Trane GETB Drywall Installation, Units utilizing Hinged Acoustic Door Assembly, View blow-up

Page 12

Installation

Drywall Installation

Before installing drywall around cabi- net. Cover the cabinet supply and re- turn openings with plastic or cardboard to help prevent dust or con- struction debris from reaching unit components. Warranties will be void- ed if paint or foreign debris is allowed to contaminate internal unit compo- nents.

The location of the drywall may be de- pendent upon the type of return air ac- cess design.

1Units that contain a field provided return air access assembly, contrac- tor must calculate location of dry- wall to allow for frame mounting.

Units utilizing Hinged Acoustic Door Assembly.

1 Locate the side studs a minimum of

1 1/4-inches and a maximum of 1 3/

4Place the door frame into the sheet rock opening. A positive seal is critical be- tween the back of the door frame and the front of the cabinet. Ensure that the gasket material seals properly. Note: When placing the sheet rock panel, make certain the opening for the door is centered with the return-air opening in the cabinet (±1/8").

 

3 1/2” ±3/8”

 

 

A

 

 

2“ X 4” STUD

 

 

 

 

SHEETROCK

 

1 1/4” +1/2”/-0”

 

 

 

 

B

 

 

 

 

 

1“ X 1” CLOSED

 

RETURN AIR OPENING

 

CELL INSULATION

 

 

 

 

FLANGE ON CABINET

CABINET

 

 

RETURNAIR FLANGEDOOR

A

 

 

 

SHEET ROCK

 

 

1“ X 1” CLOSED

OPENING

RETURN AIR OPENING

 

 

CELL INSULATION

 

FLANGE ON CABINET

 

 

8-inches from the cabinet to the side

of the stud. This critical dimension,

combined with "distance between

studs" is used to determine the side-

to-side opening for the door, dimen-

sion A. The distances provided in

the table are a "minimum" dimen-

sion. Allow 3 1/2-inches from the

front of the cabinet to the sheet rock

surface, Figure 4 - Top View. Figure

5, mock-up of stud placement.

2 The height of the door assembly

must be positioned to recess the

door 2 1/4-inches from the cabinet’s

return-air opening, Figure 4 - Side

View blow-up.

3 Locate dimensions A and B for sheet

rock opening size. The position of

the sheet rock opening must be cen-

tered side-to-side with the return-air

opening in the cabinet. Ensure the

bottom of the sheet rock opening is

2 1/4-inches below the return-air

opening in the cabinet. This allows

the door recess to rest on the bot-

tom of the sheet rock opening for

proper vertical placement of the

door.

Unit Size

A

B

 

 

 

09

19 1/4”

44 1/8”

 

 

2“ X 4”

012

(489)

(1121)

SHEETROCK

 

 

 

STUD

015

23 1/4”

45 1/4”

 

 

 

018

(591)

(1149)

 

 

 

024

27 1/8”

54 5/8”

 

Note:

 

 

Finished wall and framing should not

036

(689)

(1387)

 

 

touch the unit cabinetry.

 

 

 

 

 

 

 

 

 

 

 

CABINET

 

3 1/2” ±3/8”

 

 

 

 

SHEETROCK

 

 

 

 

 

RETURN AIR

 

 

 

 

 

DOOR FRAME

 

2 X 4 STUD

 

 

 

 

 

 

 

 

1“ X 1” CLOSED

 

RETURN-AIR OPENING

 

 

 

FLANGE ON CABINET

 

 

CELL INSULATION

 

 

 

 

 

 

 

 

 

 

 

B

 

 

1“ X 1” CLOSED

 

RETURN-AIR OPENING

 

 

CELL INSULATION

 

FLANGE ON CABINET

 

 

RETURN AIR

 

 

 

 

 

DOOR FRAME

 

2 1/4“

5“

 

 

 

 

 

 

 

 

4 5/8“

 

 

SHEETROCK

 

 

 

 

 

 

 

 

 

FLOOR

 

CABINET

 

 

 

1 1/2” X 2 3/8”

3 1/2” ±3/8”

 

 

