Why Choose the Pizzato FY60DD7D0Z-LP60 Safety Switch with Solenoid Lock?
The Pizzato FY60DD7D0Z-LP60 is a heavy-duty safety switch with separate actuator and solenoid locking, designed for high-integrity guard monitoring and controlled access in industrial automation systems. As part of the advanced Pizzato FY 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 integrates an LP60 control module, allowing pushbuttons, indicators or control devices to be mounted directly on the switch for improved usability and reduced panel complexity.
Built with a technopolymer housing and rotating metal head, the FY60DD7D0Z-LP60 offers excellent durability and flexibility for installation, making it ideal for machine builders and automation engineers working in demanding industrial conditions.
Key Advantages
- Fail-safe solenoid locking (power-off locking) for maximum safety.
- Integrated LP60 control module reduces external 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 series safety switch with separate actuator.
- De-energised solenoid locking (power to release).
- Integrated LP60 module for pushbuttons or indicator devices.
- Contact configuration: typically 2 NC (actuator) + 2 NC (solenoid).
- Rotating head with escape release capability.
- Three M20 cable entries for industrial wiring.
- High-reliability contacts with double interruption.
Integrated Safety and Control for Industrial Machinery
The FY60DD7D0Z-LP60 combines safety interlocking with operator control in a single compact unit. The LP60 module enables direct interaction at the guard location, reducing wiring complexity and improving ergonomics in machine 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 machine 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.
