In most offices, hallways, and other lower level and flat ceiling environments you will find some sort of tube lighting in place. The most common technology that is found to be used is currently fluorescent, but after this post that might slowly change for some because this alternatives to fluorescent office lighting and all of those other uses listed above is going to change your mind on which technology is the truly efficient one.

Although it is completely harmless while in the tube itself, accidents always happen. When a fluorescent tube is broken, a LED fluorescent tube alternative, you will skip this issue entirely because LED technology does not require any sort of mercury to work!

While LED technology is pretty much good to go in a greater range of temperatures, fluorescent lamps only works at it’s peak performance when it is in room temperature type environments. So LED technology is much more flexible in which temperatures it can operate properly at, fluorescents are only suitable for inside only applications. But even then, LED still wins for all of these other reasons listed on this post! And a thing to remember is that fluorescent technology isn’t better than LED is indoors, it’s just that it only works optimally at room temperatures. But when you replace fluorescent light with LED, you still get all the benefits that LED brings and they aren’t picky about the temperature at all.

When you hear the words non-directional, what exactly does that mean to you? Well, in the world of lighting it basically means that such fixture emits lights 360 degrees (or in all directions). This causes 30-40% of all the light being emitted by a fluorescent tube to be wasted due to the trait it carries of non-directional emission of light. With LED, it has directional lighting which allows you to direct the light where it needs to go and isn’t going to waste being emitted 360 degrees.

Let alone all of the other benefits that a a return on investment when you start looking at what contact us with any questions you have!

We all like using lights that we have collected over the years, but along with this also comes a great deal of responsibility. Please check any Christmas lights or decorations, such as wreaths, that light up for before they are used. The plastic or glass that surrounds the light should be intact, and should not contain any cracks or breaks. Please inspect the wires for tears fraying or damage.

If lights are being plugged in outside on the trees, roof top, doors, or driveway make sure you have enough electrical outlets. Do not overload your outlets and use only ground fault outlets as this will help to keep your lights and yourself safe, as they will most likely be exposed to wetness and moisture. Also make sure your extension cords do not become a tripping hazard.

When choosing a real tree, make sure it’s not too dry and not close to any candles. Christmas lights can be used to decorate real and synthetic Christmas trees. Lights should be in their best condition before being placed on the tree. Turn all Christmas lights and decorations off when you leave the house or go to bed to avoid electrical fire. Don’t use electrically powered ornaments or lights on metal decorative trees or decorations as the sharp edges may cut the cord and cause a shock and fire hazard. Due to heat danger keep your tree 3-4 feet away from fireplaces, electric heaters and floor registers.

4. Christmas “bubble” lights were popular in the 1950’s and contain coloured liquid. These should be kept away from children, as the covering of the lights can be broken, and children may attempt to drink the liquid inside. Strings of lights should be kept tucked away or taped to walls so that children cannot easily pull the cords and injure themselves or damage furniture.

5. LED’s are much more energy efficient and give off almost no heat. LED lights help protect from overloading outlets they are much safer and you can use more of them with the same available power source so your home will look like a Christmas wonderland!

The year of 2017 brings along more advancements in the commercial lighting space. And in a world in which things are changing so rapidly with lighting technology in virtually every way, it can be difficult to get everything you need to know in one place. For this reason, we’ve created this post in hopes of helping you get a rough guideline of the actual stadium lighting costs for the current year, 2017. Along with that, giving you the outlets to research more on the topic and get you one step closer to getting the most efficient and ROI focused technology illuminating your fields.

This post will be broken into two parts; the typical costs associated with the physical light itself and everything related to buying stadium lights. Secondly, the typical costs to powering your lights and how certain technologies may save you more money than others and how you can go about getting the highest return on investment when choosing a lighting technology and brand to go with.

To start off, we are going to cover the technical terminology of stadium lighting.

Firstly, stadium lighting is the simple term for high mast lighting. other technical terms, there are far too many to cover here. But, we think you should know the definition of lumens as we will be using it quite often. To explain, a Click here to view more about the pros and cons of both and which one is better for you.

All in all, it is too variable to give a definitive price to all situations. Keep in mind though, that a comparable LED fixture could cost double but, cut energy consumption by nearly 75% in some cases.

Since we seriously believe LED is the best option for stadiums and sports fields to illuminate their place, we are going to use that as our example (and recommendation).

Let’s keep it simple so you can use our example to get a rough idea what it will cost to run your lights.

Let’s say you have 10 lights. Currently, your high masts are metal halide and use 1,500 watts per fixture. Now, let’s say you are looking for a more efficient technology and you come across LED. You find a comparable light which will output the same amount of light (or lumens), and only consumes 400 watts per fixture.

In total, the metal halide lights are consuming 15,000 watts in total (when in use) and the LEDs would (if chosen) be using only 5,000 watts. That is 3 times less energy, which can lead to some great savings. This reduction from 1,500 watts to 500 watts per fixture is the exact reason fields both small and large fields are converting to LED over other technologies like metal halide and HPS.

For example, we often find that fields that convert to LED with us from metal halide or HPS high mast pole lights realize a payback of their investment in as little as 1 year. Additionally, since LEDs last much longer they get to realize these cost savings for much longer and thus; a much higher ROI over the lifespan of the light.

Additionally, since LEDs last longer they enjoy an additional benefit of less maintenance requirements. This allows more cost savings as an indirect benefit of LED high mast lighting.

Tips for Reducing Costs

We hope this post has answered your questions regarding most sports field lighting costs, if not, either use our contact information above or leave a comment below and a commercial lighting professional will personally reply to your questions and input.

If the motor seems to be fine, attempt to reconnect it to a load. For motors spinning in the wrong direction that are three-phase, swap any two leads either in the starter or in the motor connection box to reverse its rotational direction. Motors that struggle with a load may have something plugged up or jammed in the load itself. A mechanic may be required to check fans, belts, or pumps that are powered by a motor. When a motor trips the overload device, attach an anmeter to measure the current during startup and operation. Check the FLA on the motor nameplate to see what the expected current draw should be. If it is high, the motor may simply be overloaded. If not, the overload protection device may be set too low or may need replacing.

By following these basic ac motor troubleshooting tips, any electrician can quickly determine the cause of most problems in an AC motor.