Thickness Measurement Sensor has dual sensor design.

Press Release Summary:

Model KSH5 includes both capacitive and eddy current sensors that measure continuously in one axis on same measuring spot to provide precise thickness measurement. Used for single-sided thickness measurement of plastics, compact unit features 5 mm range and also feature integrated temperature measurement. Combination connector allows all output signals to be transmitted in single connection cable, and using KSS6380 controller with Ethernet interface, product can be configured via Web browser.

Original Press Release:

Combination Sensor System for Single-Sided Thickness Measurement

Sensor specialist Micro-Epsilon is relaunching its proven combination sensor, the KS5. The new KSH5 has been developed even further and now combines a capacitive sensor and an eddy current sensor with additional integrated temperature measurement, in a single, compact sensor module.

The combination sensor is used for single-sided thickness measurement of plastics. Both sensors measure without making contact with the target and measure continuously in one axis on the same measuring spot. This means that the combination sensor offers significant benefits when compared with conventional designs in which multiple sensors are positioned adjacent to one another. The sensor has a measuring range of 5mm and for the first time has been produced using a unique ECT production technology recently developed by Micro-Epsilon. Even higher resolution, very high temperature stability and longer service life combined with a very compact sensor housing are just some of the benefits that customers will see from this new technology.

A special, optimised combination connector is provided, which means that output signals from temperature measurements, the capacitive sensor and the eddy current sensor can be transmitted in a single connection cable.

A completely redesigned sensor controller is also available. In addition to two analogue outputs, the new KSS6380 controller also has an integrated Ethernet interface, which can be used to configure the sensor system via a web browser. Measurement data can also be output to a PC.

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