SPLIT R32 DC INVERTER · Air-to-Water Heat Pump
HPGS-V5HW/HPGS-V8HN
The HPGS-V5HW / HPGS-V8HN is a highly efficient, entry-level split-type air-to-water heat pump with a nominal capacity of 5.0 kW. The system pairs the compact HPGS-V5HW indoor hydro-module with the versatile HPGS-V8HN outdoor unit (which acts as the physical chassis for this capacity class). We recommend this highly specialized setup for compact, energy-efficient homes, heavily insulated modern townhouses, or smart apartments ranging from 50 to 70 m². It is the ultimate choice for running low-temperature underfloor heating, active fan-coil cooling, and domestic hot water (DHW) production with the lowest possible carbon footprint.
MODELS
Year-Round Comfort
Despite its compact capacity, this system is a robust air-to-air thermodynamic engine certified to deliver stable heating in outdoor temperatures down to -25°C...-28°C and effective cooling up to +43°C. During hot summer days, the system reverses its cycle to supply chilled water for underfloor cooling or fan coils. Managed by a high-precision inverter controller, it keeps water temperature fluctuations within a strict 0.5°C range, eliminating draft sensations and maintaining a perfectly stable microclimate.
Technical Advantages & Features
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Outstanding Seasonal Efficiency (A+++ Class): Utilizing full DC inverter technology, the system maximizes heat transfer from ambient outdoor air (up to 75% free energy extraction), drastically dropping your winter heating costs compared to traditional gas or electric boilers.
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Freeze-Safe Split Design: All water-carrying hydraulic connections and components are safely housed inside the indoor hydro-module (HPGS-V5HW). Even during emergency winter power outages, there is zero risk of external pipe bursts or freezing.
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Premium DC Inverter Compressor: Houses a high-reliability inverter compressor optimized for low-vibration, whisper-quiet operation, keeping the outdoor acoustic footprint to a minimum.
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Eco-Friendly R32 Refrigerant: Fully optimized to run on low-GWP R32 refrigerant, enhancing thermodynamic heat transfer efficiency by 10% and reducing overall system charge requirements.
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Integrated Wired Touch Controller: Comes with an intuitive wired touchscreen panel to program customized weather-dependent heating curves, vacation modes, and DHW sanitization cycles.
Installation & Operation Insights
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From our engineering teams' experience: For the HPGS-V5HW / HPGS-V8HN, installing a buffer tank (typically 30 to 40 liters) is essential to ensure smooth defrost cycles without dropping the indoor system's temperature.
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Because this system relies on standard 1/4" liquid and 1/2" gas copper refrigerant lines connecting the outdoor unit to the indoor hydro-module, installers don't have to worry about routing thick, heavily insulated water mains outdoors. We mount the outdoor unit on reinforced floor stands using industrial-grade rubber vibration dampers to completely isolate any mechanical hum from the living quarters.
Best Suited For:
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Owners of small, highly insulated modern houses or apartments (50–70 m²) who want to run highly economical underfloor heating without the high installation costs of gas pipelines.
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Energy-efficient renovations where low-temperature emitters (underfloor loops or low-temp radiators) are already present.
Might Not Be Suited For:
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If your property exceeds 80–90 m² or suffers from moderate heat losses, the 5.0 kW capacity will be insufficient during peak winter frosts; in this case, upgrading to the HPGS-V8HW / HPGS-V8HN (8.0 kW) or HPGS-V12HW / HPGS-V12HN (12.0 kW) is necessary.
PACKAGE CONTENTS
- Indoor unit
- Outdoor unit
- Remote control
- Installation manual
- Warranty card
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High pressure-ratio compressor
High pressure-ratio compressor — up to 13 — with better performance at low ambient temperatures. Renowned GMCC brand. DC rotary inverter compressor. Refrigerant: R32.
DC fan motor
Brushless DC fan motor. Higher efficiency, low noise level
Larger heat exchanger
A larger heat exchanger to match the required heat-exchange area at low ambient temperatures. Flat-type fins improve defrosting efficiency.
Integrated PCB
The integrated PCB for the single-phase unit reduces the risk of damage to each component.
Plate heat exchanger
Efficient heat transfer for both heating and cooling. Compact footprint. Withstands high temperatures and high pressure.
