How to Troubleshoot: An Overview
If you are unable to get your lighting configuration to work we suggest deploying basic trouble-shooting techniques by eliminating as many variables as possible to isolate what specifically is causing the problem. The fewer variables you have in the mix, the easier it is to determine where the problem is. For new installs, this is why we strongly suggest bench testing your lighting configuration in advance of installing. That way you know all of the components are working. Going through that bench testing process will also give you a good understanding of how everything works.Start from your battery, test one component of your system at a time -- including the power source itself. Use a volt meter to confirm you have a known good 12vdc power source, that the power source is capable of handling the load you're adding to it (e.g. has sufficient amperage to power the load) and you have identified the wire colors for 12vdc positive and 12vdc negative at your power source. This is probably the most common error people make. They make assumptions about the wire colors they're working with and end up connecting either incorrect power types or applying 12vdc + power to the ground wire side of the controller. Reversing polarity of your power source will absolutely damage the controller beyond repair. It only takes a split-second too. Electricity can be very unforgiving in that way so it's important to pay close attention to the wiring details. For existing installations, go through the system and test each component one at a time. As you confirm one component works, move on to the next until you find the source of the problem. Boogey Lights® LED lighting systems are simple 12vdc systems. There's nothing high-tech or complicated about them. They aren't difficult to trouble-shoot if you methodically isolate and test each component of your configuration one at a time. Ultimately if you can't figure it out, you may want to consult with a professional - someone who understands 12volt circuits and related components.
First, confirm that your LED controller module has power and the power is on. Most Boogey Lights LED controller modules will have a light on the outside of the case that lights up when the LED controller is powered on. If the LED controller module isn't powering up, you need to investigate and resolve that issue first. Assuming your LED controller module is powered up, press any button on your M7 remote. When you press a button on the remote the red light on the tip of the remote will light up - solid on. If that light doesn't light up or it flashes, the battery in your M7 remote needs to be replaced. While the remote itself may say to replace the battery with a 3VDC CR2025 battery, we recommend replacing it with a CR2032 3VDC battery. It's the same voltage rating but has a little thicker profile (3.2mm vs 2.5mm) which allows for better contact within the battery tray. You can purchase a fresh CR2032 (or CR2025) battery at just about any drug store. Or, we offer replacement batteries for sale on our website too. Once you've verified the battery is good with the indicator light solid red; continue with pairing the RF remote with your LED controller module.
First, confirm that your LED controller module has power and the power is on. Most Boogey Lights LED controller modules will have a light on the outside of the case that lights up when the LED controller is powered on. If the LED controller module isn't powering up, you need to investigate and resolve that issue first. Assuming your LED controller module is powered up, press any button on your KEY FOB remote. When you press a button on the remote the blue light on the face of the remote will light up - solid on. If that light doesn't light up or it flashes, the battery in your KEY FOB remote needs to be replaced. You can purchase a fresh MN27 12vdc battery (aka A27, 27A, GP27A) at just about any big box store. Or, we offer replacement batteries for sale on our website too. Once you've verified the battery is good with the indicator light solid blue; continue with pairing the RF remote with your LED controller module.
You almost certainly have a wiring problem. If some of the colors are missing or have dropped out or are different hues than before or one LED strip is showing a different color than the others it's because one or more of the power leads are touching each other and/or have come un-done somewhere in the circuit. The solution is to deploy basic trouble shooting techniques by removing as many variables as possible. You do this by testing each power lead connection to each LED strip one by one. It's the only way to locate where the problem is. Yes, we know it's not what most folks like to hear because it takes time but trust us when we tell you it's the only way to effectively trouble shoot these types of situations. These are simple devices. Don't over-think it. If the controller was bad, it wouldn't work at all. If the LED strips were bad, they wouldn't work at all. The fact that the LEDs are lighting means the controller is working and the LEDs are working. What's not working correctly is the color association. Somewhere in the wiring you have RGB wires crossed and/or touching/disconnected which is causing the problem. The good news is that once you find the problem it's usually a simple fix.
RGB leds have three color DIODES: RED, GREEN and BLUE. It's the mixing of these three colors together that create other colors.
