IN 5/S-M8 Inductive Proximity Switch - Reliable Automation Sensor
IN 5/S-M8 Inductive Proximity Switch - Reliable Automation Sensor
IN 5/S-M8 Inductive Proximity Switch - Reliable Automation Sensor
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IN 5/S-M8 Inductive Proximity Switch - Reliable Automation Sensor
IN 5/S-M8 Inductive Proximity Switch - Reliable Automation Sensor
IN 5/S-M8 Inductive Proximity Switch - Reliable Automation Sensor

IN 5/S-M8 Inductive proximity switch

301469.
€108.61
Delivery time varies for all products, we will confirm the delivery time after ordering.
The IN 5/S-M8 Inductive Proximity Switch is designed for precise detection in automation applications, featuring a robust construction and versatile compatibility with multiple industry standards.
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Description

Product Introduction

Product Code: 301469
Name: IN 5/S-M8 Inductive Proximity Switch

The IN 5/S-M8 Inductive Proximity Switch is essential for various automation applications where non-contact detection is required. It is engineered to detect metallic objects without physical contact, providing a reliable solution for position sensing.

Features

  • Type: Inductive Proximity Switch
  • Connection Type: M8 Connector
  • Operating Distance: Defined sensing range for reliable detection
  • Output Type: Provides switching output compatible with various control systems
  • Voltage Range: Supports a wide input voltage range suitable for different applications
  • Construction: Robust and compact design suitable for industrial environments
  • Protection Class: IP67, ensuring dust and water resistance
  • Temperature Range: Operational in various temperature settings for diverse applications

Conclusion

The IN 5/S-M8 Inductive Proximity Switch offers advantages such as precise detection, durability, and versatile applications across automation, manufacturing, and process control industries. It is ideal for integration into systems that require consistent performance and reliability.

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.