Trane TSH 060, TSD User Manual

Installation

Operation

Maintenance

Voyager™ I Rooftop Units Cooling-only TSD/TSH 060 072 102 120 Reversible WSD/WSH 060 072 090 Gas-fired YSD/YSH 060 072 090 102 120

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General information

Foreword

These instructions are given as a guide to good practice in the installation, start-up, operation, and maintenance by the user, of Trane TSD/TSH, WSKD/WSH and YSD/YSH units. They do not contain full service procedures necessary for the continued successful operation of this equipment. The services of a qualified technician should be employed through the medium of a maintenance contract with a reputable service company. Read this manual thoroughly before unit start-up.

TSD/TSH units are designed to operate in cooling mode only, with optional auxiliary heat (electric heater or hot water coil).

WSD/WSH can operate in cooling mode or heating mode by reversing the refrigeration cycle with or without auxiliary heat.

YSD/YSH units are designed to operate In cooling mode and equipped with a gas fired heating module.

TSD/TSH, WSD/WSH and YSD/YSH units are assembled, pressure tested, dehydrated, charged and run tested before shipment.

Warnings and cautions

Warnings and Cautions appear at appropriate sections throughout this manual. Your personal safety and the proper operation of this machine require that you follow them carefully. The constructor assumes no liability for installations or servicing performed by unqualified personnel.

WARNING! : Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

CAUTION! : Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury. It may also be used to alert against unsafe practices or for equipment or property-damage-only accidents.

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General information

Reception

On arrival, inspect the unit before signing the delivery note. In case of visible damage: The consignee (or the site representative) must specify any damage on the delivery note, legibly sign and date the delivery note, and the truck driver must countersign it. The consignee (or the site representative) must notify Trane Epinal Operations - Claims team and send a copy of the delivery note. The customer (or the site representative) should send a registered letter to the last carrier within 3 days of delivery.

Reception in France only:

Concealed damage must be looked for at delivery and immediately treated as visible damage.

Reception in all countries except France:

In case of concealed damage: The consignee (or the site representative) must send a registered letter to the last carrier within 7 days of delivery, claiming for the described damage. A copy of this letter must be sent to Trane Epinal Operations - Claims team.

Warranty

Warranty is based on the general terms and conditions of the manufacturer. The warranty is void if the equipment is repaired or modified without the written approval of the manufacturer, if the operating limits are exceeded or if the control system or the electrical wiring is modified. Damage due to misuse, lack of maintenance or failure to comply with the manufacturer's instructions or recommendations is not covered by the warranty obligation. If the user does not conform to the rules of this manual, it may entail cancellation of warranty and liabilities by the manufacturer.

Refrigerant

The refrigerant provided by the manufacturer meets all the requirements of our units. When using recycled or reprocessed refrigerant, it is advisable to ensure its quality is equivalent to that of a new refrigerant. For this, it is necessary to have a precise analysis made by a specialized laboratory. If this condition is not respected, the manufacturer warranty could be cancelled.

Storage

Take precautions to prevent condensate formation inside the unit's electrical components and motors when:

1.The unit is stored before it is installed; or,

2.The unit is set on the roof curb and temporary auxiliary heat is provided in the building.

Isolate all side panel service entrances and base pan openings (e.g., conduit holes, S/A and R/A openings, and flue openings) to minimize ambient air from entering the unit until it is ready for start-up.

Do not use the unit's heater as temporary heat without completing the start-up procedures detailed under "Unit Start-Up".

The Trane Company will not assume responsibility for equipment damage resulting from accumulation of condensate on the unit electrical components.

Maintenance contract

It is strongly recommended that you sign a maintenance contract with your local Service Agency. This contract provides regular maintenance of your installation by a specialist in our equipment. Regular maintenance ensures that any malfunction is detected and corrected in good time and minimizes the possibility that serious damage will occur. Finally, regular maintenance ensures the maximum operating life of your equipment. We would remind you that failure to respect these installation and maintenance instructions may result in immediate cancellation of the warranty.

Training

To assist you in obtaining the best use of it and maintaining it in perfect operating condition over a long period of time, the manufacturer has at your disposal a refrigeration and air conditioning service school. The principal aim of this is to give operators and technicians a better knowledge of the equipment they are using, or that is under their charge. Emphasis is particularly given to the importance of periodic checks on the unit operating parameters as well as on preventive maintenance, which reduces the cost of owning the unit by avoiding serious and costly breakdown.

