Rotary encoders which are capable of self-diagnosis and can indicate internal problems so that maintenance can be planned as early as possible.

Small, robust and versatile. Our new line of inductive encoders, the M500 series, is designed to meet the challenges of today, as well as the requirements of tomorrow.

Join us in the upcoming webinar about strain measurement to monitor structural loads using the Leine Linde ESR strain sensor. The ESR strain sensor enables fatigue-free, high resolution measurement in mechanical structures to prevent fatigue or overload. The ESR sensor is suitable in sheltered conditions as well as in harsh environments such as cranes, steel mills and wind turbines.

The Leine Linde FSI 900 encoder series is now equipped with the EnDat interface that can communicate through a variety of fieldbus interface protocols, making it easier than ever to integrate in your control system.

Where space is limited our 700 series incremental encoders is a very popular choice for those looking for a robust and reliable encoder. Its compact format makes it the ideal choice for many applications where build length is an issue.

When you want feedback on both speed and position, you may want to combine an incremental and an absolute encoder on the same axis. This was the case for one of our customers, designing a high-voltage switch for a power generation application.

Any machinery used in China from 1 October 2020 must comply with the Chinese standards regarding hazardous locations. Leine Linde is therefore happy to announce that our popular encoder XHI 841, used with motors and drives, is already certified to the CCC Ex standards. XHI 841 can thus be used with machinery intended for operation, in hazardous locations zone 1 or 21, in Chinese facilities.

The YAWMO^® solutions from Leine Linde are robust position sensors adapted to the specific needs and demands of wind turbines today and tomorrow. High availability is an important aspect! This is achieved by the reliable and durable components for accurate position measurement and yaw motion monitoring. Where certified safety functions in accordance with the machinery directive (2006/42/EG) and IEC 61400 are needed, the solution can be found in a product designed for the exact function.

Mounting equipment such as an encoder onto machinery that is subject to high-vibration can be challenging.

The EMS solutions from Leine Linde are measuring strain for the optimization of wind turbine control and condition monitoring. EMS stands for Elongation Measurement System, and consists of strain sensors together with a central evaluation unit to help with reading out and analyzing the values. This solution is ready to be installed in wind turbines or other applications.