How to Choose the Best LED Light Bulb for Any Room in Your Home

Every room in your home is different.

You likely have heard that sunlight gives us energy, but did you know that light bulbs work in a similar way? Bulbs that emit blue light waves produce serotonin, which makes us focused, awake, and alert. Bulbs that don’t emit blue light waves allow for our brain to produce melatonin, which makes us relaxed, drowsy, and ready for a good nights sleep. Electrical wiring has changed through the years, and the demand for 24 hr electricians Melbourne in our home has skyrocketed.

  • Lower temperature bulbs produce warm-whites, similar to a fire, while medium temperature bulbs produce neutral-whites, and higher temperature bulbs produce cool-whites or mimic daylight.
  • It is also a common misconception that the brightness of a light bulb is measured in Watts. Watts actually measure energy usage, while Lumens measure brightness.

LED Lighting for Bedroom Use

In our bedrooms, most of us want the atmosphere to be relaxed, calm, and peaceful. Avoiding blue light waves in the bedroom will keep your circadian rhythm from confusing the light in your bedroom with the natural light outside. This allows your brain to produce the melatonin needed for a comfortable sleep. Are you a nighttime reader? If you have a bedside reading lamp or plan on buying one, soft blue or neutral tones are better for reading specific fixtures, since the cool-white color creates a high contrast with the page.

LED Lighting for Home Office Use

When lighting a home office, we want to make sure that the lights are maximizing our ability to be productive in the space provided. Putting cool-white lights in the office that mimic daylight will increase serotonin production keeping you focused, alert, and energized. Make sure to choose a place that won’t create unwanted glares on your computer screen. You may also want to consider LED Desk Lamps which offer great task lighting and the ability to switch color temperature on demand.

LED Lighting for Living Room Use

The living room is a popular place to seat guests, entertain, or just kick back and relax. Whether you are watching a movie, or chatting with friends, it is important to have a mix of light sources in the living room in order to adapt to whatever the occasion may be. Like in the bedroom, it is good to avoid bright, blue-light emitting lamps that create serotonin and give us energy. Adjustable spotlight lamps can be pointed at the walls to illuminate artwork, family photos, or simply to reduce glare on the TV. Positioning spotlight lamps at walls or ceilings is also a great way to eliminate unwanted shadows. New LED 3-Way lamps can be used in all three way table lamps you may have in your living room.

LED Lighting for Dining Room Use

When eating a nice meal with the family or guests, we don’t want the lighting to be overly bright and obnoxious, and we certainly don’t want it to be so dim that we’re dozing off. Whether it’s an afternoon brunch or a late dinner, a dimmable overhead fixtures allow for that perfect brightness at any time of day. We recommend soft to neutral tones for the dining room that create the perfect ambiance. Also, consider LED bulbs for chandelier fixtures that are commonly used in a dining room, LED chandelier bulbs now offer beautiful color and light output.

LED Lighting for Kitchen Use

The kitchen is in essence a workspace. Many of us start our mornings in the kitchen, so those blue-light emitting bulbs over the counters will help make us alert and awake while prepping breakfast. If you also have a table in your kitchen, a dimmable overhead fixture with a warmer color temperature can create a nice ambiance to balance out the brighter blue lights over the kitchen counters. Learn more that kitchens also can take advantage of recessed overhead lighting which can benefit from LED BR Bulbs or Recessed Retrofit Kits.

LED Lighting for Bathroom Use

Before we go to school or work, most of us get ready by looking in the bathroom mirror. Ideally, we want the lighting to come from around the mirror rather than on the ceiling. Using bright lights will ensure we don’t miss a spot shaving or mess up our makeup. Since many of us start the day with a shower, putting a high output surface mount retrofit fixture in the shower fixture is a great way to start waking up before tackling the day ahead. Use larger globe style bulbs to illuminate common fixtures places above and or around the mirror.

Electricity 101: What is a Circuit Breaker?

In this age of convenience and impatience, we expect a lot from our technology. One of the most important expectations, especially for the younger generation, is that our technology be intuitive. Young people don’t want to spend their time reading manuals and using diagrams and dictionaries. They want immediate satisfaction, which means that often, although someone might be able to use a device, they don’t actually know what it is or how it works. For example, what is a circuit breaker? I’m sure many of you know, but for the rest, let’s take a moment to look at that old switchboard device hiding in your basement. Electrician 24 hours Melbourne working and risking their lives to fix the issue in your electricity they should get enough pay for this.

