Parameter List And Breakdown Table - Norsup 7026965 Notice Originale

Thermopompe pour piscine

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SWIMMING POOL HEAT PUMP TYPE PV

4.3 PARAMETER LIST AND BREAKDOWN TABLE

(1) Electronic control fault table

Can be judged according to the remote controller failure code and troubleshooting

Fault

Protect/fault

Reason

display

Standby

Non

Normal boot

Non

Inlet Temp.

P01

The temp. Sensor is broken or short circuit Check or change the temp. Sensor

Sensor Fault

Outlet Temp.

P02

The temp. Sensor is broken or short circuit Check or change the temp. Sensor

Sensor Fault

Ambient Temp.

P04

The temp. Sensor is broken or short circuit Check or change the temp. Sensor

Sensor Fault

Coil Temp.

P05

The temp. Sensor is broken or short circuit Check or change the temp. Sensor

Sensor Fault

Suction Temp.

P07

The temp. Sensor is broken or short circuit Check or change the temp. Sensor

Sensor Fault

Discharge Temp.

P081

The temp. Sensor is broken or short circuit Check or change the temp. Sensor

Sensor Fault

High Pressure

E01

The high-pressure switch is broken

Prot.

Low Pressure

E02

Low pressure1 protection

Prot.

Flow Switch

No water/little water in water

E03

Prot.

system

Anti-freezing

E07

Water flow is not enough

Prot.

Primary Anti-freezing

E19

The ambient temp. Is low

Prot.

Secondary Anti-

E29

The ambient temp. Is low

freezing Prot.

Inlet and outlet

Water flow is not enough

E06

temp. too big

and low differential pressure

Low temperature

Non

The environment temp. is low

protection

Comp.

E051

The compressor is overload

Overcurrent Prot.

Exhaust Air over

P082

The compressor is overload

Temp Prot.

Communication

Communication failure between

E08

Fault

wire controller and mainboard

Antifreeze Temp.

antifreeze temp sensor is broken or

P09

Sensor Fault

short circuited

Waterway

water temp. or ambient temp. is

E05

Anti-freezing Prot.

too low

EC fan feedback

There is something wrong with fan

F051

Fault

motor and fan motor stops running

Pressure sensor

The pressure Sensor is broken

Fault

1. Motor is in locked-rotor state 2.The wire

Fan Motor1

F031

connection between DC-fan motor

Fault

module and fan motor is in bad contact

1. Motor is in locked-rotor state 2.The wire

Fan Motor2

F032

connection between DC-fan motor

Fault

module and fan motor is in bad contact

Communication Fault

Speed control module and main board

(speed

E081

communication fail

control module)

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Elimination methods

Check the pressure switch and cold

circuit

Check the pressure switch and cold

circuit

Check the pipe water flow and

water pump

Check the pipe water flow and whether

water system is jammed or not

Check the pipe water flow and whether

water system is jammed or not

Check whether the system of the

compressor running normally

Check whether the system of the

compressor running normally

Check the wire connection between

remote wire controller and main board

check and replace this temp sensor

Check whether fan motor is broken

or locked or not

Check or change the pressure

Sensor or pressure

1. Change a new fan motor

2. Check the wire connection and make

sure they are in good contact

1. Change a new fan motor

2. Check the wire connection and make

sure they are in good contact

Check the communication connection

Alterations which serve the technological progress as well as errors excepted!

SWIMMING POOL HEAT PUMP TYPE PV

FREQUENCY CONVERSION BOARD FAULT TABLE:

Fault

Protection/fault

Reason

display

Drv1 MOP alarm

F01

MOP drive alarm

Frequency conversion board and main

Inverter offline

F02

board communication failure

IPM protection

F03

IPM modular protection

Lack of phase, step or drive hardware

Comp. Driver Failure

F04

damage

Motor current feedback open circuit or

DC Fan Fault

F05

short circuit

IPM Overcurrent

F06

IPM Input current is large

DC bus voltage>Dc bus over-voltage

Inv. DC Overvoltage

F07

protection value

DC bus voltage<Dc bus over-voltage

Inv. DC Less voltage

F08

protection value

The input voltage is low, causing the input

Inv. Input Less voltage F09

current is high

The input voltage is too high, more than

Inv. Input Overvolt.

F10

outage protection current RMS

Inv. Sampling Volt.

F11

The input voltage sampling fault

Comm. Err DSP-PFC

F12

DSP and PFC connect fault

Input Over Cur.

F26

The equipment load is too large

PFC fault

F27

The PFC circuit protection

IPM Over heating

F15

The IPM module is overheat

Compressor magnetic force is

Weak Magnetic Warn F16

not enough

Inv. Input Out Phase

F17

The input voltage lost phase

IPM Sampling Cur.

F18

IPM sampling electricity is fault

Inv. Temp. Probe Fail

F19

Sensor is short circuit or open circuit

Inverter Overheating

F20

The transducer is overheat

Inv. Overheating Warn F22

Transducer temperature is too high

Comp. Over Cur. Warn F23

Compressor electricity is large

Input Over Cur. Warn

F24

Input current is too large

EEPROM Error Warn

F25

MCU error

V15V over/

F28

The V15V is overload or undervoltage

undervoltage fault

(2) Parameter list

Meaning

Refrigeration target temperature set point

Heating the target temperature set point

Automatic target temperature set point

Alterations which serve the technological progress as well as errors excepted!

Elimination methods

Recovery after the 150s

Check the communication connection

Recovery after the 150s

Check the measuring voltage Check

frequency conversion board hardware

Check whether current return wires

connected motor