What to do if my Goodman Heat Pump has a shortage of refrigerant?
- TTodd SmithAug 21, 2025
If you suspect a shortage of refrigerant in your Goodman Heat Pump, test for leaks and add refrigerant as needed.
What to do if my Goodman Heat Pump has a shortage of refrigerant?
If you suspect a shortage of refrigerant in your Goodman Heat Pump, test for leaks and add refrigerant as needed.
How to fix a loose connection in a Goodman Heat Pump?
To resolve a loose connection in your Goodman Heat Pump, inspect the connection and tighten it.
How to resolve an overcharge of refrigerant in a Goodman GSX140601 Heat Pump?
To address an overcharge of refrigerant in your Goodman Heat Pump, recover a portion of the charge.
What to do if Goodman Heat Pump has too much air across indoor coil?
If your Goodman Heat Pump has too much air across the indoor coil, reduce the blower speed.
What to do if Goodman Heat Pump has shorted or broken wires?
If you have shorted or broken wires in your Goodman Heat Pump, test the circuits with an ohmmeter.
What to do if my Goodman Heat Pump has a blown fuse?
If your Goodman Heat Pump has a blown fuse, replace it, ensuring you use the correct fuse size and type.
How to handle noncondensibles in a Goodman GSX140601 Heat Pump?
To address noncondensibles in your Goodman Heat Pump, recover the charge, evacuate the system, and then recharge it.
How to test for an open overload in a Goodman GSX140601 Heat Pump?
If you have an open overload in your Goodman Heat Pump, test the continuity of the overloads.
How to check a faulty transformer in Goodman GSX140601 Heat Pump?
If you suspect a faulty transformer in your Goodman Heat Pump, check the control circuit with a voltmeter.
How to troubleshoot a shorted or open capacitor in a Goodman GSX140601?
If you have a shorted or open capacitor in your Goodman Heat Pump, test the capacitor.
Model | GSX140601 |
---|---|
Type | Heat Pump |
Tonnage | 2.5 |
SEER Rating | 14 |
HSPF Rating | 8.2 |
Refrigerant | R-410A |
Compressor Type | Scroll |
Sound Level | 76 dB |
Voltage | 208/230V |
Phase | 1 |
Maximum Operating Temperature (Cooling) | 115°F |
Crucial safety warnings and instructions for installation and servicing.
Essential guidelines for safely handling refrigerants to prevent injury or death.
Recommended procedure for testing system pressure before evacuation.
Step-by-step guide for evacuating the system using a vacuum pump.
Verifying airflow/static pressure and conditions before charge adjustment.
Methods for checking unit operation and refrigerant charge levels.
Procedure for charging fixed orifice systems using superheat.
Charging TXV systems using the subcooling method.
Using superheat for adjustable TXVs in unique applications.
Adjusting TXV superheat based on subcooling and superheat readings.
Linking symptoms to possible causes for troubleshooting.
Recommended test methods and corrective actions for common issues.
Checks to perform before calling a servicer for assistance.