Why Choose the Pizzato CSFS-24V120 Safety Timing Module?
The Pizzato CSFS-24V120 is a robust safety timing relay module designed for industrial automation systems that require controlled delayed switching with high reliability and multi-channel safety outputs. As part of the well-established Pizzato CSFS safety relay series, it ensures precise timing control for machine sequencing, safety interlocking, and controlled restart operations.
This model belongs to the CSFS output configuration family and is typically used in safety circuits requiring multiple simultaneous safety outputs, commonly offering 3 NO safety outputs and 1 NC auxiliary contact (3NO+1NC). It is designed for safety applications up to Category 3 / SIL 2 / PL d (system dependent).
With its compact DIN-rail mounting design and industrial-grade enclosure, the CSFS-24V120 integrates easily into OEM machinery, production systems, and automation control panels. It is engineered for environments where consistent timing accuracy, safe switching coordination, and long-term operational reliability are essential. {index=1}
Key Advantages
- Provides controlled safety timing function for machine sequencing and safe switching.
- Designed for industrial safety systems up to Category 3 / SIL 2 / PL d.
- Supports multi-channel safety outputs for coordinated control of machine circuits.
- Compact DIN-rail format for easy installation in control cabinets.
- Reliable and repeatable timing performance for safety applications.
- Suitable for OEM machinery and industrial automation systems.
Key Features
- Pizzato CSFS safety relay series.
- Model: CSFS-24V120.
- Function: safety timing relay (delayed safety switching).
- Supply voltage: 120 V AC.
- Output configuration: typically 3 NO + 1 NC safety contacts (series dependent).
- DIN rail / panel mounting compatible housing.
- Screw terminal connection system for secure industrial wiring.
Reliable Safety Timing for Industrial Systems
The CSFS-24V120 ensures controlled and repeatable delayed switching across safety outputs, enabling coordinated machine start-up and safe interlock sequencing. Its timing behaviour helps prevent premature activation of machine functions, improving overall operational safety.
It is widely used in automation systems where deterministic safety timing is required for compliance-driven machine control architectures.
Typical Applications
- Industrial automation systems.
- Machine safety control panels.
- Packaging and production machinery.
- Conveyor and material handling systems.
- OEM safety circuit architectures.
- Safety interlock timing applications.