 

 

 

 

 

 

 

SIDE VIEW

1 1/4” +1/2”/-0”

TOP VIEW

Figure 5:

Figure 4: Drywall installation for hinged acoustic door

12

WSHP-SVN08B-EN

Image 12
Contents Installation Owner Diagnostics Later Design SequenceResponsible Refrigerant Practices Contents Pre-installation Checklist Fiberglass WoolMicrobial Growth General Information Dimensions/Weights/ Clearance Unit weightsDimensions GETHinged Acoustical Door Return Air hinged Acoustical DoorInstallation General Installation ChecksLow Voltage Wiring AC & DC Requirements Improper Unit Lift Field Installed Power Wiring Control Power TransformerDrywall Installation Units utilizing Hinged Acoustic Door AssemblyMock-up of stud placement Surface, Top View. FigureChassis Installation Supply Air DuctworkSupply Grille installation Cleaning and Flushing Water LoopSupply air opening size Using Antifreeze Antifreeze requirements based on volumeLow Voltage Wiring Six 6 Pin Connector/HarnessDeluxe controller diagnostic LEDs 24V AC conductorsBlower Motor Speed Retrofit Lead changeElectrical Requirements GET036 LowPre-Start Checklist Pre-Start-up ChecklistIs unit serviceable? See clearance specifications on Sequence Operation Live Electrical ComponentsOperating Pressures Table OP-1 Operating PressuresOperating Pressure Water Volume Start-up Checklist and LogWater Pressure Drop Water pressure drops WPD in feet of headStart-up Checklist Log Job Name Model Number Date Serial NumberMaintenance Preventive MaintenanceHazardous Voltage Hazardous ChemicalsWarranty Information Warranty Information Standard WarrantyTroubleshooting Hazardous Service ProceduresGeneral Operation Operation with a Conventional ThermostatTroubleshooting Checklist Unit short cyclesUnit Wiring Retrofit Diagram 208/230V-50/60 Hz-1PHUnit Wiring Deluxe Diagram Unit Wiring ZN510 Diagram 230V-50/60 Hz-1PHTrane

GETB specifications

The Trane GETB, known for its exceptional efficiency and reliability, stands as a leader in the commercial HVAC industry. Designed to meet the demands of varying environments, the GETB system is particularly beneficial for buildings requiring constant heating and cooling performance.

One of the standout features of the GETB is its use of the Trane Tracer SC+ building management system. This intelligent control platform allows facility managers to efficiently monitor and manage HVAC settings remotely, optimizing comfort and energy consumption. The integration of smart technology significantly reduces operational costs by promoting energy-saving strategies tailored to specific building requirements.

A notable technology incorporated in the Trane GETB system is the use of advanced variable-speed compressors. These compressors adjust their output based on the needs of the building, providing precise temperature control and minimizing energy wastage. With this technology, the GETB can achieve high efficiencies across various load conditions, which is particularly advantageous during periods of fluctuating occupancy.

Another important characteristic of the GETB is its robust design tailored for durability and longevity. Constructed with high-quality materials and components, the system is engineered to withstand the rigors of continuous operation in industrial environments. This resilience ensures minimal disruptions and maintenance needs, allowing for a seamless integration into any facility.

Additionally, the GETB offers extensive options for zoning and temperature control. With its zoning capabilities, different areas of a building can be maintained at separate temperature settings, enhancing comfort for occupants while contributing to energy conservation. The ability to customize the system to suit specific building layouts makes the GETB a versatile choice for a variety of applications.

Furthermore, the GETB is designed with environmental sustainability in mind. By using refrigerants with lower global warming potential, Trane has focused on reducing the ecological footprint of its products. This commitment to sustainability does not only comply with regulatory standards but also supports building owners looking to achieve green certifications.

In summary, the Trane GETB combines advanced technologies, robust design, and energy-efficient features to provide a dependable HVAC solution for commercial spaces. With its smart controls, variable-speed compressors, and emphasis on sustainability, it represents an ideal choice for those seeking reliable heating and cooling in a dynamic and eco-conscious manner.