Help with hy_gt_vfd

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2 years 5 months ago #300083 by COFHAL
Replied by COFHAL on topic Help with hy_gt_vfd
I have a DZB280 VFD and when checking the manual, it has the same addresses as the HY GD control registers. Therefore I think that it can be controlled the same as with the VFDMOD component and with MESA MODBUS, in case you use a MESA ELECTRONICS card.

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2 years 5 months ago #300162 by Craig E
Replied by Craig E on topic Help with hy_gt_vfd
Thank can you please share your setup.  I was not able to get the VFDMOD component to run when I tried it but maybe I had the address wrong.

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2 years 5 months ago #300174 by COFHAL
Replied by COFHAL on topic Help with hy_gt_vfd
You have el manual tbe your VFD.

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2 years 5 months ago #300240 by COFHAL
Replied by COFHAL on topic Help with hy_gt_vfd
These are my configurations to control my VFD FULING DZB280, I think it is similar to the GT, they can serve as a reference

File Attachment:

File Name: VFD_ZDB280.zip
File Size:27.03 KB

File Attachment:

File Name: VFD_ZDB280...A_MB.zip
File Size:66.93 KB

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2 years 5 months ago #300250 by Craig E
Replied by Craig E on topic Help with hy_gt_vfd
Thank you!

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2 years 5 months ago #300311 by Craig E
Replied by Craig E on topic Help with hy_gt_vfd
Hi again Looking at your .ini file almost everything makes sense except for how the Multipliers and dividers are calculated.
Can someone please explain how this works?  in my VFD my 2000 address communication settings are -10000 to 10000 which is = to -100% to 100% max frequency.  My spindle is 300Hz max frequency and 18,000 max RPM.
Reading the information in the sample ini files it says:

[SpindleRpmIn]

# Multiplier and Divider are integer values to correct command speed value
# before it will be written to command speed register.
# Corrected command speed = (command speed) x Multiplier / Divider.
# Use both (Multiplier & Divider) to reach float coefficient.
Multiplier=1
Divider=6
In my case is the multiplier = 10,000/300 or 33.33 and the divider = 18,000rpm /10,000 or 1.8?


[SpindleRpmOut]

# An address of the output speed (or frequency) register.
Address=0x2000

# Multiplier and Divider are integer values to correct output speed value
# after it has been read from output speed register.
# Corrected output speed = (output speed) x Multiplier / Divider.
# Use both (Multiplier & Divider) to reach float coefficient.
Multiplier=6
Divider=1

And here
In my case is the divider = 10,000/300 or 33.33 and the multiplier = 18,000rpm /10,000 or 1.8?
  

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