Why Choose the Pizzato CSAT-00M024-TF5 Safety Module?
The Pizzato CSAT-00M024-TF5 is a high-integrity safety monitoring relay designed for industrial machine safety applications. Manufactured by Pizzato Elettrica, it is engineered to supervise emergency stop circuits, safety gates, interlocks, and protective devices, ensuring immediate and reliable machine shutdown when unsafe conditions occur.
This model belongs to the advanced CS AT safety relay family and is designed for demanding applications requiring Category 4 safety performance, PL e, and SIL 3 compliance. It combines instantaneous safety outputs with delayed safety outputs, making it suitable for controlled stopping sequences in complex automated machinery.
With its compact DIN-rail mount housing and robust internal safety architecture, the CSAT-00M024-TF5 integrates easily into industrial control panels while maintaining high diagnostic capability and dependable performance in harsh environments.
Key Advantages
- Certified Category 4 safety performance for high-risk machinery.
- Supports PL e (EN ISO 13849-1) and SIL 3 (IEC 61508).
- Provides combined instantaneous and delayed safety outputs.
- Designed for emergency stop and guard monitoring circuits.
- Compact DIN-rail mounting for control cabinet integration.
- High reliability dual-channel safety monitoring architecture.
Key Features
- Pizzato CS AT safety relay series.
- 24 V AC/DC supply voltage.
- Output configuration: (2 NO + 1 NC) instantaneous + 2 NO delayed.
- Fixed delay time variant (TF5 timing version).
- Screw terminal connections for secure wiring.
- Compatible with emergency stop devices, safety gates, and sensors.
- DIN-rail mounting (compact industrial housing).
Advanced Safety Control for Machine Shutdown
The CSAT-00M024-TF5 continuously monitors safety circuits such as emergency stop buttons, guard switches, and safety sensors. When triggered, it immediately activates instantaneous outputs while also managing delayed outputs for controlled stopping sequences.
This dual-output timing design helps reduce mechanical stress on machinery while maintaining operator safety in automated production systems.
Typical Applications
- Emergency stop (E-Stop) safety systems.
- Safety gate and interlock monitoring.
- Industrial automation control panels.
- Machinery requiring controlled stop timing.
- OEM machine safety systems.
- Robotics and production line safety integration.
