To Next PageTo Next PageWhat to do if my Trane Axiom GECE 006 Heat Pump has no response to thermostat settings?
If your Trane Heat Pump isn't responding to thermostat settings, the possible causes include: the main power being off (check fuses), a defective control transformer (replace it), broken or loose connections (repair them), a defective thermostat (replace it), or a transformer issue (reset the transformer).
What to do if my Trane Axiom GECE 006 Heat Pump compressor does not run, but the blower does?
If the blower runs but the compressor doesn't in your Trane Heat Pump, it could be due to a defective compressor overload (replace if external), a defective compressor contactor (replace it), supply voltage being too low (correct it), a defective compressor capacitor (replace it), defective windings (replace them), or limit switches being open (check cause/replace or repair).
Why is my Trane Axiom GECE 006 not providing enough capacity?
Insufficient capacity in your Trane Heat Pump can stem from several issues: a dirty filter (replace or clean it), blower RPM being too low (correct it), leaks in the ductwork (repair them), introduction of excessively hot or cold return-air (correct this), low refrigerant charge (locate the leak, repair, and recharge), a restricted thermal expansion valve (replace it), a defective reversing valve, an improperly located thermostat (relocate it), an undersized unit (recalculate heat gains/losses), inadequate water flow (increase GPM), scaling in the heat exchanger (clean or replace it), water being too hot or too cold (adjust the temperature), or a blocked filter drier (replace it).
Why does my Trane Axiom GECE 006 have high head pressure?
High head pressure in your Trane Heat Pump may be due to trash in the heat exchanger (backflush it), low water flow (increase GPM), an overcharge of refrigerant (decrease the charge), non-condensables in the system (evacuate and recharge by weight), water being too hot (decrease the temperature), a dirty filter (clean or replace it), or inadequate air flow (check and clean the blower and coil).
Why is the low pressure switch open on my Trane Axiom GECE 006 Heat Pump?
If the low pressure switch is open on your Trane Heat Pump, it could be due to inadequate GPM (increase GPM), water being too cold (increase temperature), inadequate air flow (increase CFM), a dirty filter (clean/replace), being undercharged with refrigerant (increase charge), a defective pressure switch (replace it), or the heat transfer fluid being too cold (raise water temperature).
Why does my Trane Axiom GECE 006 Heat Pump have low suction pressure?
Low suction pressure in your Trane Heat Pump can be caused by being undercharged (locate leak, repair and recharge), a restricted thermal expansion valve (repair / replace), inadequate air flow (check, clean blower and coil), a dirty filter (clean/replace), or inadequate GPM (increase GPM).
Why is the high pressure switch open on my Trane Axiom GECE 006?
If the high pressure switch is open on your Trane Heat Pump, possible causes include inadequate GPM (increase water flow to unit), water being too hot (decrease temperature), inadequate air flow (check and clean blower and coil), a dirty filter (clean/replace), being overcharged with refrigerant (decrease charge), or a defective pressure switch (check or replace).
Defines the three types of safety advisories: Warning, Caution, and Notice.
Discusses the impact of certain chemicals on the ozone layer.
Outlines Trane's stance on responsible refrigerant handling and regulations.
Details the mandatory PPE for installation and servicing.
Highlights the importance of following Environmental, Health, and Safety policies.
States Trane's ownership of the document and rights to revise it.
Mentions that all referenced trademarks belong to their respective owners.
Lists updates made to the document, e.g., Electrical Data updates.
Details the breakdown and meaning of each digit in the unit model number.
Details checks to perform upon unit delivery to ensure no damage.
Provides guidelines for proper unit storage to prevent damage and microbial growth.
Specifies required clearances around the unit for servicing.
Provides unit and chassis weight data for various models.
Warns about the danger of high voltage and the need for power disconnection.
Stresses the importance of qualified personnel for wiring and grounding.
Presents detailed electrical specifications for various unit models.
Lists essential checks before energizing the unit for operation.
Provides step-by-step instructions for starting up the unit with a conventional thermostat.
A checklist for contractors to complete before full system operation.
Explains factors affecting refrigerant pressures and provides approximate conditions.
Explains how to define pressure drop using tables and calculation methods.
Provides water volume data for GEC* units for glycol calculations.
Offers suggestions for maintaining the unit for proper operation.
Shows filter sizes for standard and low height units.
Step-by-step guide for replacing filters in standard height units.
Step-by-step guide for replacing filters in low height units.
Explains the use of LEDs on the deluxe 24V control for troubleshooting.
Details the meaning of diagnostic LED patterns for controller modes.
Lists common problems, causes, and corrections for unit operation.
Wiring schematic for units with deluxe 24V controls.
Wiring schematic for units with Tracer® ZN524 controller.
Wiring schematic for UC400-B controller units.
Wiring schematic for UC400-B with hot gas reheat.
Outlines the terms of the standard parts-only and compressor warranty.
Details the optional extended warranty coverage and conditions.
General