Have you ever noticed a small spark when you plug an appliance into an outlet? This may be normal or it could be cause for concern, depending on the size and frequency of the electrical outlet sparking. It’s important to recognize the difference between a normal spark and a dangerous one—as well as possible causes for outlet sparking—so you can pursue an electrical repair if necessary.

The supply line that carries electricity through your home measures about 115 to 240 volts with a frequency of 60 hertz. In layman’s terms, this means the flow of electricity runs very fast and hot through the wires behind your walls.

Electrical outlets tap into this fast-flowing stream of electricity, powering everything from your lamps to your laptops to your coffee maker. A small blue spark arcing from the outlet to the plug can occur as the appliance suddenly draws amperage and electrons begin to flow through the cord. Once the flow steadies, the spark should disappear. This type of electrical outlet sparking is completely normal and comparable to static electricity.

Electricity generates heat as it travels through wires. Insulation surrounding a wire may begin to melt, exposing the bare wire. If it comes in contact with the metal outlet casing or even another wire, electrons can leap out of the wire and create a dangerous spark. This is called short circuiting and could cause an electrical fire if not repaired promptly.

Short circuits may be caused by a number of things, including old outlets with loose connections and too many appliances being plugged into the same outlet via a power strip or extension cord.

Water and electricity don’t mix. That’s why bathrooms should have special outlets called ground fault circuit interrupters (GCFIs). These outlets automatically shut down the circuit when they detect water, which can help prevent electrocution and house fires. If the bathrooms in your home have ordinary outlets, you should have an electrician replace them with GCFIs.

If you’ve had an electrical problem in the past, you may have attempted to perform a repair yourself or used a cheap electrician. Electrical wiring can be extremely dangerous if you don’t the proper licensing and qualifications and lead to potentially serious issues, electrical outlet sparking being just one of them. Fortunately, a professional electrician can undo the damage and make your outlets safe to use once again.

When you need a repair for electrical outlet sparking, Kolb Electric is the company for the job. We hire only licensed, fully qualified electricians to handle important outlet wiring repairs in your Maryland, Virginia or Washington DC home.

Contact us today to schedule an appointment or call 877-287-1179 to have an emergency electrician sent straight to your home.

Any room, area, facility, or outdoors space you need to illuminate should be done so with quality lighting. The benefits of quality lights far surpass going cheap on your lighting fixtures just to save a few dollars. The importance of quality such as metal halide have a rather short lifespan compared to it’s competing technology, LED. LED gymnasium lights, and just LED lighting in general, prove to have a much longer lifespan. This lifespan can be 2-3 and sometimes even 4 times longer than other light sources such as metal halide.

This can allow for less frequent purchasing of new lights to replace old and burnt out ones, which will allow you to better realize a better ROI by investing in LED over metal halide or other similar technologies. This also indirectly reduces your maintenance costs by lowering the amount of time you have to pay someone to switch out burnt out bulbs. This can allow you to reduce your maintenance costs related to your lighting for gym areas by 2-3 times, which will just add on to the benefits that LED can bring to your facility.

While saving money through lighting efficiency, longer life spans, and less maintenance costs is great; it shouldn’t be achieved while decreasing the quality of light produced in your facility by your lighting system. Luckily, LED products allow for proper lighting in a wide range of applications, even your gymnasium. This allows you to create exceptionally safe areas that will keep visitors aware of all there surroundings.

Did you know that LED lights that are efficient called the DLC (DesignLights Consortium). This is an organization that qualifies commercial lighting products based on it’s quality and efficiency. There are both standard and premium qualifications, and premium typically yields higher rebates and thus higher ROI over standard qualified products. Although both are still good and are always recommended for any industrial lighting purchase because being qualified is better than not at all. Without being qualified, we recommend you stay far away from any light that isn’t DLC qualified for various reasons including it not being verified to be a “good” product.

If it isn’t clear by now, the answer is obvious. LED can, will, and should be bringing your gymnasium area all of the benefits that the technology offers.

From efficient, to quality and rebates; there is almost no reason why you should choose other gym lighting technologies over LED gym lights.

More importantly regarding safety of all visitors; LEDs will ensure your areas are properly illuminated with a wealthy amount of light, and won’t be under lit. Also since LEDs will never buzz nor flicker, you will never face that annoying issue that other technologies will do, not even near the end of it’s lifespan. And as you know, buzzing or flickering lights can cause annoyance and less focus, which is never good for a gymnasium environment.

Conclusion

There you have it, what quality LED lights can and will do for your gym. LEDs are also a great option for all of your other lighting needs, such as school rooms, hallways, write in to one of our professionals for some answers.

The controller keeps on monitoring the application requirement in a continuous control loop. It then commands the inverter to produce the required voltage and frequency to meet the application requirements. To do this, the controller, comprised of a microprocessor, takes the input signal from the sensor and compares this with a reference signal. It then generates the appropriate control signal for the inverter to vary its output power.

In a typical application, the controller will monitor process parameters such as pressure, flow rate, temperature or liquid level. For example, an oxygen sensor in a boiler provides a signal to adjust the speed of the fan and control the amount of oxygen in the boiler system.

Today’s drives, using microprocessors, semiconductor power switches, and SMDs are now smaller, compact, cheaper, more reliable and efficient. A typical drive will also include a filter to suppress harmonics generated when converting the DC to AC voltage.