Once connected, the first thing you should do is save your existing controller settings. For this guide let's assume you can connect fine and proceed from there. PROGRAMMIER SOFTWARE SERIALHere, are some helpful videos for changing a Windows(tm) COM port for a USB to Serial adapter like the Bafang programming cable. You can also get help connecting by changing the COM port. PROGRAMMIER SOFTWARE DRIVERSThe first time you connect and run it, you might have a hard time establishing a connection to the controller, There are cable drivers available and other resources available on this forum if you can't get it to connect. Now you should just be able to click on "Connect", and it should populate the "Controller Info" fields with information about the controller. Now you should see the program, showing three tabs, "Basic", "Pedal Assist", and "Throttle". If you see a security warning, don't worry, just click on "Run". Now start the Bafang Config Tool by either double-clicking on the file named Bafang_Programmer.exe in the LunaBafangConfigTool folder, or double-clicking on the shortcut you made to it. PROGRAMMIER SOFTWARE INSTALLThis gives your laptop time to detect the cable, connect to it, and automatically install the drivers for it. Slowly count to 5 before you do anything else. Then plug the other end of the Programming cable into an available USB port on the laptop. Make sure the Bafang Config Tool is not running by checking for any icons in the task bar. Now, on your laptop, close any open programs, including the Bafang Config Tool. Alternately you can remove the chain from the chain ring. This is one good reason to do your tuning with the back wheel in the air, and nothing loose near the chain or sprockets that could be caught in them. Since the motor is turned on when the cable is plugged in, if you bump the pedals, or the throttle, the motor will spin the back wheel. Once your display is disconnected, your battery attached and if necessary, turned on, then line the notch on the cable connector with the key on the other connector, plug the programming cable into the connector that the display was plugged into. These connectors are designed to be waterproof, and stay firmly connected, so unplugging this can be difficult. Then, trace the cable from the display to the wiring harness and unplug the display from the wiring harness. Since batteries and connectors are all different this could be done in several ways. So first, connect the battery to the motor, and, if the battery has an On/Off switch, turn it on. The Programming cable plugs IN PLACE OF the display. You can do that by Right-clicking on the "Bafang_Programmer.exe" file, and selecting "Send to/desktop as a shortcut. To run the program, we recommend adding a shortcut to your desktop for ease of use. The files will unzip to create 2 folders and two files, a "Bin" folder to run the program, a "Profiles" folder to hold the preset profiles created by others for your use, a file named "Bafang_Programmer.exe" used to start the program, and a file named "KarlsGuide.pdf" to help you understand and use the program. PROGRAMMIER SOFTWARE SOFTWAREOnce you have your cable, software, and a Windows PC, unzip the compressed download file containing the software files. PROGRAMMIER SOFTWARE PCWindows Laptop / PC - Required to install and run the programming software. Programming software - Available by signing up/logging in and then clicking on the Download button above.ģ. Bafang programing cable - Available here on Amazon or here on eBay.Ģ. There are a couple of things you need first to program your Bafang Controller:ġ. If you own a Bafang mid-drive motor you may want to change a thing or two in the controller programming. Warning: Using This Software Can Void Your Warranty! ONLY CONTINUE IF YOU ACCEPT THE CONSEQUENCES OF YOUR ACTIONS! Now quickly assign center frequencies based on the actual anatomical location of each electrode contact.How to Program your Bafang Controller - Step by Step Guide (2021) By combining detailed imaging data from OTOPLAN with MAESTRO 9.0, you can With our new anatomy-based fitting tools, you can easily fine-tune the frequency map to be closer to the natural map for each individual cochlea. This is why we are always striving to provide a closer match for each individual patient. However, we know that one size does not fit all. Our default FineHearing frequency allocation is designed to follow the natural tonotopic map of the cochlea. With MAESTRO 9.0, we are excited to be reaching closer to natural hearing than ever before with cochlear implants. Our unique FineHearing sound coding is designed to mimic natural rate coding in the second turn of the cochlea. Our unique long electrode arrays enable more accurate pitch-place stimulation of the natural tonotopic map of the cochlea. Our philosophy has always been to provide a closer match to natural hearing.
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