Heat Pumps

Midea Three-Phase Heat Pump 14kW 75°C Monoblock Code: MHC-V14W/D2RN7

Heat Pump Midea M-Thermal Arctic R290 MHC-V14W/D2RN7, with 14 KW power in cooling and 14 KW in heating, monobloc type.

Integrated hydronic module, energy class A+++/A+++, with refrigerant R290 and...

Heat Pump Midea M-Thermal Arctic R290 MHC-V14W/D2RN7, with 14 KW power in cooling and 14 KW in heating, monobloc type.

Integrated hydronic module, energy class A+++/A+++, with refrigerant R290 and WiFi Standard.

  • Three-phase.
  • Heating and air conditioning.
See full description See full description

5606 00
5,61€ cashback in Coins 5,61€ cashback in Coins
Delivery by Fri, 24 Jul
31,50 €  
Delivery to your floor available
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From Aircon Energy 4.9 (20)
Καλλιθέα, Αττικής
5 pieces
See Central Heating on the page of Aircon Energy
What if it breaks?

You're covered by the statutory 2-year warranty. Contact us and we'll handle the entire process with the store, ensuring your issue is resolved with prompt support through a repair, replacement, or refund.

What if I change my mind?

No problem, as long as it's within 14 days. We'll come and pick it up (completely free of charge if you have Skroutz Plus) and refund your money.

Is delivery to a floor free?

Yes, we will carry it up to the floor for you, without any restrictions.

Description

Description

Heat Pump Midea M-Thermal Arctic R290 MHC-V14W/D2RN7, with 14 KW power in cooling and 14 KW in heating, monobloc type.

Integrated hydronic module, energy class A+++/A+++, with refrigerant R290 and WiFi Standard.

  • Three-phase.
  • Heating and air conditioning.

Manufacturer

See full description

Specifications

Specifications

Product Number
MHC-V14W/D2RN7

Technical Specifications

Rated Thermal Power (7ºC - 35ºC)
14 kW
Maximum Water Temperature
75 °C
Heating Type
Air to Water
System Type
Monoblock
Cooling
Yes
Domestic Hot Water
Optional Domestic Water Supply
Power Source
Three-Phase

Energy Class

Energy Class (35ºC)
-
Energy Class (55ºC)
-
COP (7ºC - 35ºC)
4.5
EER (7ºC - 35ºC)
-
Outdoor Unit Noise Level
-

Outdoor Dimensions

Length
1385 mm
Height
865 mm
Length
523 mm

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.

See all specifications

Reviews (2)

Reviews

  1. 2
  2. 4 stars
    0
  3. 3 stars
    0
  4. 2 stars
    0
  5. 1 star
    0
Review this product
  • nickhellas4
    5
    30 out of 32 members found this review helpful
    This review is about the rated thermal power (7ºc - 35ºc): 16 kW

    Personally, I consider it very good. A big plus is that it uses R290 refrigerant, which allows it to operate as a high-temperature unit. I have the three-phase 16kw version to heat a 180-square-meter maisonette with panel radiators in the Chortiatis area. In very cold weather, I set the water temperature to 50 degrees, but now that it's 10 degrees outside, I run the water at 45 degrees and the heat pump works easily, keeping the house warm at 22.5 degrees.

    I have no idea about the consumption yet. However, I am absolutely satisfied.

    Update 26/12/2025: The compensation curve of the pump with panel radiators and not underfloor heating is nonsense. I operate it with a fixed supply temperature because otherwise, I can't reach the desired temperature inside the house. If you use radiators, you need a fixed supply temperature and not a compensation curve. If you use underfloor heating, the compensation curve is ideal. Imagine that with the compensation curve, at 5 degrees outside, the supply water reaches 50 degrees but the house loses heat, while with a fixed supply at 44 degrees, the house heats up normally and I easily reach the thermostat temperature.

    Update 17/01/2026: Almost a month later. Those who are switching from oil radiators should be aware that it is very likely you may need to change the radiators as well. Mine are double-panel and in very large buildings, the house loses heat, so now I'm waiting to change them because the supply temperature drops, which means it will also consume less electricity.

    Translated from Greek ·
    Did you find this review helpful?
  • This review is about the rated thermal power (7ºc - 35ºc): 12 kW

    • Heating performance
    • Silent
    • Value for money
  • Personally, I consider it very good. A big plus is that it uses R290 refrigerant, which allows it to operate as a high-temperature unit. I have the three-phase 16kw version to heat a 180-square-meter maisonette with panel radiators in the Chortiatis area. In very cold weather, I set the water temperature to 50 degrees, but now that it's 10 degrees outside, I run the water at 45 degrees and the heat pump works easily, keeping the house warm at 22.5 degrees.

    I have no idea about the consumption yet. However, I am absolutely satisfied.

