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AC Maintenance Checklist

You rely on your air conditioner (AC) to provide consistent cooling all summer. Your AC relies on you to complete routine maintenance. Your AC maintenance checklist has several key tasks:

  • Inspect and replace air filters
  • Clean and clear the outdoor unit
  • Check thermostat settings and electrical components
  • Inspect condensate drain line and coils
  • Schedule a professional AC tune-up

Stay on top of your AC maintenance to keep your system running at peak performance no matter how hot it gets outside.

Key Takeaways:

  • Regular AC maintenance keeps systems running more efficiently.
  • Homeowners can perform basic AC maintenance tasks, such as changing air filters, cleaning the outdoor unit, and calibrating their thermostat.
  • Maintenance that involves electrical components should be left to a professional.
  • Schedule a professional AC tune-up annually to improve system performance and lifespan.

Schedule Your AC Tune-Up with Elliot Services Today

With 75 years of experience and a reputation for service excellence, Elliot Services is a leading provider of AC maintenance in Kentucky. Schedule your tune-up with our licensed and insured contractors today.

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Inspect and Replace Air Filters

Regular AC filter checks should always be at the top of your checklist. Manufacturers usually recommend replacing or cleaning air filters every one to three months because they collect dust, dander, and other debris before it blows through your vents. Some ACs require standard fiberglass while others call for pleated high-efficiency filters, so check which kind to buy before replacing it.

Dirty air filters hinder your AC’s performance and indoor air quality. They restrict airflow, causing your system to use more energy and run longer to compensate. This causes your system to accrue more wear and tear, resulting in more frequent breakdowns and a shorter lifespan.

Clean and Clear the Outdoor Unit

Your outdoor unit, known as a condenser, must be kept clear of debris. It relies on free airflow and clean coils to cool your home. However, it often accumulates dirt, leaves, and cut grass.

As your condenser gets dirty, it works harder and increases energy bills. Blocked or dirty condensers also tend to make rattling or buzzing noises, cause warm airflow, and ice formation on the coils.

Give your system a visual check monthly. If it looks dirty, follow these steps:

  1. Turn off the power at your breaker.
  2. Inspect for debris and remove any caught in the grate.
  3. Use a hose to rinse the coils gently and remove dirt. Don’t use a pressure washer!
  4. Trim back any vegetation at least 2 feet around the unit.

Check Thermostat Settings and Electrical Components

Your thermostat tells your AC when to turn off and on to control your indoor air temperature, but it only works when it’s calibrated correctly. You should check your thermostat annually to maintain consistent cooling and to catch minor issues early.

During this check, inspect:

  • Battery life (if applicable). Replace low batteries.
  • Programming schedules. Confirm the current schedule still works for you.
  • Temperature accuracy. Get an independent thermometer and place it in the same space as your thermostat.

It’s also important to check electrical connections, capacitors, and contactors annually. However, this task is best left to the professionals as it poses a safety risk.

Inspect Condensate Drain Lines and Coils

Your AC’s evaporator coils keep your home cool, but they also collect condensation as warm air goes over them. This helps with removing humidity, but that moisture has to go somewhere. The condensate drain line siphons the water away from your AC to prevent water damage or mold on your home.

Your lines are probably clogged if you notice standing water around your indoor unit, algae or mold growing in the drain pan, or if your evaporator coils ice over. Some systems also shut down and refuse to turn on if the drain line backs up.

Schedule a Professional AC Tune-Up

Every year, your AC needs a professional tune-up. Scheduling one should be at the top of your AC maintenance checklist. During a professional tune-up, a trained tech:

  • Checks refrigerant levels
  • Runs a full system performance test
  • Lubricates moving parts
  • Tightens electrical connections
  • Performs a safety control inspection
  • Recommends any necessary repairs

ACs that get annual maintenance run more efficiently, break down less, and tend to last longer. Schedule your visit with an experienced HVAC team like Elliot Services in the spring before summer demand rises.

Trust Elliot Services for Reliable AC Maintenance and Repairs

Leave your AC maintenance to Elliot Services for safe, reliable, and quality service. As your full-service HVAC contractor, we handle your annual tune-up and all your repairs to your exact specifications.

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power surge

What Are Power Surges and How to Prevent Them

Power surges are sudden spikes in electricity that can wreak havoc on appliances and electronics. In a worst-case scenario, they can cause dangerous electrical fires.

Fortunately, you can prevent most power surges with the right knowledge and practical steps. Keep reading to learn:

  • What is a power surge?
  • Common signs of power surges
  • Common causes of power surges
  • How to prevent power surges in your home
  • When to call an electrician for a power surge

If you’ve been dealing with recent power surges, get in touch with a trusted electrician to learn what comes next.

Key Takeaways:

  • Power surges happen when too much electricity flows through your electrical system.
  • Power surges can occur from external or internal causes and can damage your electronics.
  • Learning what causes power surges and taking basic precautions reduces the risk of surges.
  • Whole-home surge protectors prevent surges.

Schedule a Power Surge Inspection with Elliot Services

Our licensed and insured contractors provide safe, reliable, and quality electrical services every time. Give us a call to schedule your electrical inspection today.

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What Is a Power Surge?

