Phone Number

0932 72 11 11

E-mail

partner@tauclima.it

Product Details

Electa-ECO

Electa-ECO represents the new generation of sustainable solutions, designed for those who want to combine high performance and respect for the environment. With eco-friendly materials and low-consumption technologies, Electa-ECO guarantees advanced functionality and a reduced environmental impact.

Its essential and modern design fits perfectly into any environment, offering an intuitive, durable and responsible user experience. The ideal choice for those who look to the future with style and awareness.

  • Low GWP R32 refrigerant
  • Energy class A+++
  • Water temperature produced up to 60°C
  • Domestic hot water from -25°C up to +45°C daily external air
  • 3-way diverter valve management for ACS
  • Touch-screen control panel as standard
  • APP for managing the unit via smartphone (iOS and Android)
  • Inertial tank accessory under the unit
Monobloc reversible heat pumps with air condensation and axial fans. Series with hermetic rotary DC Inverter compressors and R32 refrigerant gas.

Construction features

  • Compressor: hermetic twin rotary DC Inverter with steam injection, complete with thermal protection and crankcase heater
  • Expansion valve: electronic.
  • Refrigeration circuit with economizer
  • Water side exchanger: adequately insulated stainless steel plates, complete with antifreeze resistance.
  • Air side exchanger: finned coil with copper tubes and aluminium-manganese fins with Golden Fin anti-corrosion treatment in epoxy resin and hydrophilic treatment.
  • Fan: helical impeller with brushless DC motors equipped with internal thermal protection, safety guards and proportional electronic device for continuous regulation of the rotation speed of the fans.
  • Structure: in galvanized and painted RAL9002 sheet steel, complete with condensation collection tray and anti-freeze resistor on the unit base.
  • Control: electronic microprocessor with remote touch-screen control panel, for the integrated management of the heat pump and the heating system, based on the various needs of use of the energy sources.