Induktyvinis daviklis M18 Sn-8mm PNP - Reliable Automation Sensor
Induktyvinis daviklis M18 Sn-8mm PNP - Reliable Automation Sensor
Induktyvinis daviklis M18 Sn-8mm PNP - Reliable Automation Sensor
Previous keyboard_arrow_left
Next keyboard_arrow_right
zoom_in
Induktyvinis daviklis M18 Sn-8mm PNP - Reliable Automation Sensor
Induktyvinis daviklis M18 Sn-8mm PNP - Reliable Automation Sensor
Induktyvinis daviklis M18 Sn-8mm PNP - Reliable Automation Sensor

Induktyvinis daviklis M18 iki Sn-8mm PNP

K1/AP-2H
€15.62
Delivery time varies for all products, we will confirm the delivery time after ordering.
Induktyvinis daviklis M18 iki Sn-8mm PNP is an efficient and reliable sensor designed for automation applications.
  Saugus apmokėjimas

Greiti ir saugūs apmokėjimai

  Greitas pristatymas

Pristatymas prie durų

  100% kokybės garantija

Kitaip grąžinsime Jūsų pinigus

Description

Product Introduction

Product Code: K1/AP-2H
Product Name: Induktyvinis daviklis M18 iki Sn-8mm PNP

The Induktyvinis daviklis M18 iki Sn-8mm PNP is an inductive proximity sensor that detects metallic objects within a specified sensing distance. This sensor is designed for integration into various control and automation systems, ensuring precise and reliable performance.

Features

  • Type: Inductive proximity sensor
  • Sensor size: M18
  • Sensing distance: Up to 8 mm
  • Output type: PNP
  • Operating voltage: 10-30 V DC
  • Detection range: Non-contact detection of metallic objects
  • Protection class: IP67 for robust environmental protection
  • Temperature range: -25°C to +70°C for adaptable performance
  • Connection type: Typically available with a cable or connector

Conclusion

The Induktyvinis daviklis M18 iki Sn-8mm PNP is suitable for various application areas, including factory automation, machinery control, and safety equipment. Its reliable sensing capabilities and adaptable design make it a valuable component for ensuring operational efficiency in industrial environments.

This text was generated using AI-based tools and is intended for informational purposes only. While efforts have been made to ensure accuracy, it may contain errors. We recommend contacting our experts for critical information. Your feedback is welcome to help improve the content.