4.0/4 Ton Vertical Geothermal Heat Pump EER 27.0
WARRANTY:- 10 YEARS ALL PARTS
Unit Model HPX048VSS
4.0/4 Ton Vertical Geothermal Heat Pump EER 27.0
- FEATURE INFORMATION
- UNIT PERFORMANCE
4.0-ton Vertical Geothermal Heat Pump Overview
A fantastic and effective technology that can be used for both heating and cooling purposes is the use of the natural heat energy from the earth’s surface for heat transfer. Exchange systems, coupled heat pumps, and geothermal heat pumps all names for this technology that are frequently used to refer to geothermal heat pump systems. These heat pumps are the most energy-saving technology for residential and commercial uses, according to the United States Department of Energy. When used properly, the 4.0 and 4 Ton vertical geothermal heat pump with an EER of 27.0 and other types of heat pumps can reduce electrical consumption by up to 80%. These mechanical products are also powered by renewable energy. Only this technology can meet both financial and energy-saving aspects.
A 4.0-ton Vertical Geothermal Heat Pump: How Does It Work?
Vertical systems are frequently used in substantial commercial structures and educational institutions because horizontal loops would require an excessive amount of land. Because they cause the least disruption to the existing landscaping, vertical loops are also used when the soil is too shallow for trenching. For a vertical system, holes are drilled between 20 and 400 feet deep, with a diameter of roughly four inches. placing two pipes inside the hole, creating a loop at the bottom by grouting them together, and improving performance. The horizontal pipe connects the vertical loops, which are also known as the manifold, trenches, horizontal pipe, and the building’s heat pump.
Application of a 4.0-ton vertical geothermal heat pump
Large commercial buildings and educational institutions frequently use these systems because horizontal loops would require prohibitive amounts of land. Because they cause the least amount of disruption to the existing landscaping, vertical loops are also used when the soil is too shallow for trenching.
Will the price of energy drop with a geothermal heat pump?
Your heat pump’s design and operation will have an impact on operating costs. How much money you save on energy costs depends on the system you replace. the annual cost savings of installing a typical ground source heat pump in a typical four-bedroom home, taking into account any recommended radiator upgrades.
Does using geothermal energy require laborious upkeep?
The truth is that while all mechanical systems eventually require some maintenance, geothermal systems typically have fewer components than conventional heating and cooling systems. As a result, fewer parts can fail or need to be replaced. Geothermal systems are therefore incredibly dependable and typically require less maintenance than many other types of home heating and cooling systems.
Features of 4.0-ton vertical geothermal heat pump
The following characteristics of the heat pumps:
- Additional heat lockout
- Digital thermostats
- Controlled staged supplemental heat
- An emergency heat signal
- Safety controls
- Crankcase heater, filter
- Models for salt air
Buy 4.0/4 Ton Vertical Geothermal Heat Pump EER 27.0 at Miamihp
Vertical Geothermal Heat Pumps of 4.0 and 4 Tons A heat exchanger with an EER of 27.0 is a cost-effective and energy-efficient way to heat, cool, or refrigerate any conditioned enclosure. The earth’s surface can absorb almost infinite amounts of heat, and the temperature below the surface never rises above a comfortable level. This heat pump can absorb or release heat as needed. This heat pump’s key feature is its ability to heat water for domestic use to 120 degrees Fahrenheit while refrigerating to temperatures below zero. The best option for large buildings’ heating and cooling needs is geothermal heat pumps, which are available for both commercial and residential use.
Vertical Geothermal Heat Pump for Homes
By extracting heat energy and transferring it into buildings, geothermal heating and cooling systems reduce heating and cooling costs by between 50 and 60%, depending on the fuel being compared.
Similar to traditional air conditioning during the summer, geothermal cooling works by storing heat deep within the earth for future use. Since the heat extracted during the summer actually warms the earth’s core, the ground source heat pump’s efficiency during the winter is increased. the end result is guilt-free air conditioning.
Buy a 4.0-ton vertical geothermal heat pump with a variable-speed fan motor, a stainless steel cabinet, and a drain pan. Look under the product tab on our website, Miamihp.com, for more detailed information. For more information, call 866-407-8535.
|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, X13 ECM 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 51,000||GWHP 57,000||GLHP 53,300|
|HEATING CAP. – BTUIHR (HEAT PUMP MODE)||WLHP 58,000||GWKP 50,000||GLHP 39,000|
|FACE VELOCITY – FPM||281|
|COIL ENTERING AIR TEMP. DB/WB- F||80.6/66.2|
|AIR VOLUME – CFM||1600|
|BLOWER SIZE & QTY||10”x10” / 1|
|FAN MOTOR-HP&QTY||3/4 / 1||FLA(EA)= 6.0 A|
|WATER FLOW – GPM||12.0|
|ENTERING WATER TEMP. °F||WLHP 86.0||GWHP 59.0||GLHP 77|
|WATER PRESS. DROP – FT H2O||0|
|NO. OF CIRCUIT CAPACITY STEPS||1/1|
|TYPE & OTY||Scroll/1||RLA(EA)= 24.3 A||LRA(EA)=117.0 A|
|VOLTAGE RATING I PHASE / HERTZ||230/1/60|
|E.E.R.||WLHP 18.0||GWHP 27.0||GLHP 20.0|
|C.O.P (HEAT-PUMP ONLY)||WLHP 5.0||GWHP 4.3||GLHP 3.6|
|MIN AMP. / MAX FUSE – AMPS.||36/50|
|DIMENSION W” X L X H”||26” X 24” X 43”|
|WEIGHT – NET – LBS.||320|
|WATER CONNECTION SIZE||1|
|DRAIN CONNECTION SIZE||3/4|