You’ve arrived at the right site for How To Control LED Lights With Phone Without Bluetooth? Have you misplaced the controller for your LED lights? Perhaps you’d prefer a more easy way of turning them on and off or to change their settings.
It would help to manage the LED lights power supply to switch them on without using a remote. The simplest method is to plug it in and out. Another option is to use an app to control the LED lights. Smart switches might be a long-term solution as well.
Methods For How To Control LED Lights With Phone Without Bluetooth?
Method 1: Use A Power Supply Adaptor
This isn’t a difficult task. You can turn your LED lights on and off just like any other appliance by plugging them in. Most LED strip lights are attached to a power adapter & controller upon installation. It’s sometimes connected to a switch as well. The main light switches are right adjacent to the electrical switches.
If they’re linked to a switch; switching them on and off without a remote shouldn’t be too difficult. If not, you’ll only have to make extra work to get to the electric socket anytime you need to plug it in. If that’s the case, you’ll need to be a little bit of an electrician in this situation. But don’t worry, it’s not difficult.
Remove The Stripped Receiver
Can you tell me what that is? Different components make up your LED light circuit. The receiver is one of them. It’s in charge of receiving signals from your remote. You can regulate your LED lights & modify their colors using a digital signal.
Only LED circuits that can be dimmed and change colors contain the receiver. Additionally, LED lights with remote controllers are available. The controller is the part that connects the light strips to the power source.
Connect The Cables To The Power Supply Adapter
The power supply adapter regulates the voltage that passes across the circuit. For a low-voltage light configuration, the voltage from the wall sockets is too high. You must now ensure that you are using the appropriate power supply adaptor. Otherwise, you risk overloading the circuit by using too much voltage.
Or it could be the other way around: it might not light up as brightly as it should. To be sure, read the instructions and labeling thoroughly. To put it another way, you must bypass the controller. Because you don’t have a remote, it isn’t very helpful. Don’t worry if you discover you’re remote again; reconnect the controller to the circuit.
Your lights should now be working normally again. This is only a workaround. You won’t be able to manage your lights as easily as you used to. The LED lights revert to their default settings when the controller is removed. There will be no dimming. There are no other colors plain and simple white (or whatever color your lights are in).
Method 2: Make Use Of The App
Wow, there’s an app? Says the narrator up I discovered this around the third time the remote for my LED lights was caught in a black hole. So, I dug through my drawer for the handbook in a fit of desperation. The lights were blinding me, and I couldn’t take it any longer, so I set out to find a way out.
I had access to an app that allowed me to control the LED lights throughout this period. It turned out to be even superior to the remote control. It had a feature that synced to the beats of the music I was listening to on my phone. Now, if you want to go ahead and do that. All you have to do now is see if your app is compatible:
- Consult the instruction handbook.
- If a manual is no longer available, conduct a simple internet search.
- Type your LED lamp model followed by the word app. If an app suggestion appears in the search results, it’s likely the one you’re looking for. To be sure, read the descriptions and reviews.
If Your Lights Are App-Compatible
The first phase is to download the app. Click on the download icon in the Google result. This will take you to either the Google Play Store or the Apple App Store. Because apps are model-specific, make sure you download the one corresponding to your lights. Attach the app to the light in step two. The app will include instructions on how to complete each task.
Method 3: Use A Smart Switch
You can perform anything the stages above allow you to do with this one. You can turn on and off the lights with smart remote controls. Light switches come in a variety of shapes and sizes. The more complex ones allow you to control your lights from afar.
This isn’t only a solution for your LED lights. You can wire your entire house into a remote-controlled network if you choose. So you can change the lights at home while on vacation in Hawaii. You’re doing it because you want to.
The Belkin WeMo Wi-Fi Smart Switch is a good option if you like this concept. There are more benefits than just the ability to manage your lights from Hawaii. At home, you can shuffle your lighting. This will fool any passers-by into thinking the residence isn’t empty. That’s an extra layer of defense.
Additionally, you may program your lighting. As a result, you’ll never have to return home to a dark garage again. Despite its unique capabilities, installing a smart switch does not necessitate any special knowledge. Do you have any doubts? Here are the steps to follow:
Ensure That The Power Is Turned Off
Because you will be shifting wiring and uninstalling fixtures, you must cut off the primary power supply at home. Switch on all the lights, and then turn off the main breaker to ensure that the electricity is turned off.
Install A New Switch To Control The Lights
This step is swapping out the old switches for the new ones you just purchased. This implies that if your LED lights did not previously have a switch, you would now connect them to one. The old switch plate must be unscrewed to do so.
Connect the cables to your LED strip lights once they’ve been exposed. If your LED lights previously had a switch, disconnect the old one. Connect the new switch to the existing circuit. After that, secure the replacement switch plate in place using a screwdriver.
Install The Receiver
You’ll need to add a unique receiver to the existing circuit, just like the previous steps. To be sure, read the handbook. Although, in essence it’s just a matter of matching colors; you’re not ready to.
Program The Remote Control
Regardless, before you accomplish that, make sure the power is turned back on. The switch you’ll use will determine how to turn on and set up your remote.
Finally, carefully check out How To Control LED Lights With Phone Without Bluetooth? If one of the stated features does not work, you can return the item right away. You’re fine if you don’t need a remote control for your LED lights. You can always get a new remote for your LED lights if you like to prevent all types of problems.
When you think about it, the latter two suggestions improve your previous configuration. However, if you’re willing to live without a remote (at least when it comes to your LED lights), that’s fine.
Frequently Asked Questions
Is it possible to connect your LED lights to your smartphone?
Smart LED strip lights are strip lights that can link to Wi-Fi and adjust lighting effects using a mobile app or voice assistant apps like Alexa or Google Home, allowing you to control the lights at your leisure.
Is it possible to control LED lights with your phone?
You can currently use a remote control to turn on or off standard RGB LED strip lights and alter their color, brightness, and lighting mode. These settings can be changed on your phone with smart LED strip lights.
Is it possible to attach LED lights?
Because LED strip lights come in reels with indicated dotted lines for cutting the strips to the size needed, connecting two of them is simple. These strips can then be connected in one of two ways: with connectors or by soldering the copper pads of the strips.
How can you use your smartphone to control the RGB LED lights?
Connect the RGB LED Strip in the following manner: The RGB LED Strip is controlled via the Android App Dabble on your smartphone. Connect your Smartphone’s Bluetooth to the Bluetooth Module on the device. The Gamepad Module should now be open. Each button on the Gamepad module corresponds to a separate function on the RGB LED Strip.