    Update 26/12/2025: The compensation curve of the pump with panel radiators and not underfloor heating is nonsense. I operate it with a fixed supply temperature because otherwise, I can't reach the desired temperature inside the house. If you use radiators, you need a fixed supply temperature and not a compensation curve. If you use underfloor heating, the compensation curve is ideal. Imagine that with the compensation curve, at 5 degrees outside, the supply water reaches 50 degrees but the house loses heat, while with a fixed supply at 44 degrees, the house heats up normally and I easily reach the thermostat temperature.

    Update 17/01/2026: Almost a month later. Those who are switching from oil radiators should be aware that it is very likely you may need to change the radiators as well. Mine are double-panel and in very large buildings, the house loses heat, so now I'm waiting to change them because the supply temperature drops, which means it will also consume less electricity.

    Translated from Greek ·
    30
  • 0
  • See all
Questions

Questions

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Description & Specifications

Heat Pump Midea M-Thermal Arctic R290 MHC-V14W/D2RN7, with 14 KW power in cooling and 14 KW in heating, monobloc type.

Integrated hydronic module, energy class A+++/A+++, with refrigerant R290 and WiFi Standard.

  • Three-phase.
  • Heating and air conditioning.

Manufacturer

Product Number
MHC-V14W/D2RN7

Technical Specifications

Rated Thermal Power (7ºC - 35ºC)
14 kW
Maximum Water Temperature
75 °C
Heating Type
Air to Water
System Type
Monoblock
Cooling
Yes
Domestic Hot Water
Optional Domestic Water Supply
Power Source
Three-Phase

Energy Class

Energy Class (35ºC)
-
Energy Class (55ºC)
-
COP (7ºC - 35ºC)
4.5
EER (7ºC - 35ºC)
-
Outdoor Unit Noise Level
-

Outdoor Dimensions

Length
1385 mm
Height
865 mm
Length
523 mm

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.

Reviews (2)

  1. 2
  2. 4 stars
    0
  3. 3 stars
    0
  4. 2 stars
    0
  5. 1 star
    0
Review this product
  • nickhellas4
    5
    30 out of 32 members found this review helpful
    This review is about the rated thermal power (7ºc - 35ºc): 16 kW

    Personally, I consider it very good. A big plus is that it uses R290 refrigerant, which allows it to operate as a high-temperature unit. I have the three-phase 16kw version to heat a 180-square-meter maisonette with panel radiators in the Chortiatis area. In very cold weather, I set the water temperature to 50 degrees, but now that it's 10 degrees outside, I run the water at 45 degrees and the heat pump works easily, keeping the house warm at 22.5 degrees.

    I have no idea about the consumption yet. However, I am absolutely satisfied.

    Update 26/12/2025: The compensation curve of the pump with panel radiators and not underfloor heating is nonsense. I operate it with a fixed supply temperature because otherwise, I can't reach the desired temperature inside the house. If you use radiators, you need a fixed supply temperature and not a compensation curve. If you use underfloor heating, the compensation curve is ideal. Imagine that with the compensation curve, at 5 degrees outside, the supply water reaches 50 degrees but the house loses heat, while with a fixed supply at 44 degrees, the house heats up normally and I easily reach the thermostat temperature.

    Update 17/01/2026: Almost a month later. Those who are switching from oil radiators should be aware that it is very likely you may need to change the radiators as well. Mine are double-panel and in very large buildings, the house loses heat, so now I'm waiting to change them because the supply temperature drops, which means it will also consume less electricity.

    Translated from Greek ·
    Did you find this review helpful?
  • This review is about the rated thermal power (7ºc - 35ºc): 12 kW

    • Heating performance
    • Silent
    • Value for money
  • Personally, I consider it very good. A big plus is that it uses R290 refrigerant, which allows it to operate as a high-temperature unit. I have the three-phase 16kw version to heat a 180-square-meter maisonette with panel radiators in the Chortiatis area. In very cold weather, I set the water temperature to 50 degrees, but now that it's 10 degrees outside, I run the water at 45 degrees and the heat pump works easily, keeping the house warm at 22.5 degrees.

    I have no idea about the consumption yet. However, I am absolutely satisfied.

    Update 26/12/2025: The compensation curve of the pump with panel radiators and not underfloor heating is nonsense. I operate it with a fixed supply temperature because otherwise, I can't reach the desired temperature inside the house. If you use radiators, you need a fixed supply temperature and not a compensation curve. If you use underfloor heating, the compensation curve is ideal. Imagine that with the compensation curve, at 5 degrees outside, the supply water reaches 50 degrees but the house loses heat, while with a fixed supply at 44 degrees, the house heats up normally and I easily reach the thermostat temperature.

    Update 17/01/2026: Almost a month later. Those who are switching from oil radiators should be aware that it is very likely you may need to change the radiators as well. Mine are double-panel and in very large buildings, the house loses heat, so now I'm waiting to change them because the supply temperature drops, which means it will also consume less electricity.

    Translated from Greek ·
    30
  • 0
  • See all
5.606,00 €
31,50 €  
Delivery to your floor available