Why Choose the Pizzato FR10A2-M2 Safety Limit Switch?
The Pizzato FR10A2-M2 is a robust and high-performance safety limit switch designed for precise position monitoring and reliable machine control in industrial automation systems. As part of the durable Pizzato FR series, it delivers consistent switching performance and long operational life in demanding environments.
This model features a one-way roller actuator with external gasket, enabling smooth directional actuation while maintaining excellent sealing against dust and moisture. Its technopolymer housing provides strong mechanical resistance while ensuring lightweight installation and durability.
With a 2 normally open (2 NO) contact configuration, the FR10A2-M2 is ideal for control and signalling applications requiring reliable switching and accurate position feedback. Its industrial-grade design ensures dependable performance across a wide range of machinery.
Key Advantages
- Reliable limit switch for industrial machinery.
- One-way roller actuator for controlled directional actuation.
- 2 NO contacts suitable for control and signalling circuits.
- External gasket improves sealing against dust and moisture.
- Compact and durable construction for harsh environments.
- Long mechanical lifespan reduces maintenance requirements.
Key Features
- Pizzato FR series position switch.
- One-way roller actuator (M2 type).
- 2 NO slow-action contacts.
- Technopolymer housing with high mechanical resistance.
- Silver contacts for reliable electrical performance.
- M20 × 1.5 cable entry for standard industrial wiring.
- Designed for continuous-duty industrial operation.
Reliable Position Detection for Industrial Automation
The Pizzato FR10A2-M2 limit switch provides accurate position feedback for moving machine components, ensuring safe and controlled operation. Its one-way roller actuator is designed for applications with directional movement, improving repeatability and reducing wear on mechanical components.
Built for industrial environments, the switch offers dependable performance in conditions involving vibration, dust and mechanical stress. It is widely used to improve machine control, enhance operational safety and minimise downtime in automation systems.
Typical Applications
- Industrial automation and production lines.
- Conveyor and material handling systems.
- Packaging and assembly machinery.
- Position detection of moving components.
- Machine control and signalling systems.
- OEM machinery and control panels.
