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POOL  HEAT PUMP 

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IQ POOL HEAT PUMP

The IQ® Air Conditioners INVER-SPARK is a premium, high-efficiency swimming pool heat pump designed to deliver reliable heating and cooling year-round.

 Powered by full inverter technology and a world-class Mitsubishi rotor compressor, it dynamically adjusts its output to maximize energy savings while ensuring whisper-quiet operation. Built to withstand harsh outdoor elements, it features a corrosion-resistant ABS casing and a premium titanium heat exchanger, making it compatible with chlorine and salt-water systems. With built-in Wi-Fi functionality and an eco-friendly R32 refrigerant design, the INVER-SPARK offers smart, sustainable, and powerful climate control for pools ranging from 15m3 to 90m3

MODEL: IQ-PHP007-035

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  • Description
  • Heat Pump Error Codes

IQ SWIMMING POOL HEAT PUMP

Full Inverter Technology: Dynamically adjusts performance output to maximize energy efficiency, reduce overall wear and tear, and ensure silent operation.

Eco-Friendly R32 Refrigerant: Utilizes next-generation R32 refrigerant to achieve a higher Coefficient of Performance (COP) and significantly lower global warming potential.

Mitsubishi Rotor Compressor: Powered by a world-class, premium compressor built for long-term reliability and stable operation.

Corrosion Resistance: Features a premium Titanium heat exchanger and a durable ABS casing that easily resist chlorine, salt water, and harsh weather.

All-Weather Performance: Operates seamlessly in extreme environments ranging from 15°C to 43°C, backed by an automatic 4-way valve defrost system.

Weatherproof Design: Optimized for dependable outdoor installation with an IPX4 water protection rating. Dual Climate Control: Engineered for both highly efficient heating and cooling capabilities.

Smart Connectivity:
Features built-in Wi-Fi function for convenient, smart control and monitoring.

HEAT PUMP ERROR CODES & SYSTEM PARAMETERS

Status & Monitoring Codes (c-Codes)

Code Description Unit
c01Ambient temperature0.1°C
c02Outside coil temperature0.1°C
c03Exhaust temperature0.1°C
c04Suction pipe temperature0.1°C
c05Reserve0.1°C
c06Reserve0.1°C
c07Inside coil temp (after throttle)0.1°C
c08Water inlet temperature0.1°C
c09Water outlet temperature0.1°C
c10Reserve-
c11Reserve-
c12Reserve-
c13Sensor failure-
c14System failure-
c15Driver failure-
c16Signal output-
c17Running status-
c18AC voltageV
c19DC voltageV
c20Actual frequencyHz
c21EEV open degree-
c22Reserve-
c23Heat pump currentA
c24Compressor currentA
c25DC FAN SpeedRpm
c26Compressor target frequencyHz
c27DC FAN2 SpeedRpm
c28Master control software version-
c29Driver software version-
c30Wire controller software version-

Parameter Settings (P-Codes)

Code Description Scope / Range Default
P01Water inlet temperature setting in Heating Mode8~40°C (46.4~140°F)27°C
P02Water inlet temperature setting in Cooling Mode8~28°C (46.4~95°F)27°C
P03Water inlet temperature setting in Auto Mode8~40°C (46.4~140°F)27°C
P04Adjustment of temperature difference before restart1~18°C (35~59°F)1°C
P05Heat pump ON/OFF when temperature reached0 or 1 (1 = ON, 0 = OFF)1
P06Minimum operating ambient temperature2 ~ -30°C (35 ~ -22°F)-17°C
P07Forced starting temperature of electric heating10 ~ -30°C (50 ~ -22°F)-15°C
P08Electric heating delay start time0-40min5min
P09Adjustment of P01 maximum value15~40°C (68~140°F)40°C
P10Change the calculated value of the backwater temperature31~40°C (88~104°F)36°C

System Settings & Regulation (S-Codes)

Code Description / Type Default Value Range of Regulation
S01Light board switch10-1
S02Model selection10: Only Cooling, 1: Cooling and Heating, 2: Only Heating
S03Water inlet sensor calibration0-10~10
S04Effluent sensor calibration0-10~10
S05Defrost into the temperature setting-4°C0 ~ (-30)°C (32 ~ -22°F)
S06Defrost exit temperature setting14°C2-20°C (35-68°F)
S07Defrosting interval120min25-200min
S08Defrosting process time14min2-20min
S09Difference between defrosting coil and external environment9°C0-10°C
S10Select the running mode of the pump10 keep open; 1 Cycle open; 2 Stop at the set temperature
S11Reserve--
S12Constant frequency operation00 Automatic operation; 1 Constant frequency operation
S13Frequency setting600-120Hz
S14Enthalpy increase valve open ambient temperature7°C0-15°C
S15Main valve electronic expansion valve adjustment00 Automatic operation; 1 Constant pulse operation
S16Main electronic expansion valve pulse opening setting1200-520
S17Auxiliary valve electronic expansion valve regulation00 Automatic operation; 1 Constant pulse operation
S18Auxiliary electronic expansion valve pulse opening setting600-520
S19Main valve overheat adjustment value2°C-10~20°C adjustable operation
S20Reserve00: not optional; 1: optional
S21Electronic expansion valve regulation period30S10-240S
S22Reserve--
S23Defrosting main valve opening4000-520
S24Reserve--
S25Fuzzy defrosting ring temperature > 4°C into the coil temperature-6-50
S26Fuzzy defrosting ring temperature ≤ 4°C Entering coil temperature-10-50
S27Fan type selection10 AC fan; 1 DC fan
S28Electric heating switch control00 Close / 1 Open
S29Condensing electric heating switch control10 Close / 1 Open
S30Inlet and outlet water temperature difference is too large protection value13°C5-20°C adjustable operation

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