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A storm may be brief, but it can leave lasting damage.

Sometimes, the damage is easy to spot, like when a branch knocks down a line, the power goes out, or something stops working. But a lot of electrical damage is harder to notice. Power surges, water getting in, or lightning nearby can cause problems that only show up later. Lightning can travel through your wiring or plumbing and harm your home, even if it doesn’t hit directly.

That’s why it is important to know the warning signs after a storm.

Here are seven signs your home may have electrical damage.

1. Breakers Keep Tripping, Or One Won’t Reset

If a breaker trips after a storm, it usually is not just a coincidence.

Breakers are there to protect your home. If one keeps tripping or won’t reset, there could still be a problem with the circuit. Things like voltage surges, water, or damaged wiring can cause these issues to continue. The CPSC says any wiring, breakers, or fuses that got wet should be checked by a professional before you use them again.

One trip might not be a big deal, but if it keeps happening, it matters.

Pay attention to:

2. Lights Flicker, Dim, Or Act Strangely

Storm damage doesn’t always mean the power has to go out. Sometimes, it just makes things act strangely.

If your lights flicker, dim, or pulse, it could mean there’s a wiring problem or a circuit is overloaded or damaged. Flickering or dimming lights are a warning sign of a serious wiring issue, especially if you notice other problems too.

This is especially important if these problems start right after a storm or power outage.

Watch for:

3. Outlets Or Switches Feel Warm, Smell Burnt, Or Look Discolored

If outlets feel warm, you smell something burnt, or you see dark marks around switches, it could mean there is heat, arcing, or damaged wiring. These are signs of serious electrical problems.

Do not ignore these signs or just wait to see if they go away.

Stop and act if you notice:

3. Outlets Or Switches Feel Warm, Smell Burnt, Or Look Discolored

Electricity should not make noise.

A quiet buzz from some devices can be normal. But if you hear loud buzzing, crackling, or sizzling from walls, outlets, panels, or switches, that’s not normal. These sounds could mean there are loose connections or broken parts.

5. GFCI Outlets Keep Tripping Or Won’t Reset

GFCIs are designed to trip when they detect a ground fault or leakage current. If one keeps tripping after a storm, it may mean moisture got where it shouldn’t, or that a device or part of the circuit’s been damaged.

This doesn’t always mean you need a repair, but it does show there is a problem.

Common post-storm clues:

6. Water’s Reached Your Home’s Electrical

Water and electricity are always a dangerous mix.

It’s not only a flooded basement you need to worry about with storms. Moisture from them can cause trouble in places you might not expect.

Check if water reached any of these areas:

Even if things look dry, water exposure can still cause hidden damage and risks.

7. Visible Outside Damage

Storms can damage anything attached to the exterior, such as the service line, meter area, mast, exterior disconnect, or outdoor outlets. Sometimes, power lines may be down nearby. Always assume downed lines are live, stay at least 35 feet away, and call 911, says ESFI. 

Stay a safe distance away from damaged wires, metal, or standing water.

Look from a safe distance for:

Next Steps

If you notice one of these signs after a storm, don’t ignore it.

Stop using anything that seems damaged. Most issues are hidden behind walls, inside outlets, or in parts of the system you cannot safely inspect on your own.

If something hasn’t felt right since the storm, reach out to our team. We can help you get answers, understand what’s going on, and move forward with a safe plan for your home.

If you know what to look for, you can catch problems early, avoid expensive repairs, and keep your home and family safer after a storm.

The storm passed. But the electrical damage may just be getting started.

A storm may be brief, but it can leave lasting damage. Sometimes it’s easy to spot — a branch knocks down a line, the power goes out, or something stops working. But a lot of electrical damage is harder to notice. Power surges, water intrusion, or nearby lightning can cause problems that only surface later. Lightning can even travel through your wiring or plumbing and harm your home without ever directly striking it.

That’s why it’s important to know the warning signs after a storm.

Warning Signs

To check after any storm

35 ft

Safe Distance

From any downed power line

Call First

If you see a downed line

Peterman

Emergency electrical

If something hasn’t felt right since the storm — trust that instinct. Hidden electrical damage is the most dangerous kind.

The Checklist

7 Signs Your Home May Have Electrical Damage

Sign

Breakers Keep Tripping, or One Won’t Reset

High Concern

If a breaker trips after a storm, it usually isn’t just a coincidence. Breakers exist to protect your home — if one keeps tripping or refuses to reset, there may still be a problem on the circuit from voltage surges, water, or damaged wiring. The CPSC warns that any wiring, breakers, or fuses exposed to water should be inspected by a professional before being used again.

⚠ Pay attention if

Sign

Lights Flicker, Dim, or Act Strangely

Investigate

Storm damage doesn’t always cut your power — sometimes it just makes things act strange. If your lights flicker, dim, or pulse, it can point to a wiring problem, an overloaded circuit, or damaged equipment. Flickering lights are an early warning of serious wiring issues, especially when paired with other problems.

⚠ Watch for

Sign

Outlets or Switches Feel Warm, Smell Burnt, or Look Discolored

Stop & Act

If outlets feel warm, you smell something burnt, or you notice dark marks around switches — that’s a sign of heat, arcing, or damaged wiring. These are serious electrical problems. Don’t wait to see if they go away.

🛑 Stop and act if you see

Sign

Buzzing, Crackling, or Sizzling Sounds

High Concern

Electricity should not make noise. A faint hum from some appliances is normal, but loud buzzing, crackling, or sizzling coming from walls, outlets, panels, or switches is not. These sounds usually mean loose connections or damaged components — and both can escalate quickly.

⚠ Listen for

Sign

GFCI Outlets Keep Tripping or Won’t Reset

Investigate

GFCI outlets are designed to trip when they detect a ground fault or leakage current. If one keeps tripping after a storm, moisture may have reached somewhere it shouldn’t, or a device on the circuit was damaged. It doesn’t always mean a repair — but it always means something is off.

⚠ Common post-storm clues

Sign

Water Reached Your Home’s Electrical

Stop & Act

Water and electricity are always a dangerous mix. A flooded basement is the obvious concern — but storm moisture can reach places you wouldn’t expect. Even if things look dry afterward, exposure can leave hidden damage and hidden risks.

💧 Check if water reached

Sign

Visible Damage Outside

High Concern

Storms can damage anything attached to your home’s exterior — the service line, meter, mast, exterior disconnect, or outdoor outlets. Keep a safe distance from damaged wires, twisted metal, or standing water near equipment.

Downed Power Lines: Always Assume They’re Live

Stay at least 35 feet away and call 911, according to ESFI. Never approach, touch, or try to move anything near a downed line.