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Contents

General information	2
Foreword		2
Warnings and Cautions		2
Reception		3
Warranty		3
Refrigerant		3
Maintenance contract		3
Storage		3
Training		3
Installation	6
Reception of units		6
Roof curb installation		6
Dimensions/Weights/Clearances		7
Installing the unit		9
Connection of duct network		10
Condensate drain piping		12
Gas pipework installation		13
Filter installation		14
Supply fan adjustment		14
Component air pressure drops		16
Supply fan performances		17
Electrical connection		30
Controls	33
Control wiring		33
CO2 sensors		35
Remote potentiometer		39
Fire thermostat		40
Clogged filter detector		41
Smoke detector		41
High temperature safety thermostat		41
Remote fault relay		41
Thermostats		42
Communication Interfaces		43

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Contents

Unit Options	44
Hot water coil		44
Electric Heater		45
Soft Starter		45
0 - 25% fresh air hood		46
Barometric relief		47
Operation	48
Operation with a conventional thermostat		48
Setting the economizer		50
Test procedures		52
Test modes		53
Unit Start-up		54
Cooling without an Economizer		56
Low Ambient Operation		57
Cooling with an Economizer		57
Economizer Set-Up		58
ReliaTel™ Control Heating Operation		58
Ignition Module		58
Final installation checklist		59
Maintenance	60
End user routine maintenance		60
Service technician maintenance		61
Troubleshooting		62

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Installation

General information: The installation must conform to all local standards and regulations.

Reception of units

Rooftop unit

There are two ways to handle the unit:

1.Use the openings in the base to handle the machine using a forklift, in accordance with applicable safety regulations.

2.Use a lifting beam correctly adjusted to fit the unit (Figure 1).

Unit handling

The units are supplied on the truck but are not unloaded. An opening is provided on each corner of the unit base to facilitate handling. Four shackles and four slings are required. Use a lifting beam to prevent the cables pressing too hard on top of the unit during lifting.The structure accommodating the unit(s) must be designed to support the equipment in operation, as a minimum. (Refer to Figures 1 and

2 and Tables 2 and 3.)

Important: For unit to fit on the roof curb the fork lift pockets must be removed.

Figure 1 - Unit handing

Roof curb (accessory)

Roof curbs are available as an accessory for downflow units. The curbs can be adjustable and supplied pre-assembled on wooden pallets, packed under plastic film. Two types of self-adhesive seals are provided to ensure the roof curb seal is leak-tight (40 mm wide for the perimeter, 20 mm wide for the crosspieces).

Roof curb Installation (TSD-WSD-YSD accessories)

Roof curbs are available as an accessory for "downflow" units to support the unit and ensure the water tightness between the rooftop and the roof.

The curbs can be adjustable and supplied pre-assembled on wooden pallets, packed under plastic film. Two types of self-adhesive seals are provided separate. (40 mm wide for the perimeter, 20 mm wide for the cross pieces). Make sure they are properly installed where indicated to assure an adequate curb to unit seal.

Instructions for the roof curb assembly and installation with curb dimensions are provided with each roof curb kit.

Figure 2 - Rigging

1

2

1 = Remove 2 fork lift brackets

2 = Remove 2 metal runners and 3 wooden boards

Lift the unit enough to allow the removal of two Fork Lift brackets and hardware. Remove the two Fork Lift brackets, two metal runners and three wooden boards as shown in Figure 2.

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Installation

Dimensions/Weights/

Clearances

Figure 3 - Minimum clearances

The structure accommodating the unit(s) must be designed to support the equipment in operation, as a minimum. Refer to Table 2 and the space requirement plan.

Table 1 - Minimum recommended clearances

Unit size			Mimum clearances (mm)
	1	2	3	4	5
TSD/TSH 060	1829	1219	914	914	914
TSD/TSH 072	1829	1219	914	914	914
TSD/TSH 090	1829	1219	914	914	914
TSD/TSH 102	1829	1219	914	914	914
TSD/TSH 120	1829	1219	914	914	914
YSD/YSH 060	1829	1219	914	914	914
YSD/YSH 072	1829	1219	914	914	914
YSD/YSH 090	1829	1219	914	914	914
YSD/YSH 102	1829	1219	914	914	914
YSD/YSH 120	1829	1219	914	914	914
WSD/WSH 060	1829	1219	914	914	914
WSD/WSH 072	1829	1219	914	914	914
WSD/WSH 090	1829	1219	914	914	914

Table 2 - Unit weights and center of gravity

		Maximum weight			Corner weight (1)			Center of gravity
	Unit Size
		Shipping	Net	A	B	C	D	Length	Width
		(kg)	(kg)	(kg)	(kg)	(kg)	(kg)	(mm)	(mm)
	TSD/TSH 060	259	235	75	56	48	56	790	480
	TSD/TSH 072	365	326	107	83	58	78	970	560
	TSD/TSH 090	428	389	131	101	67	89	970	530
	TSD/TSH 102	445	405	133	106	72	94	990	560
	TSD/TSH 120	485	445	147	115	81	104	990	560
	YSD/YSH 060	285	260	81	64	54	62	810	510
	YSD/YSH 072	390	350	113	90	64	83	990	560
	YSD/YSH 090	458	419	139	110	75	95	970	530
	YSD/YSH 102	474	434	141	114	79	100	1020	560
	YSD/YSH 120	520	481	155	126	89	111	1020	560
	WSD/WSH 060	266	241	77	58	49	58	790	480
	WSD/WSH 072	408	368	122	93	66	87	970	560
	WSD/WSH 090	418	378	128	95	67	88	970	530

Notes:

(1) Corner weights are given for information only. All models must be supported continuously by a curb or equivalent frame support.

