Solareast air source heat pumps incorporate R290 refrigerant, a natural, eco-friendly solution with minimal global warming potential (GWP). This innovative refrigerant significantly reduces carbon dioxide (CO2) emissions, helping to lower greenhouse gas levels and curb climate change. R290 is non-toxic and energy-efficient, making it an ideal choice for sustainable heating and cooling systems. By utilizing R290, Solareast aligns with global efforts to achieve carbon neutrality, contributing to a greener environment and supporting long-term climate goals. This commitment underscores the company’s dedication to advancing environmentally responsible technologies.
Stable Operation At -25°C
The Solareast air source heat pump excels in extreme weather, maintaining stable and efficient performance even at temperatures as low as -25°C. Designed to withstand harsh winter conditions, it delivers uninterrupted heating when you need it most. This robust system ensures reliable operation year-round, providing consistent warmth and peace of mind, even in the coldest climates.
Efficient IoT Solution
Solareast air source heat pumps integrate with an advanced IoT customer management platform, enhancing efficiency for dealers and reducing labor costs. With WiFi or DUT connectivity, users can monitor and record operational data remotely, ensuring real-time updates for dealers and manufacturers. In the event of an error report, dealers can swiftly analyze the data and offer precise, timely solutions to users. This intelligent system optimizes service efficiency while ensuring seamless operation, making it a smart choice for both consumers and businesses.
Advanced Laboratory
Solareast has invested $3 million into a state-of-the-art laboratory to simulate extreme environmental conditions, ranging from -30°C to 52°C, in order to rigorously test the durability and performance of its heat pumps. Certified by TUV and Intertek, this facility is equipped to assess product performance under diverse conditions, including water flow dynamics and explosion safety. The laboratory’s advanced testing capabilities ensure that every product meets Solareast’s stringent quality standards, providing robust, reliable solutions that perform consistently in the most demanding environments. This commitment to continuous innovation and thorough product testing solidifies Solareast’s position as a leader in high-performance heat pump technology.
Automated Equipment
Solareast’s manufacturing facilities are equipped with advanced automation technologies, including laser cutting, powder coating, high-pressure foaming, and precision bending, ensuring unparalleled consistency and precision in production. These cutting-edge technologies optimize production efficiency, reduce human error, and deliver products that meet exacting specifications. By automating key manufacturing processes, Solareast not only meets the growing global demand for high-performance heat pumps but also accelerates production timelines. This automation facilitates rigorous quality control and adherence to international standards, guaranteeing that each product delivers exceptional reliability, efficiency, and durability to customers worldwide.
Solareast air source heat pumps incorporate R290 refrigerant, a natural, eco-friendly solution with minimal global warming potential (GWP). This innovative refrigerant significantly reduces carbon dioxide (CO2) emissions, helping to lower greenhouse gas levels and curb climate change. R290 is non-toxic and energy-efficient, making it an ideal choice for sustainable heating and cooling systems. By utilizing R290, Solareast aligns with global efforts to achieve carbon neutrality, contributing to a greener environment and supporting long-term climate goals. This commitment underscores the company’s dedication to advancing environmentally responsible technologies.
Stable Operation At -25°C
The Solareast air source heat pump excels in extreme weather, maintaining stable and efficient performance even at temperatures as low as -25°C. Designed to withstand harsh winter conditions, it delivers uninterrupted heating when you need it most. This robust system ensures reliable operation year-round, providing consistent warmth and peace of mind, even in the coldest climates.
Efficient IoT Solution
Solareast air source heat pumps integrate with an advanced IoT customer management platform, enhancing efficiency for dealers and reducing labor costs. With WiFi or DUT connectivity, users can monitor and record operational data remotely, ensuring real-time updates for dealers and manufacturers. In the event of an error report, dealers can swiftly analyze the data and offer precise, timely solutions to users. This intelligent system optimizes service efficiency while ensuring seamless operation, making it a smart choice for both consumers and businesses.
Advanced Laboratory
Solareast has invested $3 million into a state-of-the-art laboratory to simulate extreme environmental conditions, ranging from -30°C to 52°C, in order to rigorously test the durability and performance of its heat pumps. Certified by TUV and Intertek, this facility is equipped to assess product performance under diverse conditions, including water flow dynamics and explosion safety. The laboratory’s advanced testing capabilities ensure that every product meets Solareast’s stringent quality standards, providing robust, reliable solutions that perform consistently in the most demanding environments. This commitment to continuous innovation and thorough product testing solidifies Solareast’s position as a leader in high-performance heat pump technology.
Automated Equipment
Solareast’s manufacturing facilities are equipped with advanced automation technologies, including laser cutting, powder coating, high-pressure foaming, and precision bending, ensuring unparalleled consistency and precision in production. These cutting-edge technologies optimize production efficiency, reduce human error, and deliver products that meet exacting specifications. By automating key manufacturing processes, Solareast not only meets the growing global demand for high-performance heat pumps but also accelerates production timelines. This automation facilitates rigorous quality control and adherence to international standards, guaranteeing that each product delivers exceptional reliability, efficiency, and durability to customers worldwide.
