IFM-IGT203 Sensor for Automation Applications
IFM-IGT203 Sensor for Automation Applications
IFM-IGT203 Sensor for Automation Applications
Previous keyboard_arrow_left
Next keyboard_arrow_right
zoom_in
IFM-IGT203 Sensor for Automation Applications
IFM-IGT203 Sensor for Automation Applications
IFM-IGT203 Sensor for Automation Applications

IGB3008BBPKG/M/V4A/US Inductive Sensor, M18, PNP, NO, Sn8mm

IFM-IGT203
€75.49
Delivery time varies for all products, we will confirm the delivery time after ordering.
IFM-IGT203 is a versatile sensor designed for various automation applications, offering reliable performance in task monitoring.
  Saugus apmokėjimas

Greiti ir saugūs apmokėjimai

  Greitas pristatymas

Pristatymas prie durų

  100% kokybės garantija

Kitaip grąžinsime Jūsų pinigus

Description

Product Introduction

Reference: IFM-IGT203

The IFM-IGT203 is a sensor specifically designed to monitor and regulate various automation tasks within industrial settings. Its primary purpose is to provide accurate measurements and reliable feedback, facilitating efficient operation across a range of systems.

Features

  • Measurement range: Suitable for a variety of applications
  • Output type: Compatible with standard automation systems
  • Protection class: IP67, ensuring durability in harsh environments
  • Temperature range: Operates effectively within a specified temperature zone
  • Connectivity: Easily integrates with existing setups
  • Compact design: Facilitates installation in tight spaces

Conclusion

The IFM-IGT203 sensor offers several advantages, including its reliable performance, ease of installation, and compatibility with various systems. It is designed for use in fields such as automation, measurement devices, and control applications, making it a practical choice for engineers and technicians looking to enhance operational efficiency.

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.

Loading...