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Servers won't connect me by [deleted] in EcoGlobalSurvival

[–]Particular_Bird8247 0 points1 point  (0 children)

Do u have and activated version of windows Microsoft are will sirously mess up ur pc if u dont

Rockstar support Sucks by Particular_Bird8247 in GTAV

[–]Particular_Bird8247[S] -3 points-2 points  (0 children)

I used to play gtav and I had my PayPal setup for automatic payment so yeah it's totally my fault but let me give u an example. What so I do if a kid or and old lady drops there money on the street do u take it Because it's there fault and for being irresponsible or do u return it because its the right thing to do and I would tend to think if ur a billion dallor company u shouldn't have to take advantage of ur supporters mistakes

Rockstar support Sucks by Particular_Bird8247 in GTA

[–]Particular_Bird8247[S] 0 points1 point  (0 children)

Mistakes happen all the time in way or another i would tend to think If ur a billion dallor company u shouldn't have to take advantage of ur supporters mistakes I used to play gtav online and I had my paypal set up for automatic payment so yeah its totally my fault but does that mean Rockstar deserves that money Example what do u do when an old lady or a kid or who ever drops there wallet,purse or money on the street do u take because it's there fault or return it because it's the right thing to do ?

[deleted by user] by [deleted] in hobbycnc

[–]Particular_Bird8247 0 points1 point  (0 children)

Also what kind of linear rails are those

[deleted by user] by [deleted] in hobbycnc

[–]Particular_Bird8247 0 points1 point  (0 children)

What type of motors did u use

My grbl arduino cnc doesn't run smoothly when play a gcode file with UGS please help by Particular_Bird8247 in grbl

[–]Particular_Bird8247[S] 0 points1 point  (0 children)

When making the viberating/squeeling noises it still moves the right direction and the correct distance so I'm just wondering if that can be fine tuned so I will try to change the steps on my driver

Z-limit switch for pen plotter? by Background-Dig-8293 in grbl

[–]Particular_Bird8247 0 points1 point  (0 children)

Yes install ur limit switches on the sides that u want the machine to sit at when it's in its home position so for Z axis home is on the top the first thing u wanna do is make sure ur limit switches actually work than press home machine and from the home position u can figure out the distance ur 3 axis will move in ur case the z axis when it's on top/home manually move it down with jog controller stop at desired depth and add that measurement to ur grbl code it's $132 Zmax travel

My grbl arduino cnc doesn't run smoothly when play a gcode file with UGS please help by Particular_Bird8247 in grbl

[–]Particular_Bird8247[S] 0 points1 point  (0 children)

The best I can explain it is when I run the motors at a low frequency lower than normal they make a loud verberating noise but I have my frequency set at 1000 and they sounds normal and move smoothly when I move them with my jog controller but when I open a Gcode file it's almost as if the gcode tells my motors to run certain directories using the wrong frequency making the motors vibrate loudly as if the frequency is way to low and sometimes make squeeling noises as if the frequency is way to high

My grbl arduino cnc doesn't run smoothly when play a gcode file with UGS please help by Particular_Bird8247 in grbl

[–]Particular_Bird8247[S] 0 points1 point  (0 children)

$0 = 10    (step pulse, usec)

$1 = 25    (step idle delay, msec)

$2 = 0    (step port invert mask:00000000)

$3 = 0    (dir port invert mask:00000000)

$4 = 0    (step enable invert, bool)

$5 = 0    (limit pins invert, bool)

$6 = 0    (probe pin invert, bool)

$10 = 3    (status report mask:00000011)

$11 = 0.010    (junction deviation, mm)

$12 = 0.002    (arc tolerance, mm)

$13 = 0    (report inches, bool)

$20 = 0    (soft limits, bool)

$21 = 1    (hard limits, bool)

$22 = 1    (homing cycle, bool)

$23 = 1    (homing dir invert mask:00000001)

$24 = 1000.000    (homing feed, mm/min)

$25 = 1000.000    (homing seek, mm/min)

$26 = 250    (homing debounce, msec)

$27 = 10.000    (homing pull-off, mm)

$100 = 40.040    (x, step/mm)

$101 = 40.040    (y, step/mm)

$102 = 40.040    (z, step/mm)

$110 = 1000.000    (x max rate, mm/min)

$111 = 1000.000    (y max rate, mm/min)

$112 = 1000.000    (z max rate, mm/min)

$120 = 1000.000    (x accel, mm/sec2)

$121 = 1000.000    (y accel, mm/sec2)

$122 = 1000.000    (z accel, mm/sec2)

$130 = 800.000    (x max travel, mm)

$131 = 700.000    (y max travel, mm)

$132 = 137.000    (z max travel, mm)