overview | forced air | hydronic heat pumps | dualTEK | invision3
Forced Air Heat Pumps
Cold Climate™ Technology
for the harsh reality
Save up to 70% on your annual heating and cooling costs with a GeoSource 2000. Not only will you see a dramatic reduction in your heating bills with a ColdClimate GeoSource 2000 heat pump but you will also benefit year-round from its efficiency with savings of 25 to 35% on your cooling costs. What's more, you can save on water heating costs in winter and actually get free hot water in summer thanks to this technology.

How does it work? It simply takes advantage of the earth's ability to store heat. Water circulating through a loop of pipe buried in the ground draws off this free heat. It is then transferred to the heat pump through a refrigeration process and finally released via the blower and ductwork throughout your church, school, business or home.
The heat pump is a good idea made better by ECONAR. It is so well engineered that it carries you through the longest winter and hottest summer. Using ColdClimate Technology, the GeoSource 2000 is many times more efficient than heat pumps that extract heat from the air, and of course much safer and cleaner than a furnace. Due to its high-capacity exchangers, it can provide up to 100% of the heating so a back-up system is not necessary. Accessories include an electronic thermostat, polyethylene plastic earth loop piping for maximum heat transfer, and a PumpPAK for simplified installation and quiet operation. In addition, your ECONAR heat pump comes with the best warranty in the industry.
Air Heat Exchanger
High-density technology coil with copper tubing in aluminum fins is a design for the north region allowing the highest heating output in the industry at comparable cooling capacities.
Electrical Controls
Total compressor lockout is activated by electronic freeze protection or high pressure switch for maximum system protection and compressor and fan motors are staged for a softer start.
Reversing Valve
All copper with low pressure drop for maximum efficiency.
Water Heat Exchanger
Extra capacity copper coil resists corrosion and allows maximum heat transfer.
Hot Water Generator (Optional)
A double-wall desuperheater coil saves up to 75% of annual domestic water heating costs.
Blower
High efficiency, direct drive PSC multi-speed, slides in and out.
Filter / Dryer
Assures a positive refrigeration circuit under cold-water conditions.
Thermostatic Expansion Valve
State-of-the-art design means advanced efficiency and easy diagnosis.
Receiver
Allows a balance of heating and cooling capacities without compromising dehumidification.
Compressor
A hermetically sealed, pistonless Compliant Scroll by Copeland delivers the highest efficiency and lowest sound level in the industry.
Air Pad (Optional)
For even quieter operation.
Cabinet
Fully insulated baked-on powder epoxy finish over Galvaneal metal resists corrosion.
Where the free heat comes from
A GeoSource 2000 heat pump uses water from a well or from a vertical or horizontal closed loop of pipe in the ground. As the ground temperature water (which contains a surprising amount of energy) reaches the heat pump, its heat is absorbed by a low pressure refrigerant, which then vaporizes. The refrigerant is then compressed, raising its temperature to 160°F. Then the heat energy is released to the air heat exchanger for circulation via ductwork through your church, school or home. In the summer, the flow of the refrigerant is merely reversed so that heat is drawn from the building and released into the ground.

Refrigerant circulating in the air coil is warmer than the indoor air, so heat flows into the room. |

