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Classification and Characteristics
Based on application scenarios and design differences, household inverter heat pumps are mainly divided into two types: normal temperature type and low temperature type. Both types have their unique features in performance parameters, structural design, and applicable spaces.
Parameter/Type | Normal Temperature Heat Pump | Low Temperature Heat Pump |
Operating temperature range | -10℃ to 43℃ | -35℃ to 48℃ |
Applicable environment | It is mainly suitable for regular cooling and heating demands. | It is suitable for applications requiring operation under extreme temperatures. |
Design features | Optimized compressor and heat exchanger design for regular temperature ranges | Additional heating and anti-freeze features to ensure stable performance at very low temperatures |
Energy efficiency ratio (IPLV) | Higher efficiency, suitable for standard energy efficiency requirements. | Slightly lower than normal temperature type, but optimized for low temperatures. |
The low-temperature household inverter heat pump is specifically designed for severely cold regions, boasting exceptional low-temperature startup and heating efficiency, as well as a broad operating frequency range. It can operate stably even in extreme low-temperature environments, ensuring a warm and cozy indoor space. The high-efficiency compressor and specially designed heat exchanger significantly enhance the system's heating capacity and energy efficiency under low-temperature conditions.
The heat pump is equipped with intelligent temperature control logic, which can intelligently adjust its operating mode based on external temperature and actual indoor demand, achieving precise temperature regulation.
The application of inverter technology not only optimizes energy efficiency but also keeps the heat pump operating at extremely low noise levels during low-temperature operation, providing a quiet and cozy living experience for the household.
The device integrates a comprehensive safety protection system, including low-temperature startup protection, antifreeze protection, and electrical safety protection, ensuring safe and reliable operation throughout the usage process.
Product Parameters
Model | KLR-09A/ BPD | KLR-14A/ BPD | KLR-16A/ BPD | KLR-16A/ BPDG | KLR-19A/ BPD | KLR-19A/ BPDG | KLR-22A/ BPDG | KLR-28A/ BPDG | KLR-32A/ BPDG | |
Power supply | 220V/50Hz | 220V/50Hz | 220V/50Hz | 380V/3N/50Hz | 220V/50Hz | 380V/3N/50Hz | 380V/3N/50Hz | 380V/3N/50Hz | 380V/3N/50Hz | |
Cooling capacity (ambient temperature 35℃/ water 7 ℃) | 7.5kW | 12.0kW | 14.0kW | 14.0kW | 15.5kW | 16.0kW | 20.0kW | 25.0kW | 30.0kW | |
Power input | 2.52kW | 3.91kW | 4.7kW | 4.92kW | 5.5kW | 5.4kw | 7.07kW | 9.09kW | 10.03kW | |
COP | 2.98 | 3.07 | 2.98 | 2.85 | 2.82 | 2.96 | 2.83 | 2.75 | 2.99 | |
Heating capacity (ambient temperature 7℃/ water 45℃) | 10.0kW | 14.0kW | 16.0kW | 16.0kW | 18.0kW | 18.0kw | 22.0kW | 28.0kW | 33.0kW | |
Power input | 2.9kw | 4.0kW | 4.5kW | 4.52kW | 5.2kW | 5.35kW | 6.23kW | 8.24kW | 10.09kW | |
Heating capacity (ambient temperature -12℃/ water 41℃) | 6.0kW | 10.0kW | 12.0kW | 12.0kW | 13.5kW | 13.5kW | 15.0kw | 20.2kW | 24.4kW | |
Power input | 2.3kW | 3.9kW | 4.6kW | 4.8kW | 5.4kW | 5.6kW | 6.00kW | 8.08kW | 9.76kW | |
Heating capacity (ambient temperature -20℃/ water 41℃) | 5.5kW | 9.8kW | 10.8kW | 10.8kW | 12.0kW | 11.5kW | 14.0kW | 17.0kW | 20.8kW | |
Power input | 2.5kW | 4.5kW | 4.9kW | 4.98kW | 5.6kW | 5.6kW | 6.48kW | 8.02kW | 9.29kW | |
Max. input power/current | 3.9kW/18.0A | 6.0kW/28.0A | 6.9kW/32.0A | 7.1kW/13.0A | 7.4kW/34.0A | 7.4kW/15.0A | 11.5kW/20A | 13.0kW/23.5A | 15.5kW/26.2A | |
