EzineArticles - Expert Authors Sharing Their Best Original Articles



  Submit Articles
  Members Login
  Benefits
  Expert Authors
  Read Endorsements
  Editorial Guidelines
  Author TOS

  Terms of Service
  Ezines / Email Alerts
  Manage Subscriptions
  EzineArticles RSS

  Blog
  Forums
  About Us
  What's New
  Contact Us
  Article Writing Shop
  Advertising
  Affiliates
  Privacy Policy
  Site Map


Advanced Search


Would you like to be notified when a new article is added to the Electrical category?

Email Address:


Your Name:


Prefer RSS?
Subscribe to the
Electrical
RSS Feed:

Why Do My Lights Dim?
Print This Article Ezine Publisher Send To Friends Add To Favorites Post A Comment Suggest Topic Report Author

I'm asked this question alot in the summertime. Quite often in the summer, when your central air conditioner kicks on , you may experience lights dimming in your home.

This happens because of a condition called "inrush". When a motor is running, it consumes a rated amount of current. And it's generally constant, unless the load of the machine it's driving changes.

Now when a motor starts up, particularly under a load, it draws inrush current. This current can spike as high as three to six times normal running current. Since current and voltage are inversely related, a spike in current will cause a drop in voltage. This voltage drop is why you're seeing your lights dim. The voltage drop should only last momentarily however. If it lasts for a couple seconds or longer, you may have other conditions present.

Those conditions can be any of the list below:

* Main Electrical Service heavily loaded.

* Main Electrical Service undersized for the electrical loads in your home.

* Main Electrical Service entrance conductors too small, or too long.

* Loose connections on conductors for the main, or conductors for the A/C branch circuit.

* Utility company transformer near or at capacity.

* Utility company secondary conductors too long.

* Incoming voltage too low at service entrance.

* A/C unit itself drawing too much current because it's old, inefficient, mechanically worn, weak or bad capacitor.

Some of these conditions will need to be checked by you, the homeowner. Others will need to be checked by the utility company. If you are in doubt, call a professional electrician to evaluate. If your system gets a clean bill of health, it's time to call the power company.

Dave Smith is a Licensed Master Electrician. He is Owner of Banner Electric, LLC, A home wiring professional services company in the Kansas City area. Dave is educated and experienced in industrial electrical distribution systems, and all facets of commercial and residential electrical wiring and installation, lighting and low voltage systems.

His company performs all types of residential wiring including new construction, room additions and remodels, rewiring of fire damaged homes, emergency back-up generator panels, and literally thousands of ceiling fan, light fixture, receptacle and switch installations.

Dave enjoys teaching kids and adults about electrical safety in the home. He also empowers the Do-it-Yourselfer through his coaching programs. To learn more about our helpful resources, go to:

http://www.bannerelectric.com/products/liveWireCoaching.html

Article Source: http://EzineArticles.com/?expert=Dave_B_Smith

Dave B Smith - EzineArticles Expert Author

Other Recent EzineArticles from the Home-Improvement:Electrical Category:

Most Viewed EzineArticles in the Home-Improvement:Electrical Category (90 Days)

  1. How to Install Electric Wiring
  2. How Much Does it Cost to Wire a House?
  3. How to Wire an Electrical Outlet
  4. Wire Up Outlets and Switches Using Romex
  5. Get Free Electricity And Save Our Earth With A DIY Magnetic Generator
  6. 3 Types of Electrical Wire and Cable
  7. Types of Romex Wire and Underground Cable
  8. Electric Wiring Diagrams
  9. A Zero Point Magnet Generator - Cheap, Simple and Runs Forever
  10. Electrocution Accidents and Injuries
  11. Magnetic Generator Review - Is it a Fraud Or is it For Real?
  12. Magnets Strength Can Produce Electricity
  13. Free Electricity For Life When You Build a Magnetic Generator
  14. Guide to Changing a Domestic Electrical Fuse Board
  15. Bathroom Electrical Wiring - Issues and Safety Precautions

Most Published EzineArticles in the Home-Improvement:Electrical Category

  1. Green Energy Consumption Tips From Master Electricians
  2. What Type of Wire Should I Use in My Home?
  3. Get Free Electricity And Save Our Earth With A DIY Magnetic Generator
  4. Free Electricity For Life When You Build a Magnetic Generator
  5. Hiring a Certified Electrician
  6. Learning About the Common Electrical Wiring Questions
  7. Should You Call Out an Electrician Or Try to Fix it by Yourself?
  8. Build a Generator and Get Free Power For Your Home Or Apartment - Learn the Secret! Easy to Build
  9. A Ceiling Fan For the Great Outdoors?
  10. 3 Types of Electrical Wire and Cable
  11. Generators For Home Use Are Useless - Why?
  12. APC Manufactured Surge Protectors
  13. Problems With Old Electrical Wires in My Attic
  14. The Importance of Good Cables and Electrical Accessories in a Home
  15. Cut Your Utility Bill With Your Own Magnetic Generator

 

This article has been viewed 2,610 time(s).
Article Submitted On: February 09, 2008



© EzineArticles.com - All Rights Reserved Worldwide.