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Installation

Figure 4

A				Center of						B
			gravity length

Center of gravity width

D C

Center of

gravity

Table 3 - Factory-installed options and accessories net weights (kg)

			Barometric	Motorized	Manual		Oversized	Electric	Hot water
	Unit size	Economizer		Outside Air	Outside Air	Roof Curb
			Relief				Motor	Heaters	coil
				Damper	Damper
	TSD/TSH 060	11,8	3,2	9,1	7,3	31,8	-	6,8	14,0
	TSD/TSH 072	16,3	4,5	13,6	11,8	52,2	3,6	13,6	17,0
	TSD/TSH 090	16,3	4,5	13,6	11,8	52,2	3,6	13,6	17,0
	TSD/TSH 1020	16,3	4,5	13,6	11,8	52,2	3,6	13,6	19,0
	TSD/TSH 120	16,3	4,5	13,6	11,8	52,2	3,6	13,6	19,0
	YSD/YSH 060	11,8	3,2	9,1	7,3	31,8	-	6,8
	YSD/YSH 072	16,3	4,5	13,6	11,8	52,2	3,6	13,6
	YSD/YSH 090	16,3	4,5	13,6	11,8	52,2	3,6	13,6
	YSD/YSH 102	16,3	4,5	13,6	11,8	52,2	3,6	13,6
	YSD/YSH 120	16,3	4,5	13,6	11,8	52,2	3,6	13,6
	WSD/WSH 060	11,8	3,2	9,1	7,3	31,8	-	6,8	14,0
	WSD/WSH 072	16,3	4,5	13,6	11,8	52,2	3,6	13,6	17,0
	WSD/WSH 090	16,3	4,5	13,6	11,8	52,2	3,6	13,6	17,0

Notes:

(1)Weights for options not listed are < 3 kg.

(2)Net weight should be added to unit weight when ordering factory-installed accessories.

(3)Some accessories are not available on all units.

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Installation

Installing the unit

Discharge Conversion

If a unit is to be converted to Vertical discharge, a panel must be acquired from Trane.

If a unit is to be converted to Horizontal discharge, the following conversion must be performed:

1.Remove the return and supply duct covers.

2.Apply gasket to the return duct cover.

Figure 6 - Unit mounting on roof

1

1 = Frame

3.Position duct covers as shown in Figure 4. The supply duct cover is installed (insulation side down) over the downflow return opening by engaging one side of the panel under a retaining angle and securing the other side with 3 screws.

4.Slide return duct cover (insulation side up) into supply openings until outer edge of the duct cover engages with the two retaining clips on the duct flanges. Secure the outer edge of the each duct cover with two screws.

Figure 5 - Conversion to horizontal discharge

3

1

2

1 = Supply duct cover, insulation side down

2 = Return duct cover with gasket installed, insulation side up

3 = Edge of duct cover goes under retaining angle

Unit mounting on roof

Fix the rooftop curb on the joint beam of the building's structure. Make the rooftop curb's sealing surface level using angle brackets adjusted by screw bolts, located around its perimeter. Place the adhesive seals on the curb's sealing surface (perimeter and cross pieces). Make the rooftop leak-tight around the curbs before installing the unit, in compliance with current construction standards.

Note: The unit must be installed perfectly level to ensure condensates flow from the condensate tray.

The rooftop unit nests into the curb and is supported by it. Position the unit, taking care to comply with the indicated directions: the unit's discharge and intake openings must match those of the curb.

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Installation

Installing the unit on the ground

To install the unit on the ground, its base must be level and supported securely. For horizontal discharge units, a support is required such as a metal or concrete slab whose height must be determined according to the amount of snow cover, to prevent problems with condensation drainage and obstruction of the external coil. If necessary use an anti-vibration material between the rooftop unit's base and the support.

Note: Unit installation must comply to local codes

Connection of duct network

1) Downflow discharge units (TSD,WSD,YSD)

Using the rooftop curb

•The rooftop curb must be insulated on the outside walls at the discharge and intake openings to prevent condensation in the ducts.

•The rims around the discharge and intake openings make it possible to attach the flanges on the ends of the ducts. If you are using rigid duct ends recommended on the rooftop curb plan, it is essential to fix these components before installing the unit.

Figure 7 - Unit installation on the ground

1 = Concrete slab

•For the design of the duct network, comply with recommendations currently applicable on the market, in particular:

. Installation of a section of flexible ducts to limit transmission of the unit's vibrations

. Use of movable vanes or deflectors to reduce the sound level.

2) Horizontal discharge units (TSH,WSH,YSH)

•The intake and discharge ducts must be insulated (thermal insulation).

•The duct section located outside must be leak-tight.

•Provide a flexible connector to prevent transmission of the unit vibrations. This flexible duct must be installed inside the building.

