PEPPERL+FUCHS SC3,5-G-NO-6M PART NO 114211 Inductive Sensor

Brand: PEPPERL+FUCHS
Model: SC3,5-G-NO-6M PART NO 114211
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
Please contact Yvonne for quotation, thank you!

Details

PEPPERL+FUCHS SC3,5-G-NO-6M PART NO 114211 Inductive Sensor

Product manual:

PEPPERL+FUCHS SC3,5-G-NO-6M (PART NO: 114211) is a high-performance inductive sensor,
Main features:
Induction principle: Using the inductive induction principle, it can detect the presence of metal objects.
Its working mode does not require contact with objects, making it suitable for use in high-speed or harsh environments.
Output type: This sensor has a normally open (NO) output, which means that when no metal object is approaching,
The output is in the closed state, and when a metal object is detected, the output is in the open state.
High protection level: This sensor usually has a high protection level,
Capable of stable operation in harsh environments, suitable for industrial sites.
Easy installation: SC3,5-G-NO-6M has a compact design, simple installation, and is suitable for various devices and control systems.
Cable length: This sensor is equipped with a 6-meter cable, suitable for applications that require long-distance connections.
Application areas:
Automated production line: widely used in automated production lines,
Used to detect the presence or location of objects, ensuring automated control and efficiency in the production process.
Robotics technology: In robot automation and intelligent devices,
Inductive sensors are used for precise positioning and object detection, ensuring the operational accuracy and safety of robots.
Machine safety: used for equipment safety monitoring, detecting abnormalities during machine operation, and preventing equipment collision or damage.
Packaging and assembly industry: In the packaging and assembly process,
The PEPPERL+FUCHS SC3,5-G-NO-6M sensing sensor, with its high precision
Durability and adaptability have become indispensable key components in industrial automation and testing systems.