A customer-modified MISUMI High Precision Stage

Q&A: How To Reverse the 5 Stage Stepper Motor on a MISUMI High Precision Stage

Question:

Dear MISUMI Engineering Team:

Hi, we purchased a MISUMI single axis high precision stage, but then needed to modify the setup for space constraints. We had to mount the motor next to the stage instead of directly inline with it and then added a custom bracket and belt drive. A picture of our modification is attached for your review. The problem with the new arrangement is that the table moves in the opposite direction because the motor is mounted backwards. This is causing some confusion with our operators, is there any way to fix this? Thanks.

Brad P.

 

Answer:

Brad, thanks for your question about our high precision stages and for sharing your design modification with us! We are always interested in seeing what new and innovative ideas our customers have come up with using MISUMI products. For those not familiar with MISUMI high precision stages, below is a picture of an unmodified single axis stage with the stepper motor attached.

 

MISUMI X-axis High Precision Stage with Stepper Motor

MISUMI X-axis High Precision Stage with Stepper Motor

 

For Brad’s application, they couldn’t have the stepper motor in that location and had to position it to the side of the stage. They then connected the motor to the stage using a timing belt and pulley system. As he mentioned, this works fine, but the new design will move the stage in the opposite direction of the original control, causing confusion for the operator. If you’re not familiar with the controls available for high precision stages, check out this product page.

 

Five phase stepper motor wiring diagram

Five Phase Stepper Motor Wiring Diagram

 

Fortunately, there is an easy solution to the problem. Taking a look at the five phase stepper motor wiring diagram above, the original firing sequence for the contacts is A-B-C-D-E, with each phase giving 0.72 degrees of rotation. We need the motor to turn in the opposite direction, so the new sequence is A-E-D-C-B. This can be accomplished by changing the colored wires on the stepper motor to match the chart below.

 

Phase Letter Original Color New Color
A Blue Blue
B Red Black
C Orange Green
D Green Orange
E Black Red

 

After adjusting your wiring, the high precision stage will move in the expected direction when using the original control setup. For any other questions regarding high precision stages or stepper motors, the MISUMI Engineering Team is always ready to help and available at engineering@misumiusa.com.

Share this Story
Load More Related Articles
Load More By MISUMI USA
Load More In Q&A

Leave a Reply

Your email address will not be published. Required fields are marked *

*

Check Also

DIY Project Using Aluminum Extrusions

Despite being available for around thirty years, structural ...

Subscribe to our Channel

Follow Me @usa_misumi

Like us on Facebook

FOLLOW @ INSTAGRAM

  • Another great day at the show! #IMTS2018 #80Sextillion
  • We got the #gigabot 3D printer going at our booth! Thanks @re3dprinting! #80sextillion #thinkbigprinthuge
  • Stop by our Booth #134757 and pick up a bumper sticker! #IMTS2018 #80Sextillion #WeLoveEngineers
  • Our very own Marketing Product Engineer, Carlicia, being interviewed by the crew from Hannover Messe USA for IMTS 2018! Booth 134757 #80Sextillion #imts2018 #hannovermesseusa
  • Vamanos Mexico! Thanks @misumimex for hooking us up with these awesome jerseys! #mexico🇲🇽
  • Behind the scenes in our marketing studio. The product take down of over 70 MISUMI components for the hero shot of our upcoming catalog. #timelapse #comingsoon
  • Happy to back at @spaceportamericacup seeing all of our rocketry friends! #sacup18
  • Congrats to the engineers at Honda for mastering linear guides with Master Class instructor John Williams!