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Heat pump HES-ECO-EVI-20-A-6

  • Model
    ECO EVI single compressor (heating up to 62 °C)
  • Power
    20 kW
  • Working hours
    Heating, hot water and cooling
  • Heat pump type
    Water is water, Saline solution is water
  • Dimensions WxDxH, mm
    600x650x1280
  • Series
    without an inverter
  • Voltage
    380 V
Order 942 480,00 rub.

Heat pump with intermediate steam injection compressor

EVI technology extends the operating temperature range, reduces energy costs and noise levels.

 

Advantages of this model:

    • Water heating up to 62 degrees Celsius;
    • Heating of the room using radiators;
    • The antilegionella function when heating the hot water of the DHW tank from the heat pump;
    • Extended operating range of the source from minus 10 degrees Celsius to + 15 degrees Celsius;
    • Spiral energy efficient compressor with EVI.

Application in private homes:

— Underfloor heating, hot water heating, active cooling of the house.

Manufacturing enterprises:

— Heating and cooling of industrial, office, warehouse buildings of any purpose;

— Food storage warehouses, shops, gas stations, shopping malls, roadside complexes, etc.

— Cooling of machine rooms and premises such as a Data Center, server room, etc.

Features of the water-to-water heat pump

  • The heat pump is used for heating, providing hot water and cooling.
  • Heating of water for heating at a source temperature of 0°C - 62°C using EVI technology.
  • A weather-dependent function that allows you to adjust the temperature depending on the current weather and save energy.
  • A heat pump control controller equipped with a color touchscreen display.
  • The ability to control additional heat sources (diesel, electric boiler).
  • The ability to integrate a heating capacity accounting system and a performance coefficient.
  • The priority of heating hot water and thermal disinfection from legionella.

Features of the HES ECO EVI

  • The refrigerant is R410A.
  • Suitable for cascade heating systems in water/water systems.
  • Built-in passive/active cooling function in the controller.
  • Built-in solar water heating station controller.
  • The built-in controller has a function for controlling the house temperature circuit.
  • The controller has a built-in function for controlling two contours of underfloor heating.
  • Built-in synchronization with a solar photovoltaic power plant.

model

The   HES-ECO-EVI-20-A-6
Weight* kg 235
Overall dimensions, WxDxH mm 600x650x1280
Refrigerant   R410A
Connection of the heating circuit   D32 copper
Connecting the source contour   D32 copper
HES EMERSON compressor article number YW160C1-V100
Performance indicators:
Heating capacity B0/W35 kW 19,71
Power consumption B0/W35 kW 4,32
Efficiency coefficient B0/W35   4,56
Heating capacity B0/W50 kW 18,64
Power consumption B0/W50 kW 6,15
Efficiency coefficient B0/W50   3,03
Power consumption:
Compressor In/Hz 380/50
Management In/Hz 230/50

№ Characteristics of the heat pump ECO ECO EVI ECO S ECO inverter ECO HH ECO Pro ECO Pro inverter ECO PROMAX EVI
1 A simple heat pump model Yes Yes Yes Yes Yes No No No
2 High energy efficiency heat pump No No No No No Yes Yes No
3 Heat pump for maximum energy efficiency No No No No No No No Yes
4 The inverter model of the heat pump No No No Yes No No Yes No
5 Heat pump model with EVI function No Yes No No No No No Yes
6 Indoor heating Yes There is Yes Yes Yes Yes Yes Yes
7 Weather dependence function Yes There is Yes Yes Yes Yes Yes Yes
8 Heat Pump control controller with touch screen Yes There is Yes Yes Yes Yes Yes Yes
9 The ability to control additional heat sources (diesel/electric boiler) Yes There is Yes Yes Yes Yes Yes Yes
10 The ability to integrate a heating capacity and efficiency factor accounting system Yes There is Yes Yes Yes Yes Yes Yes
11 Built-in heating capacity and efficiency factor accounting system No No No Yes No No Yes No
12 Heating water for heating at a source temperature of 5°C (0°C for EVI series models) 55°C 62°C 55°C 55°C 70°C 55°C 55°C 62°C
13 Refrigerant R410A R410A R410A R410A R32 R134A R410A R410A R32 R410A
14 Priority of hot water heating and thermal disinfection from legionella Yes There is Yes Yes Yes Yes Yes Yes
15 Integrated circuit circulation pumps No No Yes No No No No No
16 Built-in backup electric motor No No No No No No No No
17 Built-in heating/hot water switching circuit No No Yes No No No No No
18 Heat pump with high supply temperature No No No No Yes No No No
19 Suitable for cascade heating systems in water/water systems Yes There is Yes Yes Yes Yes Yes Yes
20 Passive/active cooling function built into the controller Yes There is Yes Yes Yes Yes Yes Yes
21 Built-in 180 liter hot water tank No No No No No No No No
22 Built-in solar water heating station controller Yes There is Yes Yes Yes Yes Yes Yes
23 The built-in controller has a function for controlling the house temperature circuit Yes There is Yes Yes Yes Yes Yes Yes
24 The built-in controller has the function of controlling two contours of underfloor heating Yes There is Yes Yes Yes Yes Yes Yes
25 Built-in synchronization with a solar photovoltaic power plant Yes There is Yes Yes Yes Yes Yes Yes

It is designed to control complex heating and hot water supply systems in private households and enterprises in a heat pump.

 

The controller allows you to maximize the use of resources to increase the efficiency of the system.

The controller includes a huge combination of control functions with the ability to select both individually and all options at once.:

  • ITP (individual heating point)
  • Boiler room
  • Solar panels
  • Passive - active cooling
  • DHW (hot water supply)
  • With underfloor heating
  • Fan coils
  • Swimming pool
  • Control of heat pumps in a cascade of up to 128 units.

HES heat pump control from anywhere in the world:

  • Remote diagnostics and monitoring of the technical condition of the heat pump and its operating parameters in iOS and Android applications.
  • Storing data on the event server.
  • Graphs for performance analysis and system optimization.
  • Automatic and manual switching to the second heat source.

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