HES-EVCO-EVI-i-SM-16-A-M-6 HEAT PUMP

  • The heat pump is used for heating and hot water preparation.
  • The inverter heat pump.
  • The heat pump is equipped with a hermetically sealed compressor, a phase relay, a starting current load relief, a condenser, an evaporator and safety actuators – high/low pressure relay.
  • Availability of weather-dependent and clock/calendar functions as well as day/night mode allows to more precisely maintain indoor temperature and save resources.
  • Priority in heating of hot water and legionella thermal disinfection.

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Device parameters

  • Refrigerant R32;
  • Modern easy-to-read color touchscreen;
  • Built-in circuit circulation pump;
  • Ability to control additional power sources (diesel/electric boiler);
  • Built-in system of recording heating capacity and efficiency factor;
  • Models maintain specified indoor and domestic hot water temperature with accuracy of up to 1 degree;
  • Coefficient of performance (СОР) increased to 5;
  • Heating operation mode from -28°C to 40°C;
  • Air heating up to 60°C;
  • Cooling down to +8°C;
  • Dehumidification mode (built-in humidity sensor);
  • Easy mounting;
  • Quiet operation;
  • Outdoor installation;
  • Stainless steel body parts.

Essential technical specifications

МodelHES-EVCO-EVI-i-SM-16-A-M-6
Weight*kg105
Overall dimensions, WхDхHmm1170х345х1350
RefrigerantR32
Fanес
Source circuit connectionG1"
Rotor compressorZP61K5E-TFD
Electricity consumption:
CompressorV/Hz380/50
ControlV/Hz230/50
* - item weight may differ

Designation structure

Model

EVCO-M

Power

16 kW

Operating modes

Heating and cooling

Heat pump type

Air to water

Series

with inverter

Voltage

380 V

HES heat pump controller

HES heat pump controller is designed to control complex heating and hot water supply systems in residential, commercial, office and industrial buildings.

А built-in intelligent algorithm of HES heat pump controller ensures maximum efficient resources consumption.

The controller features numerous combinations of control functions:

  • Boiler station,
  • Solar panels,
  • Passive-active cooling,
  • Hot water supply,
  • Under floor heating,
  • Fan coil units,
  • Swimming pool,
  • Up to 128 heat pumps in a cascade.

Controlling HES heat pump is possible from anywhere in the world:

  • Remote diagnostics and monitoring of heat pump technical conditions and its performance parameters using iOS and Android applications;
  • Data storage on event server;
  • Charts for systems operation analysis and optimization;
  • Automatic and manual switching over to a second heat source.
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