Why Choose the Pizzato FS3096D230-F8M2 Safety Interlock Switch?
The Pizzato FS3096D230-F8M2 is a heavy duty safety switch with separate actuator and guard locking, designed for advanced machine safety applications requiring controlled access. As part of the robust Pizzato FS series, it ensures that hazardous machinery remains securely isolated until safe operating conditions are achieved.
Constructed with a durable technopolymer housing, this safety switch is engineered for long term reliability in harsh industrial environments. Its integrated solenoid locking mechanism prevents access to dangerous areas while machines are operating, helping to maintain compliance with modern safety standards.
This model operates on a 230 V AC/DC supply and features a 2 NC actuator driven contacts and 1 NC solenoid driven contact. It uses the D working method, meaning the actuator remains locked when the solenoid is de-energised, ensuring fail safe operation.
Key Advantages
- Guard locking safety switch for controlled access to hazardous machinery.
- Solenoid operated locking mechanism ensures secure operation.
- D working method provides fail safe locking when power is removed.
- 2 NC + 1 NC configuration for reliable safety circuit integration.
- IP67 protection for resistance to dust and water ingress.
- Durable technopolymer housing for industrial environments.
Key Features
- Pizzato FS series safety switch with guard locking.
- Separate actuator system for machine guarding.
- 2 NC (actuator) + 1 NC (solenoid) contacts.
- 230 V AC/DC operating voltage.
- Rotating head for flexible installation.
- Positive opening contacts for safety compliance.
- M20 threaded conduit entries for secure wiring.
Advanced Guard Locking for Industrial Safety
Safety interlock switches with guard locking, such as the FS3096D230-F8M2, are critical in applications where machinery must remain inaccessible until hazardous motion has fully stopped. The solenoid mechanism prevents opening of guards during operation, reducing risk to personnel.
The D working principle ensures fail safe behaviour by keeping the actuator locked when power is removed. This provides an additional layer of protection in emergency situations and supports compliance with safety regulations.
Typical Applications
- Machine guard doors requiring controlled access.
- Packaging and processing machinery.
- Automated production lines and robotics.
- Material handling and conveyor systems.
- Safety interlock systems in hazardous zones.
- OEM machinery and industrial automation systems.
