Why Choose the Pizzato CSAT-00M230-TF1 Safety Module?
The Pizzato CSAT-00M230-TF1 is a high-integrity safety monitoring relay designed for industrial machine safety systems operating on a 230 V AC supply. Manufactured by Pizzato Elettrica, it is engineered to supervise emergency stop circuits, safety gates, interlocks, and protective devices, ensuring immediate and reliable shutdown of machinery in hazardous situations.
This model belongs to the advanced CS AT safety relay family and is designed for demanding industrial applications requiring Category 4 safety performance, PL e, and SIL 3 compliance. It integrates both instantaneous and delayed safety outputs, making it suitable for controlled stop sequences in complex automation systems.
With its compact DIN-rail mounting design and robust internal architecture, the CSAT-00M230-TF1 provides reliable integration into control panels while supporting higher-voltage industrial installations where 230 V AC control supply is required.
Key Advantages
- Certified Category 4 safety performance for high-risk machinery applications.
- Supports PL e (EN ISO 13849-1) and SIL 3 (IEC 61508).
- Designed for 230 V AC control supply systems.
- Provides combined instantaneous and delayed safety outputs.
- Suitable for emergency stop and guard monitoring circuits.
- Compact DIN-rail housing for control cabinet integration.
Key Features
- Pizzato CS AT safety relay series.
- 230 V AC supply voltage.
- Output configuration: (2 NO + 1 NC) instantaneous + 2 NO delayed.
- Fixed delay time variant (TF1 timing version ≈ 1 s delay class)
- Screw terminal connections for secure wiring.
- Compatible with emergency stop devices, safety gates, and sensors.
- DIN-rail mounting (approx. 45 mm housing width).
Reliable Safety Control for Industrial Systems
The CSAT-00M230-TF1 continuously monitors safety inputs such as emergency stop buttons, interlock switches, and protective devices. When a safety condition is triggered, it immediately opens instantaneous outputs while managing delayed outputs for controlled machine shutdown sequences.
This combination of fast response and delayed switching helps reduce mechanical stress while maintaining operator protection in automated machinery systems.
Typical Applications
- Emergency stop (E-Stop) safety circuits.
- Safety gate and interlock monitoring systems.
- Industrial automation control panels.
- Machinery requiring controlled stop timing.
- OEM machine safety systems.
- Robotics and production line safety integration.
