Why Choose the Pizzato FY60GD7D0Z-LP40 Safety Switch with Solenoid Lock?
The Pizzato FY60GD7D0Z-LP40 is a heavy-duty safety switch with separate actuator and solenoid locking, engineered for high-integrity guard monitoring and controlled access in industrial automation systems. As part of the robust Pizzato FY/FG series, it ensures that safety guards remain securely locked until safe operating conditions are achieved.
This model features a de-energised solenoid locking system, meaning the actuator remains locked when power is removed, providing fail-safe protection in safety-critical environments. It also incorporates an integrated LP40 control module, enabling local control functions such as pushbuttons or indicators directly on the device, reducing panel complexity and wiring.
Built with a durable technopolymer housing and rotating metal head, the FY60GD7D0Z-LP40 is designed for demanding industrial environments, offering excellent mechanical strength and long-term reliability.
Key Advantages
- Fail-safe solenoid locking (power-off locking) for maximum safety.
- Integrated LP40 control module reduces external control components.
- Reliable safety interlocking and guard monitoring.
- High actuator holding force for secure guard locking.
- Compact integrated design simplifies installation.
- Suitable for harsh industrial environments.
Key Features
- Pizzato FY/FG series safety switch with separate actuator.
- De-energised solenoid locking (power to release).
- Integrated LP40 control unit for local operator interface.
- Contact configuration: 2 NC (actuator) + 2 NC (solenoid).
- Rotating head with escape release for flexible mounting.
- Three M20 cable entries for industrial wiring.
- No LED version for simplified applications.
Integrated Safety and Control for Industrial Machinery
The FY60GD7D0Z-LP40 combines safety interlocking and operator control into a single compact device. The LP40 module enables direct interaction at the guard location, reducing wiring complexity and improving system efficiency in modern machinery design.
Its fail-safe locking principle ensures that guards remain locked even in the event of power loss, making it particularly suitable for applications where hazardous conditions may persist after shutdown.
Typical Applications
- Safety doors with integrated control stations.
- Industrial automation and production lines.
- Packaging and processing machinery.
- Robotics and hazardous area protection.
- Material handling and conveyor systems.
- Applications requiring combined safety and operator control.