The color ORANGE is created by mixing RED + YELLOW.
The color YELLOW is created by mixing RED + GREEN.
With an RGB LED, there is only one RED diode so it can only be used once.
So what's the solution? Well, to get something that looks more like orange to the human eye using RGB LEDs you need to mix equal amounts of RED + GREEN (actually just a bit less green since the human eye is more sensitive to green wavelengths). This will give you the color YELLOW. Then, increase the intensity of the RED just a little (or, pull back the green). This will essentially add a little red to the yellow to effectively mix a color that has an orange tint. It's not perfect but it's as close as you can get to the color orange using RGB led lights.
If your application absolutely requires the color ORANGE, you can order just ORANGE (or AMBER) LED strips. They're single color of course so you can't adjust the color.
Our experience has been that most problems of this nature relate to either a misunderstanding of how the controller is to be connected to the power source OR making assumptions about the power source itself that later turn out to be incorrect. Hopefully you’ve taken our advice to first bench test your configuration before installing. Doing so makes it much easier to troubleshoot. If not, you can still troubleshoot, it’s just not as easy. With every kit we include a wiring diagram that provides a visual drawing of the wiring. You can also find that diagram here on our website. Be sure to select the diagram that applies to the Boogey Lights® product you purchased. If you haven’t already reviewed the wiring diagram for your Boogey Lights® product, we urge you do to so now. You might find you have your controller wired incorrectly. Unfortunately depending upon what was wired incorrectly, the controller may be damaged beyond use and will need to be replaced. If however you’ve reviewed the wiring diagram and have been unable to identify any problems with the wiring, here are some things you can do to troubleshoot your installation:
Make sure your LED light strip(s) is/are getting enough power and functioning.
The easiest way to confirm that the LED light strip is working is to connect it directly to a known good 12vdc power source, bypassing the LED controller completely. You can do this easiest in a bench test scenario, however it can also be done if your LEDs are already installed. Simply connect the power lead coming from the LED strip to any known good 12vdc power source such as a car battery or other 12vdc power supply. It's super important to confirm the power source you're testing with here is known to be good. Probably 98% of the folks contacting us about a problem with their lights make the assumption that their power source is "good" when in fact it isn't. We urge customers to take the extra time to bench test their lighting configuration using a known good 12vdc power source first. Volt meters are inexpensive to purchase and save a lot of time and aggravation. They're a quick and easy way to check voltage levels. The power source needs to be capable of putting out at least 12.3 vdc and be able to sustain that voltage level under a load; including meeting the amperage requirements. If at any time the voltage drops below 12vdc under a load and/or the amperage draw of the lights exceeds the power sources amperage capacity, the power source will not work for powering Boogey Lights (or for that matter, many other 12vdc devices in their vehicle/rig.)
To test the LED strip, connect the BLACK wire of the LED power lead to ground (12vdc - ) and then each of the remaining power leads (red, green and blue – assuming you’re installing multi-color RGB lights) connects to 12vdc +. Each of the LEDs in the strip should light up in full intensity mode because the controller is bypassed. For an RGB strip, when the power is connected only to the RED power lead, only the RED diode on each LED will light. When the power is connected to the GREEN power lead, only the GREEN diode on each LED will light. Etc. Repeat this process for each LED strip in your lighting configuration. Confirming that your LEDs are working correctly rules out the lights themselves or any of the solder connections being the problem.
Some common symptoms of an insufficient power source include:
1) The lights are dim or dim quickly after being turned on (or after a few minutes of being turned on). In this scenario your power source might initially be able to produce 12vdc output but when under a load, it quickly drops below 12vdc which causes the dimming.
2) You're only able to get the color RED from an RGB strip. The RED diode in each LED consumes the least amount of power and thus will light up with less than 12vdc power.
3) You're unable to get the color white from an RGB strip. The color white is created by mixing equal parts red + green + blue. Because all three RGB diodes need to be lit, white consumes the most power. If you're unable to get white, it usually means your power source is not sufficient.
4) The LEDs of an RGB strip light up very dimly. This is an indication that your power source is declining; or going bad.
All of these symptoms are power source related. They have nothing to do with the Boogey Lights LED strip(s) and/or LED controller.
