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| Quantity: | |
|---|---|
CGK015V3L; CGK025V3L CGK-025V3L; CGK030V3L CGK-030V3L; CGK040V3L CGK-040V3L
SPRSUN
A. Higher Energy Efficiency (Lower Operating Costs)
R32 has around 10% higher latent heat of vaporization than R410A, improving heat transfer efficiency.
B. Lower Global Warming Potential (GWP)
R32 has a GWP of just 675. It is close to the EU F-Gas Regulation’s post-2030 limit of GWP < 750, supporting long-term sustainability. R32 has an ODP of 0, making it an environmentally responsible choice.
C. System Compatibility & Cost Efficiency
Direct replacement for R410A, reducing retrofit costs. Requires 30% less refrigerant than R410A for equivalent cooling capacity.
Full DC Inverter Technology
The latest full DC inverter technology integrates CAREL system's adaptive control for precise energy management.
By dynamically adjusting pressure and defrost cycles, it significantly boosts efficiency while minimizing power consumption across all operating conditions. Its advanced rotary compressor and optimized system design ensure superior stability and reduced noise levels.
Advanced Noise Reduction
The sound levels of the R32 DC inverter heat pump start as low as 42 dBA, making it the quietest system in our DC inverter lineup.
A. Silent Compartment Technology
This technology features a specialized chamber constructed from composite materials, including metal sheets and high-density sound-absorbing foam, designed to effectively "trap" the noise produced by the compressor. It significantly lowers noise levels, enhancing user comfort.
B. Multi-layer Noise Reduction Technology
Blade Design for Airflow Noise Reduction
Variable Frequency Noise Reduction Design
Sound-Absorbing Foam for Sheet Metal
Intelligent Control System
The smart system adopts the intelligent control system, characterized by a low failure rate and stable operation. It also enables remote real-time monitoring of system operation status, one-click updates, and intelligent defrosting.
Real-time Monitor
The intelligent control system can monitor the working condition of the heat pump in real time and send out timely alarms when abnormalities are found.
High Immunity
Effective Handling Of Voltage Fluctuations And Rapid Climate Shifts
Enhanced Efficiency
The Smart System Leverages the Compressor Operating Envelope to Achieve Peak Efficiency
Short Defrost Cycle:
H04: Ambient temperature for defrosting - 15°C
H07: Defrosting environment and evaporator coil temperature difference 1 - 7°C
H08: Defrosting period 1 - 45min
Medium Defrost Cycle:
H09: Ambient temperature for defrosting - minus 2°C
H10: Defrosting environment and evaporator coil temperature difference 2 - 6°C
H11: Defrosting period 2 - 60min
Extended Defrost Cycle:
H12: Ambient temperature for defrosting - minus 10°C
H13: Defrosting environment and evaporator coil temperature difference 3 - 5°C
H14: Defrosting period 3 - 90min
The front grille features a seamless sheet metal design for a sleek and minimalist look.
The air outlet frame and the entire unit are finished in contrasting gray and matte black colors, enhancing the overall aesthetic appeal.
The use of aluminum alloy serrated fan blades significantly reduces wind noise.
The compressor features dual shock absorption, effectively minimizing noise and resonance caused by the high-frequency operation of the compressor.
Water inlet and outlet pipes discharge water from the right rear.
Key Advantages:
High Efficiency in Extreme Cold
Maintains superior heating performance even at -25°C, with a COP markedly higher than conventional heat pumps, reducing reliance on auxiliary electric heating.
Inverter Synergy
Dynamically adjusts vapor injection volume in coordination with variable-frequency speed control to achieve precise load matching.
Enhanced Reliability
Lowers compressor discharge temperature, extending equipment service life.
EVI(Enhanced Vapor Injection) is an advanced vapor-compression refrigeration cycle that boosts heat pump efficiency in low ambient conditions.
Two-Stage Compression with Flash Tank:
Subcooled liquid refrigerant flashes into intermediate pressure vapor in a flash tank, injected into the compressor’s mid-stage port.
Effectively lowers discharge temperature while increasing refrigerant mass flow.
Optimized Subcooling & Capacity
The flash tank ensures liquid refrigerant is maximally subcooled before the evaporator, improving evaporation efficiency.
Mid-compression injection raises system capacity without excessive compressor load.
Panasonic Rotary Compressor
Approximately 10% more efficient than traditional R410A models.
Lower operating noise through rotor dynamic balance optimisation.
The unit can operate in a wide range of temperatures: -25°C to 45°C.
CAREL Electric Expansion Valve
Ensures high-precision control, low failure rate, and longer service life.
Bidirectional refrigerant flow.
High precision control and wide size range.
Hermetically welded versions with stainless steel body and copper connections to minimize refrigerant losses.
Refrigerant temperature up to 100°C.
Solutions with integrated drivers.
CAREL INVERTER POWER
Designed specifically to drive BLDC compressors.
Dedicated protection functions.
1ph and 3ph with active or passive EMc filters.
High quality certifications (CE, UL, Safety, EMC..).
Integrated Modbus connectivity
CAREL PRESSURE TRANSDUCERS (SPKT / SPKS)
Precise measurement and high EMC immunity
CAREL - TEMPERATURE SENSORS
With the most advanced technology in the compressor and system The heat pump is able to supply hot water to 75 degrees Celsius, which makes it suitable for:
Fast reading sensors for fast response for superheat control.
