Compact controllers (single channel) for capacitive distance sensors
The capaNCDT 6100 is a powerful capacitive controller for precise measurement of displacement, distance and position. Its compact design facilitates integration into machines and systems. The controller can be combined with all Micro-Epsilon sensors and sensor cables. It is immediately ready for use without on-site calibration – for fast and reliable commissioning.
Due to its robust design in a die-cast aluminum housing, the capaNCDT 6100 is also suitable for industrial environments. Special model variants offer maximum flexibility for numerous applications: from high degrees of protection up to IP68, to long cable runs and use in drag chains or robot automation.
Characteristics
- Ideal for fast measurements up to 20 kHz
- High resolution and linearity for precise measurements
- Easy integration via analog output or digital interface
- Low space requirement due to miniature design
- Robust industrial controller in die-cast aluminum housing and high protection class up to IP68
- Compatible with all capacitive sensors from Micro-Epsilon
Compact. Robust. Versatile
With its miniature design and simple handling, the capaNCDT 6100 series is ideal for integration in confined installation spaces and reliable use in everyday industrial applications. Due to full compatibility with all capaNCDT sensor models and various controller versions, the system can be flexibly configured for a wide range of measurement tasks. For particularly harsh environments, the controller in a robust die-cast aluminum housing is also available as an IP68 version.
Ideal for OEM and series applications
Compact, robust and designed for fast machine and system integration - quick start without engineering effort. In continuous operation, the system impresses with its high measurement performance and stable results. Due to compatible, interchangeable components, variant management, service and scaling in series production are much easier. The result: excellent price-performance ratio for large quantities and modular machine concepts.






