Why Choose the Pizzato ST GD310MP-L0T ST G Series Safety Sensor?
The Pizzato ST GD310MP-L0T is a compact and highly reliable RFID safety sensor designed for non-contact monitoring of guards, doors, gates and protective enclosures on industrial machinery. As part of the advanced Pizzato ST G series, it combines RFID transponder technology with electronic safety outputs to provide dependable guard monitoring for industrial automation and machine safety applications.
This sensor operates from a 24 V DC supply and provides two safety inputs IS1-IS2, two safety outputs OS1-OS2 and one signalling output O3. The safety inputs support series connection with compatible safety devices, while the electronic safety outputs can be evaluated by a suitable safety module or safety PLC to create flexible, high-performance machine safety architectures.
The ST GD310MP-L0T features an integrated 8-pole M12 technopolymer connector and is paired with the SM L0T low-level coded miniaturised RFID actuator. The actuator has a compact 53 × 16 × 7 mm format with frontal fixing and an 11 mm actuation distance. Combined with IP67 and IP69K protection and an ambient operating range of -25 °C to +70 °C, the sensor is well suited to demanding industrial environments.
Key Advantages
- Compact RFID non-contact safety sensor for industrial machine guarding.
- Low-level coded SM L0T miniaturised actuator provides reliable transponder-based guard detection.
- 11 mm actuation distance provides useful tolerance for machine guard alignment.
- Two safety inputs and two safety outputs support flexible series-connected safety architectures.
- Dedicated O3 signalling output supports machine status monitoring and diagnostics.
- Integrated 8-pole M12 technopolymer connector simplifies installation, replacement and servicing.
- Miniaturised frontal-fixing actuator is ideal for machine guards where installation space is limited.
- IP67 and IP69K protection supports operation in demanding industrial and washdown environments.
Key Features
- Pizzato ST G series RFID safety sensor.
- 24 V DC supply voltage.
- 2 safety inputs: IS1 and IS2.
- 2 safety outputs: OS1 and OS2.
- 1 signalling output: O3.
- Integrated 8-pole M12 technopolymer connector.
- SM L0T low-level coded RFID actuator.
- 11 mm actuator operating distance.
- Miniaturised actuator with frontal fixing.
- 53 × 16 × 7 mm actuator dimensions for compact installations.
- Symmetrical ST G housing supports flexible mounting on machine guards.
- Multicolour status LED provides intuitive operating-state indication.
- IP67 according to EN 60529 and IP69K according to ISO 20653.
- Operating ambient temperature from -25 °C to +70 °C.
- Designed for safety applications up to PL e, Category 4 and SIL 3.
Reliable RFID Guard Monitoring for Industrial Automation
RFID safety sensors such as the Pizzato ST GD310MP-L0T monitor the position of movable machine guards without requiring mechanical contact between the sensor and actuator. When the associated SM L0T actuator enters the sensor's detection zone and the required safety input conditions are satisfied, the electronic safety outputs can signal a safe guard condition to a compatible safety module or safety PLC.
The ST G series is designed for machine builders and industrial automation engineers requiring compact dimensions, high safety performance and straightforward diagnostics. Its symmetrical housing facilitates installation on different guard arrangements, while the miniaturised L0T actuator is particularly useful where mounting space is restricted. Two safety inputs, two safety outputs and the O3 signalling output provide flexible connectivity for modern automated safety systems.
Typical Applications
- Industrial machine guard monitoring.
- Safety doors, gates and access panels.
- Compact guards with limited actuator mounting space.
- Automated production and assembly machinery.
- Packaging and processing equipment.
- Robotic cells and automated manufacturing systems.
- Food and pharmaceutical production machinery.
- Material handling and conveyor systems.
- OEM automation systems and machine building.
