iglu INUIT 6 I, Руководство пользователя

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6
IN CASE OF FAILURE
If the illuminated IGLU® logo on the front panel or the IGLU® Home mobile application reports system errors (see,
page 8) , please contact us immediately and report any error by specifying:

date of purchase of the device;

error that occurred;

environmental conditions (indoor and hot water tank temperature).
You can register a heat pump fault by e-mail help@iglutech.eu, by c370 523 94949 or on our website
here.
IGLU TECH UAB CUSTOMER SERVICE CONTACTS
E-mail: help@iglutech.eu
Tel.: +370 523 94949
PURPOSE
Air heating is an alternative building heating system that uses free, air heat. With the help of a air-to-water
heat pump, this air energy is extracted and used for heating, cooling and hot water preparation in buildings.
Advantages of IGLU® INUIT heat pumps

Uses inexhaustible and ecological air energy

Next-generation technologies and solutions ensure maximum efficiency and minimum cost

One device performs three functions-room heating, cooling and hot water preparation

Comfort at home can be controlled from anywhere in the world
HOW DOES AIR
-
TO
-
WATER HEAT PUMP WORK?
An air-to-water heat pump works by transferring heat from the air outside to water inside a building, such as for
heating the space or heating water for domestic use.
The heat pump consists of several main components including an outdoor unit, indoor unit, and a distribution
system.
1. Outdoor Unit: The outdoor unit contains a compressor, a heat exchanger, and a fan. The compressor is
responsible for increasing the pressure and temperature of the refrigerant gas. The heat exchanger allows heat to
be transferred between the refrigerant gas and the outdoor air. The fan helps to draw in air and circulate it through
the heat exchanger.
2. Indoor Unit: The indoor unit contains another heat exchanger and a circulation pump. The heat exchanger allows
heat to be transferred between the refrigerant gas and the water inside the building. The circulation pump is
responsible for circulating the water through the heat exchanger and throughout the building.