Supreme Heating Heatseeker Nova+ Programming manual

Heatseeker Nova+Inverter Heat Pump
Troubleshooting
Troubleshooting - Heatseeker Nova+
Error Code Displayed on LED Controller
MALFUNCTIONS ERROR REASONS SOLUTIONS
Inlet water temperature sensor
failure PP01 The sensor has an open or short circuit Check or change the sensor
Outlet water temperature sensor
failure PP02 The sensor has an open or short circuit Check or change the sensor
Condenser sensor failure PP03 The sensor has an open or short
circuit Check or change the sensor
Gas return sensor failure PP04 The sensor has an open or short
circuit Check or change the sensor
Ambient temperature sensor failure PP05 The sensor has an open or short
circuit Check or change the sensor
Gas exhaust sensor failure PP06 The sensor has an open or short
circuit Check or change the sensor
Antifreeze protection in winter PP07
Ambient temperature or
water inlet temperature is
too low
1. The rst grade antifreeze
protection condition: when
6°C<T1 water in temperature
<10°C and T5 ambient
temperature 3°C, water pump
should operate 30 minutes, then
stop 30 minutes in this cycle.
When ambient temperature
T5>5°C or T1 water in
temperature 15°C, water pump
stop operating will activate the
antifreeze protection.
2. The second grade antifreeze
protection condition; T1 water in
temperature 6°C and T5 2°C, it
goes into the second antifreeze
protection, the heat pump
should go into Smart mode for
water heating will to T1>15°C or
T5>7°C.
Remarks: The water pump and heat
pump must be turned ON or in
standby status.

Heatseeker Nova+Inverter Heat Pump
Troubleshooting
MALFUNCTIONS ERROR REASONS SOLUTIONS
Low ambient temperature
protection PP08 Ambient temperature or water inlet temperature is too low
Cooling pipe temperature too high
protection PP10 Check the system
High pressure failure EE01
1. Too much refrigerant
2. Ambient temperature or water
temperature is too high
3. Operating frequency is too high
4. Fan motor failure
5. High pressure valve failure
1. Discharge redundant refrigerant
2. Clean the air exchanger
3. Check and re-x the wiring
connection of high pressure
switch
4. Replace the new high pressure
switch
Low pressure failure EE02
1. Not enough refrigerant
2. Not enough water ow
3. Filter or capillary jammed
4. EEV failure
5. Fan motor failure
6. Low pressure switch failure
1. Check if there is any gas leakage,
re-ll the refrigerant
2. Clean the air exchanger
3. Replace the lter or capillary
4. Check and re-x the wiring
connection of low pressure
switch
5. Replace the low pressure switch
Water ow failure EE03 Low water ow, wrong ow
direction, or ow switch failure.
1. Check if the water ow is high
enough
2. Check if the water ow switch
was installed in correct direction
3. Check the wiring of water ow
switch
4. Replace the new water ow
switch
T2 Water temperature overheating
under heating mode EE04 Water ow low or no water
1. Check and repair the water
pump
2. Clean the water pipe system
3. Check the water ow switch
T6 Gas exhaust too high protection EE05
1. Defrosting is inadequate
2. Insucient gas
3. The throttling device is jammed
4. Low water ow
1. Manual defrosting
2. Add the gas
3. Change the throttling device
4. Check the water pump
Controller failure EE06 1. Wire connection faulty
2. Controller failure
1. Check or change the signal wire
2. Restart the power supply
3. Change the controller
Compressor current protection EE07 The compressor current is too large
instantaneously

Heatseeker Nova+Inverter Heat Pump
Troubleshooting
MALFUNCTIONS ERROR REASONS SOLUTIONS
Communication failure between
wire controller and main control
board
EE08 1. Wire connection faulty
2. Controller failure
1. Check or change the wire
connection
2. Restart the power supply or
change the controller
Communication failure between
main control board and driving
board
EE09 Wrong wire connection Rewiring Restart the power supply
or change the Main control board
VDC voltage too high protection EE10 BUS voltage is too high, higher
than 680V Check the power supply
IPM module protection EE11 The data is wrong or broken Restart the power supply or
change the PC board
VDC voltage too low
protection EE12 BUS voltage is too low, lower than 370V Check the power supply
Over current protection EE13 The voltage is too low, the heat
pump is overloaded
1. Check the power supply
2. Check the water temperature
whether it is too high
IPM module temperature sensing
circuit output failure EE14 IPM module temperature sensor output is abnormal
Check the PC board or replace with
new one
IPM module temperature too high
protection EE15 Check the PC board or replace with new one
PFC module protection EE16 Check the PC board or replace with
new one
DC fan failure EE17 Check the PC board or replace with
new one
PFC module tempreature sensing
internal circuit failure EE18 Check the PC board or replace with new one
PFC module high temperature
protection EE19 Check the PC board or replace with new one
Input power failure EE20 The supply voltage uctuates too
much
Check the PC board or replace with
new one
Software control failure EE21 Compressor runs out of step Check the PC board or replace with
new one
Current detection circuit failure EE22 The amplier output voltage signal
is abnormal
Check the PC board or replace with
new one
Compressor start failure EE23 Check the PC board or replace with
new one
Driving board ambient temperature
bulb failure EE24
Compressor phase failure EE25
1. Wiring wrong
2. Connnection of 1 phase
or 2 phases
Monitoring the controller

Heatseeker Nova+Inverter Heat Pump
Troubleshooting
Other Malfunctions and Solutions - No LED Display
OBSERVING MALFUNCTIONS REASONS SOLUTIONS
No display on LED Heat pump is not
running
No power supply Check cable that circuit breaker is connected
LED controller
displays real time
Heat pump is not
running
Heat pump on standby Start heat pump to run
LED controller
displays the actual
water temperature
Heat pump is not
running
1. Water temperature is
reaching setting value,
heat pump is under
constant temperature
status
2. Currently defrosting
1. Verify water temperature setting
2. Start up heat pump after a few minutes
3. LED controller should display "Defrosting"
LED controller
displays actual
water temperature
and no error codes
Water temperature
is cooling when heat
pump runs in heating
mode
1. The incorrect mode has
been chosen
2. Figure show defects
3. Controller defect
1. Adjust the Mode
2. Replace the LED wire controller, and then
check the status, verifying the water inlet
and outlet temperature
3. Replace or repair the heat pump unit
LED displays actual
water temperature,
no error code
displays
Short running 1. Fan not running
2. Air ventilation is
insucient
3. Refrigerant is insucient
1. Check the cable connections between the
motor and the fan- replace if necessary
2. Check the location of the heat pump unit
and eliminate all obstacles to increase
ventilation
3. Replace or repair the heat pump unit
Water stains on
heat pump unit
Water Stains 1. Concreting
2. Water leakage
1. No action required
2. Check the titanium heat exchanger
carefully to observe any defects
3. LED controller should display“Defrosting”
Ice on evaporator Too Much Ice On
Evaporator
1. Check the location of heat pump unit
and eliminate any obstacles to increase
ventilation
2. Replace or repair the heat pump unit

Heatseeker Nova+Inverter Heat Pump
Troubleshooting
Maintenance
1. You should check the water supply system regularly to ensure correct water ow and that
air is entering the system. This may result in a reduction in the performance and reliability of
heat pump unit.
2. Clean your pool and ltration system regularly to avoid damage to the heat pump.
3. In areas subject to sub zero temperatures, the heat pump must be de-commissioned during
the winter months. To do this, the drainage plug must be removed from the heat pump to
allow water to drain from the heat exchanger. Once the water has been drained from the
unit, the drainage plug can be re-installed for use of the heat pump.
4. For optimum performance the ow rate must match specications provided by the
manufacturer.
5. Place the winter cover on the heat pump while the unit is unused during Winter.
6. The air drawn into the heat pump is cooled by the operation of the heat pump for heating
the pool water, which may cause condensation on the ns of the evaporator. The amount of
condensation may be as much as several liters per hour at high relative humidity.