i-MegaLine INVER‑Chill
Swimming Pool Heat Pump
PHNIX i-MegaLine INVER-Chill is an AI Full Inverter commercial pool heat pump for for large pools in extreme hot climates. Advanced driver-board cooling, protected control electronics, centralised multi-unit control and IoT management support dependable heating and cooling under extreme ambient conditions, making it a robust solution for hotels, resorts, water parks and large public pools.
Product Details
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R32 & R410A OptionsA broad refrigerant and capacity range for different commercial project requirements. -
AI Full Inverter TechnologyOver 30% energy savings compared with regular full-inverter technology. -
Stable Operation Under Extreme EnvironmentReliable operation from 2°C to 53°C. -
Heating/CoolingFlexible pool temperature management across different project demands. -
High-Efficiency OperationCOP of up to 16. -
Energy PAD Centralised ControlIntelligently coordinate up to 32 heat pump units within one system. -
Smart Project IntegrationWi-Fi connectivity and BMS integration are available for easier project management. -
CB CertifiedCertified for wider international market access.
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Reliable Cooling in 53°C HeatExtreme heat can reduce the cooling output and reliability of conventional commercial heat pumps. i-MegaLine INVER-Chill uses refrigerant cooling to control driver-board temperature, supporting reliable operation at ambient temperatures of up to 53°C and delivering up to 35% higher cooling capacity than an air-cooled driver-board design when conditions become most demanding. -
AI Full Inverter TechnologyInstead of relying on fixed inverter logic or unnecessary maximum-frequency operation, AI Full Inverter technology adapts output to changing ambient conditions and pool demand. This intelligent adjustment delivers over 30% energy savings compared with regular full-inverter control, helping operators lower energy costs without compromising stable water temperatures. -
Smarter Centralised ControlUp to 32 UnitsEnergy PAD coordinates up to 32 heat pumps as one intelligent system, matching unit staging and workload distribution to total project demand. This can deliver an additional 15–25% project energy savings, while balanced operating hours and automatic failover help extend equipment life and keep large commercial pools running more reliably. -
Fully Potted Control BoardThe fully potted control board protects critical electronics against moisture, dust, shock, animal-related damage and short circuits. By reducing PCB failure rates by up to 90%, it helps operators avoid costly interruptions while giving distributors and service teams a more reliable product to support.
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Remote Management Across Every ProjectDTU, 4G and Wi-Fi connectivity give operators and service teams access to project status, operating logs and remote management through the PHNIX AIoT platform. Better visibility helps partners manage multiple installations, respond to service requirements faster and reduce unnecessary site visits.
Product parameters
| i-MegaLine-H (R410A/T1) | PASRW150S-P-BP | PASRW300S-P-BP | PASRW600S-P-BP | |
| Gas Quantity | kg | 5.00 | 13.40 | 24.80 |
| GWP | / | 2088 | 2088 | 2088 |
| CO2 | Ton | 10.44 | 27.98 | 51.78 |
| Operating air temperature (℃) | -15~43 | |||
| Refrigerant | R410A | |||
| Performance (Heating) | ||||
| Air 27℃/Water 26℃ /Humid. 80% | Power Boost Mode(kW) | 80.00 | 175.00 | 300.00 |
| Power Boost Mode(BTU/h) | 272971.20 | 597124.50 | 1023642.00 | |
| Heating Capacity(kW) | 12.20~65.00 | 28.20~130.00 | 61.30~250.00 | |
| Heating Capacity(BTU) | 41628.13~221789.21 | 96222.39~443578.41 | 209164.28~853035.41 | |
| Consumed power (kW) | 0.76-10.65 | 1.76-20.97 | 3.81-40.85 | |
| Consumed power (BTU) | 2593.23~36339.31 | 6005.37~71552.61 | 13000.26~139385.99 | |
| COP | 6.10-16.10 | 6.20-16.00 | 6.12-16.10 | |
| Air 15℃/Water 26℃ /Humid. 70% | Power Boost Mode(kW) | 60.00 | 135.00 | 230.00 |
| Power Boost Mode(BTU/h) | 204728.40 | 460638.90 | 784792.20 | |
| Heating Capacity(kW) | 9.60-50.10 | 22.20-100.00 | 50.00~190.00 | |
| Heating Capacity(BTU) | 32756.56-170948.3 | 75749.54-341214.16 | 170607.08- 648306.91 | |
| Consumed power (kW) | 1.96-5.96 | 2.61-20.41 | 5.81-38.00 | |
| Consumed power (BTU) | 6687.8-20336.36 | 8905.69-69641.81 | 19824.54-129661.38 | |
| COP | 4.91-8.40 | 4.90-8.50 | 5.00-8.60 | |
| Performance (Cooling) | ||||
| Air 35℃/Water 30℃ | Power Boost Mode(kW) | 25.00 | 75.00 | 140.00 |
| Power Boost Mode(BTU/h) | 85303.50 | 255910.50 | 477699.60 | |
| Cooling Capacity(kW) | 8.2-18.4 | 44.00-54.80 | 58.30~110.00 | |
| Cooling Capacity(BTU) | 27979.56-62783.41 | 150134.23-186985.36 | 198927.86-375335.58 | |
| Consumed power (kW) | 2.02-6.28 | 10.73-17.79 | 14.05-35.48 | |
| Consumed power (BTU) | 6892.53-21428.25 | 36612.28-60702 | 47940.59-121062.79 | |
| EER | 3.00-4.05 | 3.08-4.10 | 3.10-4.15 | |
| Air 43℃/Water 26℃/Humid. 70% | Power Boost Mode(kW) | 42.00 | 96.00 | 170.00 |
| Power Boost Mode(BTU/h) | 143309.88 | 327565.44 | 580063.80 | |
| Cooling Capacity(kW) | 15.00-30.20 | 59.40-73.4 | 90.00~130.00 | |
| Cooling Capacity(BTU) | 51182.12-103046.68 | 202681.21-250451.2 | 307092.75-443578.41 | |
| Consumed power (kW) | 2.94-7.37 | 13.81-13.85 | 16.36-28.89 | |
| Consumed power (BTU) | 10031.7-25147.48 | 47121.68-47258.16 | 55822.64-98576.77 | |
| EER | 4.10-5.10 | 4.30-5.30 | 4.50-5.50 | |
| Technical data | ||||
| Power Supply | 380-415V~/3Ph~ | |||
| Fan Quantity | 2 | 2 | 2 | |
| Fan Speed (RPM) | 850 | 850 | 850 | |
| Compressor Brand | Mitsubishi DC type | Hitachi DC type | Hitachi DC type | |
| Sound Pressure 1m dB(A) | 60 | 63 | 65 | |
| Sound Pressure in silence mode 1m dB(A) | 41 | 42 | 42 | |
| Water Connection (mm) | 63 | 110 | 110 | |
| Water Flow Volume (m3/h) | 25.0 | 45.0 | 45.0 | |
| Water Pressure Drop (max) kPa | 15 | 25 | 30 | |
| Net Dimensions L/W/H （mm） | 1750×840×1750 | 2260×1150×2130 | 2480×1330×2360 | |
| Qty per 20’GP/40’GP/40’HQ | 6/13/13 | 4/9/9 | */*/4 | |
Consult