Pizzato

FR 1105-M1

Limit switch with one-way roller
  • Get up to 90 days payment terms from 500+ suppliers
  • Reselling discounts up to 40%!
Sign-Up
Send request for price
1
Payment methods:

Additional Information

Part Number
FR 1105-M1

Related products

Additional Information

The Pizzato Fr1105-M1 is a highly reliable and efficient limit switch designed to cater to the needs of the industrial automation industry. With a robust and durable build quality, this limit switch can withstand the harsh and demanding conditions of most industrial applications.

One of the key features of the Fr1105-M1 is its compact and versatile design, which makes it suitable for a wide range of industrial applications. The switch comes equipped with a variety of contact configurations, including slow-break, double-break, and snap-action, making it highly adaptable to different operational requirements.

Furthermore, the Fr1105-M1 is characterized by its ability to provide precise and repeatable switch actuation, thanks to its high-precision contact mechanism. This feature ensures that the switch performs consistently and reliably, even under heavy loads and frequent cycling.

Another noteworthy aspect of this limit switch is its high resistance to environmental factors such as humidity, dust, and vibration. The switch is designed to operate optimally in temperatures ranging from -25°C to +80°C, making it suitable for use in a variety of industrial settings.

The Fr1105-M1 also comes equipped with a range of advanced safety features, including an adjustable operating force and a self-cleaning contact mechanism. This ensures that the switch remains safe and reliable, even after prolonged use.

Overall, the Pizzato Fr1105-M1 is a highly reliable, versatile, and resilient limit switch that is perfect for use in a range of industrial automation applications. Whether you are looking to improve the safety and efficiency of your production process or enhance your inventory management, this limit switch is a must-have component for any modern industrial setting.