06.09.2021 • Product

Inductive couplers with IO-Link

Photo

Inductive coupling systems are always used when a particularly large amount of power is transmitted. This is the case, for example, in robotics when controlling gripper arms. They can transmit up to 1.5 amps of continuous output current. The energy transfer is contactless. The IO-Link interface of the inductive coupler enables a smooth, transparent and very fast exchange of data between IO-Link device and IO-Link network module.

With their compact stainless steel housing in IP67 and with UL certification, the inductive couplers can be used flexibly - for example in the packaging or automotive industry or on special machines.

Thanks to their extended operating temperature range from -5 to +70 degrees Celsius and their robust stainless steel housing, the inductive couplers are also suitable for harsh environmental conditions.

Company

Balluff GmbH

Zabergäustraße 8
73765 Neuhausen
Germany

Company contact







Event

AKL – International Laser Technology Congress in Aachen

AKL – International Laser Technology Congress in Aachen

From April 22 to 24, 2026, the Fraunhofer Institute for Laser Technology ILT invites you to AKL'26. The photonics congress with over 500 participants is taking place for the 15th time, this year with a significantly expanded program, over 80 presentations, and 54 exhibitor booths.

Award

inspect award 2026
Vote now!

inspect award 2026

The jury for the 2026 inspect award has nominated ten products in each category. With your vote, you decide which product deserves the inspect award 2026.

most read

Photo

Piezo System 6D-Nanocube

The 6D NanoCube from Physik Instrumente (PI) is a 6DoF piezo system for high-precision alignment of optical components and fibers, offering subnanometer resolution for photonics and silicon photonics applications.

Photo

3D Camera Nion

The Nion 3D time-of-flight camera combines high spatial resolution with precise depth perception for detailed 3D data, even with fast movements or in difficult environments.