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  • Teklectic
  • Teklectic's Avatar
18 Jan 2025 09:18
Resolver to Encoder Conversion was created by Teklectic

Resolver to Encoder Conversion

Category: Computers and Hardware

I'm working on a low-cost retrofit for my Deckel FP4A and I really want to reuse the existing motors, but I'd like to replace the stock Industrial Drives drives with ones that operate on single phase 220VAC, so in order to do that in an affordable way I think I need to use a resolver to SSI converter to get absolute position data from the motors for commutation by the drives. I'm wondering if anyone has gone down this road before and had any insight to add.

Currently I think I want to use the Delta ASDA-A2 drive and a Vega 2796524 Resolver to SSI Converter, has anyone tried this before?

I'm still going through all the datasheets I can find, but based on what I've found so far, I think this should be a workable solution.

Ideally I would be using a drive that can natively handle resolver feedback, but I haven't had any luck finding such a drive for a reasonable price. Any info is greatly appreciated!
  • Martin.L
  • Martin.L
18 Jan 2025 08:59

MS300 with CMM-EC02 to retrofit an existing electrospindle spindle

Category: EtherCAT

Luckly the company that built the machine vfd sent me the manual.

Just checked the price for an EL4102 costs more than a new recent VFD, are there other ways to control the spindle with ethercat?

The VFD allow to control rpm in many ways:

0/10v
-10/10v
0/20mA
4/20mA
By serial
  • Cant do this anymore bye all
  • Cant do this anymore bye all's Avatar
18 Jan 2025 08:56
Replied by Cant do this anymore bye all on topic ColorCNC Colorlight 5A-75E/5A-75B as FPGA controller board

ColorCNC Colorlight 5A-75E/5A-75B as FPGA controller board

Category: Driver Boards

Are you going with ColorCNC by romanetz or LiteX-CNC.

Either way the basic thing is, your create a config for the firmware using a json file, follow the instructions to build the firmware, upoad the bit file to the Colorlight board, then create a Linuxcnc config & ini files.

Litex-CNC (it's been awhile since I decided not to use this as I felt it was easier to go another route.)
So, no one does not upload a config to the board, a new bit file has to be built.

The way I tackle a new project.
Read the whole thread, take notes, follow the link on the github page to the docs, read the docs, have a browse around the github page. Take a bit of time to get the feel.
Setup a build environment, and attempt to build a config. Then I'd modify one of the supplied configs to get a hang of it.
Eventually I'll upload a bit file to the board, probably from one of the supplied json files. Reread the read or refer to any note regarding creating a hal file.
May take a couple of nights or weeks depending on a lot of things. You may find you'll have to read & reread & reread some more. I'm sure there's some examples scattered about in the thread.
Research is the key point. All the info is there.
If you don't fully understand how it works, you may have to find someone to do the hard work for you. Or have a look of one of the more active projects, maybe Linuxcnc-RIO, which uses a larger range of FPGA boards (even the mesa clone I designed works with Linuxcnc-RIO) and doesn't rely on the ever changing availability or certain Colorlight boards being available and actually being shipped to you.
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