Based on 802.15.4 point-to-point communications, Honeywell’s Limitless switches can be configured with up to 14 devices to communicate with one receiver module. The wireless signal is received by either a panel-mount receiver, or an industrial DIN-rail module, which is then converted to an output. Outputs can be LEDs, buzzers, or standard electrical signals used by traditional controllers.
Thorough and well-written article. I completely agree with the speed of installation advantages of a wireless system. Many years ago, I had to set up a wired network to our factory floor and the time required to plan and install this older technology was significant (not to mention the time needed to troubleshoot improper hardware node connections). In many instances, wireless technology will prove to be faster and much more flexible than existing wired systems.
I see combatting the noisy industrial environment, wirelessly, is making some strides. I think I feel confident enough in the tech these days to use wireless in the machine shop. The little risk may have a huge payoff in mobility.
The National Highway Traffic Safety Administration’s recent backup camera mandate could open the door to more vehicle innovations, including better graphical displays, 360-degree camera views, and the increased use of Ethernet.
With support from National Instruments, a group of dedicated students from Connally High School in Austin, where more than 50% of the students are at risk of not graduating, have created a successful robotics team that is competing in the FIRST World Championships.
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