A power surge is a sudden spike in voltage that exceeds your home’s standard electrical flow. In other words, a power surge happens when too much electricity flows through your wires.

Electrical systems are designed to handle a steady voltage. When that balance becomes disrupted, your system can have too much voltage (power surge), a total lack of power (outage), or insufficient voltage (brownout).

Power surges can be large and sudden, creating noticeable breaker trips, flickering lights, or appliance damage. Some small, frequent surges can go unnoticed. Either type can damage appliances, heating, ventilation, and air conditioning (HVAC) systems, and anything else plugged in.

Common Signs of Power Surges

If you don’t know what to look for, you could miss telltale signs of power surges. Flickering lights, for example, could be attributed to a loose bulb. However, if multiple lights flicker even after changing the bulbs, it’s probably a surge.

Other common signs of power surges in homes include:

  • Lights that dim when you turn on appliances.
  • Electronics shutting down unexpectedly.
  • Frequently having to reset tripped breakers.
  • Hearing buzzing from outlets or switches.
  • Unexplained burnt smells from outlets or your electrical panel.

Common Causes of Power Surges

Some power surges are truly out of your control, caused by external factors. These surges happen once following triggers such as:

  • Lightning strikes in your area
  • Utility grid switching
  • When power is restored after an outage

Internal electrical issues in your home often cause repeated minor surges that can shorten the lifespan of your electronics. They’re often caused by:

  • Large appliances like refrigerators, air conditioners, or washers and dryers, turning on and off.
  • Overloaded circuits
  • Faulty wiring or old electrical panels
  • Loose electrical connections

How to Prevent Power Surges in Your Home

Certain precautions can prevent power surges and also protect your expensive, sensitive electronics from damage.

  • Plug high-value electronics into surge protectors: Basic power strips can provide extra outlets, but they don’t offer any protection. When shopping, confirm that you’ve chosen a power strip with surge protection. Ensure high-value systems like HVAC equipment and major appliances have surge protection.
  • Avoid overloading outlets: Never daisy-chain extension cords, and try to space out how many devices you plug into each circuit. Overloaded outlets are more likely to cause surges.
  • Update outdated wiring or panels: Older electrical systems aren’t meant to handle the constant load modern appliances require.
  • Invest in whole-home surge protection: Whole-home surge protectors stop surges at your electrical panel, diverting voltage spikes through a ground wire.

When to Call an Electrician for a Power Surge

A single power surge or two probably isn’t much of a concern. However, recurring surges can damage your electronic devices and appliances. They also pose a serious fire risk if ignored.

Certain signs indicate it’s time to have a professional evaluate your electrical system, including:

  • Persistent light flickering in several rooms.
  • Repeated breaker trips.
  • Warm or discolored outlets.
  • Outlets that spark when you plug something in.
  • Burning smells
  • Buzzing sounds
  • Sudden electrical issues after a recent lightning strike.

A licensed electrician inspects your home’s wiring for signs of issues. They use advanced tools to test your voltage levels and can inform you if your home is a good candidate for whole-home surge protection.

Install Whole-Home Surge Protection with Elliot Services

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Why Are My Home’s Lights Flickering?

A flickering light is usually a sign that something’s interrupted your home’s electrical flow. Sometimes it’s an easy fix, such as tightening a light bulb. Other times, an outlet stops working, creating an unexpected light show in your home.

This guide breaks down the most common causes of flickering lights:

  • Loose light bulbs, fixtures, or switches
  • Appliances or devices drawing heavy electrical loads
  • Loose wiring or failing outlets on a shared circuit
  • A failing outlet or circuit issue without a tripped breaker
  • Problems with the electrical panel or incoming power

The issue may be confined to one light fixture or a wider electrical problem. We’ll help you narrow down the cause and determine next steps.

Key Takeaways

  • Flickering lights can stem from a bulb, light fixture, outlet, or circuit.
  • Severe or constant flickering can indicate a serious problem with your home’s electrical system.
  • Outdated electric panels may struggle to handle power demands.
  • A licensed contractor can safely diagnose and fix your home’s electrical problems.

Stop Flickering Lights with Help from Elliot Services!

If you’re experiencing problems with your lights, Elliot Services offers a comprehensive range of residential electrical services. We’re a licensed and insured full-service contractor for your convenience and peace of mind. Contact us for safe and reliable electrical repairs in Lexington and Louisville.

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Loose Light Bulbs, Fixtures, or Switches

Your lights need consistent power to shine steadily. The briefest interruption in electricity can cause them to cut in and out. The first thing to check is that light bulbs are securely screwed in and in full contact with the socket. Bulbs should also be in good condition and compatible with dimmer switches.

Typically, if only one fixture is flickering, the problem is localized and connected to the bulb, socket, or switch. Over time, components can wear out and interrupt electrical flow. You may need to install a new light fixture.

Appliances or Devices Drawing Heavy Electrical Loads

If the flickering is occasional, try to notice when it’s happening. Air conditioners, washers, dryers, and microwaves consume a lot of energy. When large appliances first kick in, they can draw power away from your lights, causing them to briefly dim.

A momentary flicker isn’t usually a worry. However, continued blinking or noticeable dimming while the appliance is being used may be a sign that your circuit is overloaded. A professional can perform an electrical inspection and investigate further.

