ST GD330M0.2-P5 Pizzato ST G series safety sensor

Why Choose the Pizzato ST GD330M0.2-P5 ST G Series Safety Sensor?

The Pizzato ST GD330M0.2-P5 is a compact multitag RFID safety sensor designed for non-contact monitoring and coded position detection on industrial machinery. Part of the Pizzato ST G series, it combines transponder-based sensing with electronic safety outputs and multitag functionality, making it suitable for machine builders requiring both safety-related guard monitoring and identification of multiple authorised positions.

Operating from a 24 V DC supply, the ST GD330M0.2-P5 provides two safety inputs IS1-IS2, two safety outputs OS1-OS2 and one signalling output O3. Its PNP electronic outputs allow integration with compatible safety modules and safety PLCs, while the signalling output provides additional actuator or position information for the machine control system.

The M0.2 configuration uses a 0.2 m PVC cable with M12 connector for convenient detachable machine wiring. The ST GD330 multitag platform uses compact G-style RFID actuators with an 11 mm actuation distance and 37 × 26 × 18 mm dimensions. With IP67 and IP69K protection, an ambient operating range from -25 °C to +70 °C and safety performance up to PL e and SIL 3, it is engineered for demanding industrial automation applications.

Key Advantages

• Multitag RFID sensing supports coded actuator and machine-position identification.
• Two safety inputs and two safety outputs provide flexible integration into machine safety architectures.
• Dedicated O3 signalling output provides additional identification and diagnostic information to the control system.
• 0.2 m PVC cable with M12 connector simplifies installation, replacement and servicing.
• 11 mm actuation distance provides useful tolerance for machine guard and actuator alignment.
• Compact G-style actuator format suits space-restricted industrial machinery.
• Safety performance up to PL e and SIL 3 when correctly integrated into the machine safety system.
• IP67 and IP69K protection supports operation in demanding industrial environments.

Key Features

• Pizzato ST G series multitag RFID safety sensor.
• 24 V DC supply voltage.
• 2 safety inputs: IS1 and IS2.
• 2 safety outputs: OS1 and OS2.
• 1 signalling output: O3.
• PNP electronic switching outputs.
• P5 factory-programmed multitag configuration.
• 0.2 m PVC cable with M12 connector.
• 11 mm actuator operating distance.
• G-style actuator dimensions of 37 × 26 × 18 mm.
• G-style actuator designed for lateral fixing.
• Compact technopolymer ST G sensor housing.
• Integrated status indication for operating diagnostics.
• IP67 according to EN 60529 and IP69K according to ISO 20653.
• Operating ambient temperature from -25 °C to +70 °C.

Multitag RFID Guard Monitoring for Industrial Automation

The Pizzato ST GD330M0.2-P5 combines safety-related RFID detection with multitag functionality, allowing the machine control architecture to obtain more information than a conventional single-position guard sensor. Its redundant OS1 and OS2 safety outputs communicate the safety condition to compatible safety control equipment, while the O3 signalling output provides additional information that can be processed by the automation system.

This combination makes the ST GD330 platform particularly useful for automated machinery where coded guard or mechanism positions must be distinguished as part of the operating sequence. The non-contact RFID principle eliminates mechanical engagement between the sensor and actuator, while the compact housing, M12 connection and robust environmental protection support straightforward integration into production machinery, robotic systems, packaging equipment and other industrial automation applications.

Typical Applications

• Industrial machine guard monitoring.
• Multitag coded position detection.
• Safety doors, gates and movable guards.
• Automated production and assembly machinery.
• Robotic cells and automated handling systems.
• Indexing and positioning equipment.
• Packaging and processing machinery.
• Transfer lines and material handling systems.
• PLC-based machine position identification.
• OEM automation systems and machine building.