Copperhill Technologies, owned by Wilfried Voss, is a company with deep international roots. Born and raised in Germany, Mr. Voss has brought his expertise and passion for technology to a global audience. Though he now resides in Vermont with his family, along with a lively assortment of cats, dogs, chickens, and horses, his background and business reflect a broader, international perspective. In light of the current boycott of American products by customers outside the U.S., it is important to recognize that Copperhill Technologies was founded and led by a German entrepreneur with a global outlook.
Copperhill Technologies was founded as an electronics engineering and consulting firm, specializing in the development, prototyping, and sales of embedded systems, as well as software development for motion control applications.
Shipping & Mailing Address:
Copperhill Technologies Corporation
116 Lily Pond Road
Vernon, VT 05354
United States of America
Administrative & Billing Address:
Copperhill Technologies Corporation
21 Mohawk Trail #264
Greenfield, MA 01301
United States of America
W9 – Taxpayer Identification Number and Certification (PDF)…
D-U-N-S Number: 015779847
Contact:
Wilfried Voss, Owner & President E-Mail: Please use our Contact Us page.
A Comprehensible Guide to Servo Motor Sizing
by Wilfried Voss
The importance of servo motor sizing should never be underestimated. Properly sizing a motor not only leads to substantial cost savings—reducing energy consumption, purchasing and operating expenses, and downtime—but also enables engineers to design more efficient and reliable motion control systems. However, in an era where modern technology emphasizes tuning and programming, fundamental knowledge of mechanical systems and their impact on motor speed, inertia, and torque requirements appears to be diminishing.
Servo motor sizing involves a series of mathematical equations, which, although well-documented, are often presented without direct relevance to the sizing process. This book focuses specifically on servo motor sizing, providing a detailed exploration of inertia and torque calculations for standard mechanical components, as well as a comprehensive guide to the motor selection process. More information…