IEBC003BBSKG/AS Inductive Sensor by Ifm - Reliable Detection
IEBC003BBSKG/AS Inductive Sensor by Ifm - Reliable Detection
IEBC003BBSKG/AS Inductive Sensor by Ifm - Reliable Detection
Previous keyboard_arrow_left
Next keyboard_arrow_right
zoom_in
IEBC003BBSKG/AS Inductive Sensor by Ifm - Reliable Detection
IEBC003BBSKG/AS Inductive Sensor by Ifm - Reliable Detection
IEBC003BBSKG/AS Inductive Sensor by Ifm - Reliable Detection

IEBC003BBSKG/AS Inductive sensor Ifm

IE5349
€70.76
Delivery time varies for all products, we will confirm the delivery time after ordering.
The IEBC003BBSKG/AS Inductive Sensor by Ifm is designed for various automation applications, ensuring precise object detection.
  Saugus apmokėjimas

Greiti ir saugūs apmokėjimai

  Greitas pristatymas

Pristatymas prie durų

  100% kokybės garantija

Kitaip grąžinsime Jūsų pinigus

Description

Product Introduction

Product Code: IEBC003BBSKG/AS
Product Name: Inductive Sensor Ifm
Reference: IE5349

The IEBC003BBSKG/AS Inductive Sensor from Ifm is engineered for reliable object detection in automation setups. This sensor operates on the principle of electromagnetic fields and is suitable for detecting metallic objects without physical contact, making it an essential component in various industrial applications.

Features

  • Detection range: Up to 8 mm
  • Operating voltage: 10 - 30 V DC
  • Output type: NPN or PNP (configurable)
  • Response time: 0.5 ms
  • Operating temperature range: -25 °C to +70 °C
  • Housing material: Plastic
  • Approvals: CE, RoHS compliant

Conclusion

The IEBC003BBSKG/AS Inductive Sensor is advantageous due to its reliability in detecting metallic objects, contributing to automation efficiency. It finds use in manufacturing, robotics, and various engineering fields, proving its versatility in different operational environments.

Disclaimer: 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...