Introducing the HobbyCNC EZ Driver Board Kit and Packages

hobbycnc-ez-1.jpgWe’re proud to introduce the HobbyCNC EZ Driver Board Kit and Packages to our line of products. Aimed toward the hobbyist that’s looking for something a little more simple, the 3-axis unipolar chopper control kit is:

  • EZ to assemble as part count is very low. Lessens chance of assembly errors.
  • 36VDC maximum input gives a very wide margin to help prevent damage with voltage surges.
  • Same great performance as our PRO series except without idle current reduction.
  • Smaller footprint for EZ installations.
  • Inexpensive. Kits start at just $64 and packages with stepper motors start at just $235.

Go over and purchase one today! We’re shipping them NOW!

This entry was posted in blog. Bookmark the permalink.

20 Responses to Introducing the HobbyCNC EZ Driver Board Kit and Packages

  1. Sail Boffin says:

    Is there a 4 axis version of this board? What am I missing by not having “idle current reduction”?

  2. Dave Rigotti says:

    Sail,
    Great question. Slightly cooler running steppers is just about it. The steppers are in fact designed to run at up to 200 degrees F so the extra heat is not a problem for them. You just have to be more careful not to touch them after they have been running for a while.

  3. Bob Meester says:

    This sounds like a real good board to buy.
    I already have the 3 305oz/in motors. So I would just buy the same
    power supply and every thing else right? BOB

  4. Dave Rigotti says:

    Bob,
    Yes indeed, the same power supply. An 8A transformer will be fine if needed. We find the 10A transformer usualy less expensive than an 8A one. You’ll have the “power’ to use it with a 4 axis board if you decide to go a different route later on. “Buy once” is a good motto.

  5. Richard Law says:

    This looks good to me.

  6. Richard Law says:

    what are you using for softweare

  7. Dave Rigotti says:

    Mach3 and TurboCNC are the most popular. Most step and direction thru the parallel port software will be fine.

  8. Tom Edwards says:

    Does the EZ driver also include the built in protection circuit?

  9. Dave Rigotti says:

    Tom,
    Yes, it does.

  10. Dave Rigotti says:

    For those of you who’ve asked, support is provided through our Yahoo! newsgroup, which has over 2,000 members.

  11. bill says:

    if I was to purchase this set up do I have to do any sodering. or can I just order one that everything is set where every thing is just plug in play.

  12. Dave Rigotti says:

    Bill,
    Soldering is required to put together the kit.

  13. Rob says:

    This looks like a great product. The package text mentions “PCB Soldering” and I don’t have experience with that. Can the driver boards be purchased pre-assembled as part of a package or just in kit form?

  14. Dave Rigotti says:

    Rob,
    At this time they are available as kits only. Thanks.

  15. Jeff says:

    You specs only mention only unipolar motors. Can this board be used/modified to work with bipolar motors? I have NMB23 motors.

  16. Dave Rigotti says:

    No. Unipolar only.

  17. Peter says:

    Would this board be suitable for the “CNC Router Plans” you have available?

  18. Dave Rigotti says:

    Yes indeed. Full speed and current capability as the PRO board. No idle current reduction and 36VDC maximum input voltage.

  19. Inno says:

    I guess a better question would be, I have some motors, how do I know if I can use them?

  20. Steve says:

    Just ordered this board for use with my STP-58D2017 Steppers.

    My choice was based on recommendations from folks on CNCZone.com.

    The low cost, easy build, and not needing separate breakouts boards and driver boards were the primary reasons.

    That, and built in the USA.

    I’ll update when it arrives and as I progress with this project.

Leave a Reply

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

*

You may use these HTML tags and attributes: <a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <strike> <strong>