A workshop is a place full of productivity. Filled with tools and devices, this small hub can produce the most amazing and practical creations – but in order to keep it operating, there needs to be a significant amount of electricity. To keep your workshop running smoothly, here are some things to consider when it comes to the electrical setup.

Lighting is extremely important in the workshop. Often our workshops are found in a garage or a dark room off the home. In order to see all the intricate details and get your cuts just right you need to be able to see what you’re doing. Don’t compromise safety by working in a dimly lit room – install proper light fixtures. The most common electrical fixtures are fluorescent overhead, these are easy to install, energy efficient, and provide sufficient lighting. Correctly placing these around your workshop will help brighten up your workspace and allow you to move about freely without adjusting lamps. Another option to consider is track lighting. With track lighting and floodlights you can adjust the lights to cover your workspace and provide vivid lighting to the area that needs it the most. When installing these light fixtures it is important that everything is connected correctly. You don’t want your lights shorting out, flickering, or causing interrupts for your tools.

In addition to the electricity consumed by workspace lighting, you have a number of high-powered tools constantly in use. From table saws to routers, there is always a strain on your electrical system to power these tools. When setting up your workshop, it is a good idea to place the circuits on their own breaker separate from the rest of the house. This will prevent other appliances and electronics in the house from causing trips in the breaker when activated simultaneously while other tools are in use.

Another option to consider is to install a surge protector on the breaker that is being used for your workshop. The last thing you want is to have all your expensive equipment damaged by an electrical surge.

Lastly, ensure that GCFI receptacles are installed in the workshop. These outlets will shut off immediately to prevent the risk of electrical shock if a danger becomes present. These receptacles should be installed correctly for them to work properly. You will also need them placed around your workshop correctly so you do not need to constantly adjust the position of your tools.

Setting up a workshop can be complex and if not done properly, it can also be dangerous. We recommend that if you have a workshop at home or a business, that you have an expert electrician review the electrical setup and bring everything up to code for maximum safety.

As a homeowner, you’re going to occasionally need professional repairs made at your house. For many jobs a cousin, a friend’s brother, or a great handyman recommended by a neighbor may be able to do a great job for a low price and it would be foolish not to accept those people to make light repairs or upgrades. However, when it comes to electrical work such a solution just doesn’t fly. First, it’s not legal for anyone who is not licensed to conduct electric work to your house. Second, there are safety issues involved if electric work isn’t conducted properly and third, if those safety issues come into play your insurance coverage is going to be void when their inspector determines unlicensed repairs have been made.

Typical Electric Repairs

Not only will the electrician be up on all codes, he will be bonded and insured. You have complete peace of mind that he is doing the job right – the first time.

So what do you need to know?

Well, let’s talk about your needs. Are you replacing an outdated outlet with a new GFI? Are you adding a new outlet so you can plug in your computer and printer without disturbing the other appliances, lamps, clocks, etc. that are already using wall outlets? Are you installing a new outlet on your back porch where you can plug in a new ceiling fan? You can’t wait to get that new hot tub filled and ready for fun. Fill it up and plug it in. Right? Wrong.

First you need to know whether what you are using is for a standard 120 volt home outlet. Some appliances, like hot tubs, call for a larger capacity. Replacing an outlet can certainly be simpler than creating a new outlet. How much do you know about your electrical panel? Is there a free circuit? How do you determine if your panel will hold the new outlet? Do you know enough to keep you and members of your family from being shocked or electrocuted? It seems exaggerated, but unintentional shocks have happened.

How much do you know about wiring?

You may think you are cutting corners by purchasing the actual wires on your own. Are you sure you know what size to buy? Electrical wire is sized on the AWG system (the American Wire Gauge).  You need to know what the capacity for the wire will be and what the wire feed will be to make a sound decision.

If you go into a hardware store or home improvement store you will be amazed at the number of different wires that are sold. The each have a place and purpose in your home. Your neighbor said that he used aluminum wiring when he had his electrical outlets installed. Did you know that copper wires have been determined to be the best in today’s environment? Just look at the number of people stealing copper and you will realize that copper is now in demand.

Things a pro will know

You electrician will know exactly how much current the gauge of wire will safely carry. When a novice looks at the wiring it is obvious that the larger the gauge, the more electricity it can handle. Plus, the pro will know if your intended ampacity matches the circuit size on your electrical panel.

When you want to replace or upgrade electrical outlets, the smart thing to do is let a licensed professional do it. It will be done safely, efficiently and correctly.

Limit switches, as the name suggests, are precision switches that are designed to work as limiting devices. The switch is typically snap-action and designed to sense the presence, absence, or be triggered by an excess or lack of physical contact at the position where it is installed.

The flexibility and adaptability of limit switches to different tasks and environments has made them very popular as components of conveyor belt systems.

Industrial conveyor belts are considered to be amongst the greatest inventions for boosting production, as well as reducing time, costs and manpower requirements. They are commonly used in production, mining, assembly lines and just about every major industry or sector today.

They typically consist of a number of pulleys that rotate under a continuous belt. Some of these pulleys are powered and they drive the belt, keeping any material on top continuously moving towards its destination.

Conveyor belts can be broadly classified into two classes, which are:

These conveyors are used for transporting smaller volumes of material like packaged goods, or lighter materials like boxes.

These are heavy duty conveyor systems which are designed to carry heavier loads or bulky materials, like industrial and agricultural goods.

While conveyor belts can tremendously increase efficiency, they are prone to jamming from over-loading unless the correct safety measures are put in place. Limit switches help prevent this by measuring the height or number of individual products passing through the conveyor system. In case the switch senses an object that may cause an obstruction, it shuts the system down to prevent damage or spillage.

Depending on the environment and purpose, there are a variety of limit switches which can be used in conveyor systems: