2.0/2 Ton Vertical Geothermal Heat Pump EER 27.6
WARRANTY:- 10 YEARS ALL PARTS
Unit Model HPX024VSS
2.0/2 Ton Vertical Geothermal Heat Pump EER 27.6
AHRI Certified Reference# 454789
- FEATURE INFORMATION
- UNIT PERFORMANCE
2.0-ton vertical geothermal heat pump EER 27-6
One of Miami Heat Pump’s best-selling products is the 2.0 and 2 Ton Vertical Geothermal Heat Pump. This heat pump can be customized to meet specific cooling or heating requirements, just like other products. Miami Heat Pump is dedicated to producing reliable, effective heat pumps. Geothermal heat pumps are dependable in even the most extreme weather, whether you live in sweltering heat or a heavy snowfall has completely covered your home.
What is a Vertical geothermal heat pump?
A vertical geothermal heat pump is a network of heated underground plastic pipes that are inserted into one or more boreholes that are 200 to 500 feet deep in the earth. The loop uses the ground as a heat source or heat sink and is connected to an indoor geothermal heat pump. A closed-loop geothermal system is also what it is. This indicates that the heat-transfer fluid circulates continuously and that neither fluid nor outside materials are allowed to enter or exit.
What is the price of installing a vertical geothermal heat pump?
Because the required equipment is more expensive for vertical installation, installing vertical ground loops typically costs more than installing horizontal ground loops. Installers dig horizontal ground loops with a backhoe or a chain trencher because they are long but shallow. For vertical ground loops, a drill rig must drill one or more holes that are several hundred feet deep, and the holes must then be filled with grout. Simply put, trenchers and backhoes are less expensive to buy and run than drill rigs.
How does 2.0-ton Vertical geothermal heat pump work?
Vertical systems are frequently used in large commercial buildings and educational institutions because horizontal loops would require an unreasonably large amount of land. Where the soil is too shallow for trenching, vertical loops are also used because they cause the least amount of disruption to the existing landscaping. For a vertical system, holes are drilled between 20 feet and 400 feet deep, with a diameter of roughly four inches. Performance is increased by inserting two pipes into the hole and grouting them together at the bottom to form a loop. The horizontal pipe connects the vertical loops, also known as the manifold, horizontal pipe, trenches, and the building’s heat pump.
Vertical geothermal heat pumps: Are they appropriate for your home or place of business?
Give us a call at Comfort Aire Heating & Cooling if you believe that geothermal energy is an excellent choice for your next HVAC system because the benefits far outweigh the disadvantages. Geothermal systems can be installed by our experts, who also have the specialized technical knowledge needed to maintain them for years to come.
The use of a vertical geothermal heat pump
Large commercial buildings and educational institutions frequently use these systems as the land area needed for horizontal loops would be prohibitive. Where the soil is too shallow for trenching, vertical loops are also used because they cause the least amount of disruption to the existing landscaping.
Costs of a 2.0-ton vertical geothermal heat pump
The Environmental Protection Agency (EPA) estimates that installing geothermal heat pumps can result in annual savings of up to 70 percent on heating costs and up to 50 percent on cooling costs for property owners. Geothermal systems typically have payback periods of between 5 and 7 years given this level of energy savings, making GSPHs an excellent long-term financial investment.
Benefits of Vertical Geothermal Heat Pump
You will experience significant benefits from the geothermal system you have installed, whether you choose a vertical ground loop or not.
- High efficiency and cost savings:Heating efficiency levels provided by geothermal systems can reach 400 percent or higher. They can cut your monthly heating and cooling costs by 50% or more thanks to their high efficiency.
- Better comfort:Since geothermal heating and cooling is consistent, your home has fewer hot or cold spots.
- Flexibility:A geothermal system can be used in any climate and for any size home or commercial building. It is also very quiet.
- Environmentally friendly: Geothermal systems don’t release any greenhouse gases or burn any fossil fuels. When operating, they use comparatively little electricity.
How can you trust us?
Depending on needs, 2.0 & 2 vertical geothermal heat pumps can be used in both residential and commercial settings. The versatile Miami heat pump product is used by numerous families and businesses across the United States.
- We are dedicated to creating robust, energy-efficient geothermal heat pumps.
- Every product is adaptable. Therefore, we are confident that the Miami heat pump will be your top choice for cooling or heating needs.
- Despite the fact that all noisy mechanical products are heavy, However, we guarantee that almost no noise is produced by our products.
- Happy and contented customers from all over the United States, including Miami.
- An effective, long-lasting, and reliable geothermal heat product.
- All of our geothermal products meet reliable and long-lasting material standards.
Miami Heat Pump offers customers in the USA the highest caliber geothermal heat pump sales, service, and installation. To learn more about geothermal heat pumps and to purchase a 2.0-tonne vertical geothermal heat pump at a competitive price, get in touch with us right away.
|CABINET-||Stainless steel, Insulated Evaporator Section, Access Panels|
|DRAIN PAN-||Stainless steel, Insulated|
|SAFETY-||High/Low press, Switches, Condensate Over Flow switch, Overload Protection, AntiShortCycle Relays, Lock Out Relays|
|REF. CIRCUITS-||Thermal Expension Valve 1 Circuit|
|COND COIL-||Coaxial Cupronickel Heat Exchanger|
|EVAP COIL-||Copper Tubes, Alumininium Fins|
|EVAP COOLING CAPACITY – BTU/HR||WLHP 25,500||GWHP 27,500||GLHP 25,500|
|HEATING CAP. – BTUIHR (HEAT PUMP MODE)||WLHP 27,500||GWKP 20,500||GLHP 16,500|
|FACE VELOCITY – FPM||222|
|COIL ENTERING AIR TEMP. DB/WB- F||80.6/66.2|
|AIR VOLUME – CFM||800|
|BLOWER SIZE & QTY||10”x7” / 1|
|FAN MOTOR-HP&QTY||1/3 / 1||FLA(EA)= 2.8A|
|WATER FLOW – GPM (2-3 gpm/ton)||6.0|
|ENTERING WATER TEMP. °F -COOLING/HEATING||WLHP 86.0||GWHP 59.0||GLHP 77|
|WATER PRESS. DROP – FT H2O||11.4|
|NO. OF CIRCUIT CAPACITY STEPS||1/1|
|TYPE & OTY||Scroll/1||RLA(EA)= 12.8 A||LRA(EA)=60.0|
|VOLTAGE RATING I PHASE / HERTZ||230/1/60|
|E.E.R.||WLHP- 17.0||GWHP- 27.6||GLHP -19.7|
|C.O.P (HEAT-PUMP ONLY)||WLHP 5.0||GWHP 4.2||GLHP 3.6|
|MIN AMP. / MAX FUSE – AMPS.||19/30|
|DIMENSION W” X L X H”||21.5” X 21.5” X 39”|
|WEIGHT – NET – LBS.||210|
|WATER CONNECTION SIZE||3/4|
|DRAIN CONNECTION SIZE||3/4|