High bay fixtures are a critical part to any high ceiling building. Since these high bays require such large lumen output, the cost to run them can be high. By converting to LED high bays, you are able to reduce your energy consumption in your most energy intensive fixtures by up to 75%.

In this post, we are going to cover (non-comparatively) 5 top types of LED high bay lights for this year, 2017. While not every item on this list will apply to you and your building, there will surely be one or two for your needs if you currently use high bay lights in your facility.

If at any time you come across a question, want more information, or are actually interested in implementing LED into your building;

These traditional commercial high bay lighting fixtures look a lot like what we think a normal high bay should look like. They are reminiscent of traditional style Metal Halide and High Pressure Sodium high bays and offer your typical round high bay look.

These high bay LED fixtures can replace both 400W and 1000W Metal Halide. The smallest unit is 80W producing 10,240 lumens. There is a 160W unit producing 19,200 lumens. This would be a good 400W Metal Halide replacement. And the largest unit at 400W produces 51,200 lumens. That’s 128 lumens/watt. And, USA Made backed with a 10 year warranty.

These LED high bay Lighting fixtures look a lot like a troffer style panel. The advantages of this type of fixture are the LEDs are spread over a larger area. This has 2 main advantages – Great light distribution and large heat sink. It is important to realize these lights are particularly good at light distribution, creating an even distribution.

These high bay LEDs can replace both 400W and 1000W Metal Halide. The smallest unit is 120W producing 15,360 lumens. There is a 150W unit producing 19,200 lumens and the largest unit at 300W produces 38,400 lumens. USA Made backed with a 10 year warranty like the traditional style high bay.

A retrofit kit utilizes your existing fixture and replaces the bulb and ballast with the LED head and the LED driver. These retrofits can be significantly more economical than replacing the entire fixture, for obvious and not-so-obvious reasons. One of which being it’s cheaper to buy. Another being it’s (typically) cheaper to install as well. For this reason, our high bay retrofit kits HAD to make it on the list of the best high bay lighting options.

The bathroom is a place full of moisture and humidity. If this moisture is allowed to sit in the air for too long without being vented it can cause damage to the structure of the home. The moisture may start the growth of mould and mildew in windowsills and throughout the dry wall. Water damage may also occur which can be a costly fix. That is why each bathroom should have an exhaust fan to suck moisture out of the air and blow it outside the home. However, care should be taken when installing an exhaust fan due to the amount of moisture interacting with electricity running to the exhaust fan.

In order to add an exhaust fan into your bathroom, you will be required to install a vent that connects from the exhaust fan (in the roof of your bathroom) to the outside of the home. If you are not experienced with this type of work, have a professional complete the work as the roof and structure of the home may be damaged if not done correctly. The exhaust fan is installed in the bathroom, which pulls in the air and pushes it out of the home. This is how the air that is dense in moisture is pushed out of the bathroom.

While this might appear to be a simple job that any handyman would want to perform themselves, if the wiring is not done correctly, you could cause more damage to your bathroom than the moisture will. To turn on and off the exhaust fan, you will be required to add an additional light switch and wire the switch to the exhaust fan. Handling electrical wiring is not something that everyone is comfortable with, and if the wiring is done haphazardly it can lead to electrical fire. Additionally, with the amount of moisture in the air, if any of the wires are exposed the electricity could leave the wires and electrocutions and shock could occur. We would advise you to use a licenced electrician when performing this electrical work to keep yourself and your family safe.

If you have a bathroom in your home that does not have an exhaust fan, plan to have on installed and contact Expert Electric. We can help perform the electrical work safely so that it is ready for the fan installation.

When things go wrong with the electricity in your home, it’s easy to get overwhelmed in a hurry. Do you need an immediate solution? Is the problem normal? What should I do!? All very understandable when you’re talking about something as both volatile and vital as electricity. The team at Hoffman Electrical in Tampa never wants you to be at a loss, and today we’re going to differentiate normal electrical behavior, and things that are emergencies!

A safety switch is essentially a device that very quickly switches-off the electricity in case any electrical fault is detected. In effect, it reduces the risk of injury & death caused by contact with electricity. Current day safety switches are very different from the ones used even up until a decade ago. Today, it’s mandatory to have these installed in buildings where any kind of electrical addition or upgrade has taken place.

Apart from this, safety switches are also needed for power outlets that that supply electricity to mobile homes like caravans etc. It’s not mandatory to have these safety switches in older homes; however, the recommendation is that you should consider getting them installed. It is one of the most effective ways to protect your family & yourself from electric shock.

ELCBs or Earth-leakage circuit breakers are safety devices used to prevent shock in electrical fixtures which have high Earth impedance. The current installations use the circuit breakers that directly detect leakage in current. Here are some features of an ELCB:

RCDs or RCCBs are essentially modern electrical wiring devices which quickly disconnect a circuit if they detect that there is an imbalance in the current between the energized conductor/s & the return conductor. They are designed to immediately switch-off the electricity supply when the electricity leaking to earth is detected to be at harmful levels. These devices offer very high levels of protection from electric shock.

Voltage Earth-leakage circuit breakers were first introduced around 60 years ago, while the current ELCBs were launched only around 40 years ago. For a very long time, voltage-operated ELCBs & differential current-operated ELCBs were both called ELCBs; this was because it was a far easier term to remember. However, as expected, this common name caused a significant amount of confusion within the electrical industry.

If someone accidently used the wrong one in a particular application, the installations may not get the kind of protection it needed. It was to eliminate this confusion that the International Electrotechnical Commission decided that the differential current-operated ELCBs will be termed as RCD (residual current devices). Any current that’s over & above the load current is referred to as the residual current.

ELCBs have a number of disadvantages such as:

Today the RCD is preferred means of providing effective shock protection. The term is also most widely used across the globe.

For more information about RCDs and the best electrical solutions, call Allround Electrical at 1300 169 263. You can also write to us at this email address. You may also reach us through this online contact form.

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