In the world of sensor technology, innovation often comes in small packages. Baumer’s latest addition to its portfolio is no exception—the ultra-flat IF250 inductive sensor measures just 6 mm in height and boasts an impressive detection range of up to 12 mm.

This compact marvel was recognized as the Sensor Product of the Year 2024 by readers of Computer & Automation (WEKA Business Medien). Designed with customers in mind, the IF250 delivers reliable object detection while offering maximum design flexibility. It’s ideal for applications where space is limited but performance cannot be compromised.

Key Features

  • Exceptional Thin Design: At just 6 mm thin, the sensor maintains a remarkably large switching distance of up to 12 mm.
  • Unmatched Performance: Despite its compact size, it outperforms standard cylindrical sensors in tight spaces where integration would otherwise be challenging.

Ideal for Limited Installation Depths

When installation depth becomes a constraint, Baumer’s IF250 provides an extended sensing range without sacrificing design efficiency. This makes it the perfect complement to Baumer’s existing high-performance inductive sensor lineup—ranging from ultra-compact cylindrical models (3 mm diameter) to robust M30 designs with maximum switching distances of 24 mm.

The increased safety margin offered by this long-range sensor ensures greater operational reliability and protection, even under critical conditions. Its sturdy metal housing eliminates the vulnerabilities associated with plastic components while simplifying installation through its mounting kit designed for easy pipe attachment.

Versatility in Application

IF250 can be deployed as a standard proximity switch (PNP or NPN output) or configured as a measuring variant equipped with an industry-standard IO-Link interface. This flexibility makes it suitable not only for new installations but also for retrofitting existing systems where space constraints previously limited sensor deployment.

For further details, visit: www.baumer.com/c/288

Last Updated: 2025-09-04 22:20:20