LED Drivers

Your LED lights need a power supply to run, and that's where LED drivers come in. Since LEDs have a different power requirement than non-LED fixtures, you will need to supplement what is appropriate to get them working. If not, your lights will not run, or they might burn out.

LED drivers are not one-size-fits-all. They come in various voltages, sizes, and maximum wattage capacities, so you'll have to determine what your lights need. Hey, don't worry! Everything is already listed in our product descriptions, so you don't even need to look it up on the internet. Just read through it, and you'll see the recommended driver for your lights. You can also call us if you have any concerns!

What is an LED driver?

An LED driver is a lighting accessory that regulates power for low-voltage bulbs. You can compare them with transforms or ballasts. This device supplies LEDs with the adequate power they need to function at their total capacity. You mustn't miss adding this to your low-voltage LED circuit because, without one, you'll end up with a system failure.

LED lights are energy-efficient, so they don't need an excessive amount of power to operate. That's why they need a buffer or something to manage the electrical current so it won't overload. As a result, LED drivers are made to serve this purpose.

How to use an LED driver?

Incorporating LED drivers into your LED circuits is relatively simple if you have an idea of wiring. However, if you know that it's not your cup of tea, call for an electrician to help you so you can avoid any accidents. Now that’s done, here’s how to use a driver:

1. Ensure that the voltage and amps of your LED system and driver are fully compatible.
2. Guarantee that the driver is not exposed to external factors that it's not designed for. If you're mounting it outside, make sure you choose an IP65 LED driver that is suitable for that environment.
3. Turn off your power.
4. Check the negative and positive wires in your socket. After, detach the socket from your grid.
5. Attach the driver to the LED system using colour-coded screws.
6. Connect the positive and the negative wires from the system to the equivalent terminals on the driver.
7. Connect the green to the ground terminal.
8. Connect the positive and negative wires from the power socket to the appropriate terminals on the driver.
9. Check if what you did is working. If it’s overheating or malfunctioning, disconnect it immediately and find the cause.

What does a driver do for LED lights?

Most LED lights require DC power at low voltage to run (generally 2V to 4V). Because of this, they need something that will convert the AC that most wall sockets have to a DC while keeping them protected against surges. That’s where LED drivers come into play. They convert the power and protect your LED lights so they can function properly and produce the brightness you need! Power surges and fluctuations can be problematic for LEDs because they cause high temperatures and affect the light output. Remember, LED lights are designed to maintain their predetermined amp range strictly. So, it would be best if you protected them from any sudden shifts.