Skip to main content

Wieland samos PRO Safety Controllers

samos® PRO COMPACT is the most compact, modular and programmable safety controller for machine and plant engineering. Safety functions are parameterized in compliance with standards via the intuitive and license-free samos ® PLAN 6 software. The focus is on use...Read more

samos® PRO COMPACT is the most compact, modular and programmable safety controller for machine and plant engineering. Safety functions are parameterized in compliance with standards via the intuitive and license-free samos ® PLAN 6 software. The focus is on user-friendly, standards-compliant implementation and simple integration into higher-level systems. For this purpose, the controller offers integrated Ethernet protocols and interfaces.

FEATURES OF THE SAFETY CONTROL SYSTEM
License-free, intuitive safety software samos® PLAN 6
Communication protocols PROFINET IO, EtherNet/IP and Modbus TCP integrated in the base module
Compact Basismodul with up to 20 inputs and outputs including terminals
Optimal scalability thanks to versatile digital and analog expansion modules as well as gateways for all common industrial fieldbuses
Operating temperature range from -25°C to +65°C

ADVANTAGES OF THE SAFETY CONTROLLER
Simple, intuitive and fast programming, verification and validation
Cost-optimized through customized, modular adaptation options
Use at extreme temperatures

SAFETY SOFTWARE SAMOS® PLAN 6
samos® PLAN 6 is the license-free, user-friendly software for standard-compliant programming of safety functions for samos® PRO safety controllers. samos® PLAN 6 supports PLC programmers, electrical designers and developers.

All functions are designed for user-friendly operation:

Easy hardware selection via automatic module configuration
Application-specific, TÜV-certified libraries with over 65 function blocks
Special libraries for analog value processing, muting and presses
Fast verification and validation through oscilloscope function in off- and online mode
Automatic, configurable documentation at the push of a button

Read less