Trane TSD manual System failure, Heating Failure, Cooling Failure, Service Failure, Heat Failure

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Maintenance

Below is the complete listing of failure indication causes:

System failure

Check the voltage between terminals 6 and 9 on J6, it should read approximately 32 VDC. If no voltage is present, a system failure has occurred. Refer to Step 4 in the previous section for the recommended troubleshooting procedure.

Heating Failure

Verify Heat Failure by Ignition Module (IGN) LED indicator:

OFF: No Power or Failure

ON: Normal

Slow Flash: Normal, Heat Call

Fast Flash: Error Code:

1Flash: Communication Failure

2Flashes: System Lockout

3Flashes: Pressure Switch Fail

4Flashes TC01 or TC02 Open

5Flashes: Flame w/o Gas Valve

6Flashes: Flame Rollout Open

Cooling Failure

1.Cooling and heating set point (slide pot) on the zone sensor has failed. Refer to the "Zone Sensor Test Procedure" section.

2.Zone temperature thermistor ZTEMP on ZTS failed. Refer to the "Zone Sensor Test Procedure" section.

3.CC1 or CC2 24 VAC control circuit has opened, check CC1 & CC2 coils, and any of the controls below that apply to the unit (HPC1, HPC2).

4.LPC1 has opened during the

3 minute minimum "on time" during 4 consecutive compressor starts, check LPC1 or LPC2 by testing voltage between the J1-8 & J3-2 terminals on the RTRM and ground. If 24 VAC is present, the LPC's has not tripped. If no voltage is present, LPC's has tripped.

Service Failure

1.If the supply fan proving switch has closed, the unit will not operate (when connected to RTOM), check the fan motor, belts, and proving switch.

2.Clogged filter switch has closed, check the filters.

Simultaneous Heat and Cool Failure

1. Emergency Stop is activated

Method 2

The second method for determining system status is done by checking voltage readings at the RTRM (J6).

The system indication descriptions and the approximate voltages are listed below.

System Failure

Measure the voltage between terminals J6-9 & J6-6.

Normal Operation = approximately 32 VDC

System Failure = less than 1 VDC, approximately 0.75 VDC

Test Mode = voltage alternates between 32 VDC & 0.75 VDC

Heat Failure

Measure the voltage between terminals J6-7 & J6-6.

Heat Operating = approximately 32 VDC

Heat Off = less than 1 VDC, approximately 0.75 VDC

Heating Failure = voltage alternates between 32 VDC & 0.75 VDC

Cool Failure

Measure the voltage between terminals J6-8 & J6-6.

