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Details the physical appearance of outdoor and indoor units.
Describes the arrangement of key components in the outdoor and indoor units.
Illustrates the refrigerant and water piping configurations of the system.
Shows refrigerant flow paths for different operating modes (heating, cooling).
Explains reasons and conditions for the system to stop operation.
Details control logic for crankcase heater and water circulator during standby.
Describes compressor startup sequences based on ambient temperature.
Explains component control strategies during normal heating, cooling, and DHW modes.
Covers high/low pressure, temperature, current, and voltage protection mechanisms.
Details oil return, defrosting, force cooling, and fast DHW operations.
Explains how various temperature sensors influence system control.
Shows the internal layout of electrical components in outdoor and indoor units.
Identifies main PCBs and their components for indoor and outdoor units.
Lists error codes, their serial numbers, content, and remarks for system diagnostics.
Provides general warnings and troubleshooting procedures for various error codes.
Lists resistance values for temperature sensors at different temperatures.
Explains the function of each key on the control panel and service menu access.
Details the physical appearance of outdoor and indoor units.
Describes the arrangement of key components in the outdoor and indoor units.
Illustrates the refrigerant and water piping configurations of the system.
Shows refrigerant flow paths for different operating modes (heating, cooling).
Explains reasons and conditions for the system to stop operation.
Details control logic for crankcase heater and water circulator during standby.
Describes compressor startup sequences based on ambient temperature.
Explains component control strategies during normal heating, cooling, and DHW modes.
Covers high/low pressure, temperature, current, and voltage protection mechanisms.
Details oil return, defrosting, force cooling, and fast DHW operations.
Explains how various temperature sensors influence system control.
Shows the internal layout of electrical components in outdoor and indoor units.
Identifies main PCBs and their components for indoor and outdoor units.
Lists error codes, their serial numbers, content, and remarks for system diagnostics.
Provides general warnings and troubleshooting procedures for various error codes.
Lists resistance values for temperature sensors at different temperatures.
Explains the function of each key on the control panel and service menu access.
General| Type | Air-to-Water Heat Pump |
|---|---|
| Model Series | SPHERA EVO 2.0 |
| Refrigerant | R32 |
| Energy Efficiency Class (Heating) | A+++ |
| Energy Efficiency Class (Cooling) | A++ |
| Operating Temperature Range (Heating) | -20°C to +35°C |
| Cooling Capacity Range | 4.0 - 16.0 kW |
| Operating Temperature Range (Cooling) | +10°C to +46°C |
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