👁 Look from a safe distance for

What to Do Next

Don’t Ignore the Warning Signs

Stop using anything that seems damaged. Most electrical issues hide behind walls, inside outlets, or in places you can’t safely inspect yourself. If something hasn’t felt right since the storm, we can help.

Schedule an Inspection →
📞 (317) 830-5870

Our Team Will

Know the signs. Catch problems early. Keep your home and family safer after every storm.

The Truth Behind Quick Fixes

A lot of repairs look finished. The wall is smooth. The drip stopped. The outlet works.

But “looks fixed” and “is fixed” are not the same thing.

Most home repair failures come from one thing: the deeper cause never got solved. Someone treated the symptom, not the problem. And because the surface looks better, the home gets put back on autopilot… until the same issue comes back louder, wetter, or more expensive.

That’s the trap with home maintenance and repair durability: the best work often isn’t the prettiest. It’s the work you don’t notice because it holds up through seasons, stress, and time.

Common Reasons Home Repairs Fail

Incomplete Root-Cause Diagnosis

A “repair” can be a patch. A true fix is a diagnosis.

Patch job: stops the visible issue today.

True fix: stops the root cause of the issue in the first place.

Common misses:

Why does it happen?

If the diagnosis is wrong, the repair is a guess. Sometimes guesses hold. Often they don’t.

Low-Quality Materials Used

Materials matter more than people think, especially in places that see heat swings, humidity, and freeze/thaw cycles.

Low-grade materials fail faster because they:

Budget cutting usually shows up in:

Improper Technique or Workmanship

Even great materials can fail with bad technique.

This is where contractor standards matter, especially for plumbing and electrical, where “almost right” can still be wrong.

Common workmanship failures:

Skilled labor shortages add fuel here. Some people are learning on the job. Some are “handy” but not trained. The difference shows up months later.

Environmental and Structural Overlooks

Homes move. The weather pushes. Water finds new paths.

Repairs fail when someone ignores the environment the house lives in:

Example: A crack gets caulked, but the real issues are shifting, water pressure, and poor drainage. Caulk loses that fight every time.

When “Looking Fixed” Isn’t Good Enough

Cosmetic Fixes That Mask Bigger Problems

Some fixes are only superficial.

A few classic “looks good, still broken” moves:

Why it fools people: the eye wants closure. A clean surface feels like the story ended.

But the house doesn’t care about the story. It cares about physics.

The Delay Cost of False Confidence

When a repair seems fine, homeowners tend to wait. This delay increases the real cost.

False confidence leads to:

It also creates a trust problem:

A good repair fixes the problem and restores your confidence.

Case Studies: Real-World Repair Failures

(These are common patterns seen across different houses, same failure logic.)

Plumbing Disasters After Quick Fixes

What happened: A pipe leaked under a sink. Someone tightened a connection and swapped a washer. The leak stopped.

Why it failed again:

The pipe was under stress due to slight misalignment, vibration, and thread corrosion. Tightening it bought time, but didn’t remove the cause.

What a better fix looks like:

Lesson: Tightening to stop a leak? That fix is usually temporary.

Electrical Work That Seemed Safe Until It Wasn’t

What happened: An outlet was “fixed” and worked again. No more flicker.

Why was it dangerous?

A loose connection, an incorrect device rating, or a poor splice can still pass power… while generating heat.

Common red flags behind “working but wrong” electrical work:

Lesson: Electrical danger may show up as heat, not an outage.

How to Avoid Failed Repairs

Ask for a Root-Cause Explanation

Before you approve the repair, ask questions that force clarity.

Good questions:

You’re listening for logic, not confidence.

Demand Transparency on Materials and Techniques

You don’t need a lecture. You need visibility.

Ask for:

Red flags in quotes/invoices:

Get Second Opinions on Major Issues

For expensive work (major plumbing lines, panels, foundation, HVAC replacement), a second opinion can save you from:

A good second opinion should answer:

Know the Signs of a Band-Aid Fix

In the weeks after the work, watch for:

A real fix becomes quieter over time; a band-aid grows noisier.

When It’s Time to Re-Do or Escalate: Recognizing Failing Repairs

Look for warning signs like:

If the issues recur, the cause wasn’t addressed; a redo is needed.

Legal and Insurance Options for Poor Workmanship

Not legal advice, just common, practical steps that often help.

If workmanship is clearly poor:

Even when you’re frustrated, staying organized and factual gives you the best leverage.

Are There Warranties That Cover Bad Repair Jobs?

Sometimes. Many contractors offer labor warranties, and many products have manufacturer warranties, but they don’t cover the same things. Manufacturer warranties often cover defective parts, not installation. Labor warranties cover workmanship, but terms vary a lot. Always get warranty details in writing.

Want a Second Set of Eyes?

If you’ve got a repair that works… but you don’t trust it, that feeling is worth listening to. If something was “fixed” and you’re seeing the same signs creeping back—or you just want a second set of eyes before it turns into a bigger mess, we’re here to help.

We’ll walk you through what’s really going on, what it will take to solve it, and what you can expect, so you can move forward with confidence.

Many homeowners ignore small electrical quirks—until they turn into big, dangerous, or expensive problems. In this post, we’ll walk through 11 common electrical issues in homes, explain what they usually mean, and show which service solves them (and how Peterman Brothers can help). Think of this as your home’s early‑warning checklist.

1. Not Enough Outlets or Switches

Problem: You rely heavily on extension cords or power strips because there aren’t enough wall outlets.
Why It’s an Issue: Overloading circuits and cords can lead to heat buildup, tripping, or fire risks.
Solution / Service: Electrical Installations. Our electricians add outlets, switches, or dedicated circuits so you don’t need dangerous workarounds.

2. Outlets Spark or Don’t Work

Problem: You see sparks, or outlets feel hot, or some don’t work at all.
Why It’s an Issue: Sparking or heat usually means wiring is loose or degraded. These are fire or safety hazards.
Solution / Service: Electrical Repairs & Troubleshooting. We test wiring, replace bad outlets, and restore safe connectivity.

3. Lights Flicker, Buzz, or Dim

Problem: Lights flicker, dim, or make buzzing noises randomly.
Why It’s an Issue: It often means voltage fluctuations, loose wiring, or overloaded circuits. Flickering is one of the top signs of wiring problems.
Solution / Service: Lighting Installation & Upgrades or Wiring Repair. We stabilize the circuit, rewire as needed, or upgrade fixtures.

4. Breaker Keeps Tripping

Problem: Your circuit breaker trips when you run multiple appliances.
Why It’s an Issue: It’s a sign your panel is overloaded, your circuits are undersized, or there’s a short somewhere. Prairie Electric+1
Solution / Service: Panel Upgrades / Circuit Balancing. Upgrading your electrical panel, redistributing load, or replacing a faulty breaker solves the root cause.

