SUPREME heatseeker nova, User Manual

Page: 12 / 16

Operation
Heatseker Nova Inverter Heat Pump supremeheating.com.au 19
SYSTEM RESET FUNCTION
2°C
Water
Set Temp.
Set Temp- T
Stop
Silent Mode
Smart Mode
2°C
2°C
Water
Set Temp.
Set Temp- T
Stop
Silent Mode
Smart Mode
2°C
2°C
Temperature
Set Temp.
Stop
Powerful
Mode
5°C
Ambient Temperature
30°C
65Hz
85Hz
7. Heat Pump Modes
7.1 SILENT MODE
When operating in Silent
Mode, the heat pump will
operate at Silent and Smart
Mode. When the water
temperature is >=4°C lower
than the setting temperature,
the heat pump will operate in
Smart Mode; if <=2°C lower,
the heat pump will operate in
Silent Mode.
7.2 SMART MODE
When operating in Smart
Mode, the heat pump will
operate at Smart and
Powerful Mode. When the
water temperature is >=4°C
lower than the set
temperature, the heat pump
will operate in Powerful
Mode; if <=2°C lower, the
heat pump will operate in
Smart Mode.
7.3 POWERFUL MODE
ATTENTION
IF THE WATER FILTRATION SYSTEM STOPS BEFORE THE HEAT
PUMP, THE UNIT WILL SHUT DOWN AS A SAFETY MEASURE.
IT IS IMPORTANT TO PROGRAM THE HEAT PUMP IN
CONJUNCTION WITH THE WATER FILTRATION PROGRAMING.
TO RESTART THE HEAT PUMP, TURN THE HEAT PUMP OFF AND
ON AT THE POWER SUPPLY.
Troubleshooting
Heatseker Nova Inverter Heat Pump supremeheating.com.au 20
SYSTEM RESET FUNCTION
8. Troubleshooting
8.1 Error Code Displayed on LED Controller
MALFUNCTION ERROR REASON SOLUTION
Inlet water temperature
Sensor Failure
The sensor in open or short
circuit
Check or change the sensor
Heating Condenser
Sensor Failure
The sensor in open or short
circuit
Check or change the sensor
Gas Return Sensor Failure
The sensor in open or short
circuit
Check or change the sensor
Ambient Temperature
Sensor Sailure
The sensor in open or short
circuit
Check or change the sensor
Condenser Gas Exit
Failure
The sensor in open or short
circuit
Check or change the sensor
Antifreeze Protection in
Winter
Ambient temperature or
water inlet temperature is
too low
Low Ambient
Temperature Protection
Ambient temperature or
water inlet temperature is
too low
High Pressure Failure
1. Too much refrigerant
2. Insufficient air flow
1. Discharge redundant
refrigerant from HP gas
system
2. Clean the air exchange
Low Pressure Failure
1. Insufficient refrigerant
2. Insufficient water flow
3. Filter or capiliary jammed
1. Check for gas leakage,
re-fill the refrigerant
2. Clean the air exchanger
3. Replace the filter or
capiliary
Water Flow Failure Low water flow, wrong
flow direction, or flow
switch failure
Check if the water flow is
high enough and flow is in
the correct direction.
Or the flow switch may
have failed.
The Water Is Overheating
Water flow is not enough
or no water
1. Repair the pump
2. Clean the water pipe
3. Check the water switch
Gas Exhaust Temperature
Sensor Failure
1. Insufficient gas
2. The throttling device is
jammed
3. Low water flow
1. Change the throtting
device.
2. Check the water pump
Controller Failure
1. Wire connection is not
correct.
2. Controller failure
1. Check or change the
signal wire.
2. Restart the power supply
or change the controller.
Converter Failure
Converter Board Failure Restart the power or
change the converter board.
PP01
PP03
PP04
PP05
PP06
PP07
PP08
EE01
EE02
EE03 or
“ON”
EE04
EE05
EE06
EE07
Outlet water temperature
Sensor Failure
The sensor in open or short
circuit
Check or change the sensor PP02
MALFUNCTIONS REASONS SOLUTIONS ERROR