| | | | |

New Compact Safety Gate System PSENmgate from Pilz

The complete system for safe guard locking and operation – Compact, combined safety – Energy-efficient guard locking + operation!

October 2, 2024

New Compact Safety Gate System PSENmgate from Pilz
(Photo: © Pilz GmbH & Co. KG)

Miniaturisation is an important aspect of industrial transformation. It ensures efficient and sustainable processes. Because “smaller” solutions save space and energy. Pilz supports this aspect with safe sensor technology solutions, among others: The new safety gate system PSENmgate combines the classic safety locking device PSENmlock and the control element PITgatebox from Pilz in a compact solution. As a compact solution, it requires less space on the safety gate. At the same time, PSENmgate offers maximum protection against manipulation and defeat, for safeguarding safety gates. That guarantees safety on the plant or machine thanks to a smooth-running production process.

Overall, PSENmgate saves important space on the machine and saves the time needed for installation due to simplified wiring via just a single plug-in connector.

Core competency 1: Safe guard locking
On accessible safety gates as well as covers and flaps, PSENmgate protects the process and the operator, on enclosed robot applications for example. The compact safety gate system guarantees safe interlocking and safe guard locking up to the highest category PL e, Cat. 4. Also, several safety gates can be connected in series quickly and simply. The effort and time required for wiring is reduced, speeding up installation.

Core competency 2: Versatile operation
The compact safety gate system PSENmgate provides various control elements such as pushbuttons and illuminated buttons, as well as E-STOP pushbuttons and an escape release. What’s more, users can choose the right handle from a range of options. As a result, the system offers configuration options for different applications. So PSENmgate is versatile and can be applied on the widest range of plant or machinery. Machine builders and operators alike benefit, as there is greater flexibility for designing machinery.

Add-on: Sustainability and diagnostics for high output
The compact design of the energy-efficient PSENmgate reduces power consumption through its bistable locking principle. Thus, as an integrated and energy-efficient safety gate system, PSENmgate reduces energy costs. In the event of error messages, comprehensive diagnostics via four LED indicators and a diagnostic output enable short reaction times to status changes. Users receive a sustainable product, reduce downtimes on their machine and increase their productivity.

Source

Related Story

Pilz: PSENini Inductive Safety Switches

The inductive safety switches PSENini enable the safe detection of positions within a machine. They detect the approach of metallic objects without any contact, thereby supplying the necessary safe signals about positions and end limits. The inductive function principle minimises wear and increases the service life. You work safely, with high productivity!

Related Articles



Editor’s Pick: Featured Article

Weidmüller’s u-control 2000: The Automation Controller

Weidmüller’s u-control 2000: The Automation Controller

Weidmüller’s scalable engineering software, u-control 2000, adapts individually to your requirements. And, the u-control is powerful, compact and fully compatible with Weidmüller’s I/O system u-remote. This article looks at what makes u-control the heart of your automation.

Programmable logic controllers (PLCs) are one of the main components of any automated system. A typical control system has inputs, outputs, controllers (i.e., PLCs), and some type of human interaction with the system, a human machine interface (HMI), for example.

Read More



Latest Articles

  • Applications of Physical AI in Canadian Sectors

    June 23, 2026 Physical AI — the convergence of artificial intelligence with robotics and autonomous motion systems — is reshaping how Canadian industries operate. Across sectors from healthcare to mining, AI-enabled machines are performing tasks that were once entirely dependent on human intervention. But deploying Physical AI effectively requires more than sophisticated algorithms: it demands… Read More…

  • Case Study: Optimizing Harmonic Mitigation in Wastewater Treatment

    June 22, 2026 Segment and Application In a municipality, wastewater treatment plants typically stand out as the main consumers of electricity. The operational processes exhibit significant load variations throughout a 24-hour cycle, necessitating the use of AC drives to regulate pumps, blowers, and other motorized equipment in response to fluctuating demand. In one wastewater treatment… Read More…