Any solutions to this problem? Have Fanuc 0m where we have Macro menu but can't start with #
Type: Posts; User: ProToZyKo
Any solutions to this problem? Have Fanuc 0m where we have Macro menu but can't start with #
Hi
I've managed to turn off my machine with the y axis close to the - limit switch, so now when I turn it on and run reference it references on the limit switch resulting i can't get my machine...
Because i want them to be around 0, and negative value doesn't work on okuma, it will read it as a positive number.
I don't a wear, so i use offset kinda like a wear.
This is how i can keep radius around 0.
200 is a tool offset i use for calculated offset. V1 is a variable i need for the radius
Looks like it.
If only my mills where 0 all the time
I do edit the radius, but i program With tool center not tool edge, so if there is radius 5 in tool page for 10.mm mill the part will be 5.mm wrong, and if i program With tool edge and i forget to...
Machine is lathe With milling spindle. i have 200 Tools so i don't have wear offset page.
Nose radius should be 0 to keep it simple but we need to correct small amounts from time to time.
My...
I copy and change the offset, in my tool. For example if i have -0,06 in tool 14, i copy it to 200 and add the nose radius for example 4 wich gives me 3.94 in compensation.
From CAM i output the radius of the tool so V2=5(radius) VNSRX[200]=VNSRX[V1]+V2 will do what i need.
VNSRX[200]=VNSRX[V1] is what i needed.
Hello
We usually use a CAM software for Programming and it's easier to use nose comp at 0 instead of the radius of the mill.
The problem here is With OSP-U100L we can't use a negative value on...
G55
G0 X0 Y0
G16
G81 Z-2 R0 X100 Y0 F100
G91 Y18
Y18
.....etc
G80 G15
G90
Use G95 for feed per revolution, else you need to calculate Speed*Feed per revolution=feed per minute.
Rigid tapping M code might be something else for your machine, so you need to check your...
Have you tried turning off the main power?
If you use G43 instead it would work, however if you need G43.4 you need to cancel it before changing work coordinate
you could check parameter #8403
MSU When G00 or an auxiliary function (M, S, T,...
Not sure about that, it depends on what you can see on the offset page and how many tools, it should be written in your manual what parameter controls geometry and wear
That really depends on what memory type you have :)
You will get a better reply if you post this in the Okuma section, and macro for Okuma is called "User task" As far as i know, it is very similar but there are some differences.
I would rather...
Fanuc on okuma? Something like this?
#500=#500+1 (COUNTER)
#501=10 (NUMBER OF PARTS)
IF #500NE#501 GOTO 10
#3006=1(CHANGE INSERT NUMBER OF PARTS HAVE BEEN RUN)
#10001=0(WEAR TOOL 1)
#500=0
...
I thought it could be that simple :P To your load question it would really depend if you have any load monitor on the machine and if you can load monitor the axis, you would simply need to add what's...
Could it be that the home switch hangs? So when you power on it thinks it's in home pos and sets axis to 0 there?
On Fanuc 18iTB it moved the axis the same amount in "distance to go" if i stoped the machine and went to reference position, i wonder if this could be similar.
Only way to get the axis back was a...
I would check the input signals on the sensors.
#100=PRM[1241]/[1] is what i'm after.
What control are you at? Fanuc has a option called "Direct drawing dimensions programming" which helps you with problems like this
You will need to modify your post, talk to your reseller.
Tool change macro is available for modifications, i can put all the coordinated inside the macro but there is a parameter which doesn't allow tools to be unclamped/clamped if the machine is not in...
There is a reason why i wanna feed my machine to secondary reference position, i specified G30 not G28.
Anyone know the variable for reference position? parameter 1240
I wanna modify the toolchange cycle and i want it to feed to the position and not rapid.
For type II you need to put X and Z in the N10 line
G0 X65.0 Z4.0