Note: In case of use of units with economizer option, temperature and humidity sensors must be installed in return duct.

Economizer linkage is factory mounted but the damper position must be adjusted on site.

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Installation

Table 4 - Duct dimensions for downflow units (mm)

Unit size	A	B	C	D	E	Flanges
TSD 060	619	357	411	459	356	32
YSD 060	610	356	394	457	356	32
WSD 060	819	357	411	459	356	32
TSD/WSD 072/090	875	451	451	875	356	31
TSD 102/120	875	451	451	875	356	31
YSD 072/090/102/120	816	444	444	838	356	31

Table 5 - Duct dimensions for downflow units (mm)

Unit size	A	B	C	D
TSH/WSH 060	591	337	375	438
YSH 060	591	337	375	438
TSH/WSH/YSH 072/090	832	425	606	489
TSH/YSH 102/120	832	425	606	489

Figure 8 - Duct dimensions for downflow units		Figure 9 - Duct dimensions for horizontal units
	B
A	C
		D
		R	A
S	R
		S C
			B
E		D
S = Supply		S = Supply
R = Return		R = Return

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Installation

Condensate drain piping

A 3/4" condensate drain connection with P-trap is provided. Follow local codes and standard piping practices when running the drain line. Install a trap and be sure to fill with water before starting the unit. Pitch the line downward, away from the unit to avoid long, level, horizontal runs. Refer to Figure 11.

The condensate drain is reversible to allow installation of a drain tap on either side of the unit.

Figure 10 - Condensate drain location

1

1 = Main condensate drain location

Figure 11 - Condensate drain line location

1 = Static pressure drain pan

2 = Panel enclosure

3 = ¾ " drain

4 = Cleanout plug

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Installation

Gas pipework installation

The installation must conform to all standards and regulations.

The gas supply pipework and gas stop valve to be installed near the unit must be sized so as to ensure the gas pressure is sufficient at the unit inlet when operating at full load.

CAUTION! Should the pressure at the unit valve gas inlet be higher than 0.035 bar, an expansion valve must be installed.

The pipework must be selfsupporting and the final connection to the burner must be made by a flexible pipe. Provide a dust protection (filter) upstream the unit connection.

Figure 12 - Typical gas supply pipework

CAUTION! The gas pipework must not exert any stress on the burner gas connection.

Note: Expansion valve must be adapted to the type of gas used:

•G 20: 20 mb

•G 25: 25 mb

•G 31 (Propane): 37 or 50 mb

Table 6 - Gas burner models

Unit	Burner size
YSD/YSH 060	G120
YSD/YSH 072	G200
YSD/YSH 090	G200
YSD/YSH 102	G250
YSD/YSH 120	G250

See Table 51 for burner performance.

Gas leak check procedure

1.Vent the gas line

2.Gas supply line pressure test: close valve 4 and open valve 2

3.Leak-check the gas pipe.

Look for gas pipe leaks using "Typol", "1000 bulles" or a similar product. Do not use soapy water.

WARNING! Never use an open flame to check for gas leaks.

Required gas pressure at the unit inlet connection are given in Table 50.

Note: To operate with propane gas, the burner is fitted with a pressure limiter (supplied by Trane)

1 = Evaporator section

2 = Gas burner section

3 = Condenser section

4 = Gas supply connection

5 = Gas supply line

6, 8 = Gas stop valve (Field supplied) 7 = Expansion valve (Field supplied) 9 = Filter (Field supplied)

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Installation

Filter installation

To gain access to filters, remove the supply fan access panel on downflow units and the filter access panel on the end for horizontal units.

Number and size of filters is determined by size and configuration of the unit. If disposable filters were chosen as an option, they are shipped in the supply fan section.

CAUTION! Do not operate unit without filters in place.

The maximum pressure drops allowable on filters are:

EU2/G2: 120 Pa

EU4/G4: 150 Pa

Supply fan adjustment

Use the following procedure to determine the proper adjustment of the supply fan for a specific application.

1.Determine total external static pressure about system and accessories.

•Obtain the design airflow rate and the design external static pressure drop through the distribution system.

•Add static pressure drop of the accessories installed on the unit. (Table 9)

•Add the total accessory static pressure drop (from step 1b) to the design external static pressure (from step 1a). The sum of these two values is the total system external static pressure.

2.Using the Tables 10 through 35 to find the external static pressure that most closely approximates total system external static pressure. Then locate the appropriate airflow rate for your unit. The value obtained represents the brake horsepower for the supply fan motor and the fan RPM.

3.Adjust motor sheave according to Table 8.

Table 7 - Filter arrangement

	Unit		EU2/G2		EU4/G4
		Quantity	Size	Quantity	Size
	TSD/TSH/YSD/YSH/WSD/WSH 060	2	(508x762x25)	2	(500x750x25)
	TSD/TSH/YSD/YSH/WSD/WSH 072	4	(406x635x50)	4	(395x625x50)
	TSD/TSH/YSD/YSH/WSD/WSH 090	4	(406x635x50)	4	(395x625x50)
	TSD/TSH/YSD/YSH 102	4	(508x635x50)	4	(500x625x50)
	TSD/TSH/YSD/YSH 120	4	(508x635x50)	4	(500x625x50)

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Installation

To increase airflow

Loosen variable sheave set screw and turn sheave clockwise.

