Wireless technology has been widely accepted throughout the industrial community. New and evolving standards, a wide range of devices, plus a large installed base, testify to their efficacy. However, while there is a large selection of devices available for processing continuously variable parameters such as flow, temperature, and pressure, there has been little available in the way of wireless devices for generating and receiving simple "on-off" signals. This situation is now changing with the availability of fully-certified, battery-less and battery-powered, digital contact and non-contact switches, sensors, and related accessories. Available, field-proven control components include mechanical limit switches, non-contact magnetic and inductive sensors, photo-optical sensors, and a wide range of switch types (miniature position, pull-wire, foot-operated, pushbutton, selector, toggle, etc.). This presentation explores product types, performance characteristics, and user benefits. It also examines technical developments that have enabled the realization of these devices, as well as typical applications and case histories.
- Understand the technology developments enabling practical wireless switches
- Discover the functional types of wireless switches and sensors now available
- Learn how these control components have been used to lower installation costs, reduce maintenance costs, and increase system uptime
- View relevant application examples
Peter Engstrom is currently the Marketing Director of STEUTE Industrial Controls, Inc. During his 38 year career, he has worked with many industry leading companies, including, Veeder Root, Burndy, Landis & Gyr, Kollmorgen, and Schmersal. Peter holds a BSME from NYU Tandon School of Engineering, an MSME from Purdue University, and an MBA from the University of Connecticut.