Inverter water pump
High-efficiency inverter water pump. Brand: Wilo Para series. Water head is 9 m for the 8 kW, 12 kW, and 16 kW hydronic modules. CE and VDE compliant, 50/60 Hz.
Expansion tank
When water heats up, it expands and its pressure rises. Without room for thermal expansion, serious problems can occur in the water system, including failure or rupture. The expansion tank maintains stable pressure in the water system. Pre-charge pressure: 0.15 MPa. Volume: 2 L.
KEY SPECIFICATIONS
- Compressor Type
- Rotary DC inverter
- Power Supply
- 220~240/1/50 V/Ph/Hz
- Capacity (kW)
- 5
- Poles
- 6
- Speed (rps)
- 10~130
- Oil
- FW68S/350mL
- Motor Type
- Brushless DC motor
- Number of Fans
- 1
- Heat Exchanger Rows
- 3
- Compressor model
- SVB140FVCMC
- Charge Volume (kg)
- 1,1
- Tube Pitch × Row Pitch (mm)
- 21x13,3
- Heat Exchanger Tube Type and Diameter
- Ф7 grooved copper pipe
- Fin Spacing (mm)
- 1,4
- Heat Exchanger Fin Type
- Hydrophilic aluminum
- Heat Exchanger Dimensions
- 784x651x40,11
- Number of Turns
- 7
- Pipe Diameter (OD, mm)
- Ф15.88
- Expansion Device
- EXV
- Compressor Manufacturer
- Mitsubishi
- Safety Valve (kPa)
- 600
- Expansion Tank (volume, L)
- 2
- Pump Head (m)
- 9
- Number of Phases
- 1
- Max. water pressure (kPa)
- 800 kPa
- Nominal pressure (kPa)
- 150 kPa
- Rated power consumption (kW)
- 3kW
- Rated current (A)
- 13,6A
- refrigerant_topup
- (Total pipeline length is -5)m*30 g/m
PERFORMANCE
- Air Flow (m³/h)
- 3200 m3/godz
- EER Energy Efficiency
- 2,7 kW/kW
- COP Energy Efficiency
- 3,2
- Maximum Current Draw (A)
- 13
- Energy Efficiency Class (water 35°C)
- A+++
- Energy Efficiency Class (water 55°C)
- A++
- Max. Power Consumption (kW)
- 2,86
- Max. power consumption, indoor (kW)
- 3,6 kW
- Max. current, indoor (A)
- 17 A
- SCOP Energy Efficiency
- 4,4 kW/kW
- Power Consumption (kW)
- 1,13
- Hot Water Temperature
- 40~60°C
- Hot water supply, indoor (°C)
- 40~60°C
SOUND AND CONVENIENCE
- Indoor Unit Noise Level (dB)
- 45
- Outdoor Unit Noise Level (dB)
- 64
INSTALLATION AND PIPING
- Maximum Line Length (m)
- 20 m
- Operating Temperatures (Heating)
- -28~43°C
- Operating Temperatures (Cooling)
- -5~46°C
- Liquid Pipe Diameter (mm)
- Ф9.52
- Gas Pipe Diameter (mm)
- Ф15.88
- Height Difference (above, m)
- 10
- Height Difference (below, m)
- 10
- Connecting Pipe Diameter (outlet)
- DN32
- Connecting Pipe Diameter (inlet)
- DN32
- Cooling water temp, indoor (°C)
- 5~25 °C
- Cooling water temp, outdoor (°C)
- 5~25°C
- Heating water temp, outdoor (°C)
- 25~60°C
- Heating water temp, indoor (°C)
- 25~60°C
INDOOR UNIT DIMENSIONS AND WEIGHT
- Indoor Unit Weight (kg)
- 47/55 kg
- Packing W×H×D, indoor (mm)
- 620*1105*425 mm
- Indoor Unit Dimensions (W×D×H)
- 490*910*340 mm
OUTDOOR UNIT DIMENSIONS AND WEIGHT
- Outdoor Unit Weight (kg)
- 47/51 kg
- Packaged Dimensions (W×H×D, mm)
- 975x770x435 mm
- Outdoor Unit Dimensions (W×D×H)
- 935x702x382 mm
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