R32 Domestic Inverter Split Air To Water Heat Pump Compliant with EU Standard
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R32 Domestic Inverter Split Air To Water Heat Pump Compliant with EU Standard

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Monoblock system:

In the monoblock type heat pump, the refrigerant system is completely integrated in the external unit. Such a solution ensures, above all, good thermal insulation, space saving and quiet operation of the device. In addition, the compact design ensures easy installation and simple maintenance.

R32 monoblock heat pump


feature

Features:

  • R32 Gas-Low GWP

  • Good SCOP, energy label rating W35℃ A+++/ W55℃ A++

  • Smart logic to control multiple heat source

  • Climate curves suitable for different countries

  • House heating,cooling and domestic hot water

  • Full inverter system,Stable and efficient performance


ENERGY EFFICIENCY RATING LABEL

Space heating Series is specially developed with the most cutting-edge heat pump technology and modern design to meet stringent requirements for efficiency, stability and quietness. Not only does Space heating Series use R32 green gas, but also is rated with A+++ energy label. With top energy rating A+++, the unit is energy efficient and can greatly reduce energy bills for users.

R32_monoblock


key function

Key Functions:


R32 environmental refrigerant

R32 environmental refrigerant









Air source heat pumps using R32 refrigerants can not only improve the efficiency and energy utilization of equipment, but also help reduce damage to the atmosphere, making them more environmentally friendly.




MITSUBISHI Compressor

We choose MITSUBISHI compressor for the heat pump. It ensures stable working in the perfect performance.




MITSUBISHI ELECTRIC

MITSUBISHI Compressor


DHW tank disinfection

The DHW tank disinfection function is used to kill legionella by 65°C water to ensure the health and safety.


DHW tank disinfection    






Climate curve

You can choose different climate correlation curves or your own customised curve. Once the curve is selected, the unit sets the outlet water temperature automatically according to the outdoor ambient air temperature.


Climate curve


Floor preheating and drying

Protect your home floor by activating the Floor Preheating function which slowly increases the heating temperature of the floor coils, avoiding possible floor damaging and transitioning smoothly to the heating function. The Floor Drying Up function provides an additional solution to the installer as it helps remove any residual moisture from newly installed floor coils, further protecting the installation and ensuring the optimal and effective operation of the heat pump.


Floor preheating and drying


Two heating circuits

Two heating circuits [as standard]

• More flexibility thanks to two control zones

• Independent control of underfloor heating and radiator heating temperature

• No need to purchase an extension module for second heating system

Two heating circuits



Application with multiple heat source

Application with multiple heat source


Smart design to work with other heating facilities in your house, like solar, gas boiler and etc, make sure you to pay the lowest bill for heating !


Application with multiple heat source


Single-zone vs. multi-zone heat pump systems

A heat pump system designed for a single area is intended to warm a small space, usually just one room.   These systems consist of an outdoor unit that links to a single indoor unit, providing heating or cooling to the designated area.


When a single-area system could be suitable for you:

If you only need to heat or cool a small part of your house, then a single-area heat pump system is the ideal choice.  One common scenario where a single-area system is used is when you want to regulate the temperature in a newly built extension of your home, while the rest of the house is already equipped with a central air conditioning system.  Although you have the option to install multiple single-area systems, if you want to heat or cool multiple rooms using air source heat pumps, it would be more energy-efficient to opt for a multi-area system.


When a multi-zone system could be suitable for you:

A multi-zone heat pump system has the ability to warm and cool different parts of a house by using multiple units in various areas, all linked to a single outdoor unit.  By installing a multi-zone system, you have the option to heat or cool different "zones" within your property at different temperatures simultaneously.  For instance, during the scorching summer months, you can set the temperature of the room where you spend most of your time to a lower level, while other zones are set at a higher temperature to minimize your overall energy consumption.


Split VS Monoblock air source heat pump systems

Nowadays, numerous heat pump systems are divided into two parts, with each part having a coil.  These coils, found in air source heat pump systems, are responsible for either warming or cooling the air.


In contrast, Monoblock heat pump system has its coils and fans positioned in the external unit, while the heated or cooled air is distributed throughout your house through ductwork. The installation of monoblock system is usually less demanding (and thus less costly) compared to split systems.  Moreover,monoblock systems occupy less total space, making them a viable option for homes with limited available space.


Market model


WW08VM

WW12VM

WW16VM

WW20VT

Heating
A 7ºC W35ºC

Output Capacity

Kw

4.78-12.134.78-12.13

6.58-16.71

8.14-20.67

Input Power

Kw

0.58-1.750.89-2.75

1.21-3.72

1.45-4.24

COP

-4.68-5.624.42-5.35

4.49-5.43

4.87-5.60

Input Current

A

2.63-8.014.09-12.59

5.54-17.03

2.47-7.21

Heating
A 7ºC W55ºC

Output Capacity

Kw

2.73-7.194.16-10.94

5.54-14.57

7.41-19.50

Input Power

Kw0.96-2.511.35-4.19

1.68-5.20

1.95-6.06

COP

-2.86-3.372.61-3.08

2.80-3.30

3.22-3.80

Input Current

A

4.37-11.506.18-19.18

7.67-23.81

3.32-10.30

Heating
A 20ºC W55ºC

Output Capacity

Kw

3.88-9.845.73-14.56

7.90-20.05

9.77-24.80

Input Power

Kw

0.80-2.23
1.23-3.42

1.69-4.71

2.04-5.70

COP

-

4.42-4.864.25-4.68

4.26-4.69

4.35-4.79

Input Current

A

3.65-10.195.61-15.67

7.71-21.54

3.47-9.70
Cooling
A35ºC W7ºC
Cooling CapacityKw2.74-6.534.07-9.705.28-12.586.57-15.65
Input PowerKw0.88-2.48
1.30-3.661.59-4.481.99-5.20
EER-2.63-3.102.65-3.132.81-3.323.01-3.31
Input CurrentA4.04-11.355.96-16.757.29-20.493.38-8.84

Power Supply

V/PH/HZ

220-240V/1/50HZ380-415V/3/50HZ

ErP level (35ºC)

-A+++A+++A+++

A+++

ErP level (35ºC)

-

A++A++A++

A++

Water Side Heat Exchanger

-

Plate heat exchanger
Display controller

-

LCD touch screen

Backup heater(Optional)

Kw

3kw

Epansion vessel

-

3L5L
Refrigerant Type

-

R32

Max Water Temperature(without backup heater)

ºC

60

Working Ambeint Temperature

ºC

-25-43

Water connection

inch

G1-1/4

Sound pressure Level @1m

dB(A)

505256

58

Net Dimension (L*W*H)

mm

1085*410*8401150*430*9601150*430*960

1150*430*1400


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