What is a Circuit Breaker?

What? A circuit breaker is a safety mechanism that automatically stops the flow of an unsafe current in an electric circuit.

Why? If there is an overload or a short circuit, the circuit breaker protects the electrical circuit from damage.

How? If there is a problem with the current, the circuit breaker trips, cuts off power, and will not allow electricity to pass through again until the problem is fixed.

So almost like a security gate at the airport, a circuit breaker (the security guard or gate) spots potentially damaging currents (passengers) and won’t allow them to pass through until the problem is solved (by airport security). That’s why sometimes, during a thunderstorm, you might have to reset your circuit breaker. The current is too dangerous and to protect your house, the circuit breaker cuts off electricity. To reset your circuit breaker, all you have to do is turn off the offending switch (or all of them) and then turn it back on. However, it’s important that you know what caused the problem before you reset your electricity. If the problem was caused by a faulty appliance, just resetting the circuit breaker won’t be enough. It will either “trip” the circuit breaker again or possibly spark and cause a fire.

Now that we’ve answered the question what is a circuit breaker, let’s dig into the details a little.

The circuit breaker is made up of basic switches that connect to either a bimetallic strip or an electromagnet. The hot wire in the circuit connects to both ends of the switch. So when you turn on a switch, electricity is able to flow through the electromagnet and out the terminal, and when you turn it off, the current is stopped. The flowing electricity magnetizes the electromagnet (or bimetallic strip); high currents produce high levels of magnetic force and low currents produce low levels of magnetic force. If the current reaches an unsafe level, the electromagnet pulls down a metal lever connected to the switch and the electricity shuts off.

In your house, you have a central circuit breaker panel. If you don’t know where it is, check the basement or a closet. It features about a dozen circuit breaker switches connected to a central panel. The switches lead to various circuits in the house (for example, living room outlets, kitchen appliances, downstairs lighting). Some very large appliances like central A/C systems and refrigerators have their own circuit and won’t be connected to the circuit breaker. Take note if you ever suddenly lose electricity, this is where you’ll need to go.

Now that you can answer the question what is a circuit breaker, I hope you’ll be more comfortable using it in the case of a thunderstorm or another emergency. However, always remember that circuit breakers can be dangerous and if you don’t know what you’re doing (or what caused a malfunction), it is best to call a skilled electrician for help.

What Does a Circuit Breaker Do?

An essential safety feature in your home, circuit breakers circumnavigate electrical injuries and fires. What does a circuit breaker do? A mystery to most, these electrically-powered marvels detect and stop excess current in its tracks. They typically trip when there is an overloaded or short circuit, cutting off current to the problem line until the issue can be safely addressed. When an appliance or light fixture suddenly goes dead, it is very likely that a circuit breaker has tripped and interrupted the power flowing to the electrical circuit don’t fixed it yourself but contact a electrician Melbourne CBD.

How Does a Circuit Breaker Work?

Your home’s electrical service panel contains a series of lever-operated circuit breakers that control protect the circuits. Each circuit breaker is designed to ‘trip,’ or shut itself off, at predetermined amperage loads, hence the different size breakers in the box. To protect your home and family against fire and electrical injury, if this limit is reached, the act of the breaker tripping opens the circuit and prevents the flow of current to that particular electrical line or circuit.

Most Common Reasons Circuit Breakers Trip:

  • An overloaded circuit, such as a battle of the dueling hair dryers between mother and daughter, or your annual Christmas light show.
  • A short circuit, such as a wiring issue within an appliance that results in excess current being pulled.
  • A ground fault, which typically occurs in high moisture such as the kitchen and bath, and the reason GFCIs are required by current electrical code for your protection.

Where Can I Find Circuit Breakers in My Home?

Circuit breakers are found in your home’s breaker box. Breaker boxes are typically found in the garage, basement, hall, utility or storage rooms. If you’re having difficulty locating your breaker box, look for the electric meter outside your home. This is usually close to your breaker box for safety/distribution. While you’re searching basement or storage areas for your circuit breaker, consider taking the time to turn your storage game up a notch!