To decrease airflow

Loosen variable sheave set screw and turn sheave counter-clockwise.

To adjust belt

The fan belts must be inspected periodically to assure proper unit operation. Replacement is necessary if the belts appear frayed or worn.

Units with dual belts require a matched set of belts to ensure equal belt length.

When removing or installing the new belts, do not stretch them over the sheaves. Loosen the belts using the belt tension adjustment bolts on the motor mounting base.

Once the new belts are installed, adjust the belt tension.

Table 8 - Motor sheave / Fan speed

					Fan speed (RPM)
					Standard drive & motor
	Unit	6 turns	5 turns	4 turns	3 turns	2 turns	1 turns	Closed
		Open	Open	Open	Open	Open	Open
	TSD/TSH 060	N/A	898	967	1036	1105	1174	1243
	TSD/TSH 072	N/A	698	751	806	859	913	967
	TSD/TSH 090	N/A	752	806	860	914	968	1020
	TSD/TSH 102	N/A	688	737	786	835	885	934
	TSD/TSH 120	N/A	782	838	894	950	1006	1062
	YSD/YSH 060	N/A	1036	1105	1174	1243	1312	1381
	YSD/YSH 072	N/A	806	860	913	968	1022	1074
	YSD/YSH 090	859	913	967	1021	1075	1129	N/A
	YSD/YSH 102	786	836	885	934	982	1032	N/A
	YSD/YSH 120	894	950	1006	1062	1118	1174	N/A
	WSD/WSH 060	N/A	898	967	1036	1105	1174	1243
	WSD/WSH 072	N/A	698	751	806	859	913	967
	WSD/WSH 090	N/A	752	806	860	914	968	1020
					Fan speed (RPM)
					Oversized drive & motor
	Unit	6 turns	5 turns	4 turns	3 turns	2 turns	1 turns	Closed
		Open	Open	Open	Open	Open	Open
	TSD/TSH 060	N/A	1243	1311	1379	1450	1515	1588
	TSD/TSH 072	N/A	967	1021	1075	1128	1183	1235
	TSD/TSH 090	1112	1182	1252	1322	1392	1460	N/A
	TSD/TSH 102	N/A	971	1041	1111	1181	1251	1321
	TSD/TSH 120	1062	1118	1174	1229	1285	1341	N/A
	YSD/YSH 060	-	-	-	-	-	-	-
	YSD/YSH 072	N/A	967	1021	1075	1128	1183	1235
	YSD/YSH 090	1112	1182	1252	1322	1392	1460	N/A
	YSD/YSH 102	N/A	971	1041	1111	1181	1251	1321
	YSD/YSH 120	1062	1118	1174	1229	1285	1341	N/A
	WSD/WSH 060	N/A	1243	1311	1379	1450	1515	1588
	WSD/WSH 072	N/A	967	1021	1075	1128	1183	1235
	WSD/WSH 090	1112	1182	1252	1322	1392	1460	N/A

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Installation

Component air pressure drops

Table 9 - Pressure drop through accessories

	Unit	Airflow	Filter	Filter	Economizer	Electric	Hot water
					100%
	size	(m3/h)	EU2/G2	EU4/G4		heater	coil
					outside air
		3060	31	50	38	17	49
	060	3400	38	55	46	21	55
		3740	46	61	55	25	62
		4080	55	66	64	30	68
		3670	13	37	27	7	46
	072	4080	16	42	29	9	52
		4490	19	46	31	11	58
		4900	23	50	33	13	64
		4590	19	47	33	12	66
	090	5100	24	52	39	15	74
		5610	29	57	45	20	83
		6120	35	62	52	25	92
		5200	16	42	40	8	64
	102	5780	20	47	50	10	72
		6360	25	52	62	12	81
		6940	30	57	75	15	90
		6120	22	50	52	11	84
	120	6800	27	55	62	14	95
		7480	33	61	73	17	106
		8160	40	66	85	20	117

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Installation

Supply fan performances

Table 10 - TSD 060 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
2720	-	-	-	-	-	-	-	-	-	-	899	0.43	944	0.49	985	0.54	1023	0.59	1060	0.64	1093	0.69	1126	0.74
3060	-	-	-	-	-	-	-	-	904	0.49	947	0.54	988	0.58	1028	0.64	1067	0.70	1104	0.76	1138	0.82	1171	0.87
3400	-	-	-	-	-	-	918	0.57	958	0.62	998	0.67	1036	0.71	1073	0.76	1111	0.82	1147	0.89	1182	0.96	1215	1.02
3740	-	-	-	-	930	0.65	977	0.71	1016	0.77	1053	0.82	1089	0.88	1124	0.93	1158	0.98	1191	1.03	1226	1.10	1258	1.17
4080	909	0.71	950	0.76	990	0.80	1034	0.87	1074	0.93	1110	1.00	1143	1.06	1177	1.12	1209	1.17	1241	1.23	1272	1.29	-	-

