Installation

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 Figure 3.

1Note: All mounting fasteners are to be provided by the installer. Check the gasket on the rear of the unit and around the fresh air open- ing. Gaps around the openings can lead to outside air leaks into the room.

2Remove all electrical and piping knockouts where required for in- stallation.

! WARNING

Improper Unit Lift!

Test lift unit approximately 24 inches to verify proper center of gravity lift point. To avoid drop- ping of unit, reposition lifting point if unit is not level. Failure to properly lift unit could result in death or serious injury or possible equipment or property-only dam- age.

3Set the unit into selected location and adjust leveling legs if neces- sary to ensure level fit.

Note: Care should be taken when handling the unit to ensure that the front return air grille does not bend.

4Push the unit tightly against the wall to compress the seal on the back edge of the unit and intake opening. Anchor the unit by using the 1/2” mounting holes in both end pockets.

Units containing a falseback; The falseback unit ventilator contains mounting holes located on the falseback metal. Use these holes

rather than the holes located in the unit’s end pockets.

Note: Ensure the unit is level. Coils and drain pans inside the unit are pitched properly for draining before shipment.

5Ensure the unit rests tightly against the wall. Check for proper seal and that air does not leak un- derneath the unit.

Subbase (option)

A subbase may be used to increase the unit height and aid in leveling the unit. The subbase is shipped separately for field installation. Slots and leveling screws are provided on the subbase.

1Remove the leveling legs provided with the unit. See Figure 4.

Unit Base

Weld

Nuts

 

 

 

 

2"- 6"

 

Subbase

 

 

 

 

 

 

 

 

For leveling legs

Figure 4: Subbase with leveling legs

2Set the unit on the subbase and fasten with four, 3/8” x 16’ x 1” hex head cap screws and 3/8" lock washers.

Note: Hex screws and lock wash- ers are provided by the factory. They are located in a baggy and are used to attach the base to the unit ventilator. Pre-drilled slots in the subbase flange will line up with the weld nuts in the bottom of the unit.

3The bottom of the subbase has weld nuts in four slots. Place the leveling legs in those slots and lev- el the unit.

End Panels

When ordered as an option, end cov- ers ship already attached to the verti- cal unit ventilator. The following section is for installing end covers pur- chased as an add-on.

It is recommended end panels be in- stalled on the unit ventilator after all piping, wiring and accessory installa- tion is completed. To install the end panel:

1Insert the four factory provided metal studs into the four pre- mounted nuts on the inside of the panel.

2Align each stud with the four pre- drilled holes on the side of the unit.

3Secure the panel to the unit by fas- tening with the four factory pro- vided nuts.

4Do not overtighten screws.

CAUTION

Equipment Damage!

Do not run units for any length of time without all panels and filters properly installed. Failure to do so may result in equipment failure.

UV-SVN03D-EN

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Trane 750 CFM, 1500 CFM manual Subbase option, End Panels
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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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