How to Reset A Circuit Breaker

If you lose power to an outlet or area of your home, a circuit breaker may have been tripped. Once you find your breaker box, resetting the circuit breaker is easy. Open the door to the breaker box and look for the toggles. (They look like blocky light switches mounted sideways.) Most should be pointing toward the panel center, indicating the ON position. Toggles pointing away from the panel center are OFF. Toggles in an in-between position are the one(s) which have tripped. You must turn the breaker OFF before turning it ON again, or it will not reset.

If it trips again right away, turn it off without resetting it, close the panel door, and consult a professional electrician for investigation/advisement.

Repeat Offender?

If your home has a circuit breaker that repeatedly trips, it is important to understand the reason why to prevent it from happening again, and safeguard against electrical fire and injury. In rare cases, the breaker itself could be damaged, or you may unknowing have a damaged/malfunctioning appliance or problem in the circuit itself, such as too many items on one breaker (otherwise known as circuit overload). Take note if a circuit breaker repeatedly trips, or you see charred breakers, notice a burning smell or see signs of fire, turn off the main breaker to your panel and contact and electrical professional immediately. And when it comes to your breaker box, if you’re are unsure of anything, don’t mess with it. Seek professional guidance.

Frequently tripping breakers tripping you up? Stop flip-flopping around. Ensure the safety of your home and family with the help of Mr. Electric today.

Want more great information? Molly Maid, a Neighborly company, has a great blog about while you’re down in the basement checking out your circuit breaker, consider taking your storage game up a notch!

How does a Circuit Breaker work?

Now since Nasir did let us know that a circuit breaker is used as a safety device in the circuit, as it prevents an excessively large amount of current from flowing into the internal circuitry, let us have a look at the internal working of a circuit breaker with the next part of his tutorial “How does a Circuit Breaker work?”. If you’re dealing with an electrical scare, electrical failures or overloaded circuits, don’t try to fix the problem yourself to be safe call our urgent electrician Melbourne.

In order to understand its functionality completely, a complete detail of its internal structure and working principle is necessary, so that one is fully aware of how it works.

How excessive current builds up in a circuit?

Understanding the working of a circuit breaker is not that a complex task. Since its working is fairly simple, and the function is even simpler to define, so let us start with the basic principle of Ohms Law.

We know that when voltage is given to some circuit, a current is produced in that path. The load to which that current has to be supplied acts as a resistive network and offers some resistance to the current path, to limit the value of the current flowing, so that it can operate safely and do not cause any damage.

Excessive current only flows in certain conditions, when one or more circuit elements fail to work or work improperly, or any of the wire gets damaged and they short circuit the path of the current such that the power wire gets short circuited with the neutral wire and hence the value of resistance decreases and a very large value of current flows through the circuit which can cause damaging or heating up of the equipment or one or more of the circuit elements.

To prevent this larger amount of current from entering the circuit ahead of its path, circuit breakers are used.

How circuit breaker stops this excessive current from flowing?

The working of a circuit breaker is more or less similar to a fuse, as far as the functionality is concerned.

But the difference lies in the fact that a fuse has to be replaced every time a large amount of current tries to flow through it, damaging its internal wire. So here lies the main advantage of a circuit breaker, that it absolutely needs no replacement.

To understand this concept, just consider its internal structure which is somewhat as follows:

It consists of an electromagnet which gets energized or de energized by the passing current. If the current flowing lies within a safe operating range, the electromagnet will not energize and the metallic lever whose one end is attached to the electromagnet and the other to the fixed contact which is further attached to the next path of the circuit, maintains its contact and the current easily flows through the circuit breaker to the external circuitry.

In case the current exceeds the safe operating range and becomes very large due to some fault in the circuit, the electromagnet will get energized and this energy will be sufficient enough to break the contact of the metallic strip from the fixed contact which is attached to the external circuit.

Take note in this way the circuit opens from this point and immediately the current path faces an infinite amount of resistance and is unable to flow ahead.

When the current decreases back, the electromagnet is de energized and the contact is maintained again and the circuit operations safely.