Mitchell Electronics, Inc.

Our TI-3000JX Run Test Product allows for universal #servomotor run testing. Manufacturer-specific servo motor drives have many complicated features and can be optimized for many customer applications but can be difficult and time consuming to configure. And besides, it is also not always practical to have a spare servo motor drive for every servo motor that you wish to run. The TI-3000JX acts as a generic servo motor drive enabling the configuration of an unloaded servo motor run test in a matter of seconds in a standardized way regardless of the servo motor manufacturer. The TI-3000JX is compatible with leading servo brands, including: - Resolver - Mitsubishi - Fanuc - Sick Stegmann Hiperface as well as Indramat - Siemens and Heidenhain - Allen Bradley Learn more: https://lnkd.in/egzTQ-_C

What should your #servomotor repair environment look like, what tools do you need on hand, and what kind of repairs should your team be able to do themselves? Brett Martz, Account Manager here at Mitchell Electronics, Inc., covers that in our newest video: Servo Motor Repair: How Your Dedicated Testing Area Should Look https://lnkd.in/eNXbkvAF?

How do servo motor encoders work? What are their components? What are the different types? And, for manufacturers who are focused on keeping their machines running, how do you solve the common #servomotor encoder issues? Check out our latest blog post: https://lnkd.in/ebTkFB3X?

How do you check servo motor winding resistance? This quick video from our expert team walks through the process step-by-step: https://lnkd.in/e5DXsPC2?

Electrical vs. Mechanical issues: what’s disrupting my servo motor? Diagnosing #servomotor issues can be challenging, especially when determining whether the issue lies within the electrical system or the mechanical components. Malfunctions lead to production downtime and costly repairs if not diagnosed accurately and promptly. Therefore, understanding the distinction between electrical and mechanical issues is essential for prompt and effective troubleshooting. Electrical issues include: - Overheating - No movement or erratic movement - Fault Codes or Error Messages - Intermittent Operation On the other hand, mechanical problems include: - Excessive Noise or Vibration - Difficulty in Movement - Increased Current Draw - Physical Damage Read our blog post for more:? https://lnkd.in/eRVC3nbD

Can you imagine losing millions of dollars worth of production because of unscheduled downtime from #servomotor issues? It’s a real story shared by Kyle Slemmer, Sr. Product Specialist here at Mitchell Electronics, Inc. In this quick video, Kyle tells this story as an example of what happens when you don’t schedule proactive maintenance of servo encoders. Check it out here: https://lnkd.in/eXf4y9Jc

What are your “must-haves” for a #servomotor repair environment? Here’s what we recommend: ? A designated space ? The right tools and equipment ? Trained personnel ? Proper maintenance procedures ? Inventory management ? Safety? ? Continuous improvement What else would you add?

For industries that rely on precision and reliability, servo motor failure can be a source of frustration and financial strain. The costs of intermittent servo motor failure include: - Decreased productivity - Reduced quality - Higher labor costs for maintenance - Excessive energy consumption - Accelerated wear and tear of equipment - Increased safety risks Read more in our blog:? https://lnkd.in/eYKh36Qb?

Manufacturers that keep proactive maintenance schedules enjoy less downtime and higher profitability. But, it’s important not only to keep a maintenance schedule, but practice *proper* maintenance and repair practices. Here are five common mistakes to avoid when it comes to servo motor maintenance and repair: https://lnkd.in/ejU2x5-M?

Did you know that Mitchell Electronics, Inc. offers servo motor training? Our training sessions are collaborative, personalized, and designed to help you and your team learn the skills you’ll need to practice proper maintenance and repair, including: - Basic servo motor terminology and discussion - Identifying, testing, and aligning common servo motor feedback types including: resolvers, hall effect sensors, tachometers, incremental encoders, and serial encoders - Gaining proficiency with the Mitchell products, note-keeping, servo motor troubleshooting skills, and practicing a standardized approach for testing and running each type of servo motor - Brief theory of servo motors and electronic commutation Learn more: https://lnkd.in/eQVdYt_r