Why Choose the Pizzato CSFS-11V024 Safety Timer Module?
The Pizzato CSFS-11V024 is a high-performance safety timer module designed for industrial machinery requiring controlled, delayed energization of safety circuits. It provides reliable sequencing of safety outputs, ensuring machines only operate under safe and verified conditions in compliance with Category 4, PL e, SIL 3 safety standards.
This module is commonly used in safety interlocking systems, machine guarding applications, and emergency stop circuits where timed activation of outputs is required to ensure safe machine states before operation begins.
With a 24 VAC/DC supply voltage and a safety output configuration of 1NO + 2NC (delayed at energizing), the CSFS-11V024 ensures precise timing control and dependable safety performance in demanding industrial environments.
Key Advantages
- High-integrity safety timer functionality for industrial automation.
- Compliant with Category 4, PL e, SIL 3 safety standards.
- 1NO + 2NC delayed outputs for controlled energization.
- Reliable timing behavior for machine safety sequencing.
- Compact DIN-rail housing for control panel integration.
Key Features
- Pizzato CS FS safety module series.
- Model: CSFS-11V024.
- Safety timer with delayed at energizing function.
- 24 VAC/DC supply voltage.
- 1NO + 2NC safety output configuration.
- Screw terminal connection system.
- Designed for machine guarding and safety interlock systems.
Safety Timer Function
The CSFS-11V024 ensures that safety outputs are only enabled after a controlled energizing delay. This prevents premature machine activation and guarantees that safety conditions such as guard closure or system checks are fully satisfied before operation begins.
It is widely used in automated production systems, machine guarding circuits, and emergency stop applications where timing coordination is critical for safe operation.
Typical Applications
- Industrial machine safety interlocks.
- Press and automation systems.
- Safety gate monitoring circuits.
- Emergency stop delay systems.
- Robotics and automated production lines.
- High-risk industrial machinery control.