Loose Wiring or Failing Outlets on a Shared Circuit

Sometimes, the electrical interruption happens before the power reaches your light fixture. It’s usually because an outlet stopped working reliably.

  • Damaged outlets. Watch for worn outlets that don’t securely hold a plug, creating intermittent power to the fixture. Electricity can also be disrupted if a receptacle’s internal components are old, corroded, or loose. You may need to replace the electrical outlet.
  • Outlets on a shared circuit. Circuits typically power multiple outlets. If one outlet isn’t working, it can impact others that share the circuit, interrupting power in multiple rooms.

A Failing Outlet or Circuit Issue Without a Tripped Breaker

Electricity follows an intricate path through your home, splitting off to different outlets. If one outlet stops working — even if a breaker isn’t tripped — the current can become unpredictable, causing flickering.

  • Tripped GFCI outlets: Receptacles in kitchens and bathrooms are usually protected by a ground-fault circuit interrupter (GFCI). These outlets stop working when they detect an electrical issue. Since they’re often wired on the same circuit as other outlets, they can cause neighboring receptacles to fail until the GFCI is reset.
  • Internal outlet failure: The issue may also be with the outlet that powers your lights directly. Faulty components or an overloaded circuit can cause an outlet to blow. The outlets may deliver uneven power, overheat, and eventually stop working.

Problems with the Electrical Panel or Incoming Power

Your electricity provider may be another cause of intermittent power to your lights. Check with Kentucky Utilities or Louisville Gas and Electric to ensure there’s not a service issue.

Then check your electrical panel, which directs incoming power to your outlets and appliances. If you notice flickering or power issues throughout your home, the electrical panel may be struggling to provide consistent service for your needs.

Over time, electrical panels become outdated or wear out. You may need to look into the cost of replacing your electrical panel. It’s safer to hire a professional contractor to handle this complex task than replace an electrical panel yourself.

Schedule an Electrical Inspection with Elliot Services Today!

Persistent or severe flickering can be a sign of a serious electrical issue. Make sure your home is safe and up to code with a thorough electrical inspection. With 75 years of service excellence, Elliot Services is your trusted choice for residential electrical services. Contact us today for prompt, expert help.

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Furnace Troubleshooting Steps

Kentucky winters may not be the coldest in the country, but you can still feel the chill when your heat isn’t working. Many furnace issues have simple explanations if you know where to look. Work through our furnace troubleshooting guide to get started.

  • Check thermostat settings and power.
  • Inspect the furnace filter and airflow.
  • Look for tripped breakers or shut-off switches.
  • Check pilot light or ignition system issues.
  • Watch for warning signs that require professional help.

We’ll explore how to solve common heating problems and when to look for a trusted HVAC company near you.

Key Takeaways

  • Check issues with your thermostat or electricity before assuming there’s a furnace problem.
  • Schedule regular maintenance to keep your furnace working properly.
  • Watch for ignition-related problems that prevent the furnace from starting.
  • For safety reasons, don’t try to fix gas, mechanical, or electrical issues yourself.

Get Expert Furnace Help from Elliot Services Today!

With 75 years of experience, Elliot Services is a reliable choice for furnace repair, maintenance, and installation in Kentucky. Our licensed and insured contractors will carefully inspect your furnace, diagnose the problem, and get your heat working again. Contact us for safe, reliable, and quality service in Lexington and Louisville.

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Check Thermostat Settings And Power

If you’re piling on the blankets because your heat is out, check your thermostat first. This control center monitors your home’s temperature and tells the furnace when to kick in.

  • Batteries: Replace the thermostat’s batteries if the display screen is dim or not responding.
  • System mode: Make sure the thermostat is set to “Heat” and not “Cool,” “Fan,” or “Off.”
  • Temperature: Set the desired temperature higher than the current room temperature.
  • Programmed settings: Look for settings preventing the heat from turning on. For example, the heat may be programmed to switch off during the workday.

Inspect the Furnace Filter and Airflow

Air needs to flow freely so your HVAC system can warm your home reliably. Otherwise, your furnace may heat unevenly or turn off. Here are some common airflow problems:

  • Furnace filters: Filters typically need changing every 2 to 3 months. Inspect filters monthly in the winter for optimal performance and replace them if debris has built up.
  • Blocked vents: Inspect walls, floors, and ceilings to ensure nothing is obstructing the vent, and air can circulate. Curtains, furniture, and rugs can restrict airflow.

Look For Tripped Breakers or Shut-Off Switches

Power issues may also prevent your furnace from working. Investigate the following electrical issues:

  • Tripped breakers: Check your home’s electrical panel. If the breaker to your furnace was tripped, reset it to restore power. It’s normal for a breaker to trip occasionally to prevent circuits from overloading, but your power shouldn’t shut down frequently. Ask a professional electrician to perform an electrical inspection if your circuit breaker keeps tripping.
  • Furnace power switches: Your furnace should only be shut off in case of emergency or during servicing. Look for a furnace control on the wall next to the unit that looks like a light switch, and check that it hasn’t been turned off. The furnace will also shut off if the front panel is open, so give the door a push to make sure it’s secure.

