2. In order to open the headlight housing, it must be heated to soften the glue that seals it. Preheat the oven to 270 degrees Fahrenheit, and place the housing in the oven (top rack). Heat the housing for approximately seven minutes. Note that this time will vary by vehicle manufacturer and that you should be careful not to overheat your assembly. Also note that the headlight will be hot when removing it from the oven, so take care not to burn yourself.

*Please note that this can damage your headlight assembly and that you do so at your own risk.

4. LED angel eye installation will vary by headlight. In this instance, we mounted an

5. Place the second layer back in the housing to ensure that everything is aligned the way you would like. This is also a great time to clean the inside housing, as you will not be able to do so once you reseal it. The cleaner you get it the better; smudges and dirt will be more visible when the lights are on.

8. Now it’s time to reseal the headlight housing. Preheat the oven to 270 degrees again, place the layers together, and put the headlight in the oven (with halo rings installed) for seven minutes. Remove the headlight from the oven, and press the layers together firmly as you work around the lens to ensure all of the edges are sealed (this might require gloves, as the headlight will be somewhat hot). Be careful to only press on the edges so as not to warp the lens.

*Please note that this can damage your headlight assembly and that you do so at your own risk.

10. With the headlight housing installed, complete your wiring, and test connections to ensure proper installation. Be sure to tape/heat-shrink any wiring connections that were added, and clean up any loose wiring.

When you’re purchasing LED strip lights, there are numerous details and specifications upon which to base your decision. Color, length, and intensity are some of the major deciding factors, but there are many unthought-of product aspects that further customize light strips and what they’ll require when it’s time to install them. For example, a decision between 24-volt strip lights could change the products needed for your project.

While it depends on a light strip’s current draw, LED type, and number of LEDs, 24-volt LED strip lights tend to have longer maximum runs than 12-volt strips. This is because higher voltage carries more power. All strips have a maximum run, which is the length of continuous strip that can be powered without experiencing voltage drop. Voltage drop happens when the supplied energy of a power source is reduced as electric current flows through wire (or any other pieces of equipment that do not supply voltage on a circuit). If a run of strip is too long, reduced energy across the strip will lessen its intensity near the end.

Because they can handle more power, many 24-volt LED strip lights tend to have brighter LEDs, dual-row LED configurations, or single-row configurations of more LEDs. In these instances, maximum run might be the same as a 12-volt strip. However, keep in mind that these are more powerful strips with more LEDs or higher LED intensities. An identical 12-volt LED strip light would have a shorter maximum run.

Make sure to check any light strip’s specifications or description for its maximum run.

If you have questions, don’t hesitate to call us toll free at 866-590-3533. Our customer service and technical support teams are available from 8:30 a.m. to 8 p.m. CDT Monday-Thursday and 8:30 a.m. to 4 p.m. CDT on Friday.

High temperatures cause conductors to expand and hence increase in length. The converse is true for low temperature conditions. The change in length varies from one conductor to another depending on its thermal expansivity. The length of copper conductors, for instance, changes by 5 feet per 1000 feet of length when the conductor temperature changes from 100 – 0°, while aluminum changes by about 7 feet. The length increases with increase in temperature and reduces with reduction in temperature.

This increase or decrease in length is of great concern when installing power transmission lines between poles and towers, or when installing other power connectors. There must be an allowance for this change in length since it can cause catastrophes if it’s not there.

Weather changes are associated with increase and decrease in temperature and thus affect power transmission lines and other conductors. However, change in temperature is only one factor that affects power lines. Below are the changes that occur to power lines and other conductors as a result of weather changes:

The amount of heat dissipated from power conductors is reduced during hot and calm weather conditions. Basically, if the temperature of air around the cable is low, more heat is lost from the cable to the air. If the air is already hot, the exchange of heat is lesser. This low heat dissipation causes the lines to overheat. However, the rise in conductor temperature (overheating) worsens when cables are transmitting too much power than required. The first effect of this increased conductor temperature is snagging, which is the downward bulging of the cable between two poles, caused by the increase in the length of cables.

Snagging is largest during extreme hot weather (largest increase in temperature) conditions experienced in summer. The increase in length results to downward bulging of the cable due to the effect of gravity. Excessive sagging is dangerous if it goes below the accepted height clearance – cables could come into contact with trees, buildings and other structures underneath, causing electrocution and fires.

Excessive sagging represent an added weight on the power line and this increase may cause the line to fail or to pull down weak poles and towers. The effects can be small but gradual and so the poles and towers will finally come down or require some adjustment/replacement after some time, which is costly. This sagging can also cause the lines to short out. Excessive sagging is also costly since it leads to increased electrical resistance. This means that a sagged power line transmits lesser current than it normally does, thus causing under-feeding of electrical equipment and industries. It is also costly and time consuming to rectify a sag.

Are you thinking about redesigning your home? When you look at the 2012 top home trends, you will realize that you’re not alone. This year everyone seems to be jumping on the home renovation and remodel bandwagon. While some 2012 top home trends involve pure aesthetic components, this year’s trends are all about accessibility, functionality, and efficiency. From home renovation to home color trends, this year has something for everyone.

Take a look at this year’s home trends to choose which ones fit in with your plans for home renovation.