Installation and User Manual. Version V03.B03_EN (23/09/2015)
ecoGEO
8
ECOFOREST Geotermia
Model
Heating
and DHW
Integrate
DHW tank
Free
cooling
Active
cooling
Heating
output (kW)
Power
supply
ecoGEO B1 3-12
•
3-12
Single-Phase
ecoGEO B2 3-12
•
•
3-12
Single-Phase
ecoGEO B3 3-12
•
•
3-12
Single-Phase
ecoGEO B1 5-22
•
5-22
Single-Phase
ecoGEO B2 5-22
•
•
5-22
Single-Phase
ecoGEO B3 5-22
•
•
5-22
Single-Phase
ecoGEO B1 T 5-22
•
5-22
Single-Phase
ecoGEO B2 T 5-22
•
•
5-22
Three-Phase
ecoGEO B3 T 5-22
•
•
5-22
Three-Phase
ecoGEO C1 3-12
•
•
3-12
Single-Phase
ecoGEO C2 3-12
•
•
•
3-12
Single-Phase
ecoGEO C3 3-12
•
•
•
3-12
Single-Phase
ecoGEO C1 5-22
•
•
5-22
Single-Phase
ecoGEO C2 5-22
•
•
•
5-22
Single-Phase
ecoGEO C3 5-22
•
•
•
5-22
Single-Phase
ecoGEO C1 T 5-22
•
•
5-22
Three-Phase
ecoGEO C2 T 5-22
•
•
•
5-22
Three-Phase
ecoGEO C3 T 5-22
•
•
•
5-22
Three-Phase
Table 3.1. Models available from the range of ecoGEO heat pumps.
ACCESSORIES
The following accessories are supplied with the heat pump:
Part
Quantity
Heat pump Installation and User Manual
1
th-Tune Installation and User Manual
1
1" strainer
2
Rubber gasket kit
1
th-Tune indoor terminal
1
Outdoor temperature probe
1
Temperature sensor for external tank
2
Table 3.2.
Accessories included with ecoGEO heat pump.
3.2. OPERATING PRINCIPLES
ecoGEO geothermal heat pumps are designed for conditioning (heating and cooling) and providing DHW all-
year round with simple installation and guaranteeing maximum energy efficiency at all times.
Installations with geothermal heat pumps consist of three main circuits (refrigerant circuit, brine circuit and
heating-cooling circuit), in which thermal energy is carried between the ground and the building by using
several fluids (refrigerant, antifreeze mixture and water). These circuits use different fluids; therefore, the
transfer of thermal energy from one fluid to another is done by heat exchangers, where fluid at the highest
temperature transfers heat to the fluid at the lowest temperature without mixing.
