Micro-Epsilon News

The optoCONTROL 2520-95 is a precision micrometer from Micro-Epsilon for static and dynamic measurement tasks with a measuring range of 95 mm. High linearity combined with high measurement speed make the system ideal for applications that require large measuring ranges. The system is used in almost any industry from chemistry to automotive and machine building. In cutting machines, e.g., several strips can be measured simultaneously by means of multi-segment measurement.

The capaNCDT CST6110 measuring system reliably performs non-contact rotational speed measurement of conductive and non-conductive objects. Moreover, the measuring system detects rotations from the first to the 400,000th rotation per minute and is used in drives, rotor blades and positions marks on shafts. The compact industrial sensor is connected to a robust controller and can be easily integrated into restricted installation spaces.

The capacitive capaNCDT 61x4 measuring system enables displacement measurements with the highest signal stability and maximum flexibility. With the active sensor including an integrated preamplifier, this innovative technology can reliably transmit stable signals over a cable length of 15 meters. Therefore, the system offers flexible cable installation while also being ideal for drag-chain use. The active sensor is used in machine building, robot production and semiconductor manufacturing.

For the measurement of large displacements and distances in industrial environments, wireSENSOR WPS-K100 draw-wire sensors are used. The new measuring ranges of 1500 mm and 2500 mm cover a larger number of industrial applications. The sensors are robust and equipped with a glass fiber-reinforced plastic housing and separate drum and spring spaces. Their excellent price/performance ratio makes these sensors ideal for OEM and serial applications.

The optoNCDT 1750DR laser sensor is specially designed for displacement and distance measurements on surfaces with strong reflections such as shiny plastics, mirrored glass or metals. These challenging surfaces are no match for the laser sensor. Due to the Real-Time-Surface-Compensation feature, the sensor adapts the exposure in real time to changing surfaces while generating a stable signal. Its compact design with integrated controller is particularly favorable for restricted installation spaces and allows for the sensor to be easily integrated.

With the new IF2030/ENETIP interface module, sensors can be easily connected to EtherNet/IP control systems. The module is compatible with many Micro-Epsilon sensors that output data via an RS422 or RS485 interface, and supports data rates up to 4 Mbaud. Installation in switching cabinets is via a DIN rail.

The optoNCDT 1900 laser sensor solves displacement and distance measurements for automation processes. This sensor combines the very highest performance and a large range of features with a new mounting concept. The innovative Advanced Surface Compensation feature enables the sensor to reliably adapt the exposure to changing surfaces, while offering resistance to ambient light along with precise measurement results.

The thermoIMAGER TIM QVGA-HD-T100 thermal imaging camera detects the body temperature of both individuals and groups in an automatic, fast and reliable way. It is, for example, used at visitor and staff entrances or security gates in public institutions such as train stations or airports.

The new white light interferometers from Micro-Epsilon are optimized for industrial purposes. They reach an unprecedented level of precision in optical distance and thickness measurements. These interferometers provide absolute measurement values which enable extremely high stability even with step profile measurements. Three variants are available: for high precision and industrial distance measurements, for precise thickness measurements and in a vacuum-suitable design for distance measurements with subnanometer accuracy.

The optoCONTROL 2520-46(090) optical micrometers combine a compact design with a lens angled by 90° in a unique way. This enables full flexibility with regards to the installation position. The precision micrometers detect diameter, gaps and segmentation of objects. A user-friendly web interface is used to perform set up and configuration, which enables readings and limit values to be displayed as well as the selection and application of filters. A video signal is available to configure the measurement task.

These new inductive controllers for displacement sensors and gauges are universal and robust. Combined with the LVDT and LDR sensors, the MSC7x02 controller series enables high application versatility for displacement measurement and geometrical testing in machine building and automation. Their optimal price/performance ratio also makes the controllers suitable for low, medium and high quantities.

Capacitive displacement sensors mainly determine changes in displacement and position of conductive objects. Here, Micro-Epsilon applies its long-standing know-how in the development of innovative capaNCDT sensors. This is how these sensors, which were originally assigned for use in clean environments, have become a reliable alternative for industrial measurement tasks.