Why Choose the Pizzato CSAT-01V120 Safety Module?
The Pizzato CSAT-01V120 is a high-performance safety relay module designed for advanced machine safety applications, including emergency stop monitoring and protective guard control. As part of the robust Pizzato CSAT safety module series, it delivers reliable performance in industrial automation systems requiring high safety integrity and compliance with international standards.
This safety module is engineered to manage both instantaneous and delayed safety outputs, making it ideal for complex machine safety circuits where controlled shutdown sequences are required. Its compact design and high reliability ensure stable operation even in demanding industrial environments.
With a 120 VAC supply voltage and advanced safety architecture, the CSAT-01V120 is suitable for a wide range of machinery including automated production systems, robotics cells, and heavy industrial equipment requiring SIL 3 / PL e safety performance levels.
Key Advantages
- Advanced safety relay module with delayed and instantaneous outputs.
- Supports high-level safety standards including Category 4, PL e, SIL 3.
- Flexible configuration for emergency stop and guard monitoring circuits.
- Reliable performance in harsh industrial environments.
- Compact design for easy integration into control panels.
Key Features
- Pizzato CSAT safety module series.
- Model: CSAT-01V120.
- 2NO safety contacts + 1NC auxiliary contact configuration.
- Additional delayed safety outputs (2NO delayed on de-energization).
- 120 VAC supply voltage.
- Adjustable delay timing (typically 0.3–3 seconds depending on configuration).
- Screw terminal connections for secure wiring.
- Designed for emergency stop and guard monitoring applications.
The Pizzato CSAT-01V120 is designed to ensure safe machine shutdown sequences by combining immediate and delayed safety outputs. This allows machinery to complete controlled stopping cycles before full deactivation, reducing mechanical stress and improving operational safety.
It is widely used in systems requiring coordinated safety logic, such as automated production lines and high-risk industrial machinery, where compliance with modern safety standards is essential.
Typical Applications
- Industrial emergency stop circuits.
- Protective guard monitoring systems.
- Automated production and assembly lines.
- Robotics safety control systems.
- Heavy machinery and processing equipment.
