Geothermal Heat Pumps Vs. Air Conditioners

Deciding between a geothermal heat pump and an air conditioning system for your Martinsburg home can be a bit of a challenge. Careful consideration of their relative pros and cons is in order to ensure you make the decision that is best for your needs and your budget.

No Difference In Cooling

In terms of cooling, heat pumps and air conditioners are virtually the same. When cooling a home, both technologies work by absorbing heat through coolant and routing that coolant outside where the heat can be released. It’s not until temperatures plummet that the differences between the competing technologies become apparent.

Pros And Cons Of Air Conditioners

Air conditioners don’t do anything to help heat homes, obviously. A home using an air conditioner must pair it with a discrete heating option such as radiant heat, baseboard heating or a furnace. However, air conditioners tend to be cheaper to purchase and install than corresponding heat pumps. They also generally need less maintenance.

Pros And Cons Of Heat Pumps

The primary benefit of heat pumps is that they are unified systems that can operate year round. Their exterior components usually take no more space than an air conditioner, and their interior parts usually require much less space than other heating options. On the down side, heat pumps don’t work well in very cold temperatures, limiting their use to regions with milder winters.

Improving On Heat Pumps With Geothermal Energy

Geothermal energy from deep within the Earth’s hot core is now being combined with the traditional heat pump concept to provide heating in conditions standard heat pumps wouldn’t be able to withstand. The benefit is clear, uniting the convenience of single-unit operation with the ability to keep working in severe cold. To explore your options, contact your local expert for reliable HVAC repair in Martinsburg, WV.

Furnace Error Codes – An S.O.S. From Your Furnace

 How to Manage Furnace Error Codes in Your West Virginia Home

Modern gas furnaces are regulated by circuitry known as an integrated furnace control (IFC). It monitors your furnace’s systems and shuts the unit off if it senses a malfunction. Error codes then display to assist with diagnostics and repairs. It’s important to remember that error codes only indicate what sensor tripped. They do not indicate why a sensor has shut the unit down or whether the sensor is functioning correctly. It may be prudent to call someone who provides affordable HVAC repair in Hagerstown, WV to troubleshoot the code and correct the malfunction.

Some Common Faults That Could Trigger The IFC

  • Overheating – This is usually the result of restricted air flow over the heat exchanger, typically due to backpressure from a clogged filter.
  • Flame Rollout – This is a condition that occurs when corrosion has diminished the flow of air through the burner section of your furnace, preventing proper exhaust. Flames are allowed to “roll out” of the area they’re meant to be in, where they can damage components not designed to withstand high heat.
  • No Flame Sensed – This error indicates there’s no fire to ignite the gas feeding your furnace. The furnace shuts down to prevent combustible gases from building up and causing an explosion hazard.
  • IFC internal failure – The IFC could also fail. If that happens, your furnace will shut down to prevent unsafe operation from going undetected.

Understanding Codes

Furnaces are labeled with information tables that indicate what each error code means. Error codes are not standardized across different furnace manufacturers, which can be confusing. It’s best to bring in an expert for affordable HVAC repair in Hagerstown, WV to inspect your furnace and interpret any codes. They are equipped with the tools and know-how to quickly address the problem so you can be comfortable again.