VIDEO: How to Test Your Lights and Bypass the Controller
Make sure you have your controller hooked up properly to a 12vdc power source.
For most customer installations the controller is the heart of the system. It’s what is used to power the LEDs and make them function. If the controller isn’t powered up, the lights won’t work. This is where the vast majority of problems are found; in the wiring of the controller.
All Boogey Lights® products are 12vdc. Our controllers are positively switched with the LEDs themselves sharing a common ground (aka common cathode LEDs). The controller requires 12vdc positive (+) voltage to be connected to the fused side of the controller. Depending upon the controller you purchased the 12vdc positive (+) power lead will be either a WHITE wire or a RED wire coming out of the controller case. In all instances the positive lead will have an inline fuse attached to it. That inline fuse wire is the positive side of the controller. It is what should be connected to the 12vdc positive power coming from your battery. And yes, whenever possible we recommend connecting the controller directly to the 12vdc battery of your vehicle or house batteries on an RV.
If you are attempting to connect your Boogey Lights® to a power source other than directly to the battery of your vehicle or house battery of your RV (such as an interior circuit of an RV), we strongly suggest testing the circuit first with a volt meter to confirm you are indeed tying into 12vdc power and you know the polarity of the wires in the RV. We mention this because RVs and motorhomes will typically have a mixture of 120/110vac and 12vdc running throughout the unit. It is typical too for the color of the wires used inside an RV or motorhome to be the same as residential interior wiring which use a black wire for positive (often 120/110vac) and a white wire for negative (neutral). This is the opposite of 12vdc power wire colors. In a 12vdc environment, black is always ground (negative). If you reverse the hook-up of these wires and instead apply 12vdc positive power (often a black wire in an RV) to the negative side of the controller (also a black wire in a 12vdc device), the controller will be damaged. Similarly, if you connect your 12vdc controller to 110vac power, the controller will be damaged. In either of these cases the fuse will not protect the controller even if only connected for a split-second. Your controller will need to be replaced. It cannot be repaired.
If you’ve confirmed your controller is connected correctly to a 12vdc power source (and you didn’t, even for a second, reverse the wires) the next thing to do is to confirm that your 12vdc power source is actually on and working. To do this we suggest using a volt meter to make sure the circuit is powered.
Make sure your wireless remote control device (RF Key Fobs, RF M7 Remote or Bluetooth smartphone) is communicating with the controller.
Whether you’re using the RF wireless KEY FOBs, RF wireless M7 Remote or a Bluetooth smartphone to control your lights, the device has to be able to communicate with your LED controller. Here is more detail on how to make sure your RF or Bluetooth device is correctly configured to communicate with the controller:
RF Wireless (M7 or KEY FOBs): The RF Wireless KEY FOBs or M7 remote should arrive already paired with the controller. If however you accidentally press the PAIRING button and do not complete the pairing process with a KEY FOB you will erase the pairing completely in which case the KEY FOBs will not communicate with the controller. You need to pair the remote (KEY FOBS or M7) to your controller. It's a simple process with detailed instructions contained in our online documentation. In the past three years we have significantly expanded and upgraded our controller models so be sure to select the pairing instructions for the controller you have. If your controller has a 'PAIRING' button on the controller box, here are the instructions on how to reset/pair your controller and KEY FOBs and here are the instructions on how to reset/pair your controller and M7 remote. All other controller type pairing instructions can be found here. If you’re not able to pair the controller with your remote by following the pairing instructions, it’s likely the controller isn’t powered up or the controller is damaged. We suggest carefully reviewing the wiring of your controller or contacting technical support.
VIDEO: How to Pair Your M7 Remote to the Controller
Bluetooth Wireless: The Boogey Lights® Bluetooth APP can be downloaded for FREE from the Android Play Store or the Apple Store. Once downloaded and installed on your Bluetooth enabled smartphone, you’ll need to launch the APP and connect to the LED controller. Details on using the APP can be found on our website here. The technology used in the Boogey Lights® controller is based on the Bluetooth 4.0 BLE specification. The "BLE" stands for "Bluetooth Low Energy" which simply means it is an 'always off' technology designed to save battery power. What makes BLE different is that unlike traditional Bluetooth devices, you DO NOT "pair" the controller with your smartphone. Instead, when you want to use it you will connect to the controller with the APP running on your BLE equipped smartphone. When finished, you'll disconnect. If after launching the APP you’re not able to find the controller when searching for it using the APP on your smartphone, something else is going on. Either the controller isn’t powered up (or damaged) or there is an issue with the Bluetooth functionality of your phone. We suggest carefully reviewing the wiring of your controller or contacting technical support.