Refrigerant circulating in the air coil is cooler than the indoor air, so heat is drawn from the room to the earth. |
| Performance Ratings |
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| GeoSource 2000 Forced Air Models |
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ARI/ISO 13256-1: Ground Source Closed Loop
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| Rated according to ARI Standard 330, which includes power consumption for water pumping. |
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- HEATING
- 32°F EWT
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- COOLING
- 77°F EWT
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| MODEL |
CFM |
GPM |
BTU/hr |
COP |
BTU/hr |
EER |
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| GV/GH/180/181 |
625 |
4 |
16,500 |
3.4 |
16,900 |
13.8 |
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| GV/GH/230/231 |
750 |
6 |
21,100 |
3.8 |
25,000 |
16.9 |
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| GV/GH/290/291 |
1,050 |
7 |
25,700 |
3.5 |
29,000 |
14.5 |
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| GV/GH/360/361 |
1,100 |
8 |
32,000 |
3.3 |
35,500 |
14.6 |
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| GV/GH/420/421 |
1,150 |
10 |
37,500 |
3.2 |
39,500 |
14.2 |
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| GV/GH/520/521 |
1,550 |
11 |
45,000 |
3.1 |
48,000 |
13.0 |
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| GV/GH/590/591 |
1,800 |
13 |
54,500 |
3.3 |
59,000 |
13.1 |
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| GV/GH/670-671 |
2,150 |
14 |
63,000 |
3.1 |
64,000 |
11.7 |
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| GH980 |
2,700 |
22 |
78,00 |
3.0 |
93,000 |
11.0 |
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| GH1200 |
3,150 |
26 |
107,000 |
3.1 |
110,000 |
12.6 |
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Groundwater Source Open Loop |
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HEATING |
COOLING |
| 50°F EWT |
70°F EWT |
50°F EWT |
70°F EWT |
| MODEL |
CFM |
GPM |
BTU/hr |
COP |
BTU/hr |
COP |
BTU/hr |
EER |
BTU/hr |
EER |
| GV/GH/180/181 |
625 |
2 |
18,200 |
3.8 |
21,600 |
3.9 |
19,000 |
16.9 |
18,700 |
14.9 |
| GV/GH/230/231 |
750 |
3 |
23,000 |
3.7 |
26,300 |
4.0 |
25,600 |
17.6 |
26,600 |
15.3 |
| GV/GH/290/291 |
1,050 |
4 |
29,400 |
3.8 |
35,600 |
4.3 |
30,500 |
17.6 |
20,300 |
14.4 |
| GV/GH/360/361 |
1,100 |
4 |
36,600 |
3.6 |
45,000 |
4.1 |
37,000 |
18.4 |
36,400 |
14.4 |
| GV/GH/420/421 |
1,150 |
5 |
43,300 |
3.6 |
50,300 |
3.9 |
39,100 |
17.2 |
36,000 |
14.2 |
| GV/GH/520/521 |
1,550 |
6 |
54.700 |
3.5 |
66,000 |
3.9 |
53,300 |
17.4 |
44,300 |
12.7 |
| GV/GH/590/591 |
1,800 |
8 |
65,700 |
3.6 |
78,800 |
3.9 |
58,000 |
15.5 |
55,000 |
13.9 |
| GV/GH/670/671 |
2,150 |
10 |
73,500 |
3.4 |
90,500 |
3.6 |
65,400 |
13.5 |
63,400 |
11.5 |
| GH980 |
2,700 |
12 |
100,500 |
3.5 |
118,500 |
3.5 |
103,500 |
17.5 |
95,500 |
13.1 |
| GH1200 |
3,150 |
16 |
124,000 |
3.3 |
148,000 |
3.6 |
128,000 |
16.6 |
119,000 |
12.6 |
Heating based on 68°F DB air temperature entering the unit.
Cooling based on 80°F DB and 66.2°F WB air temperature entering the unit.
These ratings are also in accordance with CSA Standard C446.
GeoSource 2000 Hydronic Models |
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HEATING |
COOLING |
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32°F EWT |
77°F EWT |
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| MODEL |
Hydronic |
Loop |
115°F output |
85°F output |
45°F output |
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| GPM |
GPM |
BTU/hr |
COP |
BTU/hr |
COP |
BTU/hr |
EER |
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| GW/290/291 |
4 |
7 |
24,400 |
3.4 |
25,100 |
4.7 |
25,400 |
15.2 |
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| GW/360/361 |
5 |
8 |
28,200 |
3.3 |
29,000 |
4.7 |
31,600 |
16.8 |
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| GW/420/421 |
6 |
10 |
36,500 |
3.4 |
37,600 |
4.9 |
36,000 |
15.4 |
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| GW/520/521 |
7 |
11 |
42,600 |
3.1 |
43,800 |
4.6 |
46,600 |
16.5 |
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| GW/590/591 |
9 |
13 |
51,900 |
3.2 |
53,400 |
4.7 |
54,400 |
15.4 |
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| GW/670/671 |
11 |
14 |
60,200 |
3.0 |
61,900 |
4.5 |
60,800 |
14.2 |
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| GW1200 |
18 |
26 |
100,500 |
3.0 |
101,900 |
4.4 |
102,200 |
14.0 |
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| GW3800 |
54 |
78 |
300,700 |
3.0 |
304,700 |
3.5 |
305,500 |
11.9 |
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| Rated outside the scope of the ARI Ground Source Closed-Loop Heat Pump Certification Program |

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