Check Pilot Light or Ignition System Issues

Before your furnace can generate heat, it needs to start the combustion process. If there’s a problem with the pilot light or ignition system, the furnace won’t light and burn fuel.

  • Older furnaces have a pilot light or standing flame. The pilot light may go out because of a draft or mechanical issue. Follow your manufacturer’s instructions to relight it.
  • Newer furnaces have an electronic ignition system. You might hear clicking sounds if the igniter’s struggling to start or a bang that suggests gas build-up and delayed ignition. Your furnace might also start and stop frequently, which is a sign that the igniter isn’t staying on or a safety feature has kicked in.

Mechanical failure and gas-related problems can be dangerous, so call an HVAC contractor instead of trying to fix the furnace yourself.

Watch for Warning Signs that Require Professional Help

While you can troubleshoot basic furnace problems, some malfunctions require specialized knowledge. Contact a licensed professional if you notice:

  • Gas odors or burning smells
  • Black soot around the furnace
  • Unusual banging, rattling, or scraping
  • The furnace cycling off and on repeatedly
  • The furnace failing to start

These signs can indicate a mechanical, electrical, or gas-related problem that’s risky to repair yourself. To prevent hazards such as gas leaks, fire, and electrical shock, leave the repairs to a professional.

Schedule a Professional Furnace Inspection with Elliot Services!

Make sure your home stays warm during chilly Kentucky winters. From emergency furnace repair to preventative maintenance, Elliot Services offers comprehensive HVAC and electrical expertise. Book your visit today for trusted, quality service.

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Elliot Services - Commercial Electrical Panels

Key Elements of Commercial Electrical Panels

Commercial electrical panels are far more than just a collection of wires and switches. While they can look similar to residential panels, they’re usually much more complex and can handle greater loads.

For panels controlling power to larger premises, you may be looking at hundreds of individual circuits and breakers. As such, it’s important to not only understand how your panel works but also how to comply with safety regulations. To this end, we’ll cover:

  • An overview of commercial electric panels
  • Essential commercial electric panel components
  • Safety features and compliance
  • Installation and maintenance best practices
  • Future commercial electric panel trends

After reading this blog, you’ll have all the knowledge you need to keep your business energized.

Need Expert Commercial Electrical Services? Contact Elliot Services Today!

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Overview of Commercial Electric Panels

Commercial electrical panels control the distribution of electricity throughout nonresidential buildings. Unlike residential panels, which typically use single-stage electricity, commercial panels usually leverage three-stage power for greater versatility. This is necessary for powering electricity-hungry commercial appliances.

However, there are still many similarities between commercial and residential panels. Both feature a series of breakers, allowing you to cut power to specific appliances or circuits within the building. Commercial panels for hotels and other large businesses could easily contain more than 100 of these.

While most homes only have a main panel, businesses often also have several sub panels. These sub panels extend power to specific parts of the building, simplifying fault-finding and maintenance.

Essential Commercial Electric Panel Components

Commercial electrical panels adapt to the needs of each business. However, you’ll generally find the same types of components in each — albeit in different configurations. These components include:

  • Main breaker: Cuts power to the entire premises
  • Circuit breakers: Cut the power supply of specific circuits
  • Bus bars: Carry electricity from the main power supply to individual circuits
  • Neutral bars: Balance the electrical load by providing a return path to complete circuits
  • Ground bars: Redirect electrical current to the earth for safety
  • Surge protectors: Protect sensitive equipment from power surges
  • Electrical circuit interrupters: Stop electricity flow in response to arcs or fires
  • Meters: Monitor and report electricity use

All of these components are contained safely within a metal cabinet, which grounds the electrical panel and protects it from wear and tear.

Safety Features and Compliance

Safety is one of the most important things to consider when you look for an electrician. All work must comply with the National Electrical Code (NEC), which is updated every three years. Recent changes have included new requirements for surge protection devices in the service entrances of commercial buildings and enhanced GFCI protection requirements for areas near sinks.

Your panel itself contains a range of safety features based on the NEC regulations. The most important include:

  • A main circuit breaker to cut off all power in emergencies
  • Grounding to redirect stray electricity to the earth
  • Ground fault circuit interrupters to reduce electrocution risk
  • Arc fault circuit interrupters to reduce fire risks
  • Surge protection devices to protect equipment from voltage spikes

Installation and Maintenance Best Practices

It’s important to have a professional install and maintain your panel following both manufacturer and industry guidelines. These guidelines include best practices such as:

  • Maintaining appropriate clearance and spacing
  • Using suitable mounting
  • Installing grounding
  • Using wiring that matches the ampacity requirements
  • Labeling all circuits appropriately

To maintain safety, a quarterly and more extensive annual inspection are necessary. An electrician will also occasionally need to replace circuit breakers.

For optimal panel performance and longevity, you’ll need to perform thermal scanning, insulation testing, and power quality analysis each year. Only qualified electricians should handle these services.

Future Commercial Electric Panel Trends

Modern electrical panels can have several innovative features, including:

  • Smart technology: Provides remote access to aid monitoring and control of your panel
  • IoT integration: Enables your panel to connect with sensors and monitoring devices to improve safety and efficiency
  • Energy monitoring systems: Shows electricity usage of each circuit to reduce energy expenditure

If you have an older panel, consider upgrading it today for improved performance and reduced electricity bills.