- Assuming you have multi-color RGB lights (vs single color) and you are attempting to power more LEDs than what the LED controller is capable of handling, the lights attached to the controller will dim quickly and the controller will get hot. Do not over-load your controller with more LEDs than what it is rated to handle.
- Assuming you're using an LED controller, make sure the controller is mounted in an area with proper ventilation. If the controller is mounted in an enclosed area without ventilation it will over-heat and shut down. Make sure the controller is mounted in an area that has some ventilation. Do not for example mount the controller inside a wall, inside a small confined area that doesn't have air flowing through it or near another device that is exhausting heat directly only the controller (e.g. refrigerator).
- Another possibility is you have an intermittent short in the wiring somewhere. An intermittent short will increase the load on the controller similar to having too many LEDs causing the controller to shut down or dim. Double check your wiring to make sure you didn't damage or crimp the LED strip or mount it in a way that causes any portion of the PCB to come in contact with metal. Also, check your power lead wires that run from the controller to the LED strip to make sure those wires are secure.
- Whether you have single color LEDs or multi-color RGB LEDs, if your Boogey Lights are fading after a few minutes of use the problem is most likely an issue with your 12v power source (for our purposes here, the term "power source" = battery + battery charger). Your power source is putting out less than 12v and/or the on-board battery charger in the RV (aka "converter") isn't capable of charging the battery at a rate greater than what the LEDs are discharging. This condition is by far the most common problem we see with customers whose lights are dimming and it's also most common with RVs that only have a single 12vdc battery (vs a bank of batteries) for their house battery. The Boogey Lights® LED controllers (and LED lights strips) require 12vdc power to power the controller and the LED lights attached to the controller. The voltage can fluctuate a little, but if it drops below 12v or if the amperage isn't sufficient, the lights will fade. In this situation the battery charger (or the 12v converter) in your RV may not be capable of charging your house batteries fast enough to support the voltage draw when using your Boogey Lights®. This is more commonly the case in RVs that typically have only one 12vdc house battery (and many only have a single-stage battery charger). A Single-Stage charger slowly charges the battery which can take hours to recharge the battery to the point at which it is capable of powering your lights. On full power (white), a single 300 RGB LED strip will draw about 3.5 amps. If you have multiple 300 LED strips, that amperage draw increases by that same number. Your Boogey lights may be draining your house battery faster than what the battery charger on that battery is capable of supporting. Another possibility is that the amperage draw from your Boogey Lights exceeds the available amps in your power source. To determine what the problem is, use a multi-meter to test the output of your 12v power source (see note below about volt meter readings and testing batteries under a load).
If the input voltage is low and/or your power source isn't capable of meeting the amperage draw, here are three options:
- Tap into an existing 12vdc circuit instead of going to the battery directly. Doing so usually solves this issue by using the RV's power converter instead of relying on the battery. This converter, installed in most every RV, takes 120vac current coming from shore power (or generator) and converts it to 12vdc for use in powering the RVs 12vdc appliances and fixtures. If you are going this route make sure you are tapping into a 12v circuit that is capable of supporting the additional amperage draw. One caveat - this solution assumes the power converter in your RV is large enough to handle the additional load introduced by adding your Boogey Lights onto the system. In some situations the power converter may not be sufficiently sized to handle the additional draw.
- Add a multi-stage battery charger to your existing system. There are number of multi-stage chargers on the market that will work and they're easy to add. Our experience has been that the multi-stage charger needs to be capable of charging the house battery at a rate of at least 15 amps. We've had good results with this VMAX Multi-Stage Smart Charger which can be purchased relatively inexpensively. It can be used on any 12 Volt AGM, Gel, or SLA battery. If your RV has a single 12vdc house battery, you might also consider buying a second house battery and installing it in parallel with your existing 12vdc battery. This will effectively double your amperage capacity.
