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Hitachi Single Phase Heat Pump 6kW 60°C Split
Heat Pumps

Hitachi Single Phase Heat Pump 6kW 60°C Split Code: RWM-2.5R1E/RAS-2.5WHVRP1

Split-type heat pumps

Using air as a renewable energy source, the Yutaki S split-type air-to-water heat pump series provides significant energy savings with a low environmental impact. The products...

Split-type heat pumps

Using air as a renewable energy source, the Yutaki S split-type air-to-water heat pump series provides significant energy savings with a low environmental impact. The products are suitable for supporting the green transition towards net-zero emissions and a sustainable low-carbon energy future.

The main benefit of split-type heat pumps...

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Description

Description

Split-type heat pumps

Using air as a renewable energy source, the Yutaki S split-type air-to-water heat pump series provides significant energy savings with a low environmental impact. The products are suitable for supporting the green transition towards net-zero emissions and a sustainable low-carbon energy future.

The main benefit of split-type heat pumps is that the pump's hydraulic circuit is included in the indoor unit, which is installed indoors and protected from external environmental conditions. Therefore, in areas where extreme external temperatures occur during the winter, these pumps are the ideal solution for avoiding damage and ensuring uninterrupted operation.

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Product Number
RWM-2.5R1E/RAS-2.5WHVRP1

Technical Specifications

Rated Thermal Power (7ºC - 35ºC)
6 kW
Maximum Water Temperature
60 °C
Heating Type
Air to Water

Heating Type

Air to Water
They use air as a source of heat, and water as a means of transportation, to channel cooling or heating into the space.
System Type
Split

System Type

Split
The split system consists of two independent units: the indoor unit (which contains the circulator, heat exchanger, etc.) and the outdoor unit (which houses the compressor, exchanger, fan, etc.), which are connected to each other by copper pipes. Pros: Provides many customization options for individual spaces (e.g. creating different zones according to each space's requirements). There is no fear of the unit freezing, as there is an independent exchanger in the interior of the building. Cons: The above also functions as a disadvantage, as there are limitations on the distance at which the outdoor unit can be placed in relation to the exchanger.
Cooling
Yes
Domestic Hot Water
Optional Domestic Water Supply
Power Source
Single Phase

Power Source

Single Phase

The voltage of the single-phase current is 220-230V (the same as the voltage required by household appliances) and is sufficient for the majority of domestic consumers.
Type of Refrigerant Fluid
R32

Energy Class

Energy Class (35ºC)
-
Energy Class (55ºC)
-
COP (7ºC - 35ºC)
-

COP (7ºC - 35ºC)

(Coefficient Of Performance) is the measurement that shows how efficient our pump is (in terms of heating) in relation to the amount of energy it consumes. The higher the efficiency rating, the more efficient our pump is.
EER (7ºC - 35ºC)
-

EER (7ºC - 35ºC)

(Energy Efficiency Ratio) is the measurement that shows us how efficient our pump is in cooling. The higher the efficiency rating, the more efficient our pump is.
Indoor Unit Noise Level
-
Outdoor Unit Noise Level
-

Outdoor Dimensions

Length
-
Height
-
Length
-

Indoor Dimensions

Length
-
Height
-
Length
-

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

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Questions

Questions

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Description & Specifications

Split-type heat pumps

Using air as a renewable energy source, the Yutaki S split-type air-to-water heat pump series provides significant energy savings with a low environmental impact. The products are suitable for supporting the green transition towards net-zero emissions and a sustainable low-carbon energy future.

The main benefit of split-type heat pumps is that the pump's hydraulic circuit is included in the indoor unit, which is installed indoors and protected from external environmental conditions. Therefore, in areas where extreme external temperatures occur during the winter, these pumps are the ideal solution for avoiding damage and ensuring uninterrupted operation.

Manufacturer

Manufacturer Details

Warnings & Safety Information
Product Number
RWM-2.5R1E/RAS-2.5WHVRP1

Technical Specifications

Rated Thermal Power (7ºC - 35ºC)
6 kW
Maximum Water Temperature
60 °C
Heating Type
Air to Water

Heating Type

Air to Water
They use air as a source of heat, and water as a means of transportation, to channel cooling or heating into the space.
System Type
Split

System Type

Split
The split system consists of two independent units: the indoor unit (which contains the circulator, heat exchanger, etc.) and the outdoor unit (which houses the compressor, exchanger, fan, etc.), which are connected to each other by copper pipes. Pros: Provides many customization options for individual spaces (e.g. creating different zones according to each space's requirements). There is no fear of the unit freezing, as there is an independent exchanger in the interior of the building. Cons: The above also functions as a disadvantage, as there are limitations on the distance at which the outdoor unit can be placed in relation to the exchanger.
Cooling
Yes
Domestic Hot Water
Optional Domestic Water Supply
Power Source
Single Phase

Power Source

Single Phase

The voltage of the single-phase current is 220-230V (the same as the voltage required by household appliances) and is sufficient for the majority of domestic consumers.
Type of Refrigerant Fluid
R32

Energy Class

Energy Class (35ºC)
-
Energy Class (55ºC)
-
COP (7ºC - 35ºC)
-

COP (7ºC - 35ºC)

(Coefficient Of Performance) is the measurement that shows how efficient our pump is (in terms of heating) in relation to the amount of energy it consumes. The higher the efficiency rating, the more efficient our pump is.
EER (7ºC - 35ºC)
-

EER (7ºC - 35ºC)

(Energy Efficiency Ratio) is the measurement that shows us how efficient our pump is in cooling. The higher the efficiency rating, the more efficient our pump is.
Indoor Unit Noise Level
-
Outdoor Unit Noise Level
-

Outdoor Dimensions

Length
-
Height
-
Length
-

Indoor Dimensions

Length
-
Height
-
Length
-

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.