Trane 750 CFM, 1500 CFM manual General Installation Checks, Location Considerations, Unit Mounting

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Installation

General Installation Checks

The checklist below is a summary of the steps required to successfully in- stall a unit. This checklist is intended to acquaint the installing personnel with procedures required in the installation process. It does not replace the de- tailed instructions called out in the ap- plicable sections of this manual.

1Carefully remove the stretch wrap and top cardboard cover. Check the unit for shipping damage and material shortage; file a freight claim and notify appropriate sales representation. If end panels have been ordered, the panel will al- ready be mounted to the unit.

Note: The unit ventilator is pack- aged in clear stretch wrap to allow for immediate visual inspection. A protective cardboard cover helps prevent scratching and other cos- metic blemishes during transport.

2Remove remaining cardboard blocking.

3Remove the unit’s left front panel to verify nameplate/sales order number is correct. It is located be- hind the control box.

4Remove shipping bracket from the lower rear corners of the unit to separate the unit from the skid. Ac- cess to the screws holding the bracket to the skid is obtained in- side the unit.

5Rotate the fan wheels manually. The wheels should move freely and be in proper alignment. Visu- ally inspect the fan area for ob- structions or shipping damage.

6Remove all applicable knockouts for coil piping and electrical con- nections.

Location Considerations

Selecting the appropriate location for installing a unit is very important. The following factors should be consid- ered:

1Floor design must have sufficient structure to withstand the weight of the unit while allowing for openings in the floor for a return air duct, electrical and piping sup- ply lines fed through the floor. See page 7 for unit weights.

2Wall space design should allow the unit to be mounted to the wall se- curely. The wall surface behind the unit should be smooth and lev- el. Wall and floor moldings should be removed prior to installation. A wall slightly out of level may cause problems with unconditioned air leaking into the room. Remove any object projecting more then 1/8” (.3175cm) from the wall sur- face. Note: Additional gasket or furr strips may be installed to ac- commodate for an uneven wall.

3There are two removable knock- outs in the rear of the unit, on ei- ther end, for piping and electrical supply lines. A pipe chase is locat- ed in the upper back portion of the unit for crossover piping. The out- side air opening is located in the lower back of the unit and the path to the wallbox on the outside wall should be unobstructed.

4The physical layout of the room should accommodate any accesso- ries ordered with the unit. Condi- tioned air is distributed through the grille on top of the unit and re- turned through the return air grille on the bottom of the unit. Avoid placing any objects that may ob- struct either grille or interfere with airflow.

5Internal access to the unit is pro- vided by the removable front pan- el. Sufficient space should be allowed to lift the panel for mainte- nance purposes.

6Ensure the floor surface is level. Note: The unit leveling legs can be adjusted to accommodate slight out-of-level installation surfaces.

Unit Mounting

Note: All wall intake boxes should be installed prior to mounting the unit ventilator. Refer to Page 14 for wall box installation instructions.

The 1/2” mounting or anchoring holes are located on the back of the unit on each end. See Figures 3.

Note: All mounting fasteners are to be provided by the installer.

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Contents Later Design Sequence Installation Owner MaintenanceAmerican Standard All rights reserved Contents Jobsite Inspection Pre-installation ChecklistGeneral Information Isolation Valve Option OA/RA Actuator OptionImproper Unit Lift Dimensions/Weights ClearanceDimensions Falseback Unit Dynamic Air Barrier Unit End Covers Wall Boxes Crossover Piping Installation in Curtain Walls InstallationWall Box Installation Installation in Masonry WallsGeneral Installation Checks Location ConsiderationsUnit Mounting Mounting hole location End Panels Subbase optionInstallation Crossover Piping Piping InstallationSplit System Units Refrigerant PipingSteam Piping Plumbing the Valve AB 3-way valveServicing/Removal of Valves WiringIsolation Valves Installation Manually Opening ValveHeating Coils with Direct Expansion Cooling Soldering procedures are as followsControl Power Supply PowerSplit System Start-Up DX SystemTable E1 VUV 075-150, Electrical Performance Electrical RequirementsVUVE125 Pre-Start-up Checklist Pre-Start ChecklistMaintenance Periodic MaintenanceFilter Replacement Fan board removal for fan/ motor access Preventive Maintenance Coil CleaningWarranty Information Standard Warranty Warranty InformationProblem Heating Cooling Cause Correction Room too warm Trouble Shooting ChecklistProblem Room too cool Heating Cooling Cause Correction 120V/1 PH 3-Speed Unit Wiring120V/1 PH 3-Speed, DX/Hot Water End Device Package End Device Package 120V/1 PH 3-Speed, 4-Pipe Hot Water/Chilled Water Tracer ZN520 UV-SVN03D-EN Trane

750 CFM, 1500 CFM specifications

Trane has long been a leader in the heating, ventilation, and air conditioning (HVAC) industry, and among its extensive product range, the Trane 1500 CFM and 750 CFM air handling units stand out due to their innovative design and performance capabilities. These units are engineered to provide exceptional airflow and efficiency, catering to a variety of commercial and industrial environments.

One of the main features of the Trane 1500 CFM and 750 CFM units is their ability to maintain optimal indoor air quality. Both units feature high-efficiency air filters that effectively capture dust, allergens, and other airborne particles, ensuring that the air quality remains high. This is particularly important in commercial spaces, where the health and comfort of occupants is a top priority.

In terms of energy efficiency, the Trane units are equipped with advanced technologies that minimize energy consumption while maximizing cooling and heating performance. The units are designed to comply with the most stringent efficiency standards, making them an environmentally friendly choice. The use of variable speed fans allows for precise control over airflow, further enhancing energy savings by adjusting to the specific demands of the space.

Another notable characteristic of the Trane air handling units is their robust construction. Built with high-quality materials, they are designed to withstand harsh environmental conditions, ensuring durability and reliability over long periods of use. The units come with sound-attenuating features, making them suitable for noise-sensitive environments, while their compact design facilitates easy installation in limited spaces.

Trane also integrates smart technology into its air handling units, enabling connectivity with building management systems (BMS). This feature allows for real-time monitoring and remote control of unit operations, providing facility managers with valuable insights into performance and energy usage. Such connectivity not only improves operational efficiency but also simplifies maintenance tasks by providing timely alerts and diagnostics.

In summary, the Trane 1500 CFM and 750 CFM air handling units are designed with key features that enhance air quality, energy efficiency, and user convenience. Their innovative technologies and durable construction make them a reliable choice for various commercial applications, ensuring a comfortable and healthy indoor environment for all occupants. With Trane's commitment to quality and performance, these units represent the forefront of HVAC technology.
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