For safe protection zone monitoring even in rugged conditions, the Pilz portfolio now includes another sensor for the safe radar system PSENradar: the new radar sensor PSEN rd1.2 can be used for Cat. 3 / PL d and so can safely protect robot applications too. In conjunction with the equally new analysing unit PSEN rd1.x I/O PN, it is now even easier to incorporate the safe radar system into existing applications, so optimising commissioning.

Under the exhibition slogan "Create your safety", at the international exhibition SPS Smart Production Solutions (23. – 25.11.2021) Pilz will be exhibiting safe automation solutions, covering aspects of safety (machinery safety) and industrial security in equal measure. Exhibition focus: solutions that are individually adaptable and so save costs, as they don't need to be oversized.

Obtain a fast, comprehensive overview of a plant: that’s the purpose of Pilz’s web-based visualisation software PASvisu. The new version of PASvisu now also supports the Modbus/TCP protocol. The protocol enables all controllers to be connected quickly, along with other industrial components. The update also includes a secure Client/Server connection, enabling data from the PASvisu Server to be transferred safely to the user's visualisation system.

New versions of the safety bolt PSENbolt from Pilz are now available for combination with the mechanical safety gate system PSENmech with guard locking: users can choose between standard versions and versions with a key. The safe complete solution consists of a mechanical bolt, handle and the new flexible, combinable safety switch. As such it represents a more flexible, cost-effective safety gate solution for personal and process protection.

The new motion monitoring module PNOZ m EF 1MM2DO from the configurable small controller PNOZmulti 2 now also offers cascading and delayed shutdown functions in the field of safe motion monitoring. By monitoring up to eight safety functions on one axis, the new motion monitoring module provides efficient drive applications, thereby protecting both capital goods and the machine.

Additional digital inputs and outputs are now available for the safety laser scanner PSENscan: Up to 70 switchable configurations can now be implemented and up to three separate safety zones can be monitored simultaneously thanks to the new 17-pin and master encoder types. So stationary areas can be monitored more productively – also using the new partial dynamic muting for example. And new functions for the intralogistics sector – such as encoder evaluation, standby mode and more precise navigation – also provide for more efficient monitoring of mobile applications.

The Baden-Württemberg-based automation company Pilz has just been announced as winner in the “Electronic Techologies” category for its innovative, customisable safety relay myPNOZ. For the first time, customers can use the Creator to simply “create online” their own individual safety relay in the spirit of Industrie 4.0. The German Innovation Award honours products and solutions that distinguish themselves primarily by their user centricity and added value compared to earlier solutions, across all industrial sectors.

The SecurityBridge firewall from Pilz now also guarantees the monitoring of data communication between any other network subscribers outside of the Pilz range. As such there is even greater flexibility to incorporate it into existing industrial automation networks. Thanks to authentication and permission management, the SecurityBridge efficiently protects against potential data manipulation. As a result, the open firewall from Pilz increases plant availability.

Take advantage of productive area monitoring thanks to PSENscan, including in areas with material infeed and in close proximity to multiple laser scanners.

For years Bystronic has been using the camera-based protection and measurement system PSENvip in conjunction with the automation system PSS4000 to guarantee a safe, efficient bending process. For another solution particularly on shorter length press brakes, the aim was to achieve maximum productivity and maximum safety combined with simple operation.