- Product Details
- {{item.text}}
Quick Details
-
Type:
-
Air Source Heat Pump
-
Storage / Tankless:
-
storage heat * instant heating*inverter
-
Place of Origin:
-
Guangdong, China
-
Brand Name:
-
Flamingoooo
-
Model Number:
-
FLM-AHP-006HC410S
-
Function:
-
House Heating Cooling Hot Water
-
Heating capacity (A7C/W35C):
-
18.5KW
-
Refrigerant:
-
R410A
-
COP:
-
5.09
-
Compressor:
-
Panasoni-c DC Inverter
-
Working Ambient Temperature:
-
Minus 15C- 45C
-
Noise Level:
-
≤55dB(A)
-
Heat exchanger:
-
SWEP Plate Heat Exchanger
-
Controller:
-
Wifi Full Touch Control
-
OEM Service:
-
Accept
Quick Details
-
Warranty:
-
2 years
-
Application:
-
Outdoor, Hotel, Garage, Commercial, Household
-
Power Source:
-
Electric, Gas
-
Type:
-
Air Source Heat Pump
-
Storage / Tankless:
-
storage heat * instant heating*inverter
-
Place of Origin:
-
Guangdong, China
-
Brand Name:
-
Flamingoooo
-
Model Number:
-
FLM-AHP-006HC410S
-
Function:
-
House Heating Cooling Hot Water
-
Heating capacity (A7C/W35C):
-
18.5KW
-
Refrigerant:
-
R410A
-
COP:
-
5.09
-
Compressor:
-
Panasoni-c DC Inverter
-
Working Ambient Temperature:
-
Minus 15C- 45C
-
Noise Level:
-
≤55dB(A)
-
Heat exchanger:
-
SWEP Plate Heat Exchanger
-
Controller:
-
Wifi Full Touch Control
-
OEM Service:
-
Accept
High efficiency 30kw air to water split air source inverter heat pump
* Multi-language controller
* WI-FI function
* Heating/Cooling/DHW/Heating+DHW/Cooling+DHW
* With RS485 signal connection
* With Linked switch signal connection
*Bulit-in inverter water pump
* WI-FI function
* Heating/Cooling/DHW/Heating+DHW/Cooling+DHW
* With RS485 signal connection
* With Linked switch signal connection
*Bulit-in inverter water pump
*Bulit-in 3KW electric heater
* 3 ways valve signal connection
* Bulit-in expansion tank
* More multi-functional connection
* Function: space heating/cooling and domestic hot water
* OEM/ODM :Supported
* Bulit-in expansion tank
* More multi-functional connection
* Function: space heating/cooling and domestic hot water
* OEM/ODM :Supported
Production Process
|
Factory Model Number
|
|
|
FLM-AHP-005HC410S
|
FLM-AHP-006HC410S
|
||
|
Heating Capacity Range
|
|
kW
|
7-17
|
7-20
|
||
|
Heating (7/6℃,30/35℃)
|
Heating Capacity
|
kW
|
16.1
|
18.5
|
||
|
|
Power Input
|
kW
|
3.89
|
4.38
|
||
|
|
COP
|
W/W
|
4.13
|
4.22
|
||
|
Heating (7/6℃,40/45℃)
|
Heating Capacity
|
kW
|
14.5
|
16.7
|
||
|
|
Power Input
|
kW
|
4.47
|
5.09
|
||
|
|
COP
|
W/W
|
3.24
|
3.28
|
||
|
Heating
(-15/-16℃,30/35℃) |
Heating Capacity
|
kW
|
9.7
|
11
|
||
|
|
Power Input
|
kW
|
3.79
|
4.25
|
||
|
|
COP
|
W/W
|
2.56
|
2.59
|
||
|
Cooling (35/24℃,23/18℃)
|
Heating Capacity
|
kW
|
15.6
|
18.1
|
||
|
|
Power Input
|
kW
|
4.71
|
5.36
|
||
|
|
COP
|
W/W
|
3.31
|
3.38
|
||
|
Electrical power supply
|
|
V/Ph/Hz
|
380/3/50
|
380/3/50
|
||
|
Gas line
|
|
Inches
|
3/4
|
3/4
|
||
|
Liquid line
|
|
Inches
|
3/8
|
3/8
|
||
|
Compressor type
|
|
/
|
Rotary
|
Rotary
|
||
|
Compressor brand
|
|
/
|
Panasonic
|
Panasonic
|
||
|
Refrigerant type
|
|
/
|
R410A
|
|
||
|
Refrigerant load
|
|
Kg
|
3.7
|
4.1
|
||
|
Air conditioning maximum pressure
|
|
Bar
|
3
|
|
||
|
Air conditioning expansion tank volume
|
|
Litres
|
5
|
|
||
|
Air conditioning water connection
|
|
Inches
|
1
|
|
||
|
Dimensions
|
Indoor unit
|
mm(HxWxL)
|
720x435x353
|
|
||
|
|
Outdoor unit
|
mm(HxWxL)
|
1030x380x1342
|
1030x380x1342
|
||
|
Packaged Dimensions
|
Indoor unit
|
mm(HxWxL)
|
830x530x450
|
|
||
|
|
Outdoor unit
|
mm(HxWxL)
|
1155x500x1500
|
1155x500x1500
|
||
|
Net weight
|
Indoor unit
|
Kg
|
55
|
60
|
||
|
|
Outdoor unit
|
Kg
|
120
|
128
|
||
|
Packaged weight
|
Indoor unit
|
Kg
|
63
|
68
|
||
|
|
Outdoor unit
|
Kg
|
130
|
138
|
||
|
Noise level
|
Indoor unit
|
dB(A)
|
30
|
|
||
|
|
Outdoor unit
|
dB(A)
|
55
|
55
|
||
|
Maximum pipe length
|
|
m
|
50
|
|
||
|
Maximum height difference
|
|
m
|
30
|
|
||
Products Description
Split DC Inverter Heat Pump
*
R32/R410a refrigerant, with Mitsubishi 10Hz~120Hz double rotor DC Inverter compressor, lower noise but more efficient.
* Split system with better heating conditions. Well defrosting function and high working stability.
