Why Choose the Pizzato NSE3TE1DMK-F40 Safety Interlock Switch?
The Pizzato NSE3TE1DMK-F40 is a robust RFID safety interlock switch with integrated guard locking designed for industrial machine safety applications requiring reliable door monitoring, controlled access, and dependable anti-tamper protection. It is part of the widely used Pizzato NS-series safety interlock switch family, engineered for OEM machinery, robotics, and automated production systems.
This model features a de-energised solenoid locking mechanism combined with F40 RFID coding. The F40 coding allows multiple actuators of the same type to be recognised by the switch, making it suitable for flexible machine layouts where interchangeability is required. Unlike high-level coding variants, F40 prioritises operational flexibility over unique pairing.
With its compact reinforced technopolymer housing, industrial sealing, and IP67 protection rating, the NSE3TE1DMK-F40 is suitable for robotic cells, conveyors, packaging systems, and OEM equipment where reliable guard locking and consistent safety interlocking performance are required in demanding industrial environments.
Key Advantages
- F40 RFID coding for flexible actuator interchangeability within the same system type.
- Solenoid guard locking with fail-safe de-energised release principle.
- Reliable dual-channel safety outputs for guard monitoring (system dependent).
- Integrated diagnostic signalling for actuator and lock status.
- IP67 protection for industrial environments and machine integration.
- Designed for integration into modern safety PLC architectures.
Key Features
- Pizzato NS-series safety interlock switch with locking.
- Model: NSE3TE1DMK-F40.
- RFID low-level coding (F40) actuator recognition.
- De-energised solenoid guard locking system.
- M12 industrial connector interface (NS-series architecture).
- Safety monitoring outputs for guard status feedback.
- Auxiliary release function for maintenance access.
Reliable Machine Guarding and Safety Control
The Pizzato NSE3TE1DMK-F40 ensures machinery only operates when protective guards are correctly closed and safely locked. When the actuator is engaged and the locking system is active, the safety outputs enable controlled machine operation under safe conditions.
If the guard is opened or the locking condition is removed, the system triggers an immediate safe stop. Continuous monitoring of actuator and lock status ensures reliable integration into PLC-based safety systems used in industrial automation environments.
Typical Applications
- Industrial automation machinery.
- Robotic safety enclosures.
- Packaging and production equipment.
- Conveyor systems and material handling.
- OEM machine building applications.
- General machine guarding systems.
