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Energy technology: Power plants, turbines (Flyer)

Energy technology: Power plants, turbines (Flyer)
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Energy technology: Power plants, turbines (Flyer) - 1

Automated Precision Inc. (API) is a world leader in advanced measurement solutions. Founded by Dr. Kam Lau in 1987, API leads the metrology industry through innovation and higher standards of accuracy. API products are used by the world’s leading automotive, aerospace, machine tool, and CMM manufacturers. The experienced engineering team at API is unmatched in its ability to create advanced, innovative products, which meet the needs of rapidly evolving industries. Automated Precision, Inc. 15000 Johns Hopkins Dr. Rockville, MD 20850 Toll Free: (800) 537-2720 Phone: (240) 268-0400 Fax: (301) 990-8648 Automated Precision, Inc. Rm.1802, 18 Floor Zhong An Sheng Ye Building 168, Beiyuan Rd Chaoyang District, Beijing China, 100101 Phone: 86-10-5824-6316 Fax: 86-10-5824-6348 Automated Precision. Inc. Room 701, Bldg 4, 258, Jinzhang Rd, Pudong New District, Shanghai 201206 Phone: 86-21-6164-5601, 86-21-5896-7392 Fax: 86-21-5896-7391 Automated Precision Europe GmbH Im Breitspiel 17 69126 Heidelberg Tel: +49 (0) 6221 729 805 0 Fax: +49 (0) 6221 729 805 23 EN0511 TRACKER3 U l t r a p o r t a b l e L a s e r Tr a c k e r TM Automation. Measurements of the blade clearance of turbine blades: The automation saves a considerable amount of time and increases the measurement reliability. Measurement routines guide you through the measurements and check the results. As a result, the measurement system can also be used by skilled workers who are not trained measurement technicians. Energy technology Power plants Large components Turbines Technical specifications and descriptions may be subject to change. ©2011 Automated Precision Inc. All trademarks are property of their respective owners.

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Energy technology: Power plants, turbines (Flyer) - 2

TRACKER3TM These deployments involve components that are so large that the measurement machine, and thereby the laser tracker, has to come to the component, and not the other way around. A laser tracker can measure anything – anywhere, and always reproducibly. For example, compliance with shape and position, or geometry checks. Measuring large parts: In the past, parallel plumb lines, cords, spirit levels, rotary lasers and laser interferometers were mostly used here. The outlay in personnel and technology was well out of proportion to the possibilities that are offered nowadays by an API...

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