	325		350		375
m3/h	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM
2720	1160	0.79	1190	0.84	1222	0.90
3060	1203	0.93	1232	0.98	1262	1.04
3400	1246	1.09	1276	1.15	1306	1.21
3740	1290	1.25	-	-	-	-
4080	-	-	-	-	-	-

Table 11 - TSH 060 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
2720	-	-	-	-	-	-	898	0.43	953	0.48	1001	0.54	1045	0.59	1087	0.65	1129	0.71	1168	0.77	1206	0.83	1241	0.89
3060	-	-	-	-	897	0.48	953	0.54	1008	0.60	1058	0.67	1102	0.73	1143	0.79	1181	0.85	1219	0.92	1256	0.99	1291	1.05
3400	-	-	908	0.54	961	0.60	1012	0.67	1062	0.74	1111	0.81	1157	0.88	1198	0.95	1237	1.02	1274	1.09	1309	1.16	1343	1.24
3740	923	0.63	978	0.69	1028	0.76	1075	0.83	1120	0.91	1166	0.99	1211	1.06	1254	1.14	1294	1.22	1330	1.29	-	-	-	-
4080	997	0.80	1049	0.87	1096	0.94	1140	1.02	1183	1.10	1223	1.18	1266	1.27	-	-	-	-	-	-	-	-	-	-

	325		350		375
m3/h	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM
2720	1275	0.96	1306	1.02	1338	1.09
3060	1326	1.12	1359	1.19	1390	1.26
3400	1376	1.31	-	-	-	-
3740	-	-	-	-	-	-
4080	-	-	-	-	-	-

Standard drive

Oversize drive Note : Data includes pressure drops for standard filters and wet coils

RT-SVX20A-E4

17

Installation

Table 12 - TSD 072 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
3260	-	-	-	-	-	-	-	-	-	-	726	0.41	769	0.47	811	0.52	851	0.58	889	0.65	925	0.71	960	0.77
3670	-	-	-	-	-	-	-	-	706	0.43	751	0.49	792	0.55	832	0.61	871	0.67	908	0.74	944	0.81	978	0.87
4080	-	-	-	-	-	-	-	-	732	0.51	777	0.58	818	0.64	856	0.71	893	0.77	930	0.84	964	0.91	998	0.99
4490	-	-	-	-	-	-	715	0.54	758	0.60	802	0.68	845	0.75	883	0.82	919	0.89	953	0.96	986	1.04	1019	1.11
4890	-	-	-	-	706	0.58	749	0.64	789	0.71	830	0.79	870	0.87	909	0.95	945	1.02	979	1.10	1011	1.18	1043	1.26

	325		350		375
m3/h	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM
3260	994	0.83	1026	0.89	1057	0.95
3670	1010	0.94	1043	1.01	1073	1.08
4080	1030	1.06	1063	1.14	1092	1.21
4490	1051	1.19	1082	1.27	1112	1.35
4890	1073	1.34	1103	1.42	1133	1.51

Table 13 - TSH 072 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
3260	-	-	-	-	-	-	-	-	726	0.39	771	0.45	814	0.51	857	0.57	899	0.63	939	0.70	978	0.76	1015	0.83
3670	-	-	-	-	-	-	716	0.42	762	0.48	804	0.54	843	0.60	883	0.67	922	0.74	960	0.81	996	0.87	1034	0.95
4080	-	-	-	-	701	0.45	751	0.51	798	0.59	839	0.65	877	0.71	914	0.78	950	0.85	984	0.93	1020	1.00	1055	1.08
4490	-	-	710	0.51	745	0.56	788	0.62	833	0.69	875	0.77	914	0.85	949	0.91	984	0.98	1016	1.06	1049	1.14	1081	1.23
4890	726	0.58	762	0.64	795	0.70	828	0.76	869	0.82	911	0.91	950	0.99	986	1.07	1019	1.14	1051	1.22	1081	1.30	1112	1.38

	325		350		375
m3/h	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM
3260	1051	0.90	1086	0.97	1118	1.04
3670	1069	1.02	1103	1.09	1136	1.17
4080	1089	1.16	1122	1.23	1154	1.31
4490	1113	1.31	1144	1.40	1176	1.48
4890	1141	1.47	1170	1.57	1199	1.66

