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steveo25

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Posts posted by steveo25

  1. We are getting one of these machines around the middle of next month. This is my first attempt at programing a mill/turn machine. Although I am already feeling more comfortable the more I practice. Does any one have a machine like this? It has the MAPPS 3 control on it. Im looking for some pointers and I was wondering the pros and cons of this unit. We purchased a 15" chuck, it has 12 tool stations and 1100 psi thru the tool coolant. Thanks

  2. We use butress threads regularly at my shop. Valenite makes a butress snap tap threading insert that works good. Unfortunely our engineers figure all the the O.D. thread over wire information out but it shouldn't be to hard to figure out using mastercam.

  3. "I will start with afew questions. Does anyone know if a 1986 Kitamura Mycenter 3b mill with a Fanuc 11M control can be DNC'ed?,

    or the Mori Seiki MV-35 mill with a Fanuc 6M B control?"

     

    We have a mori MV-55 at our shop with a fanuc 6M control and we use predator dnc wireless transfer to send to it. We have never had any problems with it.

  4. I did some of the easy mods myself but we have one machine with an indraumat control that needed to be custom built. We had a guy come in to our shop and work hours and hours setting the post up for our application. This is the machine I am mainly concerned about.

  5. My boss was thinking of updating MC from X2 to X5. Every machine we have has changes to the posts and one machine has a custom post that was built for it. I heard the logic in the posts between X2 and X5 is different in some cases so I was wondering if anyone has some insight or has ran into any problems with this? Will the update utility do a decent job converting the posts to the new format? We have MCX2 mill/lathe level 1. Thanks in advance

  6. Ok Thanks. I'll try that procedure out.

     

    The structure of the program looks like this

     

    (.250 WIDE FULL NOSE RAD I.D. GROOVE)

    G50 S1118 M42

    G55 G00 X0.0 Z0.0 T0 M08

    G97 S26 T0808 M03<-------rpm is calculated by 140 divided by feedrate

    G54 X2.444 Z1.0 <---"x" move is .300 under the finish dia of the bore

    Z-.484 <---First start point

    M98 P1000 L20 <---call up 1st sub program and repeat 20 times

    G00 X2.444

    Z-5.04<------Second start point

    M98 P2000 L20<------call up 2nd sub program and repeat 20 times

    G00 X2.444

    Z1.0

    G97 S799

    G55 G00 X0.0 Z0.0 T0 MO9

    M01

  7. Yes I am. But will it make 2 threads 180 degrees from eachother still?

     

    Your feeds and speeds are calculated based on the length of the groove from front to back. So taking the offset out WILL throw the timing off.

     

    We do grease grooves all the time. We load these sub programs into the machine and have the main program call them up

     

    %

    O1000 (GROOVE SUB 1) first groove starting towards front of part

    N1000 G32 U0.300 F3.064 <----calculated by length of groove times 2

    N1005 G32 W-1.532,<-----length of groove towards chuck

    N1010 G32 W1.532<------ length of groove back to front of part

    N1015 G32 U-0.300

    N1020 G00 U0.007

    N1025 M99

    %

     

    %

    O2000 (GROOVE SUB 2) second groove starting towards back of part Same as up top but reversed

    N2000 G32 U0.300 F3.064

    N2005 G32 W1.532

    N2010 G32 W-1.532

    N2015 G32 U-0.300

    N2020 G00 U0.007

    N2035 M99

    %

  8. So if I was to just remove that W, would that eliminate my multi start offset?

     

    Do you have access to a programing manual for this machine. If you look up the G76 cycle it will break it down for you. What type of machine is it? I have several fanuc manuals right here.

  9. Ok I posted out the program with default settings. The cycle is posting out something I'm not familar with. Can someone identify this code for me? The G0W.0588 move. What is that code? That an incremental move on the z?

     

    G76P000060Q20R0.

    G76X3.075Z-4.4688P625Q80R0.F.11765

    G0W.0588

    G76P000060Q20R0.

    G76X3.075Z-4.4688P625Q80R0.F.11765

    G97S136M03T505

    Z-4.4674

    G76P000060Q20R0.

    G76X3.075Z-.4688P625Q80R0.F.11765

    G0W-.0588

    G76P000060Q20R0.

    G76X3.075Z-.4688P625Q80R0.F.11765

     

    Yes "w" is incremental in Z and "U" is incremental in X

  10. Has anyone had any issues with a fanuc OT control not reading? It was working and then when I tried to send it a .nc file I would get a 085 Which is the error code for "COMMUNICATION ERROR When entering data in the memory by using Reader / Puncher interface, an overrun, parity or framing error was generated. The number of bits of input data or setting of baud rate or specification No". of I/O unit is incorrect.

