Why Choose the Pizzato MF58 Microswitch?
The Pizzato MF58 is a durable and precision-engineered snap-action microswitch with roller lever, designed for accurate position detection and control in industrial automation systems. As part of the trusted Pizzato MF series, it provides consistent switching performance and long service life in demanding mechanical environments.
This model features a roller lever actuator, which reduces friction during operation and improves mechanical longevity. It is ideal for cam-driven systems and applications involving repeated sliding or rolling contact.
With a SPDT (1 NO + 1 NC) contact configuration and snap-action mechanism, the MF58 delivers fast and reliable switching for both AC and DC circuits, making it suitable for limit detection and automation control tasks.
Key Advantages
- Compact snap-action microswitch for industrial automation.
- Roller lever actuator reduces friction and wear.
- Reliable switching performance for precise control.
- SPDT contact configuration for flexible applications.
- 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.
- Roller lever actuator for cam or sliding actuation.
- 1 NO + 1 NC (SPDT changeover contact).
- Faston terminals (6.3 × 0.8 mm) for secure wiring.
- Compact technopolymer housing.
- Designed for high-cycle industrial use.
The Pizzato MF58 uses a snap-action mechanism to deliver fast and repeatable switching, ensuring consistent electrical transitions even under frequent operation. Its roller lever actuator minimises mechanical wear and ensures smooth interaction with moving components.
This design improves durability and maintains accurate switching points, making it ideal for continuous use in industrial automation systems and machine control panels.
Typical Applications
- End-of-travel detection in industrial machinery.
- Cam-driven automation systems.
- Packaging and production equipment.
- Conveyors and material handling systems.
- Mechanical limit detection in moving assemblies.
- OEM machine building and automation integration.
