Good evening! We recently encountered issues with broken I/O wires on our Fanuc Robot. It seems that rerunning some cables may solve the problem, but I'm curious if anyone has experience using Wireless I/O technology to connect the robot base to the head and reduce the amount of wiring required. Share your thoughts and experiences with this innovative solution.
Indeed, I have completed this task. While it may not eliminate all components, you will still need to supply power with 24V+ and 0V, along with using compressed air. This option can be costly, which is why I now keep all electrical components and valves clustered on the arm and simply run a series of polyurethane pipes down to the gripper. This setup is relatively simple to achieve and, if a pipe becomes damaged, it is easily repairable without the need for advanced technical skills.
Although this thread is old, one cost-effective method for achieving this is by using Annex32 on the ESP32. ESPNOW offers fast connectivity, and there is also the option of using Bluetooth. Any ESP32 hardware, such as the popular M5Stack range, can be utilized for this project. Check out the link for the firmware.
Our utilization of SMC's EX600 wireless modules has been highly effective. As mentioned earlier, it is essential to have +24V, 0V, and compressed air supplied to the tool, but this is a much more efficient alternative compared to using a complete wiring harness or a large collection of air lines. Discover the convenience and benefits of SMC EX600 Wireless Modules for your industrial needs.
Wow, the price is really steep. However, you can find ESP32s for just a few dollars.
Tinine mentioned that while ESP32s may be more affordable, their cost is still quite high. That being said, the price difference can vary depending on the situation. SMC components have been successfully used in a variety of applications, with the ability to purchase them in bulk for larger projects. These components are easy to integrate across different networks, are modular, durable, and compatible with standard industrial sensors like M8 or M12. As for ESP32s, they are an intriguing concept that requires further investigation. One aspect to consider is their environmental ratings, as it wasn't readily available in the information searched. Are these products IP-rated?
Good evening! I've had some experience with Wireless I/O systems on Fanuc Robots and found them to be quite effective. The installation might take some time due to the initial configuration, but once set up, it greatly reduces the risk of wire damage and helps to increase efficiency. However, keep in mind that it's essential to have a reliable and robust network set-up as the Wireless I/O system depends heavily on network stability. I would also recommend having a back-up plan in place for any possibility of network downtime.
I've had some experience with Wireless I/O technology on a different robotics platform, not Fanuc, but the principle should be the same. It definitely reduced the clutter of wires and made diagnosing issues much easier, however, there were occasional signal drops probably due to the workshop environment. The key is to ensure you have a reliable and consistent wireless connection, maybe even a dedicated line, to prevent any interruptions. If that can be guaranteed, then going wireless could be a great solution.
Good evening! I've actually looked into Wireless I/O technology for similar applications, and while it can simplify wiring and increase flexibility, it’s important to consider reliability in a manufacturing setting. Interference and latency can be issues, especially in environments with lots of machinery. If you decide to go that route, make sure to thoroughly test it in your specific setup before fully committing. It might be worth exploring wireless solutions that are specifically designed for industrial environments, as they tend to have better robustness against interference. Good luck with your robot!
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Answer: - Yes, Wireless I/O technology can be utilized to establish a connection between different parts of a Fanuc Robot, reducing the need for extensive wiring.
Answer: - By implementing Wireless I/O technology, the need for physical cables and wires can be minimized, leading to a more efficient and streamlined setup.
Answer: - Share your thoughts and experiences with Wireless I/O technology for Fanuc Robots to help others in the community who may be facing similar challenges with broken I/O wires.
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