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High Speed Laser Micrometer
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optoCONTROL 2500 is a laser thrubeam micrometer with integrated high resolution CCD camera. The high performance data in combination with the very favorable system price define a new level of performance for laser micrometers. |
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Optical inline micrometer
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The inline micrometer optoCONTROL ODC 1220 is designed for measuring edges, diameters and gaps of up to 2,000mm. A high precision lens is used to project uniformly-collimated light onto a receiver unit. When the light beam is interrupted by an edge or a gap (diameter), the shadow edges are projected onto a CCD receiver. The 28mm measuring range and a new, complex sub-pixeling method help to achieve an average resolution of 2 micrometers. The typical temperature range in factories enables a stable repeatability of avg. ±4 micrometers. |
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Laser micrometer with large measuring range
FSO = of full scale output
The optoCONTROL 1202 provides the largest measuring range of the optical micrometers. Thus, applications are supported where previously two devices were necessary due to the measuring range. Integrated controller and a convenient fixing rail make simple mounting possible. Rapid commissioning is ensured using Teach-In and free operating software.
Measuring ranges (mm):
72 | 98
Linearity max. 0.14mm
Resolution max. 8µm
Integrated controller
Particularly flat design
Capable of Teach-In
Insensitive to external light
High linearity
Free configuration software
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Miniature laser micrometer
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The optoCONTROL 1200 is based on the principle of light quantity measurement. The compact laser micrometer has all the evaluation electronics integrated in the case and the mounting is very flexible. High dynamic applications can be measured due to the measuring rate of 100 kHz. |
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Rapid fiber optic sensor for fast measurements
Thanks to the short wavelength of the light used, the CLS K UV fiber optic sensor allows it to detect mineral glass or plexiglas. The CLS-K UV is used for edge detection, presence detection, checking the position of glass plates or for inspecting coatings. Designed as a transmitter and receiver, it leads the light directly to the object via fiber-optic cable. This is ideal in cramped spaces or in difficult installation environments, since the electronics unit can then be mounted a long distance away.
Details
Glass detection
Output types: PNP, NPN
Can be adapted to different fiber optics
Cut-off frequency: < 100 Hz
Response time: 10 ms
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Measuring ranges (mm): 34
