Why Choose the Pizzato FG60AD5D0B-F21 Safety Interlock Switch?
The Pizzato FG60AD5D0B-F21 is a robust safety interlock switch with solenoid locking, designed for secure guard monitoring and controlled access in industrial machinery and automated systems. As part of the advanced Pizzato FG series, this device helps prevent hazardous machine operation whenever safety guards or protective doors are open.
This model combines precision-engineered safety contacts with a durable locking mechanism that only permits access when safe operating conditions have been achieved. Its rugged metal housing and high mechanical endurance make it ideal for demanding industrial environments where reliability, operator safety and compliance are essential.
The FG60AD5D0B-F21 is supplied complete with a VF KEYF21 straight actuator and features a 24 Vac/dc de-energised solenoid, dual LED status indication and a rotating head for flexible installation in modern machine safety systems.
Key Advantages
- Reliable safety interlock with solenoid locking for industrial machine guarding.
- Locked with de-energised solenoid for fail-safe operation during power loss.
- Heavy-duty metal housing for industrial durability.
- Complete with VF KEYF21 straight actuator for simplified installation.
- Integrated LED indication for clear operating status monitoring.
- High mechanical endurance for dependable long-term operation.
Key Features
- Pizzato FG series safety interlock switch.
- Integrated solenoid locking mechanism.
- 2 NC actuator contacts and 1 NO + 1 NC solenoid contacts.
- 24 Vac/dc de-energised solenoid operation.
- Industrial-grade metal housing.
- IP67 protection rating for harsh industrial environments.
- 2 LED status indicators.
- Complete with VF KEYF21 straight actuator.
Reliable Industrial Safety Performance
Safety interlock switches such as the FG60AD5D0B-F21 are engineered to protect operators and machinery by ensuring that guards remain securely closed and locked during machine operation. This minimises operational risk and supports compliance with industrial safety regulations.
The de-energised solenoid locking principle ensures that the actuator remains locked during power loss conditions, making this device suitable for machinery requiring controlled stopping and monitored operator access.
Typical Applications
- Machine guarding and safety enclosures.
- Automated production and assembly systems.
- Robotic cells and hazardous area access control.
- Packaging and processing machinery.
- Material handling and conveyor systems.
- Industrial equipment requiring controlled safety access.