- Install our optional 120/110vac to 12vdc power adapter. This adapter will power your Boogey Lights® directly from 110vac without using your RV/Camper's 12v power source. This option of course requires that you have a 110vac power outlet nearby. We offer them in 5amp, 10amp and 20amp versions. Be sure to buy the size that matches your installation.
Note On Battery Voltage: Keep in mind that just because you're seeing 12vdc power on a volt meter doesn't mean your power source is capable of maintaining that 12vdc power under a load. A volt meter only measures the voltage, it does not measure the load carrying capability of the power source. If you've tried everything else to resolve the dimming issue and they haven't worked we suggest using an automotive battery tester to confirm your 12v power source battery is capable of maintaining 12vdc power under a load. On full power our standard multi-color awning kit (displaying white) will draw about 3.5 amps. A typical under-glow light kit will probably draw three times that -- close to 10amps. Your power source (battery + battery charger) must be capable of sustaining that amperage draw. An automotive battery tester is a quick and easy way to simulate a load on the battery. If you don't have an automotive battery tester handy, another option is try a completely different 12vdc power source such as a known good car battery (e.g. 50 or more cold cranking amps - CCA). To do this you would need to get 12vdc power to the controller from the car battery that is not part of your RV circuitry. The goal here is to bypass your RVs 12vdc power source completely thus eliminating it as one of the possible causes.
The first thing you need to do is confirm your Boogey Lights® controller is indeed Bluetooth enabled. Not all controllers we offer are Bluetooth capable. Most Boogey Lights® Bluetooth controllers will have a button on the front that says, "RESET PAIRING" or just "RESET". We have a more extensive FAQ on this page that provides more detail - with photos - on how to tell what type of LED controller you have. Of course, if you're still unsure, you can also contact our tech support department to confirm. Assuming you have confirmed your controller is Bluetooth enabled AND the controller has power (is powered on), the next thing to confirm is that you are trying to connect to the controller via the Boogey Lights® APP and not your phone's Bluetooth settings. This is important. Connecting to the controller must be done via the free Boogey Lights® APP (IOS or Android). The technology used in the Boogey Lights® controller is based on the Bluetooth 4.0 BLE specification. The "BLE" stands for "Bluetooth Low Energy" which simply means it is an 'always off' technology designed to save battery power. What makes BLE different is that unlike traditional Bluetooth devices, you DO NOT "pair" the controller with your smartphone. Instead, when you want to use it you will connect to the controller with the APP running on your BLE equipped smartphone. When finished, you'll disconnect. Also, before launching the Boogey Lights APP, make sure you have BOTH bluetooth and location services (aka GPS) Enabled/ON. If you haven't reviewed the documentation on using our APP, we suggest taking a moment to do so. You can find the latest OPERATING INSTRUCTIONS for using our BLUETOOTH APP here. For those who don't like to read instructions, we also offer a QUICK START guide too. Other things to check include making sure the controller is powered on. There is a green power on light on most of our controllers that can quickly let you know if the controller is receiving power or not. If you've tried all of the above, you might want to power off (A cold boot; NOT a restart) your phone and then power it back on. Do the same with the LED controller (pull the inline fuse, wait 10 seconds and re-insert the inline fuse). Also, uninstall and then reinstall the APP on your phone. We offer additional Bluetooth troubleshooting steps further along in this guide which you may wish to check out. Bluetooth technologies can be somewhat temperamental particularly with the constant flow of new smartphone hardware, operating systems and APPs. If after trying all of these options you are still unable to connect, we suggest connecting with a second Bluetooth smartphone to see if it works. If it does, the issue is with first phone. If it doesn't, there may be an issue with the LED controller itself - or - environmental. Finally, if all else fails, give our tech support team a call or submit a support ticket.