Standard drive

Oversize drive

Note : Data includes pressure drops for standard filters and wet coils

18	RT-SVX20A-E4

Installation

Table 14 - TSD 090 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
4080	-	-	-	-	-	-	-	-	750	0.54	794	0.60	834	0.67	873	0.73	909	0.80	945	0.87	980	0.95	1013	1.02
4590	-	-	-	-	-	-	-	-	787	0.66	830	0.74	871	0.82	908	0.89	943	0.96	977	1.04	1010	1.11	1043	1.19
5100	-	-	-	-	747	0.68	789	0.74	827	0.82	867	0.90	906	0.98	944	1.06	980	1.15	1013	1.23	1045	1.31	1076	1.39
5610	-	-	755	0.77	797	0.85	836	0.92	873	1.00	908	1.08	944	1.17	980	1.26	1016	1.35	1050	1.45	1081	1.54	1111	1.63
6120	771	0.88	809	0.96	848	1.06	885	1.14	921	1.22	954	1.30	986	1.39	1019	1.49	1052	1.58	1085	1.69	1116	1.79	1148	1.89

	325		350		375
m3/h	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM
4080	1046	1.10	1076	1.17	1106	1.25
4590	1074	1.27	1105	1.36	1134	1.44
5100	1105	1.47	1134	1.56	1163	1.65
5610	1141	1.72	1168	1.80	1197	1.90
6120	1177	1.99	1204	2.08	1232	2.18

Table 15 - TSH 090 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
4080	-	-	-	-	-	-	769	0.54	814	0.61	855	0.67	893	0.73	929	0.81	965	0.88	999	0.96	1035	1.04	1070	1.12
4590	-	-	-	-	773	0.62	817	0.68	862	0.76	904	0.85	941	0.92	975	0.98	1009	1.06	1041	1.14	1073	1.22	1104	1.31
5100	771	0.68	805	0.74	837	0.81	870	0.87	912	0.94	951	1.03	989	1.12	1025	1.21	1056	1.28	1088	1.36	1117	1.44	1146	1.53
5610	842	0.89	873	0.96	903	1.03	930	1.10	963	1.17	1000	1.25	1037	1.34	1073	1.45	1106	1.55	1136	1.63	1165	1.72	1194	1.80
6120	913	1.14	942	1.22	970	1.30	996	1.37	1021	1.45	1052	1.52	1086	1.61	1121	1.71	1153	1.82	1184	1.93	1215	2.04	1242	2.13

	325		350		375
m3/h	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM
4080	1104	1.19	1137	1.27	1168	1.35
4590	1136	1.40	1167	1.48	1198	1.57
5100	1176	1.62	1205	1.72	1233	1.82
5610	1220	1.88	1248	1.98	1275	2.08
6120	1269	2.22	1295	2.31	1319	2.40

Standard drive

Oversize drive

Note : Data includes pressure drops for standard filters and wet coils

RT-SVX20A-E4

19

Installation

Table 16 - TSD 102 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
4620	-	-	-	-	-	-	-	-	-	-	695	0.62	733	0.71	769	0.81	802	0.90	833	1.00	863	1.11	892	1.21
5200	-	-	-	-	-	-	-	-	688	0.64	725	0.73	761	0.83	796	0.93	828	1.03	861	1.13	891	1.24	919	1.35
5780	-	-	-	-	-	-	689	0.68	724	0.76	759	0.86	792	0.96	825	1.07	856	1.18	887	1.28	917	1.40	946	1.51
6350	-	-	-	-	693	0.72	729	0.82	764	0.92	795	1.01	826	1.11	857	1.22	887	1.34	916	1.46	945	1.58	974	1.70
6930	-	-	706	0.80	738	0.89	770	0.98	804	1.09	834	1.19	864	1.30	892	1.40	920	1.52	948	1.64	976	1.78	1002	1.91

	325		350		375		400		425		450		475		500
m3/h	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM		RPM		RPM		RPM		RPM		RPM
4620	920	1.33	946	1.44	973	1.55	999	1.67	1025	1.79	1050	1.90	1073	2.02	1098	2.14
5200	946	1.46	973	1.58	999	1.71	1024	1.83	1048	1.96	1072	2.09	1096	2.22	1119	2.34
5780	974	1.63	1001	1.75	1026	1.88	1051	2.01	1074	2.14	1099	2.27	1121	2.41	1143	2.55
6350	1001	1.82	1028	1.95	1054	2.08	1079	2.20	1103	2.34	1126	2.48	1148	2.62	1170	2.76
6930	1029	2.04	1055	2.17	1081	2.30	1105	2.43	1130	2.58	1154	2.72	1176	2.85	1199	3.01

Table 17 - TSH 102 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
4620	-	-	-	-	-	-	689	0.58	734	0.67	781	0.77	826	0.88	865	0.98	898	1.07	928	1.16	956	1.25	982	1.33
5200	-	-	-	-	693	0.64	735	0.73	773	0.82	812	0.92	855	1.03	897	1.15	934	1.27	969	1.38	999	1.49	1026	1.58
5780	-	-	711	0.75	743	0.82	781	0.91	819	1.01	853	1.11	886	1.21	925	1.34	964	1.47	1000	1.60	1034	1.73	1067	1.86
6350	735	0.89	770	0.97	799	1.04	830	1.12	865	1.23	899	1.34	930	1.45	960	1.56	994	1.68	1028	1.82	1063	1.96	1098	2.11
6930	796	1.14	828	1.23	857	1.31	883	1.39	913	1.48	945	1.60	977	1.72	1006	1.84	1034	1.96	1061	2.08	1093	2.23	1125	2.38