     

    I changed the .nc file to a standard .txt and still nothing. I am able to send to all of the other 4 fanuc controls that we have out in the shop but not this one. The "baudrate" parameter did not change in the machine. We are using wireless transfer and cnc predator to send the programs. The program format is all correct, it wont even receive a program that has been proven countless times. I dont have any experience with this kind of issue so any suggestions would be greatly appreciated.

    Thank you

  11. hi guys.

    I am doing some exercises in my college's lab with mastercam X3. There is a problem I met. When I finished setting up several parameters for my toolpath, then press ok, I have to take long time to wait mastercam finish its preview toolpath creation. The tool will go through every path carefully which I set up. If I set 10 levels for Z depth cutting, I have to wait 10minutes and see the tool touch every level. So, you can image that, if I make a mistake like set 100 levels for cutting a stuff, the only thing I can do is shut down my computer because during the computer working, any menu is locked up.

     

    do you have any same experience with that? How can I change it? I saw another guy play with mastercam in his laptop. After he set up toolpath, the computer will creat preview toolpath at a very short time and automatically.

     

    I am so confuse about that.

     

    I hope someone could help me out. Thanks a lot

     

    If you post this in the industrial forum you will probably get more responses.

  12. I have a Yang lathe at my shop with a fanuc controller. Its just a standard single turret lathe. The thread G76 cycle mastercam is giving me looks like this.

     

    (YANG LATHE - FANUC-OT CONTROL)
    (ojkm - 12/07/10 1:50 PM)
    (TOOL - 4 OFFSET - 4)
    (T0404 O.D. 8 T.P.I)
    N100 G0 X20. Z15. T0404 M8
    N110 G99
    N120 M39
    N130 G97 S535 M03
    N140 G0 X2.585 Z.2
    N150 G76 P000060 Q20 R0.<-----shouldn't be there
    N160 G76 X2.19 Z-2.625 P1475 Q100 R0. E.25<----should be G76 X2.19 Z-2.625 K1475 D100 E.25 P1
    N170 M9
    N180 G0 X20. Z15.
    N190 M05
    N200 M30

     

    And I want it to look like this

     

    O0297(ojkm)
    (YANG LATHE - FANUC-OT CONTROL)
    (ojkm - 12/07/10 1:50 PM)
    (TOOL - 4 OFFSET - 4)
    (T0404 O.D. 8 T.P.I)
    N100 G0 X20. Z15. T0404 M8
    N110 G99
    N120 M39
    N130 G97 S535 M03
    N140 G0 X2.585 Z.2
    N160 G76 X2.19 Z-2.625 K1475 D100 E.25 P1
    N170 M9
    N180 G0 X20. Z15.
    N190 M05
    N200 M30

     

    Does it have something to do with this post block?

     

    #Setup for old or new style canned cycles
         if old_new_sw = one,
           [
           result = newfs (16, thddepth$)
           result = newfs (16, thdfirst$)
           ]
         else,
           [
           result = nwadrs (stra, thdang)
           result = nwadrs (stri, thdrdlt)
           result = nwadrs (strk, thddepth$)
           result = nwadrs (strd, thdfirst$)
           #Lathe canned cycle old style conversion
           result = nwadrs (strd, depthcc)
           result = nwadrs (strd, ncutscc)
           result = nwadrs (stri, g73x)
           result = nwadrs (strk, g73z)
           result = nwadrs (stri, grvspcc)
           result = nwadrs (strk, grvdpcc)
           ]
         result = nwadrs(str_cax_abs, cabs)
         result = nwadrs(str_cax_inc, cinc)
         result = nwadrs(str_index, indx_out)
         sc_minus = str_cax_abs + sc_minus
         breakarcss = breakarcs$

     

    # Thread output
    # --------------------------------------------------------------------------
    fmt  P  16   thddepth$    #Thread height absolute
    fmt  Q  16   thdfirst$    #First depth cut in thread 
    fmt  Q  16   thdlast$     #Last depth cut in thread
    fmt  R  2   thdfinish$   #G76 thread finish allowance
    fmt  R  3   thdrdlt     #Thread R delta G92 and G76
    fmt  U  3   thd_dirx    #Incremental X move for G76 mult starts
    fmt  W  3   thd_dirz    #Incremental Z move for G76 mult starts
    fmt  P  5   nspring$     #Number of spring cuts
    fmt     5   thdpull     #G76 thread pull off
    fmt     5   thdang      #G76 threading angle

     

    I am running MCX2.

    Thanks for any input

  13. The program# and sequence# options are the settings for when you post your toolpaths into your editor. Sequence will set your block numbers N100, N102...ect. The stock setup will setup your stock. after you get your dimensions for your stock setup and placed properly on your origin you will need to check the display option so your stock is visible. The rest you will just have to play with and go through the tutorial book or videos. When you create your toolpath just back plot it and see if its what you are looking for.

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