Bluetooth / APP Controller Issues:
The Boogey Lights® APP and controller have been extensively tested to work on iOS and Android devices with Bluetooth 4.0. iPhones running iOS 5 and newer as well as Android phones running 4.3 or newer work. Bluetooth communications issues however can be some of the most difficult issues to trouble shoot because much of what is going on is dependent on the operating system of the smartphone. Bluetooth depends on both hardware and software to work properly. The problem is further complicated by the fact that smartphone hardware is constantly changing with operating system updates being done all the time. Do a quick search on Google about Bluetooth communications problems and you'll see hundreds of thousands of results for Android and iOS devices. Bluetooth is a great technology when it works but it can be frustrating when there’s a hang-up pairing the two devices. The Boogey Lights® Bluetooth controller devices use BLE - Bluetooth Low Energy (aka Bluetooth Smart). Bluetooth Low Energy is an "always off" technology and as such, only uses a fraction of the power of Classic Bluetooth. It transmits short packages of data that allow large devices to operate for long periods of time even on small batteries. This process of an "always off" technology can however present problems with pairing, particularly with new devices that have never been paired previously. If you're able to connect to the controller but are unable to control it, here are some things you can try:
Bluetooth Wireless General Issues:
Make sure you are in the correct color mode. The Boogey Lights® APP is designed to work with Boogey Lights® single color and multi-color remote control devices. If you have your APP in single color mode but are trying to operate a multi-color controller, the phone will connect to the controller BUT you will be unable to operate the controller. Make sure you have your APP in the color mode that matches your controller. Details on how to do this can be found in our APP instruction manual found on our website here. Power both the phone and the controller off and back on. A soft reset sometimes can resolve the issue.
Make sure there is no electromagnetic interference from other devices such as a microwave or cordless telephone. All wireless communication devices, including Bluetooth, that use radio frequencies to connect to each other are vulnerable to electromagnetic interference. Minimize electromagnetic interference by moving other devices away from the area.
General Bluetooth Issues:
No matter how far we have come with technology, there will always be problems -- Bluetooth isn't any different. Truth is, establishing and maintaining a Bluetooth connection between your phone and every possible Bluetooth enabled device out there isn't a simple matter. If you're having difficultly making a Bluetooth connection with the Boogey Lights LED controller (and you're confident your LED controller is Bluetooth capable), here are some general Bluetooth issues to review.
Toggle Airplane Mode: Enable, then disable Airplane Mode. The mode disables all broadcasts and cell reception while it is configured. Make sure it's off. This can help resolve any Bluetooth issues.
Update: Many phones have updates specifically available for Bluetooth issues. Make sure your phone is up-to-date.
Restart All Devices: If you are experiencing problems with your Bluetooth connection, try rebooting (powering off, powering on) both your phone and the LED controller you are connecting to. Although it seems far too simple and ubiquitous, it's a must for troubleshooting this and many other problems.
Clear App & Phone Cache: Clearing the APP and your Phone's cache can help resolve problems withe Bluetooth connectivity.
Turn OFF Bluetooth: Turn off your phone's Bluetooth and allow the Boogey Lights APP to prompt you to turn it on when you launch the APP.
Android General Issues:
If you have an Android device that has gone through at least one operating system software update and you've tried all of the above unsuccessfully, there is a known issue with some Android operating system updates and Bluetooth functionality that requires a reset of the device. This is a last resort but in every situation we've encountered, doing a factory data reset has fixed 100% of all Bluetooth issues. It also have improved the overall performance of the device and fixed other problems with the phone. You can read more about Android specific issues with Bluetooth connectivity here:
iOS Specific Issues:
On September 16, 2015 Apple rolled out the iOS 9 update and it’s available for all eligible devices including the iPhone 6, iPhone 5 and iPhone 4s. iOS9 brings a lot of exciting features to iOS users but it also brings trouble, particularly for Bluetooth devices. iOS phones running iOS9 have known issues particularly with older phones that have been updated to iOS9. You can read more about them here:
If you have an iPhone and are experiencing problems with Bluetooth connections, here are some iPhone specific steps to try:
Check for Software updates: Connect to the Internet with Wi-Fi. Tap Settings > General > Software Update. Tap Download and Install. If a message asks to temporarily remove apps because iOS needs more space for the update, tap Continue.
Reset Network Settings on iPhone: Settings > General > Reset > Reset Network Settings. Now hold down the Sleep/Wake and Home buttons together until you see the Apple logo on your iPhone. Now try setting up the connection from scratch.
