Why Choose the Pizzato CSAT-12M024 Safety Timer Relay?
The Pizzato CSAT-12M024 is a high-reliability safety timer relay module designed for advanced industrial safety applications requiring both instantaneous and delayed safety outputs. Part of the CSAT series, it is widely used for monitoring emergency stop circuits, safety gates, and interlocking systems in machinery automation.
This model provides a combination of 3 NO instantaneous outputs and 2 NO delayed outputs, enabling coordinated safety actions such as controlled machine shutdowns and timed restart sequences. It is engineered to meet high safety integrity requirements in modern industrial environments.
Operating with a 24 V AC/DC supply voltage, the CSAT-12M024 is suitable for PLC-based control panels, OEM machinery, and automated production systems. Its compact DIN rail design ensures fast installation and reliable integration.
Key Advantages
- High-performance safety timer relay module for machine safety systems.
- 3 NO instantaneous + 2 NO delayed outputs for advanced control logic.
- 24 V AC/DC supply voltage for flexible industrial integration.
- Designed for emergency stop and safety gate monitoring applications.
- Category 4 safety architecture supporting high-level machine protection.
- LED status indicators for fast diagnostics and monitoring.
Key Features
- Pizzato CSAT safety relay series.
- 24 V AC/DC rated supply voltage.
- 3 NO instantaneous safety outputs.
- 2 NO delayed outputs (de-energization delay function).
- Designed for Category 4 / PL e safety systems.
- DIN rail mounting for control panel installation.
- Plug-in terminal connection system for easy wiring.
- Suitable for emergency stop and guard monitoring circuits.
Advanced Safety Control for Industrial Machinery
The CSAT-12M024 ensures coordinated safety operation by combining instantaneous shutdown functions with delayed outputs, allowing machines to stop safely while maintaining controlled sequencing of auxiliary safety functions.
This makes it particularly suitable for complex automation systems where multiple safety states must be managed, such as robotic cells, packaging lines, and high-speed production machinery.
Typical Applications
- Emergency stop systems in automated production lines.
- Safety gate and interlock monitoring systems.
- Robotic cells requiring controlled stop sequences.
- Conveyor systems and material handling equipment.
- Packaging and industrial processing machinery.
- OEM machine safety control panels.
