SIMATIC PCS neo Safety

Why SIMATIC PCS neo Safety?

SIMATIC PCS neo is an innovative, ground-breaking process control system that enables functional safety in the process industry.

It provides reliable, flexible protection for people, machines, and plants, helping to solve the challenges of today and tomorrow.

As a fully web-based system, SIMATIC PCS neo Safety supports the complete safety lifecycle from engineering to decommissioning.

Our process safety portfolio includes:

Fail-safe automation systems
Fail-safe I/O systems
Safety-relevant software

Additional safety products to explore:

Functional safety for process instrumentation and analytics
Fail-safe drive technology
Fail-safe industrial switchgear
Fail-safe industrial communication
Fail-safe industrial communication

Key benefits

Experience comprehensive support

You need the appropriate expert knowledge when it comes to safety verification. By using Safety Lifecycle Services from Siemens, plant operators don’t need to accumulate this knowledge themselves.

Find qualified functional safety Solutions Partners

To meet growing safety engineering demands, we rely on select Solution Partners. These highly qualified partner companies have expertise and experience with safety applications in the process industry.

Achieve maximum process safety

Siemens’ safe controllers, secure bus systems, I/O devices and safe instrumentation provide you with first-class, comprehensive and integrated solutions for the process industry.

Featured capabilities

Fail-safe automation systems

Operate as a pure safety system or as a combined safety and BPCS (basic process control system). You can also integrate the safety-related controller CPU410-5H directly into the control system SIMATIC PCS neo.

Fail-safe I/O systems

Choose the SIMATIC ET 200SP HA modular I/O system for high performance and ease of use. Its compact design and tool-free connection enable efficient installation and assembly, while saving valuable space.

Flexible Modular Redundancy (FMR)

With FMR, you can define the degree of redundancy from the controller to the I/O devices and the bus system. Achieve SIL-3 certification with less cost and effort than with a conventional structure.