Cool Operating = approximately 32 VDC

Cool Off = less than 1 VDC, approximately 0.75 VDC

Cooling Failure = voltage alternates between 32 VDC & 0.75 VDC

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Contents Installation Operation Maintenance Foreword General informationRefrigerant WarrantyMaintenance contract ReceptionContents Unit Options Rooftop unit Roof curb Installation TSD-WSD-YSD accessoriesRoof curb accessory Reception of unitsDimensions/Weights/ Clearances Unit weights and center of gravityMinimum recommended clearances Motor Heaters Factory-installed options and accessories net weights kgMotorized Manual Electric Hot water Unit sizeInstalling the unit Discharge ConversionUnit mounting on roof Horizontal discharge units TSH,WSH,YSH Installing the unit on the groundDownflow discharge units TSD,WSD,YSD Using the rooftop curb Connection of duct networkDuct dimensions for horizontal units Duct dimensions for downflow units mmCondensate drain piping Unit Gas pipework installationGas leak check procedure Gas burner modelsUnit EU2/G2 EU4/G4 Quantity Size Filter installationSupply fan adjustment Filter arrangementMotor sheave / Fan speed To adjust beltTo increase airflow To decrease airflow100% Pressure drop through accessoriesComponent air pressure drops Unit Airflow FilterSupply fan performances TSD 060 Available static pressureTSH 060 Available static pressure TSH 072 Available static pressure TSD 072 Available static pressureTSH 090 Available static pressure TSD 090 Available static pressureTSH 102 Available static pressure TSD 102 Available static pressureTSH 120 Available static pressure TSD 120 Available static pressureYSH 060 Available static pressure YSD 060 Available static pressureYSH 072 Available static pressure YSD 072 Available static pressureYSD 090 Available static pressure YSH 090 Available static pressureStandard drive Oversize drive YSH 102 Available static pressure YSD 102 Available static pressureYSH 120 Available static pressure YSD 120 Available static pressureWSH 060 Available static pressure WSD 060 Available static pressureWSH 072 Available static pressure WSD 072 Available static pressureWSH 090 Available static pressure WSD 090 Available static pressureOver current protection Factory supplied disconnect switch optionPower wiring Electrical connectionWith Electric heat Unit wiringAmpacity Size Ph/Hz Without Electric heat optionSupply fan motor Compressor and condenser motorsUnit controlled by thermostat Control wiringMaximum Zone sensor wire and maximum lengthUnit controlled by BAS Unit controlled by Tracker supervisorCO2 sensor wire size SpecificationsCO2 sensors Wiring the duct-mounted CO2 sensor Wiring the wall-mounted CO2 sensorMounting the wall-mounted sensor Jumper settingsMounting the duct-mounted CO2 sensor CO2 sensor maintenanceRemote potentiometer Remote potentiometer dimensionsDuct mounting of fire thermostat Fire thermostatSmoke detector High temperature safety thermostatRemote fault relay Clogged filter detectorThermostats Thermostat featuresTrane Communication Interface TCI-R board Other accessories availableCommunication Interfaces Refer to separate documentation for more informationHot water coil Down flow units onlyEthylene glycol percentage Soft Starter Electric Heater25% manual fresh air hood 25% fresh air hoodBarometric relief Economizer flow chart with barometric reliefTerminal strip Operation with a conventional thermostatHeat pump only Thermostat signals are as followsInput / connection Function when energized Cooling mode Heating modeCooling/Economizer Operation with Thermostat Setting the economizer or 0-50% motorized hood optionUnoccupied mode Cooling/Economizer OperationECA board LED Minimum fresh air adjustmentTest mode procedure at the ReliaTel control board Test proceduresOperating checklist before start-up Power-up initializationStep Test Mode Auto Test ModeTest modes Unit start-up Gas type designation per countryGas burner data Operating pressures Starting the unit in cooling modeFinal installation checklist Check torque of power cables contactEvaporator Fan Operation Cooling without an EconomizerCooling with an Economizer Low Ambient OperationIgnition Module Potentiometer SettingEconomizer Set-Up ReliaTel Control Heating OperationLED status Final installation checklistEnd user routine maintenance Air filtersRefrigerant charge Service technician maintenance Condenser coilHot water coil option System Status Checkout Procedure TroubleshootingCooling Failure Service FailureSystem failure Heating FailureFan Failure Switch Resetting Cooling and Ignition LockoutsZone Temperature Sensor ZTS Service Indicator Clogged Filter SwitchResistance Thermistor Resistance / Temperature ChartDCma To Test Humidity Sensors Return Air Humidity SensorOutdoor Humidity Sensor Humidity sensor testRT-SVX20A-E4 RT-SVX20A-E4

TSD, TSH 060 specifications

The Trane TSH 060 and TSD series represent cutting-edge advancements in commercial HVAC systems, designed for efficient performance and enhanced reliability. These units are engineered for a wide range of applications, making them a popular choice for various industrial and commercial settings.

One of the standout features of the Trane TSH 060 is its energy efficiency. Equipped with advanced variable-speed scroll compressors, this series can modulate its output to match the specific cooling or heating demands of a building. This not only ensures optimal comfort but also significantly reduces energy consumption and operational costs. The integrated economizer enhances outdoor air usage, providing free cooling whenever outside conditions are favorable.

The TSD series complements the TSH models with its impressive flexibility and modular design. These units can be configured to accommodate diverse load requirements, ensuring that businesses can scale their HVAC solutions as their needs evolve. The TSD also incorporates Trane's proprietary Trane Tracer™ SC+ building management system, which allows for advanced monitoring and control capabilities. This system provides real-time data analysis and helps facilitate proactive maintenance, thereby minimizing downtime and maintenance costs.

Durability is another key characteristic of the TSH 060 and TSD units. Built with robust materials and components, these systems are designed to withstand the rigors of daily use in demanding environments. The corrosion-resistant cabinet and quality construction also contribute to extended service life and reduced risk of system failures.

In terms of sustainability, both the TSH 060 and TSD units use eco-friendly refrigerants, aligning with global initiatives to reduce greenhouse gas emissions. This commitment to environmentally responsible practices makes these HVAC systems a suitable choice for businesses aiming to enhance their sustainability profiles.

Finally, quiet operation is an essential feature of the Trane TSH 060 and TSD series. These units are designed with sound-dampening technology, ensuring that the systems operate discreetly without disrupting the work environment.

In summary, the Trane TSH 060 and TSD series offer a combination of energy efficiency, advanced technology, durability, and sustainability. Their modular design and compatibility with innovative building management systems make them ideal for businesses looking to optimize their HVAC systems while maintaining a commitment to environmental responsibility. With these features, Trane continues to set the standard in commercial HVAC solutions.
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