PNOZ safety relay

Description

PNOZ Safety Relay Overview
The PNOZ safety relays from Pilz are trusted devices designed to monitor essential safety functions and protect machinery and operators. Known as “the world’s first safety relays,” PNOZ relays are widely used across industries for their reliability and compliance with international safety standards. They provide efficient solutions for tasks such as emergency stops, safety gates, light curtains, and two-hand control systems.

PNOZsigma
PNOZsigma safety relays are compact and efficient, combining high functionality with minimal space requirements. They allow quick installation and easy configuration, making them ideal for applications requiring fast response times and high-performance monitoring. Features include adjustable safety functions and LED diagnostics for seamless operation. PNOZsigma relays are perfect for industries like packaging, assembly, and material handling.

PNOZ X
The PNOZ X series offers universal and robust safety relays for a wide range of safety functions. Built for durability, these relays operate reliably even in challenging environments such as extreme temperatures and high vibration areas. They are suitable for applications requiring single or multi-channel monitoring, providing flexibility for various safety needs. Common uses include emergency stop circuits and monitoring of safety gates.

myPNOZ
The myPNOZ is Pilz’s latest innovation in safety relays, offering a custom-configured safety relay tailored to specific applications. Users can design their relay online with a user-friendly configurator, ensuring the perfect fit for their safety requirements. Delivered pre-assembled and ready to install, myPNOZ is modular and expandable, providing flexibility and ease of use for modern industrial applications.

Applications
PNOZ safety relays are used in industries such as automotive, food and beverage, logistics, and robotics. With a variety of models tailored to specific needs, PNOZ relays deliver reliable safety monitoring, easy integration, and long-term operational efficiency.