Pizzato FC358-E11 Position Switch for Rotating Levers
The Pizzato FC358-E11 is a robust industrial position switch designed for reliable mechanical position detection in automation and heavy-duty machinery applications. Part of the Pizzato FC Series, this limit switch features a durable metal housing, IP67 environmental protection, and a 1NO + 1NC snap-action contact configuration for dependable switching performance in demanding industrial environments.
Engineered for use with rotating lever actuators, the FC358-E11 provides accurate end-of-travel detection and machine monitoring for applications including conveyors, production equipment, packaging machinery, and industrial control systems.
Key Features
- Manufacturer: Pizzato Elettrica
- Model: FC358-E11
- Series: FC Series
- Industrial position / limit switch design
- Metal housing for enhanced durability
- 1NO + 1NC snap-action contacts
- Compatible with rotating lever actuators
- IP67 protection rating against dust and water ingress
- Suitable for harsh industrial environments
Applications
- Industrial automation equipment
- Machine position monitoring
- Conveyor systems
- Packaging machinery
- Production and processing lines
- Mechanical end-of-travel detection
- Industrial control and safety systems
Why Choose the Pizzato FC358-E11?
The Pizzato FC358-E11 combines rugged construction, dependable switching technology, and environmental resistance to provide long-lasting performance in industrial applications. Its metal enclosure and IP67 protection make it suitable for environments where reliability and durability are essential.
Frequently Asked Questions
What is the Pizzato FC358-E11 used for?
The FC358-E11 is used for detecting mechanical movement and monitoring machine positions in industrial automation systems.
Does the FC358-E11 include an actuator?
No. The switch body is designed for use with compatible rotating lever actuators.
What contact arrangement does this switch have?
It features a 1 normally open (NO) and 1 normally closed (NC) snap-action contact arrangement.