Upgrade Your Commercial Electrical System Today!

Get the job done to your exact specifications. Our licensed and insured experts handle all commercial electrical services in Kentucky. Contact us 24/7 for your electrical needs.

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Elliott Electric

5 Reasons Your Electrical Outlet Isn’t Working

An electrical outlet that’s stopped working can be frustrating. In some cases, the issue is as simple as a tripped circuit breaker, while in others, worn connections may be to blame. Here are some of the most common reasons an outlet may fail:

  • Tripped circuit breakers or blown fuses
  • GFCI outlet has tripped
  • Loose or damaged wiring
  • Faulty outlet or worn connections
  • Larger electrical issues in the circuit

Continue reading to learn more about these issues and how to recognize them.

Key Takeaways:

  • Plugging too many things into an outlet is one of the most common reasons it fails.
  • A faulty outlet can indicate wiring problems and require professional help.
  • In some cases, damaged wiring within a wall can cause multiple outlets to stop working.
  • Contacting a trusted electrical contractor like Elliot Services is the best way to keep your home’s electrical system running safely and efficiently.

Restore Safe, Reliable Power with Elliot Services

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Tripped Circuit Breakers or Blown Fuses

Tripped circuit breakers or blown fuses are the most common reasons an outlet stops working. This may happen if you have too many things plugged into an outlet or too many high-demand devices on a single circuit.

For example, if you’re using a power strip to run an electric heater, a television, and a video game console, the circuit may be handling more than it’s designed for. As a safety measure, an overloaded circuit often causes a tripped breaker or blown fuse.

To pinpoint this problem, check your breaker panel and look for switches that are out of line or in the “off” position. You can resolve this issue by simply flipping the switch back to the “on” position. You can also relocate a high-demand device to a different outlet.

If the problem recurs frequently, consider contacting a professional to schedule an inspection.

GFCI Outlet Has Tripped

Ground fault circuit interrupter (GFCI) outlets automatically cut power if a fault is detected. These outlets are generally found in areas where they might be exposed to moisture, such as kitchens and bathrooms.

To test a GFCI outlet, press the RESET button to restore power. If it trips again immediately, the outlet may have trapped moisture or faulty wiring. In this case, it should be evaluated by an electrician before you attempt to use it again.

Loose or Damaged Wiring

Vibration, wear, and poor installation can cause the outlet’s wiring behind the faceplate to loosen over time. You may notice flickering lights, intermittent power, or visible sparks when you plug something in. These loose wires aren’t just a nuisance; they can generate heat and create a fire hazard.

Loose wiring poses a serious risk of electrical shock, so the repair should only be carried out by a professional. If you notice these signs, shut off power to the outlet at the breaker panel and call a licensed electrician for an inspection.

Faulty Outlet or Worn Connections

Even under the best circumstances, outlets eventually wear out. This is especially true for outlets used to power high-demand appliances, such as hair dryers or space heaters. The outlet’s internal contacts can fail, causing loose plug fits or a total lack of power flow.

Replacing faulty or old outlets is a simple way to avoid inconvenience and minimize safety risks. In older homes, where two-prong outlets are standard, the electrical work may not meet modern grounding requirements. A professional can upgrade the outlets to properly grounded, tamper-resistant outlets that are safe and up to code.

Larger Electrical Issues in the Circuit

In some cases, you don’t just lose function to one outlet but across several. If multiple outlets aren’t working, the issue may extend to the entire circuit or even the main service panel. Common causes include damaged wiring within the walls, burned connections at the breaker, or a faulty or outdated electrical panel.

These problems can only be identified with a thorough inspection and professional diagnostic services. At Elliot Services, we’re a licensed and insured contractor with over 75 years of experience. We help homeowners resolve these issues and restore their homes’ safety and efficiency.

Protect Your Home from Electrical Hazards!

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Heat Pumps vs. Furnaces in Kentucky

If you’re about to purchase a new heating system, you’re likely going through a heat pump vs. furnace debate. In Kentucky, both systems will work well, but it’s important to understand the benefits (and drawbacks) of each.

Keep reading to learn more about:

  • How heat pumps and furnaces work
  • Efficiency and energy use
  • Up-front and long-term costs
  • Climate performance in Kentucky
  • Which system is right for your home

By the end of this blog post, you’ll have a clear answer to the heat pump vs. gas furnace decision for your household.

Key Takeaways:

  • Both a furnace and a heat pump are acceptable systems for Kentucky homes, but the one you choose will depend on your priorities.
  • Heat pumps are generally more expensive to install, but because they’re more energy-efficient, they can save on bills in the long term.
  • Furnaces have lower up-front costs, require less maintenance, and provide reliable heating even in freezing temperatures.

Find the Right Heating System with Elliot Services

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How Heat Pumps and Furnaces Work

First, it helps to know how each heating system operates.

  • Heat pump: A heat pump transfers heat rather than generating it — absorbing warmth from the outside air and moving it indoors. This means it can function as both a heater and an air conditioner, offering year-round comfort.
  • Furnace: A furnace uses natural gas, propane, or electricity to produce heat through combustion or resistance heating. It can provide powerful heat output during freezing temperatures.

