Why Choose the Pizzato NG 2D7D313S-F30 Safety Switch?
The Pizzato NG 2D7D313S-F30 is an advanced RFID safety switch with guard locking and integrated control devices, designed for monitoring and securing movable guards on industrial machinery and automated production equipment. Part of the Pizzato NG series, it combines electronically coded actuator detection, robust mechanical guard locking and local operator-control functionality within a heavy-duty industrial assembly.
This configuration is supplied with an F30 coded RFID actuator for dependable electronic guard detection. The NG platform incorporates redundant electronic safety technology with two safety inputs and two semiconductor safety outputs, allowing straightforward integration with suitable safety PLCs, safety modules and machine-control systems. Dedicated signalling functions allow the machine controller to monitor actuator and locking status.
The NG 2D7D313S-F30 uses the D working principle, keeping the actuator locked while the locking electromagnet is de-energised. The NG series mechanical interlock provides a maximum actuator holding force of 9750 N, while Mode 1 safety-output operation enables the safety outputs when the actuator is both inserted and locked. Its integrated control-device configuration makes it particularly suitable for machinery where guard interlocking and local operator functions are required at the same access point.
Key Advantages
- Combines RFID guard monitoring, mechanical guard locking and integrated operator controls in one device.
- Supplied with an F30 coded RFID actuator for dependable electronic guard detection.
- Heavy-duty locking mechanism provides up to 9750 N actuator holding force.
- D working principle keeps the actuator locked while the electromagnet is de-energised.
- Mode 1 safety outputs verify that the actuator is inserted and the guard is locked.
- Two safety inputs and two semiconductor safety outputs simplify connection to modern machinery safety systems.
- Dedicated signalling enables separate monitoring of actuator and locking status.
- Integrated control devices help reduce the need for separate operator-control enclosures around the guard.
Key Features
- Pizzato NG series RFID safety locking switch.
- NG 2D7D313S-F30 configuration with integrated control devices.
- Supplied complete with F30 coded RFID actuator.
- Non-contact electronic RFID actuator detection.
- 9750 N maximum actuator holding force.
- D working principle with actuator locked when the electromagnet is de-energised.
- Two safety inputs IS1 and IS2.
- Two semiconductor safety outputs OS1 and OS2.
- Dedicated signalling outputs for actuator and locking status.
- Mode 1 safety-output activation with actuator inserted and locked.
- Electronic architecture suitable for safety functions up to PL e / SIL 3 when correctly integrated.
- Series connection capability for compatible NG safety devices.
- Integrated operator control-device housing.
- Robust metal construction for demanding industrial environments.
Reliable Guard Control for Industrial Machinery
Safety locking switches such as the Pizzato NG 2D7D313S-F30 are intended for machinery where opening a movable guard before hazardous conditions have ceased could expose personnel to risk. The RFID system electronically monitors the actuator while the mechanical interlock keeps the associated guard secured until the machine safety system determines that access can be permitted.
Mode 1 safety-output operation makes this NG configuration particularly useful where the safety system must verify both guard closure and successful locking before hazardous machine functions can be enabled. Integrated control devices allow operator functions to be positioned directly at the guarded access point, helping machine builders create compact and practical machinery safety installations.
Typical Applications
- Industrial machine guard doors and access gates.
- Robotic cells and automated manufacturing systems.
- Packaging and processing machinery.
- Automated assembly and production lines.
- Conveyor and material-handling systems.
- Machine tools with rotating or high-inertia components.
- Guarded machinery requiring local operator controls.
- OEM machinery and integrated industrial safety systems.
