What is Monoblock heat pump?
The Monoblock heat pump is an easy-to-install solution that saves space inside the building. Users receive a complete, hermetic, ready-to-use device that does not require installation of a cooling system and specialist inspection. This solution is related to the necessity of securing the heating medium (water) against freezing in case of power failure.
DC inverter technology enables the heat pump to adjust its frequencyaccording to real heating requirement. With this technology, Wotech R32/R290 air to water heat pump achieves an energy level of A+++ according to Erp directive.
Wotech is a pioneer in launching heat pumps equipped with R32. With a lower Global Warming Potential (GWP), the R32 is equivalent in power to standardrefrigerants, but achieves higher energy efficiency and lower CO2, emissions.Easy to recover and reuse, R32 is the perfect solution for attaining the new European CO2, emission targets.
Wotech Air Source Heat Pump incorporates a high-efficiency compressor, a completely new high-efficiency heat exchange system, high-precision electronic expansion valves and other accessories. COP has met national level energy efficiency standards and received national energy efficiency certification.
We choose MITSUBISHI compressor for the heat pump. It ensures stable working in the perfect performance.
• 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
Air to water heat pumps constitute an eco-friendly solution and provide the highest energy and cost savings when compared with different heating systems, as only 25% of the required energy derives from electricity and the remaining 75% is procured directly from the environment.
According to the European Heat Pump Association (EHPA), heat pumps exhibit the lowest energy demand compared to other heating systems, with approximately 73.5% lower than oil fueled heating systems and 70% lower than gasheating systems.
DC inverter conversion techniques can achieve equilibrium temperatures, saving power and energy. It adopts DC frequency conversion continuously variable adjustment, which has the advantages of strong power, high efficiency, low noise, stable and reliable performance, and long service life.
With proprietary Heating Curve Logic, users can set up the system to meet their optimum comfort level based on changing heat demand, insulation levels, etc. A constant monitoring of the current ambient temperature allows Wotech R32/R290 multifunction heat pump to adjust the outlet water temperature in the opposite direction to ensure the optimal level of comfort in the living space.
Easily control your climate remotely from virtually anywhere using your smartphone or tablet. Download the application for free via the App Store and achieve optimal temperature conditions with great energy savings.
What is Monoblock heat pump?
The Monoblock heat pump is an easy-to-install solution that saves space inside the building. Users receive a complete, hermetic, ready-to-use device that does not require installation of a cooling system and specialist inspection. This solution is related to the necessity of securing the heating medium (water) against freezing in case of power failure.
DC inverter technology enables the heat pump to adjust its frequencyaccording to real heating requirement. With this technology, Wotech R32/R290 air to water heat pump achieves an energy level of A+++ according to Erp directive.
Wotech is a pioneer in launching heat pumps equipped with R32. With a lower Global Warming Potential (GWP), the R32 is equivalent in power to standardrefrigerants, but achieves higher energy efficiency and lower CO2, emissions.Easy to recover and reuse, R32 is the perfect solution for attaining the new European CO2, emission targets.
Wotech Air Source Heat Pump incorporates a high-efficiency compressor, a completely new high-efficiency heat exchange system, high-precision electronic expansion valves and other accessories. COP has met national level energy efficiency standards and received national energy efficiency certification.
We choose MITSUBISHI compressor for the heat pump. It ensures stable working in the perfect performance.
• 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
Air to water heat pumps constitute an eco-friendly solution and provide the highest energy and cost savings when compared with different heating systems, as only 25% of the required energy derives from electricity and the remaining 75% is procured directly from the environment.
According to the European Heat Pump Association (EHPA), heat pumps exhibit the lowest energy demand compared to other heating systems, with approximately 73.5% lower than oil fueled heating systems and 70% lower than gasheating systems.
DC inverter conversion techniques can achieve equilibrium temperatures, saving power and energy. It adopts DC frequency conversion continuously variable adjustment, which has the advantages of strong power, high efficiency, low noise, stable and reliable performance, and long service life.
With proprietary Heating Curve Logic, users can set up the system to meet their optimum comfort level based on changing heat demand, insulation levels, etc. A constant monitoring of the current ambient temperature allows Wotech R32/R290 multifunction heat pump to adjust the outlet water temperature in the opposite direction to ensure the optimal level of comfort in the living space.
Easily control your climate remotely from virtually anywhere using your smartphone or tablet. Download the application for free via the App Store and achieve optimal temperature conditions with great energy savings.
Market model | WW08VM | WW12VM | WW16VM | WW20VT | |||||
Heating | Output Capacity | Kw | 4.78-12.13 | 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 | dB(A) | 50 | 52 | 56 | 58 | ||||
Net Dimension (L*W*H) | mm | 1085*410*840 | 1150*430*960 | 1150*430*960 | 1150*430*1400 |
Market model | WW08VM | WW12VM | WW16VM | WW20VT | |||||
Heating | Output Capacity | Kw | 4.78-12.13 | 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 | dB(A) | 50 | 52 | 56 | 58 | ||||
Net Dimension (L*W*H) | mm | 1085*410*840 | 1150*430*960 | 1150*430*960 | 1150*430*1400 |