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I bought this. 1 size fits all [emoji3][emoji3] 1mm2Quote:
Originally Posted by GrahamWhite
https://m.reichelt.de/OeLFLEX-CLASSI...1&trstct=pos_2
I believe it says class 5 flex 20x OD bending property.
Non moving bending property 6x OD
https://reichelt.de
Verstuurd vanaf mijn SM-A320FL met Tapatalk
https://uploads.tapatalk-cdn.com/201...214ae2f784.jpg
So I finally got my Z axis done
Attachment 24216
Will probably swap out the MDF that the spindle is mounted on for some Ali plate at some point.
Added end supports to the x axis mount points for added stability.
Attachment 24217
So after a bit of a gap, the control panel has gone away for a first fix so to speak.
A friend of mine who deals with that sort of stuff has very kindly offered to sort it out :)as in return he needed someone with a 3d printer to print some adapters for his RC car wheels :)
Should come back with some neat spaghetti I hope!
So panel is back and thanks to Jazz for the wiring diagram, my mate sorted it out a treat- a million miles better than my effort would have achieved !!
Mounted on the wall and fitted the fans to the front panel.
I added a start/stop button by mistake -actually not needed- so i'll probably turn it into a window so I can see the VFD front.
I've been told I can wire up the other things but I'm not allowed to turn it on! lol or even plug it in!!
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Hi Graham your mates made a nice job of the wiring etc but you need to re-route and separate some of the wires otherwise your probably going to get false E-stops etc from back EMF.
If he's general sparky he'll not be used to dealing with machine controls where tieing or routing together signal wires with high voltage wires is a BIG No-no.
I've circled the picture where I see potential trouble areas because signal wires are tie wrapped to high voltage or too close to VFD which gives off high EMF.
Attachment 24439
So a bit more work done on the electrics
Drag chains fitted
Attachment 24516
Leaves a nice pile to sort out :)
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A quick route to the control box
Attachment 24517
And then some cutting, soldering and attaching...
Attachment 24518
Still have the drives unplugged as not had the nerve to plug it in yet, need a quick recheck first.
Whats the next step ? attach to computer and switch it on ? or are there some other steps first ?
Still got to re-route some wires in case it causes issues.
Right so it's ALIVE!!
Please excuse the mess! :(
https://www.youtube.com/watch?v=Ru4H7zRt0lM
Finally gave up and bought the UCCNC software, and got all the axis jogging with the Y and A slaved :)
So I thought I'd try and setup the home limits.
Lucked out on the Z nearly first go.
Trying to set the X up- turned on pin 13 - I jogged it to the stop bolt (proximity limits) and the light came on but about 4or 5 seconds later a plume of smoke came out of the back of the limit!!
Cut off and refitted a new one- thought it may just have been dodgy … same again!
That's why I think I lucked out on the Z -I hit home and when it reaches it the light flicked on and the it backed off and went off.
Any ideas guys
The limits are PNP NO upto 36v- im using 24v- running brown to 24v ,blue to 0v and black to sensor pin on BOB
It looks like you have your breakout board plugged into port 1 of the UC300? It needs to be plugged into port 2 or 3 for everything to work.
Probably doesn't have anything to do with your smoke, though.
Thanks for spotting that :) but after nothing was working to start with, a quick read of the manual pointed me in the right direction :) shame it doesn't have any tips on not letting smoke out!
Sent from my SM-N910F using Tapatalk
So my mate who wired up my panel popped round :)
Multi meter came out and a quick decision was the PNP proximity limits I had were wrong ,they did actually need to be NPN-tried 2 he bought with him and all good :) pass as to whats the difference! so theyre on order:)
Moved onto the spindle which I was having real problems with as well ,trying to get the speed control working was a challenge!
The ST-V2 bob is a strange beast it turns out! what with the limits being right but actually wrong the spindle wouldn't keep it's speed ,it just kept dropping off???
So after trying just about every combination of pins and reverse settings we got to minimum and max speed% in the UCCNC software.
It was 10% min 100 MAX.
Set it to 100% minimum and 10% max and all good!!!!!! can't figure it out but speed control is working well and powers on and off fine.
Any ideas as to why are very welcome :)
2 steps nearer to a first proper run woohoo!!!
So new limits fitted and working :)
had to go for a first cut of something ,so a simple letters with a vee bit.
https://www.youtube.com/watch?v=XRlZwimHxHw
Amazed , IT WORKS!!!
Did hit the panic button on the first plunge ,was a bit jumpy! lol so had to start over :oops:
Need to setup speeds now as I think it's running fairly slow- working out UCCNC is very new to me(but then all of this is!)
Radiator cooling to go on and to make some permanent adjustable limit stops.
I'm nearing the 'Completed machines' section!!!
Gotta run breakin wizard and then surface my spoil board.
One thing I did try was cutting a circle and it came out oval- maybe I haven't quite got the calibration on the X right?
So radiator cooling is on and working :) and limit stops printed and fitted.
Are there any setup routines to go through to determine max. running rates for rapids etc.??
It seems to jog fine but on a few test runs I've done, on small circle movements say approx. 20mm across it tends to judder slightly, any ideas as to why???
Maybe I have the steps setup wrong?
How are you generating your gcode for the test circles? A common problem is not using constant-velocity settings for curves. If your gcode is coming out with a series of straight line segment approximations to a curve, and Mach3 is set to follow these exactly, it stops the machine at each "corner" and then restarts in the new direction. Result is vibration/juddering. Set it to "constant velocity" and it will approximate the straight line segments by rounding the corners very slightly but it keeps the machine running steadily. Even better is to get your CAM programme to generate arcs rather than straight-line approximations and Mach3 can do a better job still.
Well I've not posted for a while and now i think i'm finally finished!
Got rid of the masking tape holding various wires and also 3d printed some mounts to hold the water pump:)
Wasn't impressed with my dust shoe so just bought one in the end and for £20 it catches all the dust so job done!
One other thing I've added is another breakout board as i ran out of inputs to add an auto Z touch off plate- so ticked that off as well- also means i can add another 5 axis if i should ever need to! lol (although a 4th axis seems fun!!)
Just an arm left to make to carry the dust hose
So here are a few pics of it now.
Attachment 24930
Attachment 24931
Attachment 24932
just a few things I've made so far -still learning ...or playing:)
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Attachment 24935
thanks for everyones help up til now :)