Heating COP(7/-12/-20°℃) | 3.45/2.61/2.20 | 3.50/2.56/2.18 | 3.56/2.61/2.20 | 3.54/2.50/2.17 | 3.46/2.50/2.14 | 3.36/2.41/2.05 | 3.53/2.50/2.16 | 3.40/2.50/2.12 | 3.27/2.50/2.24 | |
IPLV(C)/IPLV(H) | 4.30/3.00 | 4.30/2.96 | 4.50/3.00 | 4.10/3.00 | 4.25/2.95 | 4.18/2.90 | 4.10/3.18 | 4.15/3.18 | 4.05/3.19 | |
Circulating water flow | 1.3m³/h | 2.1m³/h | 2.4m³/h | 2.4m³/h | 2.7m³/h | 2.8m³/h | 3.44m³/h | 4.3m³/h | 5.2m³/h | |
Inlet and outlet pipe specifications | Rc3/4" | Rc1" | Rc1" | Rc1" | Rc1" | Rcl" | Rc1-1/4" | Rc1-1/4" | Rc1-1/4" | |
Water side resistance | 20kPa | 24kPa | 26kPa | 26kPa | 28kPa | 28kPa | 35kPa | 40kPa | 27kPa | |
Max. working pressure on water side | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | |
Exhaust/suction side Allow working overpressure | 4.2/1.5MPa | 4.2/1.5MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5 MPa | |
High/low side Max. allowable pressure | 4.2/1.5 MPa | 4.2/1.5MPa | 4.2/1.5MPa | 4.2/1.5MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5MPa | |
Refrigerant and amount to be charged | R410A/2.1kg | R410A/3.2kg | R410A/3.7kg | R410A13.5kg | R410A/3.7kg | R410A/3.7kg | R410A/4.1kg | R410A/5.1kg | R410A/5.8kg | |
Noise | 55dB(A) | 56dB(A) | 56dB(A) | 59dB(A) | 57dB(A) | 59dB(A) | 59dB(A) | 59dB(A) | 59dB(A) | |
Net weight | 80kg | 125kg | 133kg | 123kg | 133kg | 133kg | 154kg | 162kg | 181kg | |
Type of protection against electric shock Waterproof class | I /IPX4 | I /IPX4 | I /PX4 | I /IPX4 | I /IPX4 | I /IPX4 | I /IPX4 | I /IPX4 | I /IPX4 | |
Size | 1036*406*770mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1570mm | 1036*406*1570mm | 1036*406*1570mm |
Application
Family Heating and Cooling: The household inverter heat pump is an ideal choice for family heating and cooling, especially suitable for families with high requirements for indoor environmental comfort.
Villa Heating and Cooling: The villa-type inverter heat pump can meet the heating and cooling needs of large households and villas, ensuring that every room enjoys a comfortable temperature.
Apartments and Small Commercial Spaces: For apartments and small commercial spaces that require independent heating and cooling systems, household inverter heat pumps are also applicable.
Rural Villas and Resorts: In places such as rural villas and resorts that are far from urban pipeline networks, household inverter heat pumps can provide stable and reliable heating and cooling services.
Equipment Maintenance Instructions
The equipment is equipped with an "intelligent maintenance" function that automatically reminds users to perform maintenance based on cumulative operating time.
"Cumulative operating time" is recorded in hours. When the preset maintenance time is reached, the equipment will automatically shut down and issue a maintenance reminder.
During the maintenance period, the equipment will remain in standby mode but will not affect its antifreeze function. Users can contact after-sales personnel for maintenance in a timely manner based on the reminder.
FAQ
Q: How much power does a household inverter heat pump consume?
A: The household inverter heat pump adopts inverter technology, which can adjust its power output according to actual demand. It is more energy-efficient and power-saving compared to traditional fixed-frequency equipment.
Q: What should I do if the equipment malfunctions?
A: You can contact our after-sales service center, and we will provide you with professional online fault diagnosis and maintenance guidance.
Q: Does the purchase include installation services?
A: Yes, we provide free on-site installation services to ensure that the equipment is installed correctly and operates stably. At the same time, we also provide regular follow-up visits and maintenance services to ensure the long-term stable operation of the equipment.
