Why Choose the Pizzato MF47 Microswitch?
The Pizzato MF47 is a high-performance snap-action microswitch with one-way roller lever, engineered for precise and reliable position detection in industrial automation systems. As part of the established Pizzato MF series, it delivers consistent switching performance and long operational life in demanding environments.
This model features a one-way roller lever actuator, designed for directional actuation in cam-driven or sliding systems. The roller reduces friction and wear, while the one-way mechanism ensures controlled switching behaviour in applications where movement occurs in a single direction.
With a SPDT (1 NO + 1 NC) contact configuration and snap-action switching, the MF47 provides fast, repeatable and reliable electrical control for both AC and DC circuits, making it suitable for a wide range of industrial machinery and control systems.
Key Advantages
- Compact snap-action microswitch for industrial automation.
- One-way roller lever actuator for directional control.
- Reduced friction and wear for longer service life.
- SPDT contact configuration for flexible switching.
- High mechanical durability (approx. 10 million cycles).
- Suitable for both AC and DC switching applications.
Key Features
- Pizzato MF series microswitch.
- Snap-action switching mechanism.
- One-way roller lever actuator for controlled actuation.
- 1 NO + 1 NC (SPDT changeover contact).
- Faston terminals (6.3 × 0.8 mm) for secure electrical connection.
- Compact technopolymer housing.
- Designed for high-cycle industrial applications.
The Pizzato MF47 uses a snap-action mechanism to provide rapid and consistent switching performance, ensuring clean electrical transitions even in high-frequency applications. Its one-way roller lever actuator is specifically designed for directional movement, making it ideal for cam systems where actuation occurs in a single direction.
This design enhances operational reliability, reduces mechanical stress and ensures accurate switching points over extended use in automated machinery.
Typical Applications
- Directional cam-driven limit detection.
- End-of-travel sensing in industrial machinery.
- Automation systems with one-way movement.
- Packaging and production equipment.
- Conveyors and material handling systems.
- OEM machine building and automation integration.