In Kentucky’s moderate climate, both systems can perform well, but their operation styles lead to key differences in comfort and energy efficiency.

Efficiency and Energy Use

Heat pumps are typically more energy-efficient because they move heat instead of burning fuel. Additionally, they can help reduce utility bills, especially in areas with mild winters and high electricity access. However, heat pumps are less effective in below-freezing conditions, so you may require backup heat (electric or gas).

A furnace offers consistent warmth even in cold snaps. Gas furnaces are less expensive to run when natural gas prices are low. Electric furnaces, however, tend to have higher energy costs.

Elliot Services can perform efficiency assessments to determine which system offers the best savings for your home.

Up-Front and Long-Term Costs

Your heating system is a costly decision. Here’s what you need to know about pricing when it comes to a heat pump vs. a furnace.

Installation costs: Heat pumps generally cost more up front but replace both your AC and furnace, saving on equipment costs in the long term. Furnaces have lower initial installation costs but need a separate cooling system.

Maintenance and lifespan: Heat pumps run year-round, so they may wear out faster. The average life span is 10-15 years. Furnaces last 15-20 years or more with regular maintenance.

You should also factor in the energy rebates available for high-efficiency systems in Kentucky when evaluating your costs. There are often more incentives for heat pumps, as they’re more environmentally friendly.

Climate Performance in Kentucky

Kentucky’s winters are moderate but variable, which means heat pumps work efficiently most of the year. However, furnaces provide dependable heat during cold snaps and extended freezes.

Hybrid systems (also known as dual-fuel setups) offer the best of both worlds. The heat pump operates when temperatures are mild, and the furnace automatically takes over when it’s freezing.

Note that Elliot Services can recommend the ideal hybrid setup for consistent comfort and efficiency across seasons.

Which System is Right for Your Home?

Still unsure which is right for you? Here’s an easy guide to follow.

Choose a heat pump if:

  • You prefer one system for heating and cooling.
  • You value energy efficiency and lower carbon emissions.
  • Your home is well-insulated and in a region with mild winters.

Choose a furnace if:

  • You need strong, consistent heat for long cold spells.
  • You already have a working AC unit and want to upgrade the heat only.
  • You prefer a long-lasting, low-maintenance option.

Ultimately, a professional consultation is the best way to evaluate cost, comfort, and efficiency for your specific home layout.

Upgrade to Efficient Heating Today

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How to Install a Ceiling Fan

Installing a ceiling fan is an efficient way to improve your home’s comfort and energy efficiency. However, it’s a complex process that’s often best left to the professionals. In this article, we outline how to install a ceiling fan, detailing steps such as:

  • Turn off the power and prepare the space
  • Remove the old fixture and inspect the wiring
  • Install the ceiling fan mounting bracket
  • Connect the electrical wiring
  • Secure and test the fan
  • When to hire a licensed electrician

Continue reading to find out how to install a ceiling fan with existing wiring or without, and discover how Elliot Services can help you improve your home’s comfort.

Key Takeaways:

  • When installing a ceiling fan, remember to put safety first.
  • Ceiling fan installation requires experience with electrical work.
  • Improper installation can lead to unusual noises, wobbling, or electrical repairs.
  • Hiring a licensed electrician to handle the job is the safest and quickest way to install a ceiling fan.

Upgrade Your Home’s Comfort Today

As your full-service electrical contractor, Elliot Services offers a full range of residential electrical services, including ceiling fan installations. Contact us today for safe, reliable installation services.

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Turn Off Power and Prepare the Space

As with any electrical project, be sure to shut off power at the breaker box before beginning with the ceiling fan installation. To ensure that no power is flowing to the existing wiring, use a voltage tester at the ceiling box and the switch that controls the existing fan or light fixture. If you’re installing a ceiling fan without existing wiring, you’ll need professional assistance.

Next, gather the necessary tools. This includes a sturdy ladder, pliers, screwdrivers, and wire connectors. You also need to ensure your ceiling can handle the weight of a ceiling fan. A standard light fixture box isn’t strong enough, so be sure to have fan mounting hardware.

Remove the Old Fixture and Inspect the Wiring

Carefully remove the existing light fixture and set aside the hardware. Look at the wiring to ensure it’s in good condition. If you notice damage or fraying, or if the wiring material is aluminum, the safety of the installation can be jeopardized. It’s important to have a professional handle the rest of the job.

If you’re replacing an existing ceiling fan, you may be able to use the current electrical box. Otherwise, switch out the electrical box for one that’s fan-rated and able to handle a fan’s motion and weight. Ensure the box is securely installed to a joist or a mounting brace designed for ceiling fans.

Install the Ceiling Fan Mounting Bracket

The next step is to attach the fan-rated mounting bracket to the electrical box. For this, you’ll need the screws that came with the fan kit. Make sure all the connections are tight and level to prevent wobbling or vibration. If the ceiling fan is being installed on a sloped ceiling, make sure the bracket allows the ceiling fan to sit at the correct angle.

Overhead installations can be physically challenging. Having a helper or electrician close by can make this step safer and faster.