* Simple controlling system for using.
* Intelligent EEV achieve higher working performance. Standby after the temperature reaches the setting value,80%+energy saving.
* With inverter technology. the unit could be started with lower current without big compact on the power grid which can reduce the indoor electrical interference being used. Service life could be extended 15 years.
* Split system with better heating conditions. Well defrosting function and high working stability.
* Simple controlling system for using.
* Intelligent EEV achieve higher working performance. Standby after the temperature reaches the setting value,80%+energy saving.
* With inverter technology. the unit could be started with lower current without big compact on the power grid which can reduce the indoor electrical interference being used. Service life could be extended 15 years.
Multiple Design Concepts
Advantages
1.
Energy Efficiency
: Split systems are highly energy-efficient due to their advanced technology and heat pump functionality. They can significantly reduce cooling and heating costs compared to traditional systems, providing long-term savings on energy bills.
2. Flexibility in Installation : Split systems offer great flexibility in installation, as the outdoor and indoor units can be separately mounted. This allows for easier integration into various building structures and allows the user to choose the most suitable locations for both units, optimizing performance and comfort.
3. Compact Design : Split systems are typically designed with a compact footprint, making them suitable for spaces where space is limited. The indoor units are often small and discreet, fitting into tight spaces without taking up valuable floor area.
4. Quiet Operation : Split systems are designed to operate quietly, minimizing noise pollution and ensuring a comfortable environment. The indoor units are typically equipped with sound-reducing features, making them suitable for use in bedrooms,libraries, or any other spaces where silence is essential.
5. Advanced Technology : Split systems often come with advanced features such as intelligent controls, temperature sensors, and air quality monitoring. These features enhance the user experience by providing optimal comfort, humidity control, and air purification, among others.
6. Zoning Capability : Split systems allow for zoning capabilities, meaning different areas of a building can be heated or cooled independently. This provides greater control and comfort, allowing users to adjust the temperature in specific areas based other needs.
2. Flexibility in Installation : Split systems offer great flexibility in installation, as the outdoor and indoor units can be separately mounted. This allows for easier integration into various building structures and allows the user to choose the most suitable locations for both units, optimizing performance and comfort.
3. Compact Design : Split systems are typically designed with a compact footprint, making them suitable for spaces where space is limited. The indoor units are often small and discreet, fitting into tight spaces without taking up valuable floor area.
4. Quiet Operation : Split systems are designed to operate quietly, minimizing noise pollution and ensuring a comfortable environment. The indoor units are typically equipped with sound-reducing features, making them suitable for use in bedrooms,libraries, or any other spaces where silence is essential.
5. Advanced Technology : Split systems often come with advanced features such as intelligent controls, temperature sensors, and air quality monitoring. These features enhance the user experience by providing optimal comfort, humidity control, and air purification, among others.
6. Zoning Capability : Split systems allow for zoning capabilities, meaning different areas of a building can be heated or cooled independently. This provides greater control and comfort, allowing users to adjust the temperature in specific areas based other needs.
Application
Installation Case
Hot Searches
