Why Choose the Pizzato CSFS-12X024 Safety Module?
The Pizzato CSFS-12X024 is a reliable safety timing relay module designed for industrial automation systems requiring controlled delayed switching of safety outputs. As part of the robust Pizzato CSFS safety relay series, it delivers precise timing control to support safe sequencing of machine operations and improved functional safety performance.
This module features a delayed-at-energizing safety function, meaning its safety outputs activate only after a preset time once the input conditions are met. This makes it ideal for applications where machines, actuators, or safety circuits must start in a controlled sequence to avoid unsafe simultaneous activation.
With its compact DIN-rail design and industrial-grade construction, the CSFS-12X024 integrates easily into control panels across manufacturing, automation, and OEM machine-building environments. It ensures dependable performance in safety-critical systems where timing accuracy and reliability are essential.
Key Advantages
- Provides delayed-at-energizing safety timing function.
- Designed for industrial safety applications up to SIL CL 3 / PL e (application dependent).
- Ensures safe and controlled machine start-up sequencing.
- Compact DIN-rail mounting for easy panel integration.
- High reliability with redundant safety architecture.
- Suitable for OEM machinery and industrial automation systems.
Key Features
- Pizzato CSFS safety relay series.
- Model: CSFS-12X024.
- Safety timing function: delayed at energizing.
- Output configuration: 1 NO safety contact + 2 NC auxiliary contacts.
- Supply voltage: 24 V AC/DC.
- Adjustable time delay (typical CSFS series functionality).
- DIN rail / panel mounting compatible housing.
Reliable Safety Timing for Industrial Systems
The Pizzato CSFS-12X024 ensures that safety outputs are only activated after a controlled delay once energizing conditions are met. This is essential in automated systems where coordinated sequencing is required to prevent hazardous or premature machine operation.
It is widely used in industrial safety architectures where timing precision, redundancy, and compliance with international safety standards are required for machine operation.
Typical Applications
- Industrial automation systems.
- Machine tools and production equipment.
- Presses and stamping machinery.
- Conveyor and sequencing systems.
- Safety interlock timing circuits.
- OEM machine safety integration.
