Split System
The split system design of the heat pump, consisting of an indoor and outdoor unit, requires specialized installation by an installer qualified to work with refrigerant gases. The advantage of this solution is that there is no risk of freezing of the heating medium in case of power failure. Unlike monoblock pumps, the unit outside the building uses a non-freezing refrigerant.
Features:
R32 Gas-Low GWP
Smart logic to control multiple heat source
Climate curves suitable for different countries
Good SCOP,energy label rating W35℃ A+++/ W55℃ A++
House heating,cooling and domestic hot water
Full inverter system,Stable and efficient performance.
R32 environmental refrigerant
Wotech R32 Air to Water Heat Pump 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 it use R32 green gas and inverter technology, but it is also rated with the A++ energy label. With a top energy rating of A+++, the unit is energy efficient and can significantly reduce the user's energy bill.
ENERGY EFFICIENCY RATING LABEL
Wotech heat pumps are equipped with energy-efficient inverter compressors that allow variable heating capacity adjustment. This increases the efficiency of the entire system and reduces the operating costs of the pump. The higher the coefficient, the more heat can be generated using the same amount of electricity.
MITSUBISHI Compressor
we choose MITSUBISHI compressor for the heat pump. It ensures stable working in the perfect performance.
Split Series Application Diagram
DHW tank disinfection
If sanitary hot water is provided directly from the HWT (hot water tank), the water inside the tank must be periodically heated to temperatures over 65°C to eliminate the risk of bacterial growth inside the storage tank. For a healthy life, Wotech air to water heat pumps control this function automatically based on parameter settings.
Climate curve
Users can set up the system according to their ideal comfort levels based on the changing levels of heat demand, insulation, etc., with proprietary Heating Curve Logic. By continually monitoring and adjusting the outlet water temperature in opposite directions with the current ambient temperature levels, the Wotech air to water heat pump will ensure optimal comfort in the living spaces by adjusting the outlet water temperature based on the ambient temperature.
Floor preheating and drying
You can protect your home floor by activating the Floor Preheating feature, which slowly increases the heating temperature of the floor coils, preventing floor damage and transitioning smoothly to the heating mode.In addition to protecting the installation, the Floor Drying Up function ensures the heat pump operates optimally and effectively by removing any residual moisture from newly installed floor coils.
Split System
The split system design of the heat pump, consisting of an indoor and outdoor unit, requires specialized installation by an installer qualified to work with refrigerant gases. The advantage of this solution is that there is no risk of freezing of the heating medium in case of power failure. Unlike monoblock pumps, the unit outside the building uses a non-freezing refrigerant.
Features:
R32 Gas-Low GWP
Smart logic to control multiple heat source
Climate curves suitable for different countries
Good SCOP,energy label rating W35℃ A+++/ W55℃ A++
House heating,cooling and domestic hot water
Full inverter system,Stable and efficient performance.
R32 environmental refrigerant
Wotech R32 Air to Water Heat Pump 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 it use R32 green gas and inverter technology, but it is also rated with the A++ energy label. With a top energy rating of A+++, the unit is energy efficient and can significantly reduce the user's energy bill.
ENERGY EFFICIENCY RATING LABEL
Wotech heat pumps are equipped with energy-efficient inverter compressors that allow variable heating capacity adjustment. This increases the efficiency of the entire system and reduces the operating costs of the pump. The higher the coefficient, the more heat can be generated using the same amount of electricity.
MITSUBISHI Compressor
we choose MITSUBISHI compressor for the heat pump. It ensures stable working in the perfect performance.
Split Series Application Diagram
DHW tank disinfection
If sanitary hot water is provided directly from the HWT (hot water tank), the water inside the tank must be periodically heated to temperatures over 65°C to eliminate the risk of bacterial growth inside the storage tank. For a healthy life, Wotech air to water heat pumps control this function automatically based on parameter settings.
Climate curve
Users can set up the system according to their ideal comfort levels based on the changing levels of heat demand, insulation, etc., with proprietary Heating Curve Logic. By continually monitoring and adjusting the outlet water temperature in opposite directions with the current ambient temperature levels, the Wotech air to water heat pump will ensure optimal comfort in the living spaces by adjusting the outlet water temperature based on the ambient temperature.
Floor preheating and drying
You can protect your home floor by activating the Floor Preheating feature, which slowly increases the heating temperature of the floor coils, preventing floor damage and transitioning smoothly to the heating mode.In addition to protecting the installation, the Floor Drying Up function ensures the heat pump operates optimally and effectively by removing any residual moisture from newly installed floor coils.
