CONTROL OPERATING SEQUENCESFig. 55 Ð Variable Volume Controls Schematic Unit Supplying Air Controller Shut Off, Unit Shut Off Controller Bleeding, Unit Heating VAV HEATING AND COOLING WITH SYSTEM- POWERED CHANGEOVER Ð This application uses a CV control package along with a wall-mountedthermostat pack- age cooling/heating and a system-poweredchangeover con- trol package. The cooling thermostat is direct acting DA while the heating thermostat is reverse acting RA Fig. 62 Ð Heating/Cooling Unit Ð Cooling, Cold Air in Duct, Changeover in Cooling Fig. 64 Ð Heating/Cooling Unit Ð Cooling, Cold Air in Duct, Changeover in Cooling VAV HEATING Ð It is suggested that the following section be reviewed before reading this section: VAV Cooling, page System-PoweredControls with Electric Interface Controller Bleeding, Unit Heating VAV HEATING AND COOLING WITH ELECTRIC CHANGEOVER Ð This application uses a CV control pack- age along with a wall-mountedthermostat package cooling/ heating and an electric changeover package. The change- over valve permits control of the unit to be switched between the cooling and heating sides of a cooling/heating thermo- stat. It is eld-installed in-linebetween the volume control- ler and the thermostat Fig. 71 Ð Heating/Cooling Unit Ð Heating, Hot Air in Duct, Electric Changeover in Heating Fig. 74 Ð Connection for Electric Interlock Fig. 75 Ð Piping Diagram, Heating/Cooling Fig. 76 Ð Sequence Diagram Ð DA ThermostatFig. 77 Ð Piping Diagram, Heating/Cooling Fig. 78 Ð Sequence Diagram, RA ThermostatFig. 79 Ð Piping Diagram, NO Conguration Warm-UpSwitchFig. 81 Ð Piping Diagram, NC Conguration LEGEND FOR FIG. 79 -AIRFLOW ADJUSTMENT HK08ZZ030 CFMTable 17 Ð Multiple Unit Air¯ow Variation AIR DISTRIBUTION Fig. 86 Ð Typical Room Air Distribution Pattern 37HS Ð 2-WAYBLOW 37HS2 Ð ONE-WAYBLOWPage Table 18 Ð Standard Diffusers for 37HS1 Table 19 Ð Standard Diffusers for 37HS2 Table 20 Ð Standard Diffusers for 37HS4 Table 21 Ð Optional Diffusers for 37HS1 Table 22 Ð Optional Diffusers for 37HS2 Table 23 Ð Optional Diffusers for 37HS4 Table 24 Ð Air Throw Data Ð 1-Wayand 2-WayBlow, 2-SlotDiffusersTable 25 Ð Air Throw Data Ð 2-Wayand 1-WayDirector, 3-SlotDiffusersPage Copyright 1991 Carrier Corporation