ENCODER INSTALLATION
- oscarconde6
- Offline
- New Member
-
Less
More
- Posts: 13
- Thank you received: 0
11 Aug 2016 20:28 #78649
by oscarconde6
ENCODER INSTALLATION was created by oscarconde6
These are images of the encoder that I have, I could use it in LinuxCNC parallel port, although I speed limit. Thank you
Please Log in or Create an account to join the conversation.
- tommylight
-
- Away
- Moderator
-
Less
More
- Posts: 18500
- Thank you received: 6176
11 Aug 2016 20:39 #78652
by tommylight
Replied by tommylight on topic ENCODER INSTALLATION
Yes you can, and it will be very limited.
Read through this so you can get a better understanding of latency and calculate the speed you can get out of it.
With normal computers you can get 50 to 200 RPM max, even with the best computer for latency, you will still get 500 to 800 RPM.
Regards,
Tom
Read through this so you can get a better understanding of latency and calculate the speed you can get out of it.
With normal computers you can get 50 to 200 RPM max, even with the best computer for latency, you will still get 500 to 800 RPM.
Regards,
Tom
Please Log in or Create an account to join the conversation.
18 Aug 2016 16:31 #79017
by andypugh
Replied by andypugh on topic ENCODER INSTALLATION
Of course, for the operations where you need a spindle encoder (threading) 500rpm might well be quite adequate. And it doesn't matter if counts are lost at higher speeds.
Please Log in or Create an account to join the conversation.
- oscarconde6
- Offline
- New Member
-
Less
More
- Posts: 13
- Thank you received: 0
25 Aug 2016 12:33 #79412
by oscarconde6
Replied by oscarconde6 on topic ENCODER INSTALLATION
ok, then I can connect directly to the parallel port to operate, what the configuration is another story, I will try to install it be as it is, I found a plaque that I think is for the encoder of the same brand but I have no data Transistors that can not do with it and tell you something. Thank you
Please Log in or Create an account to join the conversation.
Time to create page: 0.060 seconds