Read more in our blog Why Your Breaker Keeps Tripping

5. You Plan to Install an EV Charger

Problem: You don’t know if your home has the capacity to support one.
Why It’s an Issue: EV chargers draw large currents; installing one without proper wiring or panel capacity can stress your system.
Solution / Service: EV Charger Installation. We assess your panel, add wiring, ensure safety compliance, and install your charger properly.

6. You’re Uncertain If Your Home’s Wiring Is Up to Code

Problem: You live in an older home and are unsure if you have outdated or unsafe wiring.
Why It’s an Issue: Older wiring often lacks safety features (GFCI, AFCI) or may violate current electrical codes.
Solution / Service: Electrical Safety Inspections. We inspect wiring, check for code compliance, and recommend upgrades.

7. Power Goes Out Frequently During Storms

Problem: You lose power or essential devices shut off during weather events.
Why It’s an Issue: Grid outages or local issues leave your home vulnerable.
Solution / Service: Backup Generator Installation & Maintenance. We install standby or backup generators to keep your lights, HVAC systems, and appliances running during power outages.

For more, check Homeowner’s Guide to Generators.

8. No Smart Electrical Control Options

Problem: You can’t remotely control lighting, don’t have smart switches, or lack modern wiring for automation.
Why It’s an Issue: Without smart wiring, upgrades later are more invasive and costly.
Solution / Service: Smart Home Electrical Services. We install smart switches, control wiring, automation systems, and integrate devices into your electrical system.

9. Renovation Wiring Uncertainties

Problem: You’re remodeling a kitchen, bathroom, or basement and discover wiring problems—or the old setup won’t support your new layout.
Why It’s an Issue: Renovations often reveal outdated or unsafe electrical systems behind walls. New appliances or layouts may require new circuits or safer configurations.
Solution / Service: Our licensed electricians ensure your electrical system is safely updated and ready to support your new space—no builder coordination needed.

10. Surge Damage Appliances / Electronics Fail During Spikes

Problem: Electronics or appliances fail after storms or after high usage (e.g., HVAC cycling).
Why It’s an Issue: Surges damage sensitive electronics; using only plug-in surge strips isn’t enough protection.
Solution / Service: Surge Protection Installation. We install whole-home surge protectors to shield your entire system.

More in our Surge Protector Guide

11. An Odd, Hard-to-Define Electrical Problem

Problem: Power fluctuations, appliances acting inconsistently, or random quirks you can’t troubleshoot.
Why It’s an Issue: Small anomalies often precede serious faults.
Solution / Service: Troubleshooting & Diagnostics. We use advanced tools to trace root issues and correct them professionally.

When Should You Call an Electrician?

DIY work on any of these can be dangerous or code-violating. A licensed electrician brings safety, proper installation, and peace of mind.

Electrical systems don’t wait until they fail—they give signs. If you see flicker, sparks, warm outlets, or want to future-proof your home, don’t gamble with safety.

👉 Contact Peterman Brothers for a complete electrical evaluation or quote.
👉 Explore our full range of Electrical Services to see how we can help.

We’re here to keep your home running—safely, reliably, and smartly.

Trusted Experts in Electrical Safety & Home Power Solutions

At Peterman Brothers, we’ve helped hundreds of homeowners upgrade their electrical panels for increased safety, efficiency, and reliability. If your home is over 20 years old or you’ve recently installed high-power appliances (EV chargers, HVAC systems, etc.), an electrical panel upgrade may be necessary.

This guide explains when and why you should upgrade your panel, what’s involved, and how our licensed electricians can provide a seamless, code-compliant upgrade.

What is an Electrical Panel, and How Does It Work?

Understanding Your Electrical Panel

Your electrical panel (also known as a breaker box) is the heart of your home’s electrical system. It distributes electricity from the power grid to different areas of your home while protecting circuits from overloading.

💡 Think of it as a traffic control center:
 ✔ Main Breaker – The master switch for your home’s electricity.
✔ Circuit Breakers – Automatically shut off power if an overload or short circuit occurs.
✔ Bus Bars & Wiring – Distribute power safely to all parts of the house.

Outdated or undersized electrical panels can’t keep up with modern power demands, leading to fire hazards, tripping breakers, and safety risks.

🔹 Is your panel outdated? Our expert electricians at Peterman Brothers is currently offering free assessments to determine if you need an upgrade!

Signs That You Need an Electrical Panel Upgrade

If you’re experiencing any of these warning signs, your electrical panel may be unsafe or insufficient:

❌ Frequent Circuit Breaker Trips – If your breakers trip regularly, your panel may be overloaded.
❌ Burning Smells or Discolored Outlets – Overheated wires can spark electrical fires.
❌ Outdated Panels (Federal Pacific, Zinsco, or Split-Bus Panels) – These are known fire hazards and should be replaced immediately.
❌ Adding High-Power Appliances – EV chargers, hot tubs, or HVAC systems require higher amperage.
❌ Home Renovations or Smart Home Upgrades – Expanding your home? You’ll need increased electrical capacity.

🔹 Concerned about your panel? Schedule a consultation with our licensed electricians today.

Why Upgrade Your Electrical Panel?

1. Improved Safety & Fire Prevention

2. More Power for Your Home’s Growing Needs

3. Energy Efficiency & Lower Utility Bills

4. Code Compliance & Home Insurance Eligibility

🔹 We provide professional panel upgrades that meet all state and local codes to ensure safety and compliance.

How Much Does an Electrical Panel Upgrade Cost?

💰 The cost of an electrical panel upgrade depends on panel size, wiring needs, and labor costs.

Panel Size Average Cost Best For
100 Amp $1,000 – $2,500 Small homes, minimal power use
200 Amp $2,500 – $4,500 Most modern homes, smart devices, EV chargers
400 Amp $5,000 – $8,000 Large homes, multiple EVs, high-demand appliances

Step-by-Step: How We Upgrade Your Electrical Panel

Step 1: Assessment & Load Calculation

✔ Our licensed electricians evaluate your current panel and determine if an upgrade is necessary.

Step 2: Choosing the Right Panel Size

✔ We recommend 100A, 200A, or 400A panels based on your home’s electrical needs and future upgrades.

Step 3: Obtaining Permits & Scheduling the Upgrade

✔ We handle all necessary permits and inspections so you don’t have to.

Step 4: Professional Installation & Safety Testing

✔ Power Shut-Off & Old Panel Removal
✔ New Panel Installation & Circuit Breaker Setup
✔ Final Inspection & Compliance Certification

📌 Our team ensures a seamless, code-compliant installation with minimal downtime for your home!

FAQs – Answered by Our Licensed Electricians

✅ How long does an electrical panel upgrade take?
 Most installations are completed in 4-8 hours, depending on complexity.

