WARRANTY:- 10 YEARS ALL PARTS
Unit Model HPX041HSS
3.5 Ton Horizontal Geothermal Heat Pump EER 21.4
- FEATURE INFORMATION
- UNIT PERFORMANCE
What is a 3.5-ton Horizontal geothermal heat pump in the USA?
If enough soil or clay-based land is available, horizontal geothermal ground loops are typically one of the more affordable options. For horizontal geothermal ground loops, five- to six-foot deep trenches are dug using a backhoe or chain trencher. After the piping is installed, the trench is backfilled. The length of a typical horizontal ground loop is between 400 and 600 feet for every tonne of heating and cooling. Due to the amount of trenching needed, horizontal ground loops are typically used for new construction. Not to mention that because horizontal geothermal ground loops are so shallow, they frequently are not suitable for areas with extreme climatic conditions, such as the far north or the deep south.
What Is the Process for Horizontal Geothermal Heating and Cooling?
Geothermal heating and cooling systems function very differently from traditional furnaces in terms of how heat is produced. A furnace produces heat by burning fuel as opposed to a geothermal heat pump, which uses heat exchange to warm the house. The ground’s constant year-round temperature of 50 to 60 degrees makes it possible to use it as a heat source. The heat exchanger in the heat pump then transfers the fluid’s heat to the surrounding air. The fluid in the ground loop absorbs heat from the planet and cycles it to the heat pump.
Geothermal heating and cooling system savings USA
Now let’s talk about the savings rather than the expenses. Geothermal systems installed in homes currently qualify for a 30% federal tax credit. In addition, the majority of states and electric utilities offer grants or rebates to homeowners who install geothermal energy systems. As a result, geothermal heat pump prices could drop significantly. Electricity costs will also soar dramatically on your utility bills. An estimated 42% of household energy use is used to meet heating needs. Utilizing geothermal systems may reduce this usage by 50%, depending on the specifics of the site. The same holds true for greenhouse gas emissions.
Buy 3.5 Ton Horizontal Geothermal Heat Pump EER 21.4 at Miamihp
A top-notch product made by Miami Heat Pump is the 3.5-tonne horizontal geothermal heat pump EER 21.4. This heat is the perfect answer to all of your heating and cooling issues. Your life would be much simpler in terms of heating and cooling after installing this product in your building. Purchase it so that you can save up to 80% of the energy used in your electricity usage and so that you won’t have to worry about paying for repairs or maintenance, among other problems. Miami Heat Pump has been working with geothermal heat pumps for over ten years; their high-quality designs are well-known in the industry. This heating pump can be customized, as can all geothermal products.
Why to choose 3.5 Ton Horizontal Geothermal Heat Pump EER 21.4?
Horizontal geothermal heat pump with a capacity of 3.5 tonnes and an EER of 21.4.
- Fan motor with variable speed causes drain pain.
- Model of Unit: HPXo41HSS
- The AHRI has certified all geothermal heating pumps as 4547872.
- 1105381: Energy-saving compliance with the highest energy star rating.
- Compressor with two stages and desuperheater.
- Offered in a quiet package.
- Manufactured in the USA and shipped there.
- Very little maintenance e required, and up to 80% in electricity bill savings.
Super-high efficiency is possible with a 3.5-tonne horizontal geothermal heat pump with an EER of 21.4. Your rooms will be comfortably heated and cooled thanks to the extremely long-lasting Cupro-Nickel condensers that come with this heating pump. Every family and individual should make it a top priority due to its low maintenance needs and low noise level.
To purchase it, see more information. Look in the product tab on our website, Miamihp.com. Please call us at 866-407-8535 if you need assistance. for more, Please call us today!
|CABINET-||Stainless Steel, Insulated Evaporator Section, Access Panels|
|DRAIN PAN-||Stainless Steel, Insulated|
|SAFETY-||High/Low Press, Switches, Condensate Over Flow Switch, Overload Protection, AntiShort Cycle Relays, Lock Out Relays|
|BLOWERS-||Centifugal Galvanized Wheel, BLDC Motor|
|REF CIRCUITS-||Thermal Expension Valve 1 Circuit LOWERS-Centifugal Galvanized Wheel, X13 ECM Motor|
|COND COIL-||Coaxial Cupronickel Heat Exchanger|
|EVAP COIL-||Copper Tubes, Alumininium Fins|
|EVAP COOLING CAPACITY – BTU/HR||WLHP 41,000||GWHP 47,000||GLHP 44,000|
|HEATING CAP. – BTUIHR (HEAT PUMP MODE)||WLHP 47,000||GWKP 37,500||GLHP 26,500|
|FACE VELOCITY – FPM||388|
|COIL ENTERING AIR TEMP. DB/WB- F||80.6/66.2|
|AIR VOLUME – CFM||1400|
|BLOWER SIZE & QTY||10”x7” / 1|
|FAN MOTOR-HP&QTY||3/4 / 1||FLA(EA)= 6.0A|
|WATER FLOW – GPM||10.5|
|ENTERING WATER TEMP. °F||WLHP 86.0||GWHP 59.0||GLHP 77.0|
|WATER PRESS. DROP – FT H2O||15.5|
|NO. OF CIRCUIT CAPACITY STEPS||1/1|
|TYPE & OTY||Scroll/1||RLA(EA)= 17.9 A||LRA(EA)=112.0 A|
|VOLTAGE RATING I PHASE / HERTZ||230/1/60|
|E.E.R.||WLHP 16.0||GWHP 21.4||GLHP 17.2|
|C.O.P (HEAT-PUMP ONLY)||WLHP 4.8||GWHP 4.1||GLHP 3.6|
|MIN AMP. / MAX FUSE – AMPS.||28/45|
|DIMENSION W” X L X H”||40.50” X 21.5” X 19.0”|
|WEIGHT – NET – LBS.||230|
|WATER CONNECTION SIZE||3/4|
|DRAIN CONNECTION SIZE||3/4|