Based on application scenarios and design differences, household inverter heat pumps are mainly divided into two types: normal temperature type and low temperature type. Both types have their unique features in performance parameters, structural design, and applicable spaces.
Parameter/Type | Normal Temperature Heat Pump | Low Temperature Heat Pump |
Operating temperature range | -10℃ to 43℃ | -35℃ to 48℃ |
Applicable environment | It is mainly suitable for regular cooling and heating demands. | It is suitable for applications requiring operation under extreme temperatures. |
Design features | Optimized compressor and heat exchanger design for regular temperature ranges | Additional heating and anti-freeze features to ensure stable performance at very low temperatures |
Energy efficiency ratio (IPLV) | Higher efficiency, suitable for standard energy efficiency requirements. | Slightly lower than normal temperature type, but optimized for low temperatures. |
The low-temperature household inverter heat pump is specifically designed for severely cold regions, boasting exceptional low-temperature startup and heating efficiency, as well as a broad operating frequency range. It can operate stably even in extreme low-temperature environments, ensuring a warm and cozy indoor space. The high-efficiency compressor and specially designed heat exchanger significantly enhance the system's heating capacity and energy efficiency under low-temperature conditions.
The heat pump is equipped with intelligent temperature control logic, which can intelligently adjust its operating mode based on external temperature and actual indoor demand, achieving precise temperature regulation.
The application of inverter technology not only optimizes energy efficiency but also keeps the heat pump operating at extremely low noise levels during low-temperature operation, providing a quiet and cozy living experience for the household.
The device integrates a comprehensive safety protection system, including low-temperature startup protection, antifreeze protection, and electrical safety protection, ensuring safe and reliable operation throughout the usage process.
Model | KLR-09A/ BPD | KLR-14A/ BPD | KLR-16A/ BPD | KLR-16A/ BPDG | KLR-19A/ BPD | KLR-19A/ BPDG | KLR-22A/ BPDG | KLR-28A/ BPDG | KLR-32A/ BPDG | |
Power supply | 220V/50Hz | 220V/50Hz | 220V/50Hz | 380V/3N/50Hz | 220V/50Hz | 380V/3N/50Hz | 380V/3N/50Hz | 380V/3N/50Hz | 380V/3N/50Hz | |
Cooling capacity (ambient temperature 35℃/ water 7 ℃) | 7.5kW | 12.0kW | 14.0kW | 14.0kW | 15.5kW | 16.0kW | 20.0kW | 25.0kW | 30.0kW | |
Power input | 2.52kW | 3.91kW | 4.7kW | 4.92kW | 5.5kW | 5.4kw | 7.07kW | 9.09kW | 10.03kW | |
COP | 2.98 | 3.07 | 2.98 | 2.85 | 2.82 | 2.96 | 2.83 | 2.75 | 2.99 | |
Heating capacity (ambient temperature 7℃/ water 45℃) | 10.0kW | 14.0kW | 16.0kW | 16.0kW | 18.0kW | 18.0kw | 22.0kW | 28.0kW | 33.0kW | |
Power input | 2.9kw | 4.0kW | 4.5kW | 4.52kW | 5.2kW | 5.35kW | 6.23kW | 8.24kW | 10.09kW | |
Heating capacity (ambient temperature -12℃/ water 41℃) | 6.0kW | 10.0kW | 12.0kW | 12.0kW | 13.5kW | 13.5kW | 15.0kw | 20.2kW | 24.4kW | |
Power input | 2.3kW | 3.9kW | 4.6kW | 4.8kW | 5.4kW | 5.6kW | 6.00kW | 8.08kW | 9.76kW | |
Heating capacity (ambient temperature -20℃/ water 41℃) | 5.5kW | 9.8kW | 10.8kW | 10.8kW | 12.0kW | 11.5kW | 14.0kW | 17.0kW | 20.8kW | |
Power input | 2.5kW | 4.5kW | 4.9kW | 4.98kW | 5.6kW | 5.6kW | 6.48kW | 8.02kW | 9.29kW | |
Max. input power/current | 3.9kW/18.0A | 6.0kW/28.0A | 6.9kW/32.0A | 7.1kW/13.0A | 7.4kW/34.0A | 7.4kW/15.0A | 11.5kW/20A | 13.0kW/23.5A | 15.5kW/26.2A | |
Heating COP(7/-12/-20°℃) | 3.45/2.61/2.20 | 3.50/2.56/2.18 | 3.56/2.61/2.20 | 3.54/2.50/2.17 | 3.46/2.50/2.14 | 3.36/2.41/2.05 | 3.53/2.50/2.16 | 3.40/2.50/2.12 | 3.27/2.50/2.24 | |