	325		350		375		400		425		450		475		500
m3/h	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM		RPM		RPM		RPM		RPM		RPM
4620	1008	1.42	1033	1.51	1056	1.60	1079	1.69	1102	1.78	1125	1.87	1146	1.95	1168	2.04
5200	1052	1.68	1078	1.78	1101	1.88	1124	1.98	1146	2.08	1168	2.18	1188	2.27	1209	2.37
5780	1094	1.97	1120	2.08	1145	2.20	1168	2.31	1191	2.42	1213	2.53	1234	2.63	1254	2.74
6350	1129	2.26	1158	2.40	1185	2.53	1210	2.66	1234	2.78	1256	2.90	1278	3.03	1299	3.15
6930	1157	2.53	1188	2.70	1218	2.86	1245	3.01	1273	3.16	1297	3.31	-	-	-	-

Standard drive

Oversize drive

Note : Data includes pressure drops for standard filters and wet coils

20	RT-SVX20A-E4

Installation

Table 18 - TSD 120 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
5440	-	-	-	-	-	-	-	-	-	-	-	-	789	0.93	822	1.03	856	1.14	887	1.25	917	1.36	945	1.47
6120	-	-	-	-	-	-	-	-	-	-	797	0.99	829	1.10	860	1.22	892	1.34	922	1.46	951	1.57	979	1.69
6800	-	-	-	-	-	-	782	1.01	814	1.11	844	1.21	874	1.32	903	1.44	932	1.56	960	1.69	988	1.82	1015	1.95
7480	-	-	-	-	803	1.14	834	1.24	864	1.36	894	1.48	922	1.59	948	1.70	975	1.82	1001	1.95	1028	2.09	1053	2.23
8160	803	1.21	833	1.31	861	1.42	887	1.52	916	1.64	945	1.77	972	1.90	997	2.02	1022	2.14	1046	2.27	1071	2.41	1095	2.55

	325		350		375		400		425		450		475		500
m3/h	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM		RPM		RPM		RPM		RPM		RPM
5440	973	1.60	999	1.72	1024	1.84	1048	1.97	1072	2.10	1095	2.23	1117	2.37	1140	2.51
6120	1007	1.82	1033	1.94	1059	2.07	1082	2.20	1107	2.34	1130	2.49	1152	2.63	1173	2.77
6800	1042	2.08	1068	2.21	1093	2.35	1117	2.48	1142	2.63	1164	2.76	1187	2.91	1209	3.06
7480	1078	2.38	1103	2.52	1128	2.66	1152	2.81	1176	2.95	1198	3.10	1221	3.25	-	-
8160	1119	2.70	1142	2.86	1166	3.02	1189	3.17	1212	3.33	-	-	-	-	-	-

Table 19 - TSH 120 Available static pressure

External Static Pressure (Pa)

	25		50		75		100		125		150		175		200		225		250		275		300
m3/h	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	RPM	kW	Fan	kW	Fan	kW
																					RPM		RPM
5440	-	-	-	-	-	-	-	-	807	0.94	844	1.04	886	1.16	926	1.28	965	1.41	1000	1.53	1029	1.64	1057	1.75
6120	-	-	-	-	792	0.99	829	1.08	865	1.19	898	1.30	930	1.41	965	1.53	1002	1.67	1038	1.81	1072	1.95	1106	2.10
6800	802	1.13	833	1.22	860	1.29	890	1.38	923	1.50	956	1.62	986	1.73	1015	1.85	1044	1.98	1077	2.12	1111	2.28	1143	2.43
7480	876	1.49	905	1.58	931	1.67	955	1.75	983	1.86	1014	1.99	1045	2.12	1072	2.25	1098	2.37	1125	2.51	1152	2.65	1182	2.81
8160	950	1.91	977	2.02	1002	2.11	1025	2.20	1048	2.30	1074	2.42	1102	2.56	1131	2.71	1156	2.84	1181	2.98	1205	3.12	1229	3.27

	325		350		375		400		425		450		475		500
m3/h	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW	Fan	kW
	RPM		RPM		RPM		RPM		RPM		RPM		RPM		RPM
5440	1084	1.86	1108	1.96	1132	2.06	1155	2.17	1177	2.27	1198	2.37	1219	2.48	1239	2.58
6120	1134	2.22	1160	2.35	1185	2.47	1209	2.59	1231	2.70	1252	2.82	1274	2.94	1295	3.06
6800	1174	2.58	1204	2.74	1232	2.90	1260	3.05	1283	3.18	1306	3.32	-	-	-	-
7480	1211	2.97	1241	3.14	1270	3.31	-	-	-	-	-	-	-	-	-	-
8160	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-

Standard drive

Oversize drive

Note : Data includes pressure drops for standard filters and wet coils

RT-SVX20A-E4

21