CS MP308X0 Pizzato Programmable multifunction safety module, up to SIL 3, PLe, Category 4 – Gemnis series

Why Choose the Pizzato CS MP308X0 Programmable Safety Module?

The Pizzato CS MP308X0 is a high-capacity programmable multifunction safety module from the advanced Gemnis series, designed for complex and large-scale industrial safety systems. It enables multiple safety functions to be managed within a single intelligent controller, significantly reducing wiring complexity and improving system efficiency.

Engineered to meet the highest safety standards, the CS MP308X0 is certified up to SIL 3, PL e and Category 4, making it suitable for safety-critical machinery and automation systems. Its flexible programmable architecture allows seamless integration of multiple safety devices such as emergency stops, guard switches, light curtains and sensors.

With an expanded number of inputs and outputs compared to lower models, this module is ideal for complex automation environments requiring advanced safety logic and scalable system design.

Key Advantages

• High-capacity programmable safety controller for complex systems.
• Certified to SIL 3, PL e, Category 4 for maximum safety integrity.
• Reduces the need for multiple safety relays and wiring.
• Supports advanced safety logic and scalable architectures.
• Improves diagnostics, monitoring and maintenance efficiency.
• Ideal for large industrial automation systems and OEM applications.

Key Features

• Pizzato CS MP Gemnis series programmable safety module.
• 24 digital inputs for multiple safety devices.
• 8 PNP safety outputs for control of safety circuits.
• 8 signalling outputs for diagnostics and system feedback.
• 4 test outputs for system monitoring.
• Programmable using dedicated configuration software.
• Supports complex safety logic functions in one device.
• DIN rail mounting for industrial control panels.

Advanced Safety Logic for Complex Machinery

The CS MP308X0 functions as a programmable safety logic controller, allowing multiple safety functions to be combined into a single coordinated system. It is particularly suited for machines requiring simultaneous monitoring of emergency stops, safety guards, sensors and protective devices.

By replacing multiple discrete safety relays, it simplifies system architecture while maintaining full compliance with modern safety standards, improving both reliability and efficiency.

Typical Applications

• Complex machine safety systems with multiple safety devices.
• Emergency stop and safety circuit management.
• Guard door and interlock monitoring.
• Light curtains and safety sensor integration.
• Packaging, processing and manufacturing machinery.
• OEM automation systems requiring scalable safety control.