To Next PageTo Next PageWhat does Swapped Thermistor Code 9 mean on ClimateMaster Tranquility TSV 070?
If your ClimateMaster Heat Pump displays Swapped Thermistor Code 9, it means that LT1 and LT2 are swapped. Reverse the position of the thermistors to resolve this issue.
General| Brand | ClimateMaster |
|---|---|
| Model | Tranquility TSV 070 |
| Category | Heat Pump |
| Language | English |
Notes on optional ClimaDry II features and limitations for unit selection and operation.
Critical warnings and precautions for installation, service, and troubleshooting of the equipment.
Instructions and considerations for properly mounting horizontal units using hanger brackets.
Guidance on cleaning and maintaining the air coil for optimal performance.
Procedure for converting the unit's air discharge from side to back configuration.
Guidelines for proper installation and pitching of condensate drain lines for horizontal units.
Recommendations for selecting an appropriate location for vertical unit installation.
Instructions for installing condensate lines for vertical units, including internal traps.
Details on connecting multiple units to a common piping system for commercial applications.
Guidelines for installing closed-loop ground source piping systems, including material recommendations.
Description of open loop system piping and considerations for ground water applications.
Methods for regulating water flow through the heat exchanger to ensure proper operation.
Instructions for selecting the appropriate fan speed for ECM motors based on unit requirements.
Guidance on changing fan motor speed taps for PSC motors to adjust airflow.
Wiring instructions for connecting thermostats to CXM or DXM2 control boards for PSC and ECM motors.
Wiring diagrams and considerations for external solenoid valves used in groundwater installations.
Notes on how ClimaDry® reheat affects ECM motor performance and CFM selection.
DIP switch settings to determine cooling airflow rates for ECM motors.
DIP switch settings to determine heating airflow rates for ECM motors.
Using DIP switches to fine-tune or test ECM motor airflow settings.
DIP switch settings to enable or configure dehumidification modes for ECM blowers.
Information on using test mode and interpreting fault codes for CXM control diagnostics.
How to configure CXM control settings using jumpers for temperature limits and alarm relays.
Using test mode and interpreting status/fault LEDs for DXM2 control diagnostics.
Configuring DXM2 control settings via jumpers for temperature limits and alarm relays.
Configuration options for DIP switches 1.1 through 1.8 on DXM2 control for various unit functions.
Protects the compressor from frequent starts and stops with a 5-minute delay.
How the control attempts to recover from faults before entering lockout mode.
Behavior of the control when a fault condition persists, leading to immediate shutdown.
Function of the high pressure switch and its immediate impact on compressor operation.
Indicates inefficient operation when specific temperature conditions are met.
Detection of incorrectly placed LT1/LT2 thermistors, leading to lockout.
Enables emergency shutdown via an external signal for DXM2 controls.
Overview of how ClimaDry® operates in cooling, heating, and reheat modes with thermostat inputs.
Factors affecting ClimaDry® performance, including EWT and space overcooling.
Defines the acceptable ranges for ambient air, entering air, and water temperatures for unit operation.
Pre-power checks for unit components like valves, wiring, transformer, and fan.
Pre-power checks for the overall system, including water temperature, pH, flushing, and controls.
Corrections to water pressure drop values when using motorized water valve options.
Procedures for cleaning and maintaining water coils in direct and closed loop systems.
Maintenance recommendations for cleaning or replacing air filters to ensure optimal performance.
Annual checks for compressor amperage to ensure it is within acceptable limits.
Guidelines for servicing the refrigerant circuit and verifying operating pressures and temperatures.
Troubleshooting steps for issues related to main power supply and control board indicators.
Diagnosing and resolving high pressure faults, often related to water flow or air restrictions.
Troubleshooting steps for low suction pressure issues, including refrigerant charge and airflow.
Steps to diagnose why the unit is not operating correctly in cooling mode.
Diagnosing and resolving issues related to reduced cooling or heating capacity.
Troubleshooting steps for high head pressure conditions, often linked to water flow or scaling.
