Safety Controllers

Safety controllers reduce wiring and the need for multiple safety relays to perform critical safety functions. They can monitor and control multiple safety circuits from a single unit, including safety light curtains, safety switches, and safety mat applications. These controllers operate using monitoring logic and use graphical software for easy programming. 

PROTECT PSC1 
The Schmersal PROTECT PSC1 safety control system is a compact, programmable safety control system with scalable I/O. E-Stops, light grids, and almost any safety device can be monitored with ease. The universal interface ensures instant connection to every standard fieldbus. All of this from a well-known brand in safety equipment. 
The PSC1 Safety Controllers are available in two platforms, the PSC1-C-100 and the PSC1-C-10. Both versions share the following features: 

• Safety functionalities up to SIL 3 according to IEC 61508 / IEC 62061, PL e and Cat. 4 according to EN ISO 13849-1 
• 14 safe inputs up to PL e or SIL 3, 4 safety semiconductor outputs, 2 relay outputs, and 2 pulse outputs
• Modular expansion with up to 216 inputs/outputs, using one part number for each expansion 
• Built-in fieldbus connectivity without the need to purchase communications modules 
• The C-10 has 2 built-in signaling outputs, and the C-100 adds 20 configurable I/O points configurable for inputs or outputs and 6 signaling outputs

ReeR MOSAIC
The ReeR MOSAIC safety controllers are compact and configurable, designed to make managing safety systems and sensors easier. 
The MOSAIC controller is available in two versions: the MOSAIC M1 or M1S modular controller with expandable I/O or the MZERO, which is a standalone controller.

• MOSAIC MZERO has 16 safety inputs, 4 auxiliary inputs, 4 OSSD outputs, 4 status outputs, and 4 test outputs
• MOSAIC M1S modular safety controller supports up to 8 expansion modules for a total possible I/O count of 124 inputs and 16 outputs
• Allows tamper-proof system configurations
• Modular expansion when M1 or M1S controllers are used
• Project report provides the actual values of PFH, DCavg, and MTTFd according to EN 13849-1 and EN 62061