10.06.2022 • Product

IO Link Wireless - When Classic Data transmission Reaches Its Limits

Photo

As a digital interface, the IO-Link communication standard enables a fieldbus-independent point-to-point connection and seamless communication between the intelligent sensor and the automation system. With the introduction of IO-Link Wireless, Balluff is now expanding its own IO-Link portfolio to include a wireless solution. "Whether in inaccessible places, in robotics or in highly dynamic transport systems: IO-Link Wireless promises an even more flexible and sustainable application - while maintaining system integration and compatibility," says Michael Zahlecker, product manager at Balluff. Customers already using IO-Link can configure IO-Link Wireless via the integrated web server.

Photo

Data reception via a wireless connection

Instead of using cables, the wireless master receives the sensor data by radio via a bridge or hub. Easier planning and installation, greater flexibility and mobility, and the elimination of plugs or cables are among the advantages over a wired system. At the same time, IO-Link Wireless can be used worldwide without a license in a frequency range of 2.4-2.483 GHz. "During the development of IO-Link Wireless, high reliability was of paramount importance to us," explains Michael Zahlecker. A latency of 5 ms and an error rate of 10-9 thus enable a direct connection as well as fast and reliable data transmission. Another plus point is the problem-free scaling and extended integration of up to 40 devices.

Author: Michael Zahlecker, Produkt Manager at Balluff

Company

Balluff GmbH

Schurwaldstraße 9
73765 Neuhausen
Germany

Company contact







Digital Events

Digital Event Calendar 2025
live or on demand

Digital Event Calendar 2025

By participating in our free digital events, you can stay up to date in your field of expertise.

PhotonicsViews

PhotonicsViews September 2025 available now!

PhotonicsViews September 2025 available now!

The new issue of the PhotonicsViews is available. Read the September 2025 issue for free as PDF or E-Paper.

most read