Model
BLN-006TC1
BLN-008TC1
BLN-008TC3
BLN-012TC1
BLN-012TC3
BLN-018TC1
BLN-018TC3
Power Supply
V/Ph/Hz
220~240/1/50
220~240/1/50
80~415/3/50
380~415V/3/50
380~415V/3/50
220~240/1/50
380~415V/3/50
Nominal Heating (Max) (A7/6℃,W30/35℃)
Heating Capacity
kW
2.92 ~ 9.10
4.10 -12.10
4.10 -12.10
4.30 ~ 15.20
4.30 ~ 15.20
7.24 ~ 21.90
7.24 ~ 21.90
Power Input
kW
0.61 ~ 2.11
0.61 ~ 2.11
0.79 -2.85
0.87 ~ 3.73
0.87 ~ 3.73
1.50 ~ 5.88
1.50 ~ 5.88
Current Input
A
2.80 ~ 9.25
2.80 ~ 9.25
3.45-13.04
4.02 ~ 16.38
1.78 ~ 6.04
6.86 ~ 30.25
2.82 ~ 9.16
COP
W/W
4.31 ~ 5.66
4.31 ~ 5.66
4.24 - 5.57
4.07 ~ 5.57
4.07 ~ 5.57
3.82 ~ 5.59
3.82 ~ 5.59
Nominal Heating (Max) (A7/6℃,W47/55℃)
Heating Capacity
kW
2.99 ~ 8.16
2.99~8.16
4.05-12.15
4.25 ~ 14.55
4.25 ~ 14.55
6.36 ~ 19.45
6.36 ~ 19.45
Power Input
kW
1.03 ~ 2.92
1.03~2.92
1.38-4.06
1.45 ~ 4.28
1.45 ~ 4.28
2.15 ~ 6.85
2.15 ~ 6.85
Current Input
A
4.57 ~ 12.79
4.57~12.79
5.73-17.70
6.71 ~ 18.80
2.84 ~ 6.78
9.84 ~ 30.12
9.84 ~ 30.12
COP
W/W
2.79 ~ 3.46
2.79 ~ 3.46
2.99 - 3.45
2.83 ~ 3.45
2.83 ~ 3.45
2.84 ~ 3.57
2.84 ~ 3.57
Nominal Heating (Max) (A357/24℃,W12/7℃)
Heating Capacity
kW
1.38 ~ 5.70
1.38~5.70
3.65-8.59
3.65 ~ 11.04
3.65 ~ 11.04
4.55 ~ 17.20
4.55 ~ 17.20
Power Input
kW
0.67 ~ 2.44
0.67~2.44
1.12-3.31
1.12~3.97
1.12 ~ 3.97
1.85 ~ 7.31
1.85 ~ 7.31
Current Input
A
3.06 ~ 10.27
3.06~10.27
5.18-14.47
5.18~17.44
1.97 ~ 6.30
8.47 ~ 32.1
2.99 ~ 11.26
ERP Level（Outlet water temp. at 35℃）
/
A+++
Rated Input Power
kW
3.5
3.5
5.40
5.85
5.85
7.5
10.5
Rated Input Current
A
15
15
25
25
10
35
17
Refrigerant Type / Charge / GWP
... / kg
R290 / 0.55 / 3
R290 / 1.05 / 3
R290 / 1.05 /3
R290 / 1.05 / 3
R290 / 1.05 / 3
R290 / 1.4 / 3
R290 / 1.4 / 3
Rated water flow
m³/h
1
1.4
1.4
2.06
2.06
3.1
3.1
Fan quantity
/
1
Fan motor type
/
DC inverter
Compressor
/
DC inverter
Circulating pump
/
Inverter type / Built ~ in
IP Class
/
IPX4
Sound pressure at 1m distance
dB(A)
46
43
43
53
54
56
56
Max. outlet water Temp.
°C
75
Water Piping Connections
inch
G1
G1
G1
G1
G1
G1 ~ 1 / 4
G1 ~ 1 / 4
Water Pressure Drop
kPa
20
20
20
20
20
50
50
Operating temperature range (Heating mode)
°C
~ 25~45
Operating temperature range (Cooing mode)
°C
16~45
Unpacked Dimensions ( L×D×H )
mm
1187*418*805
1287*448*904
1287*448*904
1287*448*904
1287*448*904
1187*488*1456
1187*488*1456
Packed Dimensions ( L×D×H )
mm
1217*463*920
1317*493*1020
1317*493*1020
1317*493*1020
1317*493*1020
1217*538*1570
1217*538*1570
UnPacked Weight
kg
110
134
134
134
134
195
195
Packed Weight
kg
122
146
146
146
146
208
208
* Please refer to the nameplate for product upgrades or changes in specifications without prior notice.
