Why Choose the Pizzato FY60AD1D0Z-F28 Safety Interlock Switch?
The Pizzato FY60AD1D0Z-F28 is a robust safety interlock switch with separate actuator and guard locking, engineered for high-integrity machine safety in industrial automation systems. As part of the advanced Pizzato FY series, it ensures controlled access to hazardous areas while machinery is in operation.
Designed with a durable technopolymer housing and industrial-grade components, this switch is built for demanding environments including dust, vibration and washdown conditions. The separate actuator system allows flexible mounting on safety guards and access doors, ensuring precise alignment and reliable switching performance.
This model operates using a de-energised solenoid locking principle (D working method), meaning the actuator remains locked when power is removed. It features dual contact blocks for safety monitoring, ensuring dependable operation in safety-critical applications.
Key Advantages
- Safety interlock with guard locking for maximum operator protection.
- Fail-safe locking mechanism keeps guards locked during power loss.
- Separate actuator enables flexible installation and alignment.
- Dual contact system improves safety circuit reliability.
- Durable technopolymer construction for long service life.
- Suitable for harsh industrial environments.
Key Features
- Pizzato FY series safety switch with locking function.
- Contact configuration: 1 NO + 1 NC (actuator) + 1 NO + 1 NC (solenoid).
- Locked actuator with de-energised solenoid for fail-safe operation.
- 24 V AC/DC solenoid supply.
- Rotating head for versatile installation.
- Three M20 cable entries for flexible wiring.
- IP67 / IP69K protection rating for demanding environments.
- Supplied with universal actuator VF KEYF28.
Advanced Guard Locking for High-Risk Machinery
The FY60AD1D0Z-F28 is designed to prevent access to hazardous machinery while it is in operation. Its integrated locking system ensures that safety doors remain securely closed until safe conditions are achieved, significantly reducing the risk of injury.
The fail-safe locking mechanism ensures that even in the event of a power failure, the actuator remains locked. This makes it ideal for applications involving high inertia machinery or delayed stopping processes, ensuring continuous operator protection.
Typical Applications
- Robotic cells and automated production lines.
- Machinery with hazardous moving parts.
- Packaging and processing equipment.
- Conveyor systems with controlled access zones.
- Industrial safety systems requiring guard locking.
- High-risk environments requiring restricted access.
