Fluorescent ballasts are used in many industrial warehouses as they offer cheap and efficient lighting. These ballasts can last decades but depending on the type of environment (extreme cold/extreme heat), may be subject to a shorter lifespan. Check your ballast fixtures for these warning signs to see if it is time for a ballast replacement.

There are several signs that can indicate to you that it is time to replace your ballast these include:

If your ballast fixtures have any of these signs, it could mean that they are in need of replacement. Before scheduling and planning to have your ballasts replace, replace the bulbs with brand new bulbs. At times issues can relate to a specific bulb and not the ballast, giving off false symptoms.

For many handy people, they will feel confident in replacing a ballast themselves. If you are replacing a ballast yourself, please use the proper protective equipment and ensure that all power to the ballast is turned off to prevent electrocution. As part of the ballast replacement you will be required to cut and rewire the electrical wires. This can be technical and a mistake in the process can result in damage to the new fixture, bulbs, and possible electrocution. If you are not comfortable or knowledgeable with the process of ballast replacement, we would highly recommend that you contact a licenced electrician to complete the installation for you. This way you can be sure you will be left with a working ballast that is correctly installed and safe.

If your workplace, garage, or home is in need of ballast replacements, contact Expert Electric at 604-681-8338. One of our licensed electricians can help to diagnose the issues being experienced and bring everything back to working condition.

As a car dealership owner, manager, or even sales member; you know that getting the cars out (along with in) is one of the most vital points in your business.

On top of that, keeping the expenses as low as possible to simply operate will allow you to take home more income, rather than spending it on things that are just going to waste (like energy usage).

A good example that will resolve these issues and both increase overall revenues along with decrease expenses is in your lighting. More specifically, LED vs metal halide and HPS.

This brings two major cost saving benefits.

First, it allows you to by 2-3 times less replacement lights since you won’t need to replace burnt out lights as often (because they simply last longer).

Additionally, by reducing the amount of time you need to spend replacing burnt out lights you also get to reduce the amount of time you have to pay someone to switch out and even maintain your new lighting system. This in turn gives you a “two for one” benefit with less buying of replacement lights along with reduced costs associated with hiring someone to maintain your lighting system.

LED offers various ways that it outputs higher quality light (along with operates in a higher quality “way”).

For starters, LEDs will never flicker nor buzz unlike other luminaires do. This issue in and of itself will make your lot look low quality, unprofessional, and even annoying for those walking around the lot.

The home electrical system consists of various components that enable the safe delivery of energy to different sections and appliances in the household. Even though the system may appear complex, it is important for the homeowner to understand a few basics.

This would help you when things do not work or there is an emergency that requires turning off circuits or the entire installation. In addition, an understanding of the home electrical system will help the owner respond to questions from prospective buyers.

All the electrical circuits in the house originate from the main breaker panel. The panel is usually inside the house and near to the power entry point. However, the panel can also be far, and especially when in a multi-family structure.

The rating of the panel determines the number of circuits and power that the home electrical system can support. Some older homes have been using the 100 Amp service, smaller installations use a 60 Amp service while newer and larger houses are built with 200 amps to accommodate the increased number of electrical and electronic equipment commonly used in a modern household.

Different loads require the correct size of cables and breakers that can handle the current without heating up. For example, an air conditioner requires a 30 amp circuit while a kitchen may use two 20 amp circuits.

If there is a fault, such as a short circuit or overload, the breaker trips and cuts off the power to the affected circuit, hence preventing further damage that could lead to fire. Before resetting the breaker, you should first ask an electrician to check and rectify the problem.

A home electrical system consists of different individual circuits originating from the main breaker panel. The wires from the panel run to the rooms to supply the outlets, lights, and hand wired appliances. In most cases, several rooms may share the same circuits such that all the lights in the house are on one breaker, outlets on another breaker, etc.

Some dedicated circuits from the main breaker may go directly to the hard-wired appliances and nowhere else. Equipment such as the electric water heaters, furnaces, and air conditioners are usually installed on their own. Other hard-wired devices include the smoke alarms, which may also have battery backups so they will work even when there is a power outage or a fire interrupts the home electrical system.

Grounding is an essential protective feature that must be installed in all home electrical systems. It provides a path for the electrical current arising from faults that make the exposed metallic parts to become live and dangerous.

The ground connects all the exposed metallic parts to the earth mass through a third wire in the power cord to the equipment. This provides a low electrical resistance path for the current, hence, making the parts safe to the touch even in the event of a malfunction.

maintenance and repairs.