Why Choose the Pizzato NSG4ST1SA10-F41 Safety Locking Switch?
The Pizzato NSG4ST1SA10-F41 is a high-reliability RFID-coded safety locking switch with actuator designed for machine guarding, interlocking, and industrial safety applications. It belongs to the advanced Pizzato NS series safety switch family, engineered for OEM machinery and automated production systems requiring secure access control and high functional safety performance.
This model combines an electromagnetic guard locking mechanism with a high-level F41 RFID-coded actuator, ensuring that only the correctly paired actuator can enable unlocking. This significantly reduces the risk of bypassing or tampering in industrial environments.
With a strong retention force of up to 2100 N and a rugged IP67/IP69K-rated technopolymer housing, the NSG4ST1SA10-F41 is designed for demanding applications such as robotics, packaging machinery, and automated production lines. RatingValue: 4.8
Key Advantages
- High-security F41 RFID high coding level for strong anti-tamper protection.
- 2100 N locking/retention force for secure guard holding.
- IP67 and IP69K protection rating for harsh industrial environments.
- Fail-safe solenoid-based guard locking for improved safety performance.
- Designed for integration into high-performance safety circuits.
Key Features
- Pizzato NS series safety locking switch.
- Model: NSG4ST1SA10-F41.
- High coding level RFID actuator (F41).
- Electromagnetic guard locking system.
- Dual safety outputs (OS1 / OS2).
- Status monitoring outputs for actuator insertion and locking.
- Auxiliary release function for emergency access.
- M12 12-pin connector interface (system dependent).
The NSG4ST1SA10-F41 ensures machinery remains safely isolated whenever a guard is open. Operation is only permitted when the correct F41-coded actuator is detected and the guard is fully closed and locked, improving operator safety and reducing the risk of accidental machine start-up.
Its high coding level RFID system provides strong resistance against duplication and bypass attempts, making it suitable for high-risk automation environments such as robotics, packaging lines, and industrial manufacturing systems.
Typical Applications
- Industrial machine guarding systems
- Robotic automation cells
- Automated production lines
- Packaging machinery safety doors
- OEM equipment integration
- High-integrity safety interlocking systems