Connect the Electrical Wiring

After the ceiling fan mounting bracket is in place, you’re ready to connect the electrical wiring. This typically involves connecting three wires: a green or copper ground wire, a white neutral wire, and a black or red wire that powers the fan. Older homes, or those with complex switch configurations, may require a professional to install a new circuit or rewire the existing connection.

To ensure a secure connection, use electrical tape and wire connectors. Once the wires are connected, carefully tuck them into the electrical box so they won’t be pinched when you mount the fan.

Secure and Test the Fan

Next, attach the fan motor housing to the bracket, ensuring all screws are tightened. Then, install the fan blades. Turn the power back on at the breaker, and test the fan and light functions to make sure they work.

If the fan wobbles or makes an unusual noise, it may not be properly secured or balanced. If the fixture doesn’t turn on or you see sparks, shut the power off right away and contact Elliot Services for a repair.

When to Hire a Licensed Electrician

Installing a ceiling fan requires more electrical know-how than most homeowners possess. While it may be tempting to try to install the fan yourself, this is a complicated job. This is especially true in homes with older wiring or complex electrical setups.

At Elliot Services, we make sure your fan is installed quickly, safely, and up to code. We also check your home’s wiring for potential hazards, helping you avoid costly repairs or dangerous situations down the road.

Upgrade Your Home’s Comfort Today

Get the job done to your exact specifications with expert residential electrical services from Elliot Services. Give us a call today to schedule your ceiling fan installation.

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outlet

Why Did My Outlet Stop Working?

When an outlet stops working, it can throw off your entire routine, especially if it powers essential electronics or appliances. Knowing potential answers to “why did my outlet stop working?” ensures you don’t assume the worst — and lets you know what you can safely check before calling a licensed electrician from Elliot Services.

This guide provides info on:

  • Tripped GFCI outlet
  • Loose or damaged wiring
  • Faulty outlet or worn connections
  • Tripped or overloaded circuit
  • Outdoor outlet exposure and weather damage
  • When to call an electrician

If you discover an outlet stopped working, it’s often a simple fix — but it sometimes points to bigger electrical troubles. Below, you’ll learn what to do if an outlet stops working and when to call Elliot Services for professional help.

Key Takeaways:

  • A tripped GFCI outlet in your kitchen, bathroom, or garage often causes outlets to fail.
  • If your outlet stopped working but the breaker isn’t tripped, loose or frayed wiring could be the culprit.
  • A faulty or worn outlet may cause flickering, buzzing, or scorch marks.
  • Overloaded circuits can trip breakers and cut power to multiple outlets at once.
  • Moisture or corrosion often causes issues with outdoor outlets.
  • If you’re unsure what to do when an outlet stops working, contact Elliot Services for fast, reliable electrical repair.

Get Reliable Electrical Repairs with Elliot Services

Backed by over 75 years of trusted expertise, our residential electrical services come to the rescue when your electrical outlets stop working. Contact Elliot Services for professional outlet repair and replacement that keeps your home safe and your power dependable.

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Tripped GFCI Outlet

A ground fault circuit interrupter (GFCI) outlet automatically cuts power when it detects an electrical imbalance. If your wall outlet stops working, especially in bathrooms, kitchens, or garages, it may share a GFCI circuit. Look for a nearby outlet with “reset” and “test” buttons for fuss-free troubleshooting.

Pressing reset often restores power, but if your electrical outlet stops working again shortly after resetting, moisture or wiring issues may cause repeat tripping — something that requires professional attention. Fortunately, Elliot Services’ licensed electricians can identify and fix the underlying issue quickly and safely.

Loose or Damaged Wiring

Sometimes, an outlet stops working even without a tripped breaker because of loose or damaged wiring behind the wall. Over time, vibrations, wear, or poor installation can loosen connections and interrupt power flow to the outlet. Signs of wiring problems include flickering lights, warm outlet covers, and intermittent power.

If you suspect this issue, never remove an outlet cover to check for yourself — this can lead to serious shock risks. Instead, call Elliot Services and let our experts test and repair any hidden wiring problems to keep your home safe.

Faulty Outlet or Worn Connections

If your wall outlet stops working and you hear buzzing or see scorch marks, the outlet itself may be worn out. Repeated plugging and unplugging can loosen outlets’ internal contacts over time, making it harder for your devices to stay powered. Replacing aging outlets or upgrading older two-prong models with modern grounded options improves safety and reliability throughout your home.

Tripped or Overloaded Circuit

If multiple outlets in one room lose power, you may have a tripped or overloaded circuit. Even if the breaker doesn’t appear tripped, try turning it fully off and back on to be completely sure.

Overloading circuits by plugging in too many high-draw devices — including heaters, hair dryers, and toasters — can cause them to shut off. If your electrical outlet stops working repeatedly, distribute appliances across different circuits or have Elliot Services install dedicated lines for heavy-use areas.

Outdoor Outlet Exposure and Weather Damage

If an outdoor outlet stops working, exposure to moisture, debris, or corrosion is often to blame. Even weatherproof covers fail over time, letting rain and humidity inside the housing. Inspect outdoor outlets regularly and make sure they have in-use covers designed for exterior conditions.