Market model | WW08VM-O | WW12VM-O | WW16VM-O | WW20VT-O | |||||
Heating | Output Capacity | Kw | 3.23-8.20 | 4.78-12.13 | 6.58-16.71 | 8.14-20.67 | |||
Input Power | Kw | 0.58-1.75 | 0.89-2.75 | 1.21-3.72 | 1.45-4.24 | ||||
COP | - | 4.68-5.62 | 4.42-5.35 | 4.49-5.43 | 4.87-5.60 | ||||
Input Current | A | 2.63-8.01 | 4.09-12.59 | 5.54-17.03 | 2.47-7.21 | ||||
Heating | Output Capacity | Kw | 2.73-7.19 | 4.16-10.94 | 5.54-14.57 | 7.41-19.50 | |||
Input Power | Kw | 0.96-2.51 | 1.35-4.19 | 1.68-5.20 | 1.95-6.06 | ||||
COP | - | 2.86-3.37 | 2.61-3.08 | 2.80-3.30 | 3.22-3.80 | ||||
Input Current | A | 4.37-11.50 | 6.18-19.18 | 7.67-23.81 | 3.32-10.30 | ||||
Heating | Output Capacity | Kw | 3.88-9.84 | 5.73-14.56 | 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 | - | 4.42-4.86 | 4.25-4.68 | 4.26-4.69 | 4.35-4.79 | ||||
Input Current | A | 3.65-10.19 | 5.61-15.67 | 7.71-21.54 | 3.47-9.70 | ||||
Cooling A35ºC W7ºC | Cooling Capacity | Kw | 2.74-6.53 | 4.07-9.70 | 5.28-12.58 | 6.57-15.65 | |||
Input Power | Kw | 0.88-2.48 | 1.30-3.66 | 1.59-4.48 | 1.99-5.20 | ||||
EER | - | 2.63-3.10 | 2.65-3.13 | 2.81-3.32 | 3.01-3.31 | ||||
Input Current | A | 4.04-11.35 | 5.96-16.75 | 7.29-20.49 | 3.38-8.84 | ||||
Power Supply | V/PH/HZ | 220-240V/1/50HZ | 380-415V/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 | - | 3L | 5L | ||||||
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 | outdoor unit | dB(A) | 50 | 52 | 56 | 58 | |||
indoor unit | 27 | 27 | 27 | 27 | |||||
Net Dimension (L*W*H) | outdoor unit | mm | 1070*410*840 | 1070*410*960 | 1070*410*960 | 1150*430*1400 | |||
indoor unit | 475*220*800 | 475*220*800 | 475*220*800 | 475*220*800 |
Market model | WW08VM-O | WW12VM-O | WW16VM-O | WW20VT-O | |||||
Heating | Output Capacity | Kw | 3.23-8.20 | 4.78-12.13 | 6.58-16.71 | 8.14-20.67 | |||
Input Power | Kw | 0.58-1.75 | 0.89-2.75 | 1.21-3.72 | 1.45-4.24 | ||||
COP | - | 4.68-5.62 | 4.42-5.35 | 4.49-5.43 | 4.87-5.60 | ||||
Input Current | A | 2.63-8.01 | 4.09-12.59 | 5.54-17.03 | 2.47-7.21 | ||||
Heating | Output Capacity | Kw | 2.73-7.19 | 4.16-10.94 | 5.54-14.57 | 7.41-19.50 | |||
Input Power | Kw | 0.96-2.51 | 1.35-4.19 | 1.68-5.20 | 1.95-6.06 | ||||
COP | - | 2.86-3.37 | 2.61-3.08 | 2.80-3.30 | 3.22-3.80 | ||||
Input Current | A | 4.37-11.50 | 6.18-19.18 | 7.67-23.81 | 3.32-10.30 | ||||
Heating | Output Capacity | Kw | 3.88-9.84 | 5.73-14.56 | 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 | - | 4.42-4.86 | 4.25-4.68 | 4.26-4.69 | 4.35-4.79 | ||||
Input Current | A | 3.65-10.19 | 5.61-15.67 | 7.71-21.54 | 3.47-9.70 | ||||
Cooling A35ºC W7ºC | Cooling Capacity | Kw | 2.74-6.53 | 4.07-9.70 | 5.28-12.58 | 6.57-15.65 | |||
Input Power | Kw | 0.88-2.48 | 1.30-3.66 | 1.59-4.48 | 1.99-5.20 | ||||
EER | - | 2.63-3.10 | 2.65-3.13 | 2.81-3.32 | 3.01-3.31 | ||||
Input Current | A | 4.04-11.35 | 5.96-16.75 | 7.29-20.49 | 3.38-8.84 | ||||
Power Supply | V/PH/HZ | 220-240V/1/50HZ | 380-415V/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 | - | 3L | 5L | ||||||
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 | outdoor unit | dB(A) | 50 | 52 | 56 | 58 | |||
indoor unit | 27 | 27 | 27 | 27 | |||||
Net Dimension (L*W*H) | outdoor unit | mm | 1070*410*840 | 1070*410*960 | 1070*410*960 | 1150*430*1400 | |||
indoor unit | 475*220*800 | 475*220*800 | 475*220*800 | 475*220*800 |