To Next PageTo Next PageWhat to do if my Amana Air Handler has high water level?
If your Amana Air Handler isn't operating, the high water level in the evaporation coil could be the cause. Check the evaporator drain pan, trap, and piping.
What to do if Amana Air Handler has no network data?
If your Amana Air Handler isn't operating and there's no network data, populate the shared data set using a memory card.
What if my Amana Air Handler blower doesn't contain an appropriate shared data set?
If your Amana Air Handler isn't operating, and the blower does not contain an appropriate shared data set, populate the correct shared data using a memory card.
What to do if Amana Air Handler operation is different than expected?
If your Amana Air Handler's operation is different than expected, or if it's not operating at all, it could be that the shared data set on the memory card has been rejected by the integrated control module. Verify the shared data set is correct for the specific model. Re-populate the data using the correct memory card if required.
What if my Amana Air Handler has error with integrated control module shared data?
If your Amana Air Handler isn't operating, it could be due to an error with the integrated control module shared data. Verify that the control is populated with the correct shared data.
General| Brand | Amana |
|---|---|
| Model | AVPTC49D14 |
| Category | Air Handlers |
| Language | English |
Crucial safety guidelines for installation, operation, and maintenance to prevent injury or damage.
Detailed warnings on property damage, personal injury, death, electrical shock, and carbon monoxide poisoning.
Procedure for adjusting the TXV system to achieve proper subcooling and superheat levels.
Information on selecting and installing HKS series electric heat kits and determining temperature rise.
Inspecting electrical service, sizing wires, and maximum overcurrent protection.
Explanation of the multi-speed blower and determining required airflow.
Selecting and adjusting blower speeds using DIP switches for optimal airflow.
Configuring DIP switches for cooling and fan speed selection.
Setting DIP switches for electric heat kits based on kW rating.
Safety procedures to prevent damage to electronic components from static electricity.
How airflow demands are managed in ComfortNet systems.
Accessing advanced features, setup, and troubleshooting system issues.
Chart for diagnosing communication issues using LED status, causes, and corrective actions.
Detailed breakdown of common faults, their causes, and corrective actions for error codes.
Reference table for 7-segment LED codes and their corresponding fault descriptions.
