Let’s face it—halogen and incandescent headlight bulbs are a thing of the past. fanless, driverless LED headlight bulbs were used in this installation.

If your vehicle allows for horizontal adjustments, mark the distance between your headlight centers with two vertical lines of tape. These lines are important for projector headlights and/or lining up beam cutoff points. Repeat these tape lines for your other headlight.

6. Remove your headlight assembly if necessary, remove the current bulbs, and install your new LED bulbs. Check your owner’s manual for specific instructions on how to replace your headlight bulbs.

7. Depending on your vehicle, you may have to adjust your headlight beam before or after the assembly has been reinstalled. Your owner’s manual will explain how to adjust the beams. Align each headlight so that the top edge of the beam is at the same height as your horizontal line(s). If your headlights can be adjusted horizontally or produce two light cutoff points, use the vertical tape lines to align them properly.

3. Shake the vehicle to ensure that your suspension system is settled. For more precise adjustments, inflate all tires to their designated psi capacity and have someone sit in the driver’s seat. Also, make sure that your vehicle’s gas tank is at least half full.

4. Measure from the ground to the center of your headlight assembly where the bulb is located. This step must be done for all vehicles. If your vehicle allows for horizontal headlight adjustments in addition to vertical adjustments, it’s important that you also measure the distance between the centers of both headlight bulbs. The vehicle featured in this video allows for vertical headlight adjustments only; therefore, center lines aren’t necessary but are shown for demonstration purposes.

5. Turn on your low-beam headlights. Using painter’s tape, mark your headlight measurements on a flat wall. Measure from the ground up, and apply a horizontal line of tape to the wall; this line represents the top of your headlight beam. You can either apply one long, continuous line or small sections where the brightest areas of the headlight beams are shown.

If your vehicle allows for horizontal adjustments, mark the distance between your headlight centers with two vertical lines of tape. These lines are important for projector headlights and/or lining up beam cutoff points.

Holidays are a known time for seeing friends and family, some of whom you may not be able to see often throughout the rest of the year. A hobby some people love during the holidays is to add decorative lighting to add a warm welcoming appeal to their homes. Whether your lighting is serious and somber to show your religious beliefs or fun and playful to reflect your personality, there are a few things to be aware of with the extra power draw your decorations put on your house.

Tech Specs and Electrical Engineering

When the public electric line reaches your house, it runs to a circuit breaker (or fuse box in older homes) to prevent dangerous levels of overload which could cause a shock, and the breaker is designed to automatically shut off if a dangerous level of electricity is reached with a surge or if too many appliances are run. There are exceptions, but most circuit breakers are designed to handle 15 amps, or a little over 1600 watts of power which is plenty for modern appliances.

The Simple Terms: When You Run Too Much Power

When you overload a circuit breaker, it becomes a nuisance as everything running on that line shuts down. It's not normally a daily occurrence, but usually only happens when something exceptional occurs. Running too many kitchen appliances at once, for example, can overload a circuit breaker, as can running a space heater or power tool on a line already being used. A common cause of circuit failure is when you've never had a problem running a hairdryer and curling iron until a guest in the guest bath turns on a second hairdryer. Holiday lighting usually runs on a low power supply but adds up when layered and can cause problems with a line which is already near its maximum usage levels.

The Layman's and the Professional's Solutions

In my 27 years, I have heard these questions a lot: “Why is it so hard to find the top electrician for my electrical repairs? There are so many choices and my problem seems so easy, any electrician should be able to do it. Does it matter who I call? Aren’t all electricians the same? How do I find an expert electric man?” – Nick Shaeffer

The answer is no – not all Twitter, Google Plus.

Prisons and correctional facilities are full of security threats, it’s just common sense.

That is why it’s a major task and a seemingly forever ongoing one to try everything in the book to reduce threats and increase security for everyone in, near, or even outside the facility.

Today we wanted to address how we can solve 2 major correctional lighting system and things you should look out for when finding fixtures perfect for your building and budget.

Firstly, a LED prison lighting system will reduce indirect stress and irritability in both inmates and staff.

Secondly, LEDs within correctional buildings will improve detection of movement, which we all know is crucial.

How you ask? Well, lets talk about each one individually and break it down a bit more than just one sentence. From there, we will talk about how to go about making the conversion over to LED, like we mentioned at the start.

Have you ever been around a light that was flickering and or buzzing? It can get annoying, and fast. Imagine living under these conditions, everyday all day; no break other than a few hours when you go outside. Sounds like no fun, and it can lead to some serious stress and irritability issues for both inmates and staff.

For obvious reasons, additional stress on inmates will never produce a good outcome for anyone. But, another important point is that this can effect your staff and guards too. It can affect their ability to perform at full capacity, which in combination with highly irritable inmates is not a good mix whatsoever.

With LED technology, they will never be susceptible to flickering nor buzzing. Not even near the end of the lights lifespan will they flicker or buzz, unlike other technologies commonly still used in such facilities. Thus, you can avoid any stress or irritability which may be caused from flickering / buzzing lights.

If you can’t tell where everyone is at every second, you’ve got an issue. This is especially important for outdoors during the time when it is dark out. Sure, some light is better than none; but why jeopardize your operations with a flickering light when you could upgrade to LED and get rid of the issue entirely?

As you may or may not know, flickering lights make it harder to not only detect movement, but also identify humans. Think of a strobe light, it’s a bit harder to actually make out what is going on entirely. This holds true with a flickering light, even if it isn’t as bad as a strobe light is.

Here we are going to list a couple of the other major general benefits that LED technology offers over other technologies such as metal halide, HPS, fluorescent, and similar.

There are really only two routes you can take, LED retrofit lighting kit will work perfectly. On top of that, retrofitting is a much cheaper option (typically) then a full replacement is. So, if you don’t need to fully replace then stick with retrofit kit LEDs and you will save a lot on your lighting system investment.

Conclusion

Flaws can always be picked at, especially in such tedious and unpredictable environments like the one we are discussing in this topic.