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What Causes Your Led Lights to Age?

What Causes Your Led Lights to Age?

2019-04-28

Leimove-Blogpost-what Causes Your Led Lights To Age

In modern society, LED lighting gradually replaces the old fluorescent lights thanks to its multi-characteristics. In spite of this, many people still confuse by some problems caused by LED lights. Embraced with so many loyal followers, is there any problem it exists? According to our survey, 90% of members who have LEDs in their home are happy with their bulbs and the quality of light they produce. Yet there are over 28% users come up with feedback that their LED lights are prone to early failure, especially their LED ceiling panel lights. What causes their early failure?


-Used Together with New and Old Fixtures

One of the reasons for early aging of led ceiling panel lights, according to experts is the placement of the LEDs in the lighting fixtures that still have some old lighting fixtures. The LEDs are designed to dissipate the relatively small amount of heat generated by them, compared to the old bulbs. However, if they are placed near high-voltage lamps or in a final installation, they may fail earlier.


-Wrong Dimmer

Also traditional dimmers with a rotating handle, we also have dimmers which are managed by buttons. Several of these e-dimmers from the era of incandescent lamps and halogens do not match the specs of LED lamps.

These regulators require a min load for the correct function that is not achieved with the careful design of the led ceiling panel lights. In case the weight goes below the min charge, it will not be dim completely to turn off the output voltage in the odd position completely. 


-LED Twilight Controller

LED lamps are equipped with an electronic circuit called a LED driver that generates the current required performance of the LED. The controller contains different capacitors and emitters that can serve as electrical energy storage. Depending on the design of the circuit, these components can remain active when the input voltage is put off by pressing the light switch. As a result, the LED indicator continues to light until the power buffers are discharged. That can also take from a few seconds to several minutes. Hence, it means that the light still remains in emitting even though it has been switched off, which also causes early failure.


-Parallel Routing

Bidirectional connections are mostly used in long lanes and stairs. That lets you fix several problems at various points to handle the lights. The problem of this thing is to guide the cable over a distance. Here, the conductor carrying the voltage can stimulate the energy at the shutdown connector. That implies that there is little light in the led ceiling panel lights. Even when it is off, the parallel has effects and makes them age.


-High Power Device in the Same Circuit

That is rare, but if a heavy-duty device, such as an electric fan, is on the same circuit as the low power LEDs, it can cause a flash. LEDs require much less effort than regular bulbs, with internal motors to reduce the voltage of the LED bulb. The operation of the fan, in this example, can cause a sudden increase in the voltage in the circuit. The flickering that you see is that of the controllers of the LED lamps that adjust the voltage to adapt to the LED. Having an electrician check your circles will be the best way to solve this problem.


How to solve LED Lights problem?

The LED indicator can be reconnected to the controller component inside the lamp. The primary purpose of the LED driver design from professional led panel light manufacturer is to rely on a simple circuit to control the output current, but without changing the frequency, it is likely that the LED indicator will flash. However, this can be solved by using the current running drivers, which eliminate the sine wave peaks.

The power correction components must also be operated within the controller circuit. Without this, the wave currents will cause flickering energy flow. In the end, if the design of the LED bulb controller meets the requirements of constant DC power and suppression of abundant ripple, there should be no flicker. If the flickering is in your LED ceiling panel lights, it has probably been created with cheap driver components. Technology has evolved in LED lighting to the extent that this should not happen.


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