Trane SCIH manual Low Ambient Damper Installation, Figure I-IP-2. Low ambinet damper installation

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Installation

Installation Procedure

Low Ambient Damper Installation

Reference Figure I-IP-2 and follow the procedure below to install the low ambient damper option.

1.Using a 1” hole saw, make a hole on the right side of the condenser fan discharge panel as shown. Install a 1” bushing into the hole.

2.Apply the soft gasket material provided around the damper as shown.

3.Place the damper over the discharge opening using the screws (3/16 x 5/8”) provided. See Detail A.

4.Install the damper actuator, which was previously assembled to the mounting bracket, to the right panel of the damper using the four screws (1/4 x 5/8”)

provided. Be sure the damper actuator is in the closed position when installing.

5.Connect the capillary tube to the pressure operator using the flare fitting. Insert the tube through bushing referenced in step 1. Route the capillary tube to the liquid line on circuit #1.

6.Remove the end cap from the access valve and attach to the end of the capillary tube.

CONDENSER FAN DISCHARGE PANEL

1" HOLE (FIELD OPERATION)

SELF-DRILLING SCREW 3/16" X 5/8"

PROVIDED

SOFT GASKET

PROVIDED

DETAIL "A"

Figure I-IP-2. Low ambinet damper installation

#1

#2

CIRC.

CIRC.

LIQUID LINE CIRCUIT #1

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SXIH-SVX01B-EN

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Contents Installation, Operation, and Maintenance Model Scih AO and later design sequenceGeneral information Special Note on Refrigeration EmissionsOverview of Manual Common Hvac AcronymsContents General Installation informationIntegral Air-Cooled Model Number Description Accessory Model Number Description General Information Pre-installation Installation considerations Installation PreparationReceiving and Handling Acoustic ConsiderationsModel Scih Ton units Installation Dimensions WeightsModel Scih 10 & 15-ton units Scih Component Overview Back of unitSCIHAccessories Plenum Low Ambient DamperHot Water Coil Steam CoilMechanical Installation requirementsDuctwork Considerations Ground Wire ElectricalElectrical Requirements Electrical Data CalculationsRLA LRA FLA MCA MFS Installation Installation ProcedureInstallation Checklist Fan Discharge ConversionLow Ambient Damper Installation Figure I-IP-2. Low ambinet damper installationHydronic Coil Installation Figure I-IP-3. Hydronic coil installationPlenum Installation Figure I-IP-4. Plenum installationPre-Startup Checklist Pre-StartupInstallation Startup Unit Startup ProceduresUnit Startup Checklist Rotating ComponentsOperation Operation SequenceSequence of Operation Maintenance information Table M-GI-1. Integral Air-Cooled General DataMaintenance Maintenance proceduresMaintenance Procedures Hazardous chemicalsRefrigerant LeakTesting Refrigerant SystemConfined space hazard Explosion hazardHazardous pressure Compressor damageCharging the Refrigerant System Periodic Checklists Maintenance checklistsPeriodic Troubleshooting ProblemPossible cause RemedyInsufficient cooling Trane

SCIH specifications

The Trane SCIH, or Smart Communicating Indoor Unit, is a smart HVAC solution designed to provide both efficiency and comfort in commercial and residential spaces. This innovative system represents a significant advancement in climate control technology, integrating state-of-the-art features that cater to modern demands for convenience, connectivity, and sustainability.

One of the standout features of the Trane SCIH is its advanced communication capability. The system utilizes Trane’s proprietary technology to facilitate seamless communication between various HVAC components, enabling real-time monitoring and adjustments. This integration ensures optimal performance by allowing end-users to manage their climate control settings efficiently from a central location or through a smartphone app.

The SCIH is also designed for high energy efficiency. It incorporates variable speed technology that adjusts the compressor and fan speeds according to the specific heating or cooling needs of the space. This not only reduces energy consumption but also minimizes fluctuations in temperature, creating a more comfortable indoor environment. Additionally, the unit's Energy Efficiency Ratio (EER) and Seasonal Energy Efficiency Ratio (SEER) ratings often exceed industry standards, making it an eco-friendly choice for sustainable building practices.

Another characteristic of the Trane SCIH is its compact and versatile design. The unit is engineered to fit in tight spaces, making it suitable for various building types, including retrofits in older structures. Its sleek design enhances aesthetic appeal without compromising performance, a key consideration for both commercial and residential applications.

Safety and ease of use are also priority features of the SCIH. The model includes built-in diagnostics that can identify issues early, enabling prompt maintenance and reducing the risk of system failures. User-friendly interfaces provide intuitive controls, making it accessible for users of all technical backgrounds.

Overall, the Trane SCIH embodies the convergence of technology, comfort, and efficiency. Its smart features, including advanced communication, variable speed technology, and compact design, position it as a leading solution in the HVAC market. This unit not only meets the needs of the present but is also prepared to adapt to future energy standards and user expectations, reinforcing Trane’s commitment to innovative climate solutions.