To Next PageTo Next PageWhat to do if my Daikin Heat Pump has no power?
If your Daikin Heat Pump has no power, check the circuit breakers and fuses, resetting or replacing them if needed. Reset the network by depressing the learn button. Also, inspect the communication wires (terminal 1/terminal 2 wires), replacing them if necessary. Finally, check for shorts in the low voltage wiring.
What to do if Daikin DZ9VC Heat Pump says no network found?
If your Daikin Heat Pump displays 'no network found', check the communication wires (terminal 1/terminal 2 wires) and replace them if needed. Also, verify the installation type, ensuring it is not set as a legacy/traditional system.
How to fix Terminal 1/Terminal 2 miss-wire on Daikin DZ9VC?
To fix a Terminal 1/Terminal 2 miss-wire issue on your Daikin Heat Pump, check the communication wires (terminal 1/terminal 2 wires) at the indoor unit, thermostat, or outdoor unit. Replace the wires if needed.
General| Stages | Variable |
|---|---|
| Heating Seasonal Performance Factor (HSPF) | Up to 10 |
| Refrigerant | R-410A |
| Type | Variable Speed |
| Heating Capacity | 24, 000-60, 000 BTU/hr |
| Seasonal Energy Efficiency Ratio (SEER) | Up to 19 |
| Indoor Unit Noise Level | Variable |
| Power Supply | 208/230V |
| Indoor Unit Dimensions | Varies by model |
| Outdoor Unit Dimensions | Varies by model |
| Indoor Unit Weight | Varies by model |
| Outdoor Unit Weight | Varies by model |
Critical safety warnings regarding high voltage, qualified personnel, and bypassing safety devices.
Procedures for inspecting shipments and complying with installation codes and regulations.
Specifies required distances from structures and obstructions for proper airflow.
Guidelines for rooftop installations and minimizing electrical noise transmission.
Emphasizes using licensed installers and careful handling to prevent hazards.
Details risks associated with refrigerants and safe practices for handling cylinders.
Covers proper installation of refrigerant lines, including tubing and insulation.
Instructions for proper grounding and ensuring adequate power supply circuits.
Guidelines for protecting refrigerant lines from damage and ensuring proper installation.
Procedures for connecting and brazing refrigerant lines, including filter drier installation.
Steps for performing pressure tests, leak detection, and system evacuation.
Recommended procedure for evacuating the system to remove moisture and air.
Details on system start-up, electrical connections, and safety precautions.
Guidelines for high-voltage power supply wiring, grounding, and safety devices.
Instructions for connecting low voltage communication and thermostat wiring.
Explains typical wiring configurations and connecting the heat pump unit to the system.
Method for calculating and adding refrigerant based on line set length.
Procedures for system start-up, refrigerant adjustment, and subcooling measurement.
Configuration of outdoor temperature lock-outs and the field-selectable Boost Mode.
How the system manages humidity using cooling and airflow adjustments.
Best practices for dehumidification and overview of Daikin One+ system features.
Accessing and interpreting error history and system status for troubleshooting.
Descriptions of different cooling airflow patterns (A, B, C, D) for performance tuning.
Options for selecting dehumidification modes and adjusting airflow trims.
Adjusting maximum compressor speed and heat performance variables.
Visual representation of the electrical connections for the 2-ton heat pump unit.
Visual representation of the electrical connections for the 3-5 ton heat pump units.
Procedure for safely testing capacitor resistance on the unit's control board.
Specific guidance for testing capacitor resistance on 3-5 ton models.
A chart correlating system issues with probable causes in heating mode.
A chart correlating system issues with probable causes in cooling mode.
Default factory settings for dipswitches on the outdoor control board.
Steps to diagnose and resolve network communication errors using LEDs and system resets.
Overview of the 3-digit display, button functions, and available operating modes.
Step-by-step instructions for moving between different display screens.
Procedure for viewing the six most recent system fault codes.
Guide on how to monitor various system parameters and values.
Instructions for modifying system settings related to airflow and fan delays.
Instructions for modifying system settings related to defrost and Boost Mode.
Details on using the display for fault codes and monitoring system status.
Specific settings for airflow trims, profiles, and dehumidification selection.
Specific settings for defrost intervals, compressor speed, and Boost Mode.
Recommendations for homeowners on filter cleaning and basic troubleshooting steps.
Checklist for electrical, temperature, pressure, superheat, and subcooling measurements.
Troubleshooting table covering various fault codes, their probable causes, and corrective actions.
Continues the troubleshooting table with faults related to temperature and leaks.
Continues the troubleshooting table addressing voltage, compressor, and refrigerant issues.
Continues the troubleshooting table for airflow, communication, and data errors.
Information on providing product feedback and registering for warranty protection.