Model
BLN-006TC1
BLN-008TC1
BLN-008TC3
BLN-012TC1
BLN-012TC3
BLN-018TC1
BLN-018TC3
Power Supply
V/Ph/Hz
220~240/1/50
220~240/1/50
80~415/3/50
380~415V/3/50
380~415V/3/50
220~240/1/50
380~415V/3/50
Nominal Heating (Max) (A7/6℃,W30/35℃)
Heating Capacity
kW
2.92 ~ 9.10
4.10 -12.10
4.10 -12.10
4.30 ~ 15.20
4.30 ~ 15.20
7.24 ~ 21.90
7.24 ~ 21.90
Power Input
kW
0.61 ~ 2.11
0.61 ~ 2.11
0.79 -2.85
0.87 ~ 3.73
0.87 ~ 3.73
1.50 ~ 5.88
1.50 ~ 5.88
Current Input
A
2.80 ~ 9.25
2.80 ~ 9.25
3.45-13.04
4.02 ~ 16.38
1.78 ~ 6.04
6.86 ~ 30.25
2.82 ~ 9.16
COP
W/W
4.31 ~ 5.66
4.31 ~ 5.66
4.24 - 5.57
4.07 ~ 5.57
4.07 ~ 5.57
3.82 ~ 5.59
3.82 ~ 5.59
Nominal Heating (Max) (A7/6℃,W47/55℃)
Heating Capacity
kW
2.99 ~ 8.16
2.99~8.16
4.05-12.15
4.25 ~ 14.55
4.25 ~ 14.55
6.36 ~ 19.45
6.36 ~ 19.45
Power Input
kW
1.03 ~ 2.92
1.03~2.92
1.38-4.06
1.45 ~ 4.28
1.45 ~ 4.28
2.15 ~ 6.85
2.15 ~ 6.85
Current Input
A
4.57 ~ 12.79
4.57~12.79
5.73-17.70
6.71 ~ 18.80
2.84 ~ 6.78
9.84 ~ 30.12
9.84 ~ 30.12
COP
W/W
2.79 ~ 3.46
2.79 ~ 3.46
2.99 - 3.45
2.83 ~ 3.45
2.83 ~ 3.45
2.84 ~ 3.57
2.84 ~ 3.57
Nominal Heating (Max) (A357/24℃,W12/7℃)
Heating Capacity
kW
1.38 ~ 5.70
1.38~5.70
3.65-8.59
3.65 ~ 11.04
3.65 ~ 11.04
4.55 ~ 17.20
4.55 ~ 17.20
Power Input
kW
0.67 ~ 2.44
0.67~2.44
1.12-3.31
1.12~3.97
1.12 ~ 3.97
1.85 ~ 7.31
1.85 ~ 7.31
Current Input
A
3.06 ~ 10.27
3.06~10.27
5.18-14.47
5.18~17.44
1.97 ~ 6.30
8.47 ~ 32.1
2.99 ~ 11.26
ERP Level（Outlet water temp. at 35℃）
/
A+++
Rated Input Power
kW
3.5
3.5
5.40
5.85
5.85
7.5
10.5
Rated Input Current
A
15
15
25
25
10
35
17
Refrigerant Type / Charge / GWP
... / kg
R290 / 0.55 / 3
R290 / 1.05 / 3
R290 / 1.05 /3
R290 / 1.05 / 3
R290 / 1.05 / 3
R290 / 1.4 / 3
R290 / 1.4 / 3
Rated water flow
m³/h
1
1.4
1.4
2.06
2.06
3.1
3.1
Fan quantity
/
1
Fan motor type
/
DC inverter
Compressor
/
DC inverter
Circulating pump
/
Inverter type / Built ~ in
IP Class
/
IPX4
Sound pressure at 1m distance
dB(A)
46
43
43
53
54
56
56
Max. outlet water Temp.
°C
75
Water Piping Connections
inch
G1
G1
G1
G1
G1
G1 ~ 1 / 4
G1 ~ 1 / 4
Water Pressure Drop
kPa
20
20
20
20
20
50
50
Operating temperature range (Heating mode)
°C
~ 25~45
Operating temperature range (Cooing mode)
°C
16~45
Unpacked Dimensions ( L×D×H )
mm
1187*418*805
1287*448*904
1287*448*904
1287*448*904
1287*448*904
1187*488*1456
1187*488*1456
Packed Dimensions ( L×D×H )
mm
1217*463*920
1317*493*1020
1317*493*1020
1317*493*1020
1317*493*1020
1217*538*1570
1217*538*1570
UnPacked Weight
kg
110
134
134
134
134
195
195
Packed Weight
kg
122
146
146
146
146
208
208
* Please refer to the nameplate for product upgrades or changes in specifications without prior notice.