If none of the above solve the problem you’ll need to do a Factory Reset of the phone. This wipes the device of any and all personal settings and data you’ve acquired while using the phone. We recommend performing a backup of your information before continuing with this reset. In every situation we've encountered, doing the factory reset has fixed all Bluetooth issues. To perform a FACTORY RESET: Settings > General > Reset > Erase all Content and Settings. Here’s a video of this process: http://www.digitaltrends.com/mobile/how-to-factory-reset-an-iphone/
- UNINSTALL the existing Boogey Lights APP on your phone. It needs to be uninstalled completely.
- Power Down the phone completely. It must be turned OFF. Not restarted. Power has to be off.
- Power Down the LED controller conpletely. It must be OFF. You can do this by pulling the fuse.
- Wait 5 seconds and then power UP the LED controller. Make sure the green light on the face of the LED controller is on.
- Power Up the phone. When the phone reboots, do not run any other APPs.
- If the phone is set to automatically connect to other Bluetooth devices (e.g. Bluetooth enabled watch or similiar device), disable that connection.
- Turn OFF Bluetooth.
- Go to the APP Store and install the latest Boogey Lights APP version for your device.
Now, launch the Boogey Lights APP. The APP should prompt you to turn on Bluetooth. If not, make sure your Bluetooth service is ON. Also, make sure your LOCATION SERVICES (aka GPS) is ON. Now, your phone should be able to find your Boogey Lights LED controller, connect to it and control it.
If after doing this you're still unable to get it to it to work, please submit a support ticket with us. We will need to know your phone's hardware make and model. Also, we need info on the Operating System version number and kernel version. We will research.
NOTE: The Boogey Lights Bluetooth APP is certified and approved by both Android and Apple APP stores to operate with the currently supported and in production Bluetooth stacks embedded in both Android and IOS operating systems. Any changes in the operating specifications of the Bluetooth stack which would make any APP currently approved and available in the two APP stores to stop working are communicated to all developers a year or more in advance to give them time to update their APP software systems. The manufacturers wouldn't knowlingly make a change in their OS that instantly made thousands of approved APPs stop functioning without notice. Simply put, an update to your phone's operating system that causes an APP that previously worked to stop working means something with that update and/or the update process is now inteferring with the APPs operation. In some cases you may have to wait until your phone's manufacturer releases an update to their OS to fix the issue. It's not something we can fix for you.
- UNINSTALL the existing Boogey Lights APP on your phone. It needs to be uninstalled completely.
- Power Down the phone completely. It must be turned OFF. Not restarted. Power has to be off.
- Power Up the phone. When the phone reboots, do not run any other APPs.
- If the phone is set to automatically connect to other Bluetooth devices (e.g. Bluetooth enabled watch), disable that connection.
- Turn OFF Bluetooth.
- Go to the APP Store and install the latest Boogey Lights APP version for your device. Or, if you're installing the APK file manually, load that APK file at this time.
At this point you should be able to launch the Boogey Lights APP. The APP should prompt you to turn on Bluetooth. If not, make sure your Bluetooth service is ON. Also, make sure your LOCATION SERVICES (aka GPS) is ON. Now, your phone should be able to find your controller.
If after doing this you're still unable to get it to it to work, please submit a support ticket with us. We will need to know your phone's hardware make and model. Also, we need info on the Operating System version number and kernel version. We will research. In the meantime if you're running Android and wish to roll back to a previous version - or - you want to manually install the current version you can do so by doing a manual install of the APK file. The current version and the previous version of the Android APK file can be downloaded from the two links below. If you're unfamiliar with how to manually install an APK file, Google the process for your phone OR you can get a general understanding of how to manually install an APK file on your Android device here.
Here are the available Boogey Lights APK files for download:
Download Android Boogey Lights APP Version 15 - 081518
Download Android Boogey Lights APP Version 16 - 061520
ANDROID OS NOTE: The Boogey Lights APP has been tested to work with Android OS versions 5 thru 10.
IOS OS NOTE: The Boogey Lights APP has been tested to work with IOS version 13.4.1.