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发表于 2011-12-9 08:24:57
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本帖最后由 christzyy 于 2011-12-9 08:43 编辑 ' c$ C' O3 h$ O" h9 s3 O
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不好意思全是E文 我有时间会翻译好 这里不是针对2800的 但和2800有千丝万缕的联系: v3 W0 h# q, O' p" P( N. c, z
代码的编号是从000开始到900结束 长代码也要按这个方式断开 开头是第几段编码 用（*** START INS ** 开头代码是不是必须这样我不确定） 结尾必须是（*** END NEWPART）（*** END） *表示数字" r+ Z0 \6 _0 Y
一楼的代码是我用软件编辑过 所以编号不对 发上来时忘记改回来了! O8 d+ ? @) i" v
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Line 849 - Shows start of program, inches mode, prog. no. 20
* i' h- ~0 m( XLine 850 - Tool Dia. .125 in
; o% {1 {% B9 vLine 851 - Feed Rate on X and Y axes to 16 in/min
' b/ M& A, _# f% R. u& O# F1 cLine 852 - Feed Rate on Z axis to 5 in/min4 N' s3 f1 h0 M; v
Line 853 - Halts the program and prompts you to set up the axes (if that's not in the manual, let me know and i'll go into more explanation)
7 ^- e! z: [0 w+ f. X$ pLine 854 - Turns on the spindle, note on the left side of the spindle there's a switch that if turned off will keep the spindle from starting, also there's a local/program switch on the left front of the yellow box that transfers control of the spindle to the program). F; i! q4 w4 L8 Y* ~
Line 855 - "GO Fast" (rapid traverse) to X = -.3125
P) O& `8 B w* i4 V/ L3 n* r/ q- jLine 859 - GO to Z = -.3750 (at defined feedrate)
( v% h6 R/ W& A% p" @4 q1 iLine 864 and 865 - using only one GO command and specifying two axes will do linear interpolation on those two axes (note that on this example that the Y axis is already there so it isn't obvious, this was a move to drill a hole, and mastercam likes to specify points that we're already at quite often)
% l* m) b" \1 q2 W+ z; X, E0 @Line 873 - turns off the coolant that was mysteriously never turned on using the COOLANT ON command.
1 \7 `- r1 F7 sLine 874 - raises spindle above clearance plane4 U6 U7 E; C/ S1 I7 n( g
Line 875 - turns off spindle- }& p( y3 N3 w8 Q3 U7 |# O
Line 876 - shows where program ends and gets machine ready to run it again.: \8 k0 |( L0 a. d4 c# {" a8 h
- x( j4 S. g0 B ]0 |& Z) X: u9 }5 S.....
8 F5 s+ @, |" _8 M7 n+ C4 X849 START INS 203 F) m* h$ ^: e( A
850 TD = .125
; `+ s& |4 \2 z# f* [# H851 FR XY = 16
, {1 J' ^4 D& u5 N852 FR Z = 5
! q) F2 c: q+ X" m; E853 SETUP >ZCXYU
: n. S! j* j" o y) i s854 SPINDLE ON
( m* ^0 J( V y2 d7 [4 @3 ~0 ?855 GOF X-.3125
: h6 w1 f2 P4 l6 W) P' M856 GOF Y-1.18752 o, j) ~: x- f0 N
857 GOF Z.1000* ^& D! ]! O$ J9 j l) B' F9 ~# T
858 FR XYZ = 4.19 w3 N. [9 ?. L6 C' W$ h
859 GO Z- .3750
; D( l" I2 a& B% h" d% @* g$ h [860 GOF Z.1000
1 G3 _7 P9 ]4 \8 r) g861 GOF X-1.6250" z9 H" i; M* k" ^! O3 i @
862 GOF Y-.4297
* x* c( ^0 b: n* `1 O863 FR XYZ = 4.1: u& s# V& Z% x
864 GO Y- .42978 a( |' D2 ^4 |! I( o2 r) q
865 Z- .3750
* ~3 D# U8 \1 B866 GOF Z.1000& Y- a* C" u( n) }
867 GOF X-1.6250
3 A+ A2 Z7 b7 ~* v* v868 GOF Y-1.9453
7 W6 I1 t I" u/ I& S; E) k869 FR XYZ = 4.16 W3 j# E$ v3 y( ~0 ]# z1 Y T* q/ V" {
870 GO Y- 1.9453/ _* W' i1 X" T6 W! E3 j/ ~5 v
871 Z- .3750' x! ^9 b- n. A" Y! F) R7 H( I0 T
872 GOF Z.1000, H$ f& C: L4 F" X
873 COOLANT OFF' i# P: T- c( m5 ~# B1 ]
874 Z>C
' d6 F; A2 p/ a* Z3 y" u) I1 U) O$ R875 SPINDLE OFF
) K h* _( w8 J# x: G+ W$ ~$ h876 END NEWPART# k& b# w _% U4 X
.....
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5 X& s4 [( ^* ]2 m' l; T2 DNext segment of code show how to implement a tool change.
7 F7 \; d3 [% o# s% }+ Bprogram is running until line 354, which raises the z axis all the way up.9 N6 n) S; J z+ }/ u
then turns off the spindle. HALT will pause the program, allowing time for a tool change, until the "next" button on the keypad, which will resume program execustion, in this case it will turn the spindle back on and start motion again P# {' X6 l. P& Z
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352 Z- .3750 $ E. q1 _0 ?) ^. I* R* q" L
353 GOF Z.1000
- G7 h4 Q5 }& A2 O' x6 m354 Z>ZMAX
, ~2 [# Q2 B4 E( P/ Q' N2 E355 SPINDLE OFF
$ I* B) u& P/ `* A5 W) F5 _356 HALT
, f6 o# _( k0 t- q C) V357 SPINDLE ON
; ^- B7 \8 r, {" _358 GOF Z.2500 2 r4 H9 N3 T9 c
359 GOF X5.0938
7 T" p! Q6 N. h/ V% v.....
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; s0 y+ i Y' E' r" r, N- L4 BThis next segment show how circular interpolation can be specified.& Z* S* E9 K+ h. O$ \
starting at line 14 a local zero is specified to be at at 0,0 on lines 15 and 16. Line 17 tells it to "Go Relative angle" 90 degree CCW motion. (negative values indicate CW), i believe values up to 360 degrees can be used and there is a special command that needs to be used when the center is outside the machining envelope (i think it's an "i" or something, but i've never used it so i can't say for sure). Line 18 executes the move.: ]8 a- _' O) b/ @( p1 T9 `
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& n. I [3 j0 n5 N" O- C012 GO Z- .0938
9 b" E4 s) y5 N2 w# @ r013 FR XYZ = 12.0* ^! {( d+ a* @+ X. Y3 O
014 ZERO AT
& f" z. n6 Q- X3 g. L. ~015 GO X .00009 q, m! j$ L( ?; q( Y
016 Y .0000
3 m/ G9 [% m% ?4 o3 t! o017 GR a 90.
9 r* [ Y' S+ U- {018 >REF COODS) }: y: R: Y5 U( O0 o
.....
& r( Q* K6 A g$ F# C) j' q下面是一些相关资料
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DYNAMYTE 2400 3 AXIS MILL.zip
(58.02 KB, 下载次数: 4)
MPD2400C.zip
(31.22 KB, 下载次数: 2)
MPD4400C.zip
(31.74 KB, 下载次数: 1)
mpdyna.zip
(22.27 KB, 下载次数: 2)
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发表于 2011-12-10 15:18:34