Typical Header Variables / }9 r0 j% Q* x; \
| [/tr] |
Variable 1 W9 u! K- A" p+ M* v5 w
| Use
$ l3 C; U. r- G/ m+ m" ?7 G( Y2 D0 o5 u |
||PART_NAME|| # P/ p' ^' A* R
| Name file name (ELT file) % Q: @* @! H8 R$ p1 `) d
|
||XML_DOC_PATH|| 6 n c- G) S+ ^4 d. O0 l
| Path (ELT file)
/ p' F s: @" I a) Z4 t |
||XML_REP_PROG_NUMBER|| k1 b2 B" W; K8 ~
| program number , k. y. }- l/ `: g
|
||XML_REP_PROG_COMMENT|| 7 o9 ^5 [/ @; G3 W( Z3 b8 b# B+ l/ L& }: P
| program comment # i0 H$ a' R& s$ l( D A
|
||DATE_SDD|| 4 b: \+ _- T2 X5 J
| Date - Day
6 D( T, C& j6 j: t/ r+ H |
||DATE_SMM||
& u7 N( ?0 O/ b% Z, x | Date- Month . A% h9 {4 _3 o% ~
|
||DATE_SYY|| " F4 W7 N- _" [& K$ H5 Z( \
| Date - Year
* b/ e7 b) g& r) C |
||PART_NAME||
2 t2 y5 Y/ G6 N | User Name $ r K3 r5 E& x/ n
|
* Y; F8 l" I. f( G6 V, t | 0 J4 H ]6 Q; i
|
Typical Body Variables # B; I) A$ [3 ^1 |& N8 Q$ a* s
| [/tr] |
Variable
5 h, Y# C, p6 O3 v" u+ E' B$ \ | Use " }/ o2 f0 e$ U2 d6 Q4 B* j u
|
||TP_NAME||
0 |$ i- S0 t) s3 V r# j5 F0 a. ] | TP Name
; _! m" M$ z+ d; ? |
||TP_COMMENT|| : K% u; n9 }' }
| TP Comment ( ]5 C# j a2 w/ {+ V' Y
|
||PROC_NAME|| 3 b4 h; {$ ]4 x' [9 o" ~& d8 X4 O
| Procedure Name (short)
. F9 T) l) S5 _# d+ v7 _" q |
||PROC_LONGNAME||
; i+ \: S; _6 b n; R5 R1 [( C | Procedure Name (long)
* N1 \, {* O9 B0 v |
||PROC_UCSNAME||
! k% N8 a! k2 c& h" }+ B | Procedure -BKS ) R9 Q0 ]3 f, h6 l0 F+ r
|
||PROC_COMMENT|| 4 ^; _. R* e- g9 K3 [$ h, f
| Procedure Comment
4 F( D% o8 r$ N$ y h; T |
||XML_CLEAR_PLANE||
+ |" D, B: |6 m | Clearance Plane 2 P# T F, ?) `7 q! c" |4 f- T
|
||SPIN_SPEED||
9 P& Z" z+ c8 j5 z | Spindle Speed
( q2 `; ]/ h& P! p. o |
||MCH_FEED||
' E5 \$ t; `# {/ |8 j! q U | Machine Feed 5 }& O7 x6 N7 g0 c2 {
|
||XML_SURF_OFF||
3 P/ V/ S# e+ k# R: Q* X. ]/ x4 X | Surface Offset (general) 8 g$ R/ ~3 N/ `7 [" [
|
||XML_SURF_TOL|| , [1 z3 f3 y$ l. E
| Surface Tolerance
3 v' l% X0 H Z! N8 @ |
||XML_H_STEP||
3 }2 A* Y( D1 K/ U. a | Horizontal Step 0 ~& I% M3 ~) g7 ]1 b* q
|
||XML_V_STEP|| $ j- L( e3 _9 Y9 R N5 t3 O# a% ]
| Vertical Step(general)
: ?7 _: H1 \* z) ^# b9 D' ` |
||XML_ELECTRODE|| 4 n( }% S1 Q& d" i- V. e
| Electrode Machining (Yes/No)
- [0 U; t# U1 {; \6 R |
||XML_ELEC_SPARK_3D_GAP|| 4 [6 j4 `9 a a: I! a
| Spark Gap + 3D Orbit
/ @0 _$ Y2 i; E; _; T1 R" C/ V0 | |
||XML_ELEC_PLAN_GAP|| ! I8 N" a0 @5 V) H! f% u1 ~
| Orbit Planar Gap 4 f$ S6 o, x; q3 i$ f$ @
|
||CYC_PECK||
- D' b: `* ?: W5 z. I8 b | Drill Cycle Peck & b3 m+ U1 K( ^
|
||CYC_DWELL||
/ d+ o- N; R- P: b9 y$ a | Drill Cycle Dwell 6 ]2 Q( |9 h% u4 E
|
||CYCLE_1...12||
. y& u: I5 _6 `' w | Drill Cycle * ?9 M+ N7 p. Z4 z' H' C7 y O
|
||TOOL_NAME||
" n3 a3 K) t7 C# W | Tool Name " ~! ?3 i0 |' F7 U
|
||TOOL_CMNT|| ) |9 X+ t: R# }% {, G/ o
| Tool Comment
/ \9 Y" ~& M& @- o$ l+ q! R2 ? |
||E_TOL_TYPE|| 3 _5 D" v% M' c, t
| Tool Type (see below)
& ^& H& Y4 w. Y6 b! B5 M |
||DIAMETER_|| ; v+ u0 i% p: R+ L1 b
| Tool Diameter + h: r' s, h& Y y8 q
|
||TOOL_RAD|| $ L1 r7 ?2 T& s4 [) z
| Tool Radius
4 f0 A% t+ j; v, M. V |
||TOOL_NUM|| ) B# ]. X S& d
| Magazine Number
% j2 i5 U8 z0 \ |
||TEETH_NUM|| ) {' s2 ~9 B, H
| Number of Teeth : n, D4 r0 D8 t% n7 v' s
|
||CLEAR_LENG|| 3 T, B2 