They have been used for a long time and are part of the history of lighting, but the time has come to Change Fluorescent Tubes for LEDs. Times change and technology evolves. What was a revolutionary invention at the beginning of the last century gives way to the trend of our millennium. The rise of LED tubes displaces fluorescent lighting due to its lower consumption, better performance and greater durability. If we add to this the ease of changing fluorescent tubes for LEDs, it makes no sense to continue using fluorescents.

To change fluorescent tubes for LEDs, first we cut off the power. This way we can work safely. Secondly, we are going to see some aspects of the operation of the equipment.

While fluorescent tubes need a ballast and a capacitor, LED tubes do not need these devices. Therefore, when changing fluorescent tubes for LEDs, we simply must eliminate these two mechanisms from the electrical circuit.

Steps to Follow

The change process is very simple. We simply remove the fluorescent tube and, in its place, place the LED tube. To do this, we make sure that the contacts of the LED tube are well connected to the contacts of the lamp. Once we have this clear, we connect the “phase” and “neutral” cables to the lamp. When connecting the LED, we will take into account the polarity, so that one end of it is connected to the “phase” of the electric current, while the other end will be connected to the “neutral” of the lamp. The new European regulations establish that the tubes must have both connections (Phase and Neutral) on one of the two sides of the tube, while the other side has no use in terms of electrical connection, only support in the area. socket anchoring.

Also, make sure that you eliminate the reactance to avoid unnecessary consumption.

change fluorescent tube for Led

Once this process is finished, the new LED lamp will be ready to illuminate the area we want. With this simple change we will gain luminosity while saving energy. In addition, due to the greater durability of the LED, the hours of use of the new tube will increase.

Advantages of Changing Fluorescent Tubes for LEDs

If we analyze the operation of the two types of lighting system, we highlight:

  • Fluorescent tubes contain an inert gas (usually argon) inside. They also contain mercury. These elements react when the fluorescent tube is subjected to an electrical voltage, so that the electrons released by the electric current move from the (-) filament to the (+) filament of the fluorescent tube In this way, a reaction known as “ultraviolet radiation” is created inside, which is what converts energy into light. This is due to the construction of the fluorescent tube coating, which has previously been coated with chemicals that make this phenomenon possible.
  • For their part, theLED tubes are made up of severalencapsulated LED chips, connected in series, which work through the reaction of its semiconductors to the passage of electric current (a phenomenon called electroluminescence). In this way, they produce light with less electricity consumption. Furthermore, they offer the same
    amount of lumens (luminosity or light energy) and guarantee greater safety, since they do not contain gases, mercury or other chemical elements to which we would be exposed if the tube breaks. As if that were not enough, the LEDs turn on instantly. With this, in addition to saving energy when switching on, we avoid the uncomfortable flickering typical of fluorescent lights.

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