High temperature sensors to read the compressor discharge temperature.
A. Higher Energy Efficiency (Lower Operating Costs)
R32 has around 10% higher latent heat of vaporization than R410A, improving heat transfer efficiency.
B. Lower Global Warming Potential (GWP)
R32 has a GWP of just 675. It is close to the EU F-Gas Regulation’s post-2030 limit of GWP < 750, supporting long-term sustainability. R32 has an ODP of 0, making it an environmentally responsible choice.
C. System Compatibility & Cost Efficiency
Direct replacement for R410A, reducing retrofit costs. Requires 30% less refrigerant than R410A for equivalent cooling capacity.
Full DC Inverter Technology
The latest full DC inverter technology integrates CAREL system's adaptive control for precise energy management.
By dynamically adjusting pressure and defrost cycles, it significantly boosts efficiency while minimizing power consumption across all operating conditions. Its advanced rotary compressor and optimized system design ensure superior stability and reduced noise levels.
Advanced Noise Reduction
The sound levels of the R32 DC inverter heat pump start as low as 42 dBA, making it the quietest system in our DC inverter lineup.
A. Silent Compartment Technology
This technology features a specialized chamber constructed from composite materials, including metal sheets and high-density sound-absorbing foam, designed to effectively "trap" the noise produced by the compressor. It significantly lowers noise levels, enhancing user comfort.
B. Multi-layer Noise Reduction Technology
Blade Design for Airflow Noise Reduction
Variable Frequency Noise Reduction Design
Sound-Absorbing Foam for Sheet Metal
Intelligent Control System
The smart system adopts the intelligent control system, characterized by a low failure rate and stable operation. It also enables remote real-time monitoring of system operation status, one-click updates, and intelligent defrosting.
Real-time Monitor
The intelligent control system can monitor the working condition of the heat pump in real time and send out timely alarms when abnormalities are found.
High Immunity
Effective Handling Of Voltage Fluctuations And Rapid Climate Shifts
Enhanced Efficiency
The Smart System Leverages the Compressor Operating Envelope to Achieve Peak Efficiency
Short Defrost Cycle:
H04: Ambient temperature for defrosting - 15°C
H07: Defrosting environment and evaporator coil temperature difference 1 - 7°C
H08: Defrosting period 1 - 45min
Medium Defrost Cycle:
H09: Ambient temperature for defrosting - minus 2°C
H10: Defrosting environment and evaporator coil temperature difference 2 - 6°C
H11: Defrosting period 2 - 60min
Extended Defrost Cycle:
H12: Ambient temperature for defrosting - minus 10°C
H13: Defrosting environment and evaporator coil temperature difference 3 - 5°C
H14: Defrosting period 3 - 90min
The front grille features a seamless sheet metal design for a sleek and minimalist look.
The air outlet frame and the entire unit are finished in contrasting gray and matte black colors, enhancing the overall aesthetic appeal.
The use of aluminum alloy serrated fan blades significantly reduces wind noise.
The compressor features dual shock absorption, effectively minimizing noise and resonance caused by the high-frequency operation of the compressor.
Water inlet and outlet pipes discharge water from the right rear.
Key Advantages:
High Efficiency in Extreme Cold
Maintains superior heating performance even at -25°C, with a COP markedly higher than conventional heat pumps, reducing reliance on auxiliary electric heating.
Inverter Synergy
Dynamically adjusts vapor injection volume in coordination with variable-frequency speed control to achieve precise load matching.
Enhanced Reliability
Lowers compressor discharge temperature, extending equipment service life.
EVI(Enhanced Vapor Injection) is an advanced vapor-compression refrigeration cycle that boosts heat pump efficiency in low ambient conditions.
Two-Stage Compression with Flash Tank:
Subcooled liquid refrigerant flashes into intermediate pressure vapor in a flash tank, injected into the compressor’s mid-stage port.
Effectively lowers discharge temperature while increasing refrigerant mass flow.
Optimized Subcooling & Capacity
The flash tank ensures liquid refrigerant is maximally subcooled before the evaporator, improving evaporation efficiency.
Mid-compression injection raises system capacity without excessive compressor load.
Panasonic Rotary Compressor
Approximately 10% more efficient than traditional R410A models.
Lower operating noise through rotor dynamic balance optimisation.
The unit can operate in a wide range of temperatures: -25°C to 45°C.
CAREL Electric Expansion Valve
Ensures high-precision control, low failure rate, and longer service life.
Bidirectional refrigerant flow.
High precision control and wide size range.
Hermetically welded versions with stainless steel body and copper connections to minimize refrigerant losses.
Refrigerant temperature up to 100°C.
Solutions with integrated drivers.
CAREL INVERTER POWER
Designed specifically to drive BLDC compressors.
Dedicated protection functions.
1ph and 3ph with active or passive EMc filters.
High quality certifications (CE, UL, Safety, EMC..).
Integrated Modbus connectivity
CAREL PRESSURE TRANSDUCERS (SPKT / SPKS)
Precise measurement and high EMC immunity
CAREL - TEMPERATURE SENSORS
With the most advanced technology in the compressor and system The heat pump is able to supply hot water to 75 degrees Celsius, which makes it suitable for:
Fast reading sensors for fast response for superheat control.
High temperature sensors to read the compressor discharge temperature.