For long-term protection, schedule an electrical inspection from Elliot Services. Our team can replace and reseal damaged outlets to keep your outdoor power operating safely.

When to Call an Electrician

If your outlet stops working and you’ve already checked the GFCI and breaker, it’s time to call a licensed electrician. Resetting a GFCI or flipping a breaker is safe, but wiring repairs or outlet replacements aren’t do-it-yourself tasks.

Elliot Services’ electricians can diagnose whether your issue stems from a tripped circuit, wiring fault, or worn outlet and restore safe, dependable power quickly. Don’t risk electrical shocks or fire hazards — schedule service at the first sign of trouble.

Keep Your Home Safe with Professional Outlet Inspections

Protect your home by addressing electrical issues before they escalate. Elliot Services electricians inspect, repair, and replace faulty outlets to ensure your home remains energy-efficient and hazard-free.

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furnace 1

Why Is My Furnace Short Cycling?

When your furnace keeps turning on and off before your home reaches the right temperature, it’s a warning sign of a potentially bigger problem. Furnace short-cycling can waste energy, drive up heating costs, and shorten the life of your system. Understanding its causes helps you take the right steps to restore efficient, consistent warmth.

We’ll cover:

  • Clogged air filters that restrict airflow
  • Faulty thermostat readings
  • Improper furnace sizing
  • Overheating or safety sensor issues
  • Blocked vents or ductwork problems
  • When to call a professional HVAC technician

Short-cycling signals an issue that can drain your comfort and wallet. Let’s look at what causes furnaces to start and stop too often — and how Elliot Services can help you fix the problem for good.

Key Takeaways:

  • Clogged air filters overheat your system, leading to frequent system shutdowns.
  • Thermostat misreadings cause premature shutdowns and temperature swings.
  • Oversized furnaces waste energy and shorten component lifespan.
    Dirty or faulty sensors may falsely detect overheating and cut system power.
  • Blocked vents or duct leaks disrupt airflow and pressure.
  • Professional HVAC maintenance helps prevent short cycling and extends furnace service life.

Stop Short Cycling with Furnace Repairs from Elliot Services

If your furnace keeps turning on and off, don’t wait for your comfort or energy bills to suffer. Restore balance and reliability to your heating system through expert repairs and preventative maintenance with help from the licensed technicians at Elliot Services.

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Clogged Air Filters Restricting Airflow

Dirty or clogged air filters top the list of short-cycling culprits because clean filters keep air moving freely. Restricted airflow causes furnaces to overheat and shut down before finishing their heating cycle. This stop-and-start routine disrupts your comfort, increases energy consumption, and wears down essential components more quickly. Avoid these issues by checking your filter monthly and replacing it every 1 to 3 months, depending on use and indoor air quality.

Faulty Thermostat Readings

If your thermostat sends inaccurate readings, your furnace doesn’t know when to stop and start correctly. Placement on an interior wall works best. If your thermostat sits near a vent, window, or heat source, it might think your home is warmer than it really is. Replacing old batteries may also fix this issue.

Upgrading to a programmable or smart thermostat can improve temperature control and reduce the risk of unnecessary cycling. Contact the professionals at Elliot Services today for an installation estimate.

Improper Furnace Sizing

A furnace that’s too large for your home may sound like a good thing, but it actually causes major inefficiency problems. Oversized systems heat your home too quickly, then shut off before completing a full cycle, resulting in uneven temperatures, wasted energy, and added strain on parts that weren’t built for constant starts and stops.

The only real fix to improper furnace sizing issues is a professional electrical inspection and furnace replacement with an appropriately sized unit. Elliot Services’ technicians can perform detailed load calculations to ensure your new furnace fits your home’s exact heating requirements.

Overheating or Safety Sensor Issues

Your furnace has built-in safety features, including limit switches and flame sensors, that protect your home from overheating and unsafe combustion. When these sensors get dirty or corroded, they can trigger false shutdowns and cause short cycling. Because these components connect to your furnace’s electrical system, it’s best to leave repairs and replacements to licensed HVAC professionals. The expert technicians at Elliot Services can safely clean and replace sensors and confirm your system operates within safe temperature limits.

Blocked Vents or Ductwork Problems

Closed or obstructed vents restrict airflow, creating pressure imbalances that confuse your furnace’s controls. Likewise, damaged or leaky ductwork can keep warm air from circulating properly, causing your system to work harder and shut off too soon.

Walk through your home and make sure every vent is open and unobstructed by furniture, rugs, or drapes. If airflow feels weak, schedule a duct inspection with Elliot Services to check for leaks or debris buildup.

When to Call a Professional HVAC Technician

Changing air filters or checking thermostat batteries are easy first steps, but most short-cycling issues require expert troubleshooting. Elliot Services provides comprehensive diagnostic testing to identify and repair the root cause of short-cycling before it damages your furnace. Routine maintenance remains the best defense. Our technicians inspect, clean, and fine-tune your system to keep it running efficiently all season long.

Keep Your Furnace Running Smoothly with Preventive Maintenance

Regular maintenance keeps your system clean, safe, and efficient. Let Elliot Services handle your seasonal tune-up and furnace repairs so you can enjoy consistent warmth and lower energy bills throughout the winter.

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