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Provides electrical data for auxiliary heat, including amps, circuit breakers, and fuses.
Provides correction factors for airflow based on percentage of nominal capacity.
Provides correction factors for airflow based on percentage of nominal capacity.
Lists multipliers for cooling capacity based on entering air and water temperatures.
Lists multipliers for heating capacity based on entering air temperatures.
Specifies operating parameters for dual capacity models in first and second stage operations.
Details the features and functionality of the Aurora Base Control (ABC) system.
Explains the expanded features of the Aurora Advanced Control, including the AXB board.
Describes how to configure the control using hardware DIP switches for test and configuration.
Explains how to configure blower speeds and other settings using software options.
Details safety mechanisms implemented to protect the heat pump from damage.
Outlines the unit's operation upon power-up, standby, and during various heating/cooling cycles.
Describes additional features provided by the Aurora Advanced Control system.
Details the status, configuration, and fault codes indicated by LEDs on the Aurora Base Control.
Describes the ASB Sensor Board for refrigerant leak detection and mitigation.
Explains the functionality and use of the AID Tool for system diagnostics and configuration.
Describes kits for monitoring energy usage, refrigerant, and system performance.
Details special modes such as passive dehumidification and the use of communicating thermostats.
Describes the Aurora Unitary Protocol Converter (UPC) for DDC integration via BACnet MS/TP.
Details the use of the Aurora Touch Interface and Equipment Touch App for diagnostics.
Explains LED status and fault codes for the Aurora Advanced Control system.
Details fault codes, their causes, and lockout conditions affecting heat pump operation.
Lists non-critical sensor or communication errors that may require service.
Details how to connect the unit's incoming line voltage for proper operation.
Explains the function and wiring of the unit's accessory relay for controlling external devices.
Details the procedure for mounting and wiring thermostats to the control board.
Details wiring for single variable speed pump flow centers, including high and low voltage connections.
Explains how to connect multiple units to a single flow center using the Aurora Advanced Control.
Details setup for open loop systems, including pump speed adjustment and valve connections.
Details steps for maintaining the water coil, including air removal and cleaning.
Describes the importance of clean filters and their monthly inspection and replacement.
Provides instructions for cleaning the air coil to ensure maximum performance.
Offers steps for checking the unit control board and diagnosing thermostat signal issues.
Explains how to check refrigerant systems for proper operation and potential charge adjustments.
Details the capabilities of the AID Tool for troubleshooting and diagnostics.
Outlines a step-by-step process for initial system performance checks before detailed troubleshooting.
Flow charts to troubleshoot ECM blower motor startup issues without the AID Tool.
Flow charts for troubleshooting ECM blower motor startup issues with the AID Tool.
Flow charts for troubleshooting variable speed loop pump startup issues.
Flow charts for troubleshooting non-variable speed loop pump startup issues.
Details the Aurora System screen for configuring devices and checking communication status.
Details how to measure 24VAC between R and C terminals for power verification.
Describes how to check the reversing valve output signal for proper operation.
Explains how to test the accessory relay for proper switching and operation.
Details how to check the freeze detection thermistor using the AID Tool or by direct measurement.
Explains how the condensate sensor works and how to test it for proper function.
Details how to check the enable signal for the ECM blower motor.
Explains how to jumper for Stage 1 heating operation.
Explains how to jumper for Stage 2 heating operation.
Explains how to jumper for emergency heat operation.
Explains how to jumper for Stage 1 cooling operation.
Explains how to jumper the control board for reheat mode.
Details the procedure for checking superheat in the heating mode.
Details the procedure for checking superheat in the cooling mode.
Diagrams illustrating the physical locations of key sensors within the unit.
A form to document startup parameters and troubleshooting steps for performance analysis.
A detailed form for recording startup data, capacity, efficiency, and superheat/subcooling.
General| Model | 5 Series |
|---|---|
| Type | Geothermal Heat Pump |
| Refrigerant | R-410A |
| Maximum Entering Water Temperature | 120°F |
| Loop Types | Closed-loop, Open-loop |
| Dimensions (H x W x D) | Varies by model |
| Weight | Varies by model |
| Voltage | 208/230V |
| Phase | Single-phase |
| Efficiency | High-Efficiency |
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