Frequently Asked Questions

  • Do I really need an AC maintenance plan in Lawrence?

    Lawrence's spring pollen surges and summer dust accumulation clog filters and coat coils faster than in many regions, forcing blower motors to overwork and reducing cooling efficiency. Skipping maintenance means those conditions go uncorrected until a breakdown occurs. Regular service catches that stress before it becomes an emergency repair during a 95-degree Kansas summer.
  • How much should I expect to pay for air conditioning maintenance?

    AC maintenance pricing varies based on system type, condition, and what the inspection uncovers—a system with heavily fouled coils or a filter that hasn't been changed in months requires more labor than a well-maintained unit. Getting a clear breakdown of what the visit includes before scheduling helps you compare quotes accurately rather than assuming all maintenance visits cover the same scope.
  • What gets checked during an AC tune up?

    A thorough tune up covers evaporator coil and condenser cleaning, refrigerant level testing, electrical connection checks, blower motor verification, thermostat accuracy testing, and airflow evaluation across the evaporator coil. Filters are replaced if restricted—during peak Lawrence cooling season, that can mean every 30 to 60 days given regional pollen and dust levels.
  • Who installs air conditioning systems in Lawrence, Kansas?

    RME Heating & AC installs AC systems in Lawrence and surrounding communities including Baldwin City, Eudora, Lecompton, and Ottawa. Every installation begins with a load calculation to size equipment correctly for your home's actual cooling demand, preventing the efficiency losses and comfort problems that come with oversized units.
  • How much does it cost to install a new air conditioner in Lawrence?

    Installation cost depends on the correct system size for your home, which is determined by a load calculation accounting for square footage, insulation condition, and home age. Lawrence homes vary widely in construction and age, particularly between East Lawrence and newer developments, making that upfront sizing step critical to avoiding an expensive mismatch.
  • What should I look for when choosing someone to install my AC unit?

    Look for a contractor who performs a load calculation before recommending equipment—any installer quoting a system size without evaluating your home is guessing. Confirm they service all major brands, use quality parts, and test refrigerant charge and airflow after installation rather than simply powering the unit on and leaving.
  • Can you fix my air conditioner today in Lawrence?

    RME Heating & AC operates on evening, weekend, and weekly schedules, so same-day or next-available appointments depend on current schedule openings. Calling (785) 764-8931 is the fastest way to find the earliest available time. Scheduling early in the day gives the best chance of same-day service during peak Kansas summer demand.
  • What does AC repair typically cost in Lawrence, Kansas?

    Repair cost depends on the diagnosed failure—a blocked filter or dirty condenser coil costs far less to correct than a refrigerant leak requiring leak detection, sealing, and recharge, or a failing compressor. Diagnostics happen before any repair is recommended, so you receive an honest assessment of whether fixing the existing system makes more financial sense than replacement.
  • How far does RME Heating & AC travel outside of Lawrence for HVAC service?

    The service area covers Lawrence plus Baldwin City, Eudora, Lecompton, Ottawa, and Perry. If your home or property falls in or between those communities, scheduling is straightforward. Calling ahead confirms coverage for addresses at the outer edges of that range.
  • Does RME Heating & AC repair all HVAC brands, or only certain manufacturers?

    All major HVAC brands are serviced—whether the system in your home is a brand the company installed or one left by a previous owner. Repair work uses quality parts and proven methods regardless of manufacturer, and the diagnostic evaluation identifies the actual failure before any parts are recommended.
  • What happens if a diagnostic finds the repair isn't worth the cost?

    The approach here is to repair existing systems whenever repair offers better long-term value, rather than defaulting to replacement. When diagnostics show a system has reached the point where replacement makes more financial sense, that assessment is explained with the specific findings that support it—not used as a sales pitch for new equipment.
  • Why do Kansas summers cause so many more HVAC breakdowns than other seasons?

    Kansas summers regularly push into the 90s with humidity, placing sustained cooling loads on equipment that may have accumulated a full spring's worth of pollen and dust inside coils and filters. Systems stressed by restricted airflow going into peak demand are the ones most likely to fail during the hottest stretch of summer, when scheduling is most constrained.
  • How often should I have my air ducts cleaned in Lawrence, Kansas?

    Most homes benefit from duct cleaning every three to five years, though several factors can shorten that window. Households with pets, recent renovations, visible dust buildup around vents, or allergy sufferers may need cleaning sooner. A technician can inspect your ductwork during a routine tune-up and let you know whether cleaning is warranted.
  • Can you clean my air ducts and service my AC in the same visit?

    Yes, duct cleaning and AC service can be handled together in a single visit. Combining both saves you time and lets the technician assess how airflow through your ducts may be affecting your system's efficiency and cooling performance.
  • Is poor air duct condition a common reason AC systems underperform in Lawrence homes?

    Yes, restricted or dirty ductwork is one of the more overlooked reasons an AC system struggles to cool evenly or efficiently. Leaks, blockages, and buildup force the unit to work harder, which can raise energy bills and accelerate wear on components.