The latest addition to Baumer’s inductive distance sensor family, the compact IF08 series with cubic stainless steel housings, offers an impressive combination of miniaturization and advanced functionality. These sensors not only fit into tight spaces but also provide a wide array of integrated setting options for reliably solving diverse application requirements.

Compact Design Meets Advanced Performance

Measuring just 24.6 x 8.8 x 7.8 mm, the IF08 sensors are ideal for installations where space is limited or mounting options are restricted. Their compact size allows seamless integration into machines and systems without compromising performance or reliability.

The new cubic models also feature an extended measurement range up to 3 mm with high-resolution capabilities down to 5 micrometers, enabling extremely precise measurements—even for very minor position changes.

Moreover, the linearized characteristic curve enhances machine design flexibility, giving engineers more freedom during sensor integration.

The IF08 family includes an IO-Link variant that provides high-resolution measurement capabilities. This interface offers access to comprehensive diagnostic data such as sensor temperature, operating time, supply voltage fluctuations, the number of boot cycles, and switching frequency—information that can improve plant efficiency through better monitoring.

But beyond diagnostics, these sensors also allow extensive parameterization:

  • Switching points/thresholds: Configure based on specific distances.
  • Measuring range: Select from multiple predefined ranges (up to 3 mm).
  • Output logic: Choose the desired output configuration.
  • Hysteresis: Adjust switching behavior for stability.
  • Measured value filters: Options include “high speed” or “high accuracy,” enabling precise measurements down to micrometer resolution if needed.

This flexibility means a single IF08 sensor can be tailored to meet specific application needs through targeted parameterization, reducing the need for multiple sensor types and improving machine design efficiency.

Last Updated: 2025-09-04 22:53:35