Hello Guest it is December 28, 2025, 09:54:14 AM

Author Topic: Motion controller with analogue outputs  (Read 696 times)

0 Members and 1 Guest are viewing this topic.

Motion controller with analogue outputs
« on: December 10, 2025, 04:38:01 AM »
Hi Guys, I have an early Bridgeport Interact CNC milling machine, I converted it many years ago to use MACH3 and was working really well. I have been using the CS LABS IP/A motion controller. This stopped working so I sent it back to Poland to be inspected. They confirmed the device was faulty. After paying out large sums of cash, I received the repaired device back only to have the same fault. Now CS Labs support are no longer getting back to me.

What other motion controllers can I use. My Servo drives use a 10v signal, and I only need 3 axis.

Offline Graham Waterworth

*
  • *
  •  2,784 2,784
  • Yorkshire Dales, England
Re: Motion controller with analogue outputs
« Reply #1 on: December 19, 2025, 10:01:17 PM »
A lot of drives have both 10-0-10 volt input called analogue and also TTL step and direction input you need to find or check the manual for the drives you have.

If the drives can take TTL(0-5V) then any mach3 breakout board can drive the machine.

Sometimes you need to tell the drive the input type but some detect is automatically.

 
Without engineers the world stops
Re: Motion controller with analogue outputs
« Reply #2 on: December 20, 2025, 06:37:26 AM »
Have a look at CNC drive motion controllers. I have the uc100 and the eth400 and have not had issues with either. you can use the uccnc software or there  is a plugin for mach3. you can ask questions on the forum to make sure it will do what you want.
Regards
Charlie M.
Re: Motion controller with analogue outputs
« Reply #3 on: December 20, 2025, 06:51:39 AM »
Are these the old DC Servos?  Nowadays, it is just better to go with AC servos or closed-loop Steppers.  Those motors are high-maintenance and probably old, with a lot of wear.  Get something that is brushless, uses new technology, and is easy to connect to.

Arturo Duncan
https://cnc4pc.com