Why Choose the Pizzato CSFS-12V024 Safety Timer Module?
The Pizzato CSFS-12V024 is a professional-grade safety timer module designed for industrial machine safety circuits requiring controlled, delayed energization of outputs. It ensures that machine functions only activate after predefined safety conditions are met, improving operational safety and compliance in automated systems.
This module is widely used in safety interlocking systems, guard monitoring circuits, and emergency stop logic where timed delay-on energization is required before enabling machine operation in compliance with PL e / SIL 3 safety architectures.
With a 24 VAC/DC supply voltage and a safety output configuration of 1NO + 2NC, the CSFS-12V024 provides reliable timing control and robust switching performance for demanding industrial environments.
Key Advantages
- Reliable delay-on energization safety timing for industrial systems.
- Designed for high-integrity safety circuits up to PL e / SIL 3.
- 1NO + 2NC output configuration for flexible safety integration.
- Improves machine safety sequencing and controlled startup logic.
- Compact DIN-rail housing for control panel installation.
Key Features
- Pizzato CS FS safety timer series.
- Model: CSFS-12V024.
- Safety timer with delay-on energization function.
- 24 VAC/DC supply voltage.
- 1NO + 2NC safety outputs.
- Screw terminal connection system.
- Suitable for machine guarding and safety interlock systems.
Safety Timer Function
The CSFS-12V024 ensures that safety outputs are only activated after a controlled time delay once input conditions are satisfied. This prevents premature machine start-up and ensures that all safety devices such as guards, interlocks, and emergency stop conditions are fully verified before energizing the system.
It is commonly used in automated production systems, safety gate monitoring, and industrial machinery requiring timed sequencing of safety outputs.
Typical Applications
- Industrial machine safety interlocks.
- Guard door monitoring systems.
- Press and automation equipment.
- Emergency stop delay circuits.
- Robotics safety systems.
- High-risk industrial machinery control systems.