IPLV(C)/IPLV(H) | 4.30/3.00 | 4.30/2.96 | 4.50/3.00 | 4.10/3.00 | 4.25/2.95 | 4.18/2.90 | 4.10/3.18 | 4.15/3.18 | 4.05/3.19 | |
Circulating water flow | 1.3m³/h | 2.1m³/h | 2.4m³/h | 2.4m³/h | 2.7m³/h | 2.8m³/h | 3.44m³/h | 4.3m³/h | 5.2m³/h | |
Inlet and outlet pipe specifications | Rc3/4" | Rc1" | Rc1" | Rc1" | Rc1" | Rcl" | Rc1-1/4" | Rc1-1/4" | Rc1-1/4" | |
Water side resistance | 20kPa | 24kPa | 26kPa | 26kPa | 28kPa | 28kPa | 35kPa | 40kPa | 27kPa | |
Max. working pressure on water side | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | 1.0 MPa | |
Exhaust/suction side Allow working overpressure | 4.2/1.5MPa | 4.2/1.5MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5 MPa | |
High/low side Max. allowable pressure | 4.2/1.5 MPa | 4.2/1.5MPa | 4.2/1.5MPa | 4.2/1.5MPa | 4.2/1.5 MPa | 4.2/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5 MPa | 4.5/1.5MPa | |
Refrigerant and amount to be charged | R410A/2.1kg | R410A/3.2kg | R410A/3.7kg | R410A13.5kg | R410A/3.7kg | R410A/3.7kg | R410A/4.1kg | R410A/5.1kg | R410A/5.8kg | |
Noise | 55dB(A) | 56dB(A) | 56dB(A) | 59dB(A) | 57dB(A) | 59dB(A) | 59dB(A) | 59dB(A) | 59dB(A) | |
Net weight | 80kg | 125kg | 133kg | 123kg | 133kg | 133kg | 154kg | 162kg | 181kg | |
Type of protection against electric shock Waterproof class | I /IPX4 | I /IPX4 | I /PX4 | I /IPX4 | I /IPX4 | I /IPX4 | I /IPX4 | I /IPX4 | I /IPX4 | |
Size | 1036*406*770mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1410mm | 1036*406*1570mm | 1036*406*1570mm | 1036*406*1570mm |
Family Heating and Cooling: The household inverter heat pump is an ideal choice for family heating and cooling, especially suitable for families with high requirements for indoor environmental comfort.
Villa Heating and Cooling: The villa-type inverter heat pump can meet the heating and cooling needs of large households and villas, ensuring that every room enjoys a comfortable temperature.
Apartments and Small Commercial Spaces: For apartments and small commercial spaces that require independent heating and cooling systems, household inverter heat pumps are also applicable.
Rural Villas and Resorts: In places such as rural villas and resorts that are far from urban pipeline networks, household inverter heat pumps can provide stable and reliable heating and cooling services.
The equipment is equipped with an "intelligent maintenance" function that automatically reminds users to perform maintenance based on cumulative operating time.
"Cumulative operating time" is recorded in hours. When the preset maintenance time is reached, the equipment will automatically shut down and issue a maintenance reminder.
During the maintenance period, the equipment will remain in standby mode but will not affect its antifreeze function. Users can contact after-sales personnel for maintenance in a timely manner based on the reminder.
Q: How much power does a household inverter heat pump consume?
A: The household inverter heat pump adopts inverter technology, which can adjust its power output according to actual demand. It is more energy-efficient and power-saving compared to traditional fixed-frequency equipment.
Q: What should I do if the equipment malfunctions?
A: You can contact our after-sales service center, and we will provide you with professional online fault diagnosis and maintenance guidance.
Q: Does the purchase include installation services?
A: Yes, we provide free on-site installation services to ensure that the equipment is installed correctly and operates stably. At the same time, we also provide regular follow-up visits and maintenance services to ensure the long-term stable operation of the equipment.
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