✅ Can I upgrade my electrical panel without rewiring my home?
 In many cases, yes! If your wiring is up to code and in good condition, a panel upgrade can be done without rewiring your entire home.

✅ Do I need a permit for an electrical panel upgrade?
 Yes, most cities require permits and inspections—which we handle for you.

✅ Is a panel upgrade worth it for home resale value?
 Absolutely! Upgraded electrical systems make homes more valuable and attractive to buyers.

📌 Still have questions? Contact Peterman Brothers today or Request an Estimate.

Why Choose Peterman Brothers for Your Electrical Panel Upgrade?

🔹 Licensed & Insured Electricians – Ensuring 100% safety & compliance.
🔹 Fast, Professional Service – Most installations are completed in one day.
🔹 Competitive Pricing & Financing Options – Helping you upgrade affordably.
🔹 Trusted by Thousands of Homeowners in the Midwest – Check out our 5-star reviews!

📌 Serving 11 locations across Indiana, Kentucky, and Ohio

Why Choose Peterman Brothers for Your Electrical Panel Upgrade?

✅ Ensures safety, prevents fire hazards, and keeps your home up to code.
✅ Supports modern appliances like EV chargers, solar panels, and HVAC systems.
✅ May lower insurance premiums and increase home resale value.

📌 Next Steps:
 📞 Contact Peterman Brothers or Request a Quote today!

In our digital age, almost every household and workplace relies heavily on electronic devices like computers, TVs, smart appliances, and entertainment systems. These devices are expensive and vulnerable to damage from unexpected electrical surges caused by lightning, power outages, or issues within the power grid. This makes protecting them not just a convenience but a necessity.

In this post, we’ll explore why surge protection is crucial, how surge protectors work to shield your electronics, and why opting for a whole home surge protector is a wise decision. We’ll also guide you through the costs involved, the installation process, and what steps to take if you decide to install a whole home surge protection system. Ensuring your electronics are protected is an investment in prolonging their lifespan and maintaining your peace of mind.

What is a Surge Protector?

A surge protector is a device designed to protect electronic equipment from sudden spikes in voltage. These voltage spikes can severely damage or even destroy electronic components instantly. Surge protectors monitor the electricity flowing to devices and divert any excess to a grounding wire, thus neutralizing the threat of electrical overload. This protective measure is crucial for safeguarding your home’s electronics against unpredictable electrical surges.

How Do Surge Protectors Work?

Surge protectors use components such as metal oxide varistors (MOVs) to clamp excess voltage. MOVs are like pressure-sensitive valves that react when voltage exceeds a safe threshold; they effectively absorb and redirect the dangerous overvoltage to the ground wire, preventing it from reaching and damaging connected devices. This mechanism acts instantaneously to ensure that only the right amount of electricity passes through.

Is Surge Protection Necessary?

Yes, it’s essential. Electrical surges damage millions of dollars worth of property annually, including home electronics and appliances. The risk is even greater in areas prone to lightning or where power infrastructure is less reliable. By installing surge protectors, you mitigate the risk of costly repairs and replacements and help extend your electronic devices’ life expectancy.

Are Surge Protectors Safe?

Surge protectors are very safe to use if they are well-made and tested by experts like UL (Underwriters Laboratories). However, there are a few things to watch out for to ensure you’re using them safely. First, pick a surge protector that fits what you need for your devices and replace it if it has been hit by a big surge, as its protection can get weaker.

It’s also important to avoid overloading power strip surge protectors. Plugging too many devices into one power strip can lead to overheating, which might cause a fire. Always check the power limits of your surge protector and do not exceed them. Also, never “daisy chain” or plug one power strip into another, as this can create a fire hazard.

The main risk for whole-home surge protectors is incorrect installation. This kind of protector must be installed directly into your home’s main electrical panel. If it’s not installed properly, it might not work correctly when needed, leaving your devices unprotected. That’s why it’s best to have a licensed electrician install your whole-home surge protector to ensure it’s set up safely and correctly.

Whole Home Surge Protectors vs. Power Strip Protectors

Whole home surge protectors provide a higher level of security compared to power strip protectors. Installed at your home’s main electrical panel, they manage surges before they enter your home’s wiring, offering uniform protection to all appliances and electronics—not just those plugged into a strip. This integrated approach is especially beneficial for high-value and permanently installed items not connected to a movable power strip.

Whole Home Surge Protector Average Cost

Installing a whole home surge protector is an investment typically ranging from $100 to $500, depending on the device’s specifications and protective features. While the initial cost may seem high, the potential savings from avoiding the replacement of expensive electronics can make it a financially wise decision in the long run.

Can I Install a Whole Home Surge Protector Myself?

A professional should generally install a whole home surge protector. The process involves intricate electrical work that could pose safety risks if mishandled. An experienced electrician can ensure the surge protector is correctly integrated into your home’s electrical system, providing reliable protection and peace of mind.

What Are the Next Steps to Install a Whole Home Surge Protector?

  1. Evaluate Your Needs: Assess the frequency and severity of power surges in your area, along with the value of your electronic devices.
  2. Consult a Professional: Contact a licensed electrician for an installation quote and to discuss any specific requirements your home might have.

By following these steps, you ensure that your home and all its electronic components are shielded against the unpredictability of power surges, ultimately securing your home’s electronics and safety. If you have any further questions, feel free to contact us.

If you’ve been thinking about getting a generator for your home, it can be overwhelming with all the options and technical jargon out there. This guide is designed to simplify that process, providing you with a clear and concise overview of everything you need to know about whole home generators. 
In this article, we’ll explore several key aspects to help you make an informed decision about generators for your home. Here’s what we’ll cover:

  1. Understanding Whole-Home Generators
  2. The Importance of Having a Whole-Home Generator
  3. Different Types of Whole-Home Generators
  4. Determining the Right Size Generator for Your Home
  5. Generator Fuel Types and Efficiency
  6. The Installation and Placement of Generators
  7. Operation and Maintenance Tips
  8. Home Generator Cost Analysis
  9. Essential Safety Precautions
  10. Legal and Insurance Considerations
  11. Choosing the Right Generator for Your Home
  12. Final Recommendations and Considerations

What is a Whole-Home Generator?

A whole home generator, or standby generator, is a backup electrical system that operates automatically during a power outage. These generators provide an instant power supply to your home’s electrical circuit breaker box, ensuring a seamless transition during a power loss.
Their primary purpose is to maintain critical appliances like refrigerators, air conditioners, and heating systems operational, providing comfort and safety in your home during emergencies.

Importance of Having a Whole-Home Generator

In regions prone to severe weather or frequent power outages, a whole-home generator is not just a convenience but a necessity. It safeguards against food spoilage, maintains essential medical equipment, and ensures continuous heating or cooling.
Additionally, these generators add value to the property. They can be a lifeline for remote homes where power outages are more than an inconvenience, often posing significant risks.

Types of Whole-Home Generators

Standby Generators

Standby generators are permanent installations that power your entire home. They are typically connected to a natural gas line or large propane tank and start automatically during a power outage. Standby generators are ideal for homes with frequent, prolonged power outages. They are designed to handle a heavy load for extended periods.

Portable Generators

Portable generators, while not intended to power an entire house, can be a budget-friendly alternative. They run on gasoline or propane and provide electricity to essential appliances through extension cords. These generators require manual operation and are best suited for temporary power solutions during short-term outages.

What Size Generator do I need?

Assessing Your Home’s Power Needs

Before purchasing a generator, it’s essential to understand your home’s energy requirements. This involves listing all the appliances and systems you need to keep running during an outage and noting their wattage requirements. Items like refrigerators, sump pumps, and HVAC systems should be prioritized.

How to Calculate Required Generator Size

To determine the generator size needed, add the total wattage of all the appliances and devices you plan to run simultaneously. It’s crucial to consider both the starting wattage (the initial surge of power required to start an appliance) and the running wattage.
A generator’s size is typically measured in kilowatts (kW), and the total wattage of your appliances will guide you in selecting a generator with the appropriate capacity.

Generator Fuel Types and Efficiency

Gasoline Generators

Gasoline generators are widely popular due to their availability and ease of refueling. These generators are generally more affordable and are ideal for short-term use during temporary power outages. However, gasoline has a shorter shelf life compared to other fuels, which can be a limitation for long-term storage.
Gasoline generators also tend to be less fuel-efficient and might require more frequent refueling during extended use. They are a good choice for those needing a portable and easy-to-operate power solution in situations where fuel availability is not an issue.

Diesel Generators

Diesel generators are known for their fuel efficiency and longer running times, making them suitable for extended power outages. Diesel fuel has a longer shelf life than gasoline, which is advantageous for storage and preparedness. These generators are often more durable and can handle heavier workloads.
However, diesel generators can be more expensive upfront and are generally larger and noisier, which might be a consideration in residential settings. Their efficiency and reliability make them a preferred choice for situations requiring a more robust and long-lasting power solution.

Propane Generators

Propane generators are a popular choice for residential backup power due to their clean-burning nature and efficient operation. Propane has a significant advantage in terms of storage, as it can be stored indefinitely without degradation, making it ideal for emergency preparedness. Propane generators are also known for their quiet operation and generally produce fewer emissions compared to gasoline and diesel generators.
They require a propane tank, which means you’ll need adequate space for safe storage. These generators are suitable for those who prefer a balance between eco-friendliness and convenience, as propane is readily available and easy to store.

Natural Gas Generators

Natural gas generators offer the convenience of a continuous fuel supply, particularly advantageous for those connected to a municipal gas line. This eliminates the need for manual refueling, making them a low-maintenance option for home backup power. Natural gas burns cleaner than gasoline or diesel, resulting in fewer emissions and making it an environmentally friendly choice.
The initial installation may require professional assistance to connect to the gas line, which can be a consideration in terms of cost and feasibility. These generators are ideal for homeowners seeking a reliable, eco-friendly, and virtually maintenance-free emergency power solution, with the added benefit of an uninterrupted fuel supply.

Installation and Placement For Your Generator

Professional Installation vs DIY

Installing a whole home generator differs from a typical DIY project due to its complexity and the need to adhere to safety standards and local building codes. Professional installation ensures the generator is correctly connected to your home’s electrical system and fuel supply. It also guarantees that the installation complies with local codes, which might include specific requirements for distance from the house, noise ordinances, and exhaust systems.

Safety Regulations and Local Codes

Adhering to local building and safety codes is crucial when installing a whole home generator. These regulations vary by location and can include specifications for the placement of the generator to ensure it’s away from windows and doors to prevent carbon monoxide poisoning. 
Additionally, there might be requirements for soundproofing, especially in residential areas, to minimize noise pollution. Hiring a certified electrician or contractor familiar with these codes is essential for a safe and compliant installation.

Operation and Maintenance of Your Generator

How to Operate Your Home Generator

Operating a whole home generator typically involves ensuring it’s in ‘auto’ mode, allowing it to start automatically during a power outage. For portable generators, operation involves manually starting the generator and connecting it to the essential appliances. It’s crucial to read and understand the manufacturer’s instructions thoroughly for safe operation and to ensure you’re familiar with the generator’s features and limitations.

Monitoring Your Generator’s Status

Modern whole-home generators often come with the ability to monitor their status via smartphone apps or web portals. This technology allows homeowners to remotely check their generator’s performance, fuel levels, and maintenance needs, ensuring they are always prepared and informed.

Routine Maintenance Checks

Regular maintenance is vital to ensuring the longevity and reliability of your generator. This includes checking oil levels, replacing air and fuel filters, and ensuring the battery is charged. It’s also essential to run the generator periodically to make sure it’s in good working order. For standby generators, it’s recommended to have a professional service inspection at least once a year.

Home Generator Cost Analysis

Initial costs of home generators vary by size and type. Installation requires professional work, representing a significant initial investment. Still, these costs are easily justified by the benefits and convenience during stressful power outages.
Operational costs include fuel consumption, maintenance, and repair. Costs vary depending on generator type and usage frequency. Standby generators generally incur lower operating costs due to their efficiency and fuel type. 
Some insurers offer premium discounts for homes with backup generators, reducing damage risks from power outages. Additionally, a home generator can increase property value, an essential factor in the overall cost-benefit analysis of installation.

Safety Precautions

Safety Measures During Use

Safety should be your top priority when operating a generator. Always place portable generators outside and away from windows, doors, and vents to avoid carbon monoxide poisoning. Ensure the generator is placed on a flat surface to prevent tipping. Never refuel a hot or running generator, which can lead to fires or explosions. Also, use heavy-duty, outdoor-rated cords to connect appliances.

Emergency Protocols

In case of an emergency, such as a fire or carbon monoxide alarm, it’s crucial to have a plan in place. This includes knowing how to quickly and safely shut down your generator and evacuate if needed. 
Install carbon monoxide detectors in your home to monitor levels, especially when the generator is running. Regularly review and practice your emergency plan with all household members.

Permits and Legal Requirements

Before installing a whole home generator, it’s important to understand the local legal requirements. This may include obtaining permits or adhering to specific installation codes. 
Failure to comply with these regulations can result in fines or legal complications. Additionally, improperly installed generators can pose safety hazards.

Impact on Home Insurance and Warranties

Installing a generator can affect your home insurance policy. Some insurers require notification of such installations and may adjust your coverage or premiums accordingly.
On the other hand, a properly installed generator can also be seen as a home improvement, potentially lowering insurance costs. Ensure that your generator comes with a warranty, and understand what it covers to protect your investment.

Choosing the Right Generator for Your Home

Factors to Consider When Buying

Selecting the right generator involves considering factors like power capacity, fuel type, noise level, and cost. Assess your home’s power needs to determine the appropriate size. Consider the fuel availability in your area and the generator’s efficiency. 
Noise level is an essential consideration for residential areas. Lastly, weigh the initial cost against long-term benefits and maintenance expenses.

The Brand We Trust Our Customers With

We are proud to install the Cummins line of generators. Their impressive patent record highlights Cummins’ commitment to innovation in product development. This level of innovation reflects their commitment to quality and reliability in their products.
Cummins’ generators, in particular, are known for their durability and efficiency, making them a preferred choice in various industries, including residential power generation. Their generators are designed to meet diverse needs, offering multiple power solutions for different applications.

Final Thoughts

Summarizing the Importance of Whole Home Generators

Home generators provide peace of mind and security during power outages. They ensure the continuous operation of essential appliances and systems, protecting against potential damages and inconveniences. The right generator can be valuable, offering functional benefits and increased property value.

Final Recommendations for Homeowners

As a homeowner, investing in a whole home generator requires careful consideration and planning. Evaluate your specific needs, conduct thorough research, and consult with professionals. 
Remember to prioritize safety, comply with legal requirements, and perform regular maintenance. With the right approach, a whole-home generator can be a dependable and valuable addition to your home.

Last week I was cooking dinner, left the stove to take care of a few things, and returned to a stove with no heat. I was so confused and checked the dials, turned them down and back up again, and even made sure the stove was still plugged in. Of course, my final guess was the breaker. After finally getting the switch flipped, it left me with having to start dinner over. Not a huge deal, but doesn’t it always happen at the worst times? In this post, we’ll explore why your breaker keeps tripping, why it’s important, and how to fix it to make sure dinner is on the table in time.
⚠️ Remember to always exercise extreme caution when dealing with electricity and, if in doubt, seek the help of a professional electrician!

1. Overloaded Circuit

An overloaded circuit is the most common reason for a tripped breaker. It occurs when you plug too many devices into one circuit. The circuit can only handle a certain amount of electrical current, and the breaker trips when it exceeds the limit.
A common issue we see is with surge protectors. It’s important to be mindful of the number of devices you’re plugging into each one and to avoid daisy-chaining them together. If you need more outlets, installing additional outlets or even a new circuit to handle the load is better.
The Fix:
Unplug some devices or distribute them to different circuits.

2. Short circuit

Short circuits occur when an electrical current takes a path it is not intended to, creating an electrical circuit with little or no electrical resistance. This results in an excessive current flow and can cause a circuit breaker to trip or even start a fire. Short circuits are typically caused by damaged or frayed wires, loose connections, or improperly installed electrical components.
To avoid short circuits, it is essential to regularly inspect and maintain electrical wiring and components, avoid overloading circuits, and use electrical equipment and appliances that are properly rated for the electrical system in your home.
The fix:
You will need to identify the location of the short circuit and fix it by replacing the damaged wiring or outlet.

3. Ground Fault

This can happen when an electrical device or wiring becomes damaged, causing the current to be redirected. Ground faults can be hazardous, as they can cause electrical shocks or even fires. Additionally, installing ground fault circuit interrupters (GFCIs) can help prevent ground faults by quickly shutting off the circuit if an abnormal current flow is detected.
The fix:
You will need to identify the location of the ground fault and fix it by replacing the damaged wiring or outlet.

4. Old Circuit Breaker

Circuit breakers have a lifespan of 30-40 years. They can pose many dangers beyond the simple annoyance of frequent tripping. As circuit breakers age, the internal components can become worn or damaged, leading to improper functioning. This can result in it potentially causing an electrical fire or damaging appliances and devices connected to the circuit.
How do I know how old my breaker is?

The fix:
It’s crucial to have a licensed electrician inspect your circuit breakers regularly and replace them when necessary to ensure your home’s electrical system is safe and up to code.

5. Faulty Appliances

A faulty appliance can cause the breaker to trip. This can happen if the device has a short circuit or is drawing too much power. Some machines are more prone to tripping breakers than others, particularly those with electric motors or heating elements, such as air conditioners, refrigerators, space heaters, and hair dryers.
Common problems that can cause appliances to trip breakers include:

The fix:
Immediately unplug the appliance and have it repaired or replaced. It is generally safe to unplug them when they malfunction as long as you take the necessary precautions:

In conclusion, a tripped breaker can be a headache, but it can also be a warning sign of a potentially dangerous electrical issue in your home. By understanding why your breaker keeps tripping and how to fix it, you can ensure the safety of your home and family. Remember to always exercise caution when dealing with electricity and, if in doubt, seek the help of a professional electrician.

Contact Us

If you need electrical repair services in Indianapolis, contact Peterman Brothers. We can provide electrical rewiring, outlet repair and replacements, circuit breaker install and repair, and much more.

With the holiday season in full swing, many of us look forward to spending time with our family and friends. Simply enjoying our hopefully not dry turkey and opening gifts in the warmth and comfort of our homes.
However, at Peterman Brothers, we know the increased use of heating, plumbing, and electrical systems during this time can also strain these systems, leading to potential issues and disruptions.
To make sure your home stays warm, comfortable, and safe during the most wonderful time of the year, we’ll be going over 12 holiday heating, plumbing, and electrical tips to make sure the only thing you need to worry about is your light display is better than your neighbors.

Holiday Heating Tips

1. Tune-ups

Keep your heating system in good working order by scheduling a professional inspection and tune-up before your merry gatherings. These checkups will help ensure that your system is running efficiently and effectively and can help prevent potential issues from arising during the holiday season.
During the inspection, the technician will clean and adjust the various components of your heating system, such as the burners, blower, and thermostat, to ensure they are functioning correctly. They will also check for any signs of wear and tear and replace faulty or worn-out parts.

2. Vent Space

In addition to scheduling a tune-up, you can also do a few things to help maintain your heating system during the holiday season. It’s a good idea to keep your heating vents and registers clear of any obstructions, such as furniture or rugs, which can heavily restrict the flow of warm air into your living spaces.

3. Thermostat

Turn down the thermostat a few degrees. Cooking a lot adds a lot of heat. If you’re hosting this year, turn down the thermostat to adjust for the extra heat. You want your guests to be warm, not roasting like chestnuts!

4. Ceiling Fans

Before you resort to cranking up the thermostat, consider using your ceiling fan to keep your home comfortable. Warm air will naturally rise to the ceiling, but setting your ceiling fans to spin clockwise will force warm air back into your living areas. This trick allows you to redistribute the heat inside your home instead of adding extra.

5. Drafts

You can install a top-of-the-line system, but if your windows and doors are full of drafts, your home will never feel as warm as it should. Look for openings near doors and windows and caulk and seal as necessary.

6. Upgrade

If your furnace is more than 15 years old or you feel it’s struggling to keep up, you may need to consider replacing your system. With a new, high-efficiency model, which can save you money on energy bills and help reduce your carbon footprint. This way, you can enjoy a cozy and warm home throughout the holiday season without worrying about your heating system breaking down. Peterman Brothers can always come out for free to look at your furnace, if you are considering replacing your old system.

Holiday Plumbing Tips

7. Drains

Avoid clogged drains and other plumbing issues by being mindful of what you put down your sinks and toilets. Avoid pouring grease, fats, and oils down the drain, as these can solidify and cause clogs. Instead, pour used cooking oil into a container and dispose of it properly.

8. Toilets

Also, avoid flushing non-biodegradable items down the toilet, such as wipes, sanitary products, or grandma’s fruit cake, as these can cause clogs. If you experience a clogged drain, try using a plunger or a plumbing snake before calling a professional plumber. This way, you can avoid inconvenient and messy plumbing issues and keep your sinks and toilets flowing freely during the holiday season.

9. Dishwasher

When cleaning up after a holiday meal, it’s best to run the dishwasher once all the other dishes have been cleaned. This is because the dishwasher and garbage disposal typically share the same drain. Running the disposal or pouring anything into the sink can push waste back into the dishwasher’s cleaning cycle. Additionally, running the dishwasher could cause water to back up and flood your kitchen if your drains become clogged.

10. Showers

If you’re hosting guests during the holidays, consider spacing out the time between showers by about 10-15 minutes, which can help prevent your drains from becoming clogged. This pause allows your hot water supply to replenish and your drains to clear. Using a strainer over the drain can also help prevent hair and other debris from clogging your pipes.

Holiday Electrical Tips

11. Inspect

Protect your home and loved ones from electrical fires and other hazards by making sure your electrical system is up-to-date and in good working order. Start by checking your outlets, switches, and cords for signs of damage, such as fraying or exposed wiring, and replace any faulty or outdated components.

12. Overloads

Additionally, avoid overloading your electrical system by limiting the use of extension cords and power strips, and make sure to unplug any holiday lights and decorations before leaving your home or going to bed.
To avoid overloading your electrical system:

These precautions can prevent electrical fires and other hazards and keep your home safe and festive throughout the holiday season.
By following these 12 heating, plumbing, and electrical tips, you can help ensure that your home stays warm, comfortable, and safe during the holiday season. If you have any questions or concerns with any of these, please give us a call.

From our family to yours, Happy Holidays!

Common Problems With Electrical Outlets

Your home’s electrical system is a sophisticated network of electronic components and intricate wiring. When an outlet is faulty, it can point to an underlying problem with your electrical system.

If there is no power from the outlet, it might be an issue with loose connections. The circuit breaker can trip if the outlet’s wires are not secured properly. This can increase the risk of electrocution, so you should handle them with caution.

One issue you must never overlook is a frequently tripping breaker. You can flip it back on the switch from the panel. But if it cuts off power repeatedly, it is a sign of a faulty circuit. It usually means that the outlet is drawing more power than the electrical system can deliver.

It is worth noting that overloaded electrical systems can cause overheating and short circuits. Instead of flipping back the switch on the electrical panel, have your home’s circuit tested.

Tips for Testing Outlets

Before testing, you must understand the different components of the outlet. A grounded outlet will have three pins. The taller slot on the left is neutral, while the shorter one to the right is hot. The half-circle below the two pins is the ground slot.

To test the outlet, you’ll need a multimeter with the configurations set on alternating current. Some multimeters can detect the current automatically. You could also use a voltage detector or voltmeter.
You may want to rule out faulty electronics before testing the outlet. You can use the appliances on other outlets to ascertain it is working. If you feel uncomfortable performing this test, you can call Peterman Brothers for timely electrical repair services in Indianapolis.

How to Test a Grounded Outlet

Your electrical system needs a grounded connection to prevent electric shocks and fires. The ground provides a complete path for the current to return to its source. That way, when there is lightning or a storm, the circuit breaker will cut off power instead of overloading the circuit.

Proper grounding is essential as it protects your equipment from power surges. Grounding also ensures compliance with the NEC (National Electrical Code). If you believe an outlet does not have a proper grounding, consult an electrician.

You can test the outlet for grounding by placing the red lead probe of the multimeter in the small slot. With the black tip in the ground slot, check the voltage readings. If the values are not zero, it means the outlet is not grounded properly.

The Danger of Reversing the Outlet’s Polarity

Switching the polarities of the outlet may not appear to affect incandescent lighting and some electronics. But if the outlet has the neutral and hot wires reversed, it can diminish its ability to cut off power when not in use. The appliance remains energized with electrical power even when it is off.

Since the appliance is energized, it can cause electric shocks when someone touches it. Incandescent bulbs may continue working if the polarities are in reverse. But it can be risky when screwing the bulb in place.
The metal shell of an incandescent lamp is neutral, while the contact at the bottom of the bulb is a hot wire. Therefore, the standard configuration reduces the risk of electrocution when changing bulbs. Because you are more likely to touch the metal shell, the fixture is more dangerous when the polarity is reversed.

The bottom line is reversing polarities is risky for both appliances and the building’s occupants. You can test polarities by placing the black lead into the larger slot and the red tip into the smaller one.

If the multimeter registers a reading, there is probably an issue with the polarities. You should avoid plugging any sophisticated appliances into the outlet. A certified electrician should be contacted to fix it first before you can use it. Peterman Brothers’ electrical team has vast experience handling projects of varying requirements in Indianapolis.

Preventing Accidents When Testing Outlets

Generally, an outlet will have three slots: ground, neutral, and hot. When testing the circuit, treat each slot with caution as any can carry current. Short circuits within the outlet mean that the electrical current could be from any of the slots.

To prevent shocks from going through your body, hold both lead tips in one hand. You must never allow the two metal pieces to touch. The connection will trigger a short circuit and start a fire.

Before attempting any tests, pay attention to signs of a faulty outlet. Electrical arcs can cause burns around the slots. If the fixture feels warm to the touch, that is probably a sign of short circuits. A replacement is often necessary to prevent hazards.

If the outlet has clear signs of faults, it is best to avoid tampering with it. In such cases, there is a high risk of electrocution. You could accidentally push wires together that touch, which can trigger an electrical fire.
It is also advisable to replace outlets that let the plug fall out easily. It is usually a sign of rapid wear and tear of the internal components. Electrical arcs can melt and damage the metal contacts, and exposed wires can fray the insulation.

Therefore, if the plug is falling out, it could be an electrical fault or an overloaded circuit. The best solution is to have an electrician test the outlet and rewire or upgrade the electrical system.

What to Do When You Have a Faulty Outlet

It is advisable to schedule an inspection if you suspect faults in your electrical system. Burn marks around extensions or outlets may point to an underlying issue with your home’s circuit. For example, your home may need rewiring due to outdated or substandard installations.

Older houses have an electrical circuit that cannot handle the demands of a modern home. An outdated system has elements such as aluminum wiring or inefficient fuse mechanisms that can pose safety issues. Rewiring is also necessary to ensure your home complies with the NEC (National Electrical Code) standards.

Check for rooms with only the two-pin, rather than the grounded three-pin outlet. It is often an indication that the electrical system is outdated. According to statistics, there are more than 12,500 fires annually as a result of defective wiring.

Therefore, performing inspections, replacements, and rewiring, is a good investment for the comfort and safety of your home. Faulty electrical outlets and circuits tend to waste energy. Your monthly bills can rise due to malfunctions increasing your home’s energy consumption.

If you need emergency electrical repair services in Indianapolis, you can talk to Peterman Brothers. We can provide electrical rewiring, outlet repair and replacements, GFCI updates, and backup generators. We also offer plumbing, sewage and other services. Our staff undergoes background checks and drug testing to ensure you get professional solutions you can trust. We can boast of an A+ rating from BBB, and we are approved and screened by Home Advisor. Contact our team at Peterman Brothers in Indianapolis today for our 100% guarantee and other offers and discounts.

1. Choose a Good Location for a Ceiling Fan

One of the most common myths about ceiling fans is that they help to cool your home faster or better. This is not the case. However, what a ceiling fan can provide is a different type of cooling within a specific area.
Ceiling fans work by creating a breeze that evaporates moisture on your skin. This is why you feel cooler under a ceiling fan compared to a room that does not have one. With that in mind, choose where you want to put the ceiling in your home.

Some of the more common indoor areas are bedrooms and living rooms. You can also install ceiling fans on your covered porch to keep you cooler than the shade alone. You also need to make sure that the mounting location has a strong stud in the ceiling that can hold the weight of the ceiling fan.

2. Select a Ceiling Fan for Function and Looks

No matter the size of a room, a ceiling fan will attract some attention. You want to choose a fan that looks great and works well for your needs. As the popularity of ceiling fans as decorative elements has increased in recent years, you can find just about any style you want — contemporary, country chic, rustic, exotic, or simple and clean. You should also consider if you want to integrate lighting into your new ceiling fan.

3. Choose the Right Size for Your Room

For smaller rooms (less than 75 square feet), the fan should have a blade span of 29 to 30 inches. Slightly larger rooms (up to 150 square feet) require a 42-inch blade span. The next level is a 52-inch blade span for rooms between 150 to 250 square feet. The largest ceiling fans have blade spans of 54 to 60 inches and work for rooms between 250 to 400 square feet. If you are installing a ceiling fan on your covered porch, calculate square footage based on the area that is covered.

4. Prepare the Work Area

While you may be able to install a ceiling fan on your own, parts of the process can be awkward if you don’t have a helping hand. When you are ready to install your new ceiling fan, prepare the area where you will be working. We recommend that you remove any fragile objects and cover the furniture with a tarp or drop cloth. This prevents any mishaps due to debris falling from the ceiling or the accidental drop of the fan components.

You also need to do a bit of investigation to ensure that the electrical components in the ceiling are capable of managing a new ceiling fan. If you are replacing a ceiling fan, it is likely wired properly. If you are adding a ceiling fan, this is an important step.

5. Turn Off the Electricity

Before you do any type of work with electrical components in your home, always turn off the electricity at the breaker box. If you are not familiar with the wiring configuration in your home, we recommend that you turn off breakers for the room where you are installing the ceiling fan, as well as any breakers that provide power to surrounding areas. When it comes to electricity, extra caution is always advisable.

6. Install the Junction Box

If you have an existing light or ceiling fan where you are installing the new one, the first step is to remove the fixture and mount the junction box. A junction box is an aluminum shell that contains all of the electrical wiring for your ceiling fan. The boxes are used throughout your house to supply electricity to individual lights, outlets, and switches.

Your new ceiling fan comes with a metal brace to help hold the weight of the fan. Insert the brace through the opening in the ceiling and center it. You attach the brace by twisting it to connect the teeth with the joist in the ceiling. Next, secure the brace in place with the bracket that is in the ceiling fan packaging. Lastly, feed the electrical wire for your ceiling fan through the bracket.

7. Follow the Manufacturer’s Directions

It is best to follow the manufacturer’s installation instructions for the remainder of the process. Read through the instructions and check to make sure that you have all the tools and parts. As you follow the steps, double-check the work that you have done thus far by checking the tightness of bolts, electrical connections, and the security of the fan components.

8. Double Check the Wiring

Before you cover the opening in your ceiling, take another look at the electrical wiring and connections. You want to make sure that the connections are secure. Also, look for signs of damage to the wiring that may have happened during the installation.

9. Test the Fan

Once you complete the installation of your new ceiling fan, test it for proper operation. We recommend that you let it run for a few minutes. Turn off the fan, and check around it for any hot spots and signs of electrical burning. What you want to look for is either blackened areas in the ceiling or on the fan, as well as a pungent odor that indicates the wiring is damaged. If you notice either of these signs, turn off the electricity at the breaker box, and remove the entire ceiling fan.

Once you have done this, contact Peterman Brothers to have a technician come by and check the wiring. We can make any necessary repairs and even complete the installation of your ceiling fan.

10. Set the Fan Direction

You turn your ceiling fan on and off with the cord that is mounted in the central base of the fan. If the fan is connected to a wall switch, you can turn it on with the cord and then use the wall switch to operate it. The fan also has a small toggle switch on the side of the central base to set the direction of rotation. The direction of the ceiling fan is based on some simple characteristics that contribute to the process of heat exchange inside your home.

When your AC is running in the summer, you want to push that cooler air downward, so the fan needs to rotate in a counter-clockwise direction. If the toggle switch is not labeled, you can stand under the fan while it is running to see the direction of rotation. During the winter, your heating system is running to keep your home cool.

Colder air tends to stay near the ground, so you want to pull it upward to mix with the heated air. This can be done by running the ceiling fan in a clockwise direction. Also, keep it at the lowest speed during the winter.

Get Help With All of Your Electrical Needs

Peterman Brothers offer expert plumbing, heating, electrical, and cooling services for homes in the Indianapolis area. Call us today to learn more and schedule an appointment with one of our technicians.

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