ST DD710M0.1-E0T Pizzato ST D series safety sensor

Why Choose the Pizzato ST DD710M0.1-E0T ST D Series Safety Sensor?

The Pizzato ST DD710M0.1-E0T is an industrial RFID non-contact safety sensor designed for reliable monitoring of guards, doors and protective devices on automated machinery. Part of the Pizzato ST D series, it combines coded RFID actuator detection with redundant electronic safety outputs to provide dependable machine guard monitoring without mechanical contact between the sensor and actuator.

This configuration uses an E0T large low-level coded RFID actuator with a rated operating distance of 20 mm. Low-level coding allows compatible sensors to recognise actuators of the same E0T type, while the large actuator provides greater operating tolerance than the standard actuator format. Non-contact operation eliminates mechanical switching wear and supports reliable performance in applications with frequent guard movements.

The ST DD710M0.1-E0T operates from a 24 V DC supply and provides two safety inputs (IS1 and IS2), two safety outputs (OS1 and OS2) and one inverted signalling output (O3). The M0.1 configuration features a 0.1 m cable with M12 connector, while the DD configuration provides right-side output. IP67 and IP69K protection and an operating temperature range of -25 to +70 °C make it suitable for demanding industrial safety applications.

Key Advantages

• Non-contact RFID safety sensor for industrial machine guarding.
• E0T large low-level coded actuator provides reliable guard position detection.
• 20 mm rated operating distance provides increased installation and alignment tolerance.
• Two safety inputs and two safety outputs support integration into advanced machine safety architectures.
• Inverted O3 signalling output provides additional sensor status and connection information to the machine control system.
• 0.1 m cable with M12 connector simplifies installation, servicing and sensor replacement.
• IP67 and IP69K protection supports operation in demanding industrial environments.
• Non-contact operation minimises mechanical wear and maintenance requirements.

Key Features

• Pizzato ST D series RFID safety sensor.
• RFID coded non-contact switching technology.
• 24 V DC supply voltage.
• 2 safety inputs (IS1, IS2).
• 2 safety outputs (OS1, OS2).
• 1 inverted signalling output (O3).
• E0T large low-level coded RFID actuator.
• 20 mm rated operating distance.
• 23 mm rated release distance.
• 0.1 m cable with M12 connector.
• Right-side output direction.
• IP67 / IP69K environmental protection.
• 125 kHz RFID transponder frequency.
• Four LEDs provide operating and status indication.
• Supports safety performance up to PL e, Category 4 and SIL 3 when correctly integrated.

RFID Safety Monitoring with Extended Actuation Distance

Pizzato ST D series sensors are coded type 4 non-contact interlocking devices designed for monitoring movable machine guards. The E0T version uses a large low-level coded actuator with a rated operating distance of 20 mm. When the actuator enters the sensor's activation area, its RFID transponder is detected electronically, allowing the safety system to determine whether the protective guard is correctly positioned before hazardous machine functions are permitted.

The ST DD710M0.1-E0T combines two safety inputs and two redundant safety outputs with an inverted O3 signalling output. The safety inputs support compatible series-connected safety architectures, while the inverted signalling output changes state when the actuator is removed and the safety outputs switch off, allowing an external PLC to verify sensor status and electrical connection. Suitable ST D architectures can incorporate up to 32 series-connected sensors while maintaining PL e when correctly integrated.

Typical Applications

• Machine guard and safety door monitoring.
• Automated production and assembly machinery.
• Robotic cells and automated manufacturing systems.
• Packaging and processing machinery.
• Machine tools and machining centres.
• Conveyors and material handling systems.
• Applications requiring increased sensor-to-actuator operating distance.
• Series-connected machine safety systems.
• Applications requiring low-coded RFID guard monitoring.
• OEM machinery and industrial automation systems.