How much voltage are you using on it?
Your motor has a relatively high inductance, which will limit the maximum speed that you can get from it, especially because your driver is limited to only 50...
Type: Posts; User: doorknob
How much voltage are you using on it?
Your motor has a relatively high inductance, which will limit the maximum speed that you can get from it, especially because your driver is limited to only 50...
By any chance would you still have the link to the model that you found?
I may take a look through sites such as GrabCAD to see whether they may have any such models, but a pointer to the one that...
With the series fan hookup that you described, the only potential problem that might arise (as far as I can imagine) would be to the fans themselves. It is unlikely that you would damage the driver...
While it might "work", it is probably not a great idea, especially since your two fans are not identical and so their electrical characteristics would differ.
As the article mentions, fans are...
The IC described in the datasheet has built-in thermal overload protection, which means that it will shut down if the device gets too hot.
While it's likely that the part used in the TB6560 driver...
I do not have my TB6560 board with me right now, so I was working from memory that the 12 volt regulator did not have a heat sink.
If your board has a heat sink on the regulator, then that is...
I would not recommend doing that unless you can first add a good heat sink to the 12 volt regulator IC on that board.
Just going from memory, the 12 volt regulator on that board is used to power...
My interpretation of those ratings is "maximum rated contact voltage and current".
The relay is not providing power, rather it is capable of switching power (supplied by some other source), as...
It is difficult for me to write instructions that are more simple than what I wrote previously.
I think that it should be safe to control the VFD with the relay terminals.
But you will have to...
It will be necessary for you to probe with the multimeter to find which of the green terminals belong to the relay output pins. Check for low resistance to ground with Mach3 showing spindle on, and...
My interpretation of the 36V/7.5A was that those were maximum ratings of the relay contacts, and not that the relay was supplying those values.
The relay on my board simply has "dry" contacts that...
The TB6560 board that I have has relay contact output pins that are either open or connected to ground.
The DCM terminal in the image that mactec54 appended (from the manual) is shown elsewhere in...
I'm not certain, but it is possible that the Forward Run input can be switched by a relay, where connecting that terminal to ground turns the spindle on, however that is just a guess.
That...
No, it is not rated to directly switch that big an electrical load.
However your spindle is probably designed to be driven by a VFD which would typically be powered off of a 220 volt AC line, and...
Could you possibly post a photo of the X2 part/attachment that you are describing? I'm not sure that I am following your verbal description of the part.
I have the conversion column kit (which I...
No, I have no experience with the Marlin firmware.
Do you have access to an oscilloscope (or to a friend who has one)? It would let you at least determine whether the firmware is actually sending...
What I was trying to get at was to see if the G-code interpreter and the stepper driver electronics were working properly (by issuing a simpler G-code command).
If that is the case, then the...
Yes.
GRBL does not care whether it is controlling a bipolar driver or a unipolar driver. It will work with both types of drivers and motors.
I have used GRBL to drive a Linistepper.
Have you also tried issuing a G91 for relative mode and then something like a G01 X20 Y20 to see if there's any movement?
A few comments:
- I am not able to load two of your attachments (Attachment 243288 and Attachment 243290)
- You are sending the step pulse by using back-to-back digitalWrite() calls. The spec...
For the second (Y-axis) motor, if it is a 5-wire motor designed for unipolar hookup, you will not be able to use it with the EasyDriver. The center taps of both windings are shorted together, so you...
If your signal source can drive the optoisolated inputs of the KL-4030 directly, then you won't need a breakout board.
According to the manual at http://www.kelinginc.net/KL-4030.pdf each signal...
There are at least a couple ways to hook it up, but this should work:
- EN + Stepper Enable / Disable
- EN - Ground
- CW - Ground
- CW + Direction X (if you're using this driver for the X...
Is it possible for you to measure the voltage on the DIR pins (3, 5, 7?) directly at the DB25 input to the C10 when you jog the corresponding axes in one direction or the other?
Are you measuring...
Is your A axis connected with pin 8 for step and 9 for dir?
If so, can you put your multimeter probes (measuring voltage) between pin 9 and GND (on the output of the C10), and then use Mach3 to...
Even though that's how you decoded the model number, it is unlikely that your motor is rated for 10 amps.
According to 1 pcs Nema 23HS8610 stepper motor with 6 lead/ 290 oz.in/ 1.0 AMP CNC...
While I'm not sure that I have the answer to your question, I am a bit confused by the units that you are referencing.
You state that 17 Hz is 1000 rpm. Is it possible that you arrived at the 17...
I'm not certain that I understand your question.
The ball screw will have a specific pitch, for example 10 turns per inch (which means that one complete revolution of the screw will advance the...
I'm not sure from your description whether what you are describing is evidence of a problem or not.
Are the motor shafts connected to a load of some sort (if so, what are they connected to)? Are...
Yes, that's usually what it does - you may not have holding torque if the driver is not enabled.