The PSENcode is a cutting-edge safety switch technology designed to enhance safety in various industrial applications. This comprehensive guide provides an overview of the PSENcode system, its importance in ensuring workplace safety, and the numerous benefits it offers. By understanding the capabilities and features of PSENcode, users can effectively implement non-contact, coded safety switches to …
Economical, basic solution for safety gate monitoring with safe guard locking provides a cost-effective way to enhance safety measures for accessible doors. This solution is designed to ensure the security of various areas while considering escape and emergency situations. By implementing this solution, you can effectively monitor the safety gates while maintaining an economical approach. …
Mechanical safety locking device PSENmech – Pilz Read More »
The safety gate system PSENsgate combines safety gate monitoring, safe guard locking, and control elements into one integrated system. Designed to ensure secure access control, this system provides a comprehensive solution for industrial environments where safety is of paramount importance. By incorporating essential safety features within a single unit, PSENsgate streamlines the implementation process and …
The PSENcode Key is a non-contact, coded safety switch designed to enhance workplace safety. It utilizes a transponder key, specifically the PSEN cs4.1 Key, which offers advanced functionality for increased security. With two safety outputs and an M8, 8-pin male connector, this safety switch ensures reliable and efficient operation. The PSENcode Key is uniquely coded, …
PSENcode key – non-contact, coded safety switches Read More »
The introduction section provides an overview of the topic of PSENcode – non-contact, coded safety switches. It sets the stage for the subsequent sections by introducing the concept of non-contact safety switches and highlighting their significance in industrial settings. The introduction also outlines the purpose of the content, which is to provide information about the …
PSENcode is a coded, non-contact safety switch that is widely used in industrial environments for monitoring the position of guards and ensuring the safety of personnel, in accordance with EN 60947-5-3 standards. With its advanced functionality and reliable operation, PSENcode offers enhanced safety features that are crucial in preventing accidents and injuries. This introduction provides …
PSENmag is a cost-optimised system that combines a Pilz sensor and controller, providing a comprehensive solution for various applications. This system offers a range of features and benefits that enhance safety and efficiency in industrial environments. By integrating the sensor and controller into a single solution, PSENmag simplifies installation and reduces costs. With its compact …
This document provides an in-depth exploration of the monitoring of E-STOP, safety gates, and light barriers in industrial environments. It aims to offer a comprehensive understanding of the importance of these safety systems, their functionality, troubleshooting methods, and integration into safety protocols. This information is crucial for ensuring the safety and well-being of workers operating …
Monitoring of E-STOP, safety gates, light barriers Read More »
As we reflect on the year 2023, we can proudly acknowledge the numerous achievements and milestones we reached. Our organization experienced remarkable growth, expanding our market share and launching innovative products that captured the attention of customers worldwide. Additionally, we successfully implemented new strategies that enhanced our operational efficiency and cost-effectiveness. It was a year …
The myPNOZ Creator offers several benefits to users in creating safety functions for PNOZmulti devices. First and foremost, it provides a simple yet powerful platform for configuring safety systems, reducing the complexity and time required in traditional programming methods. The tool’s intuitive interface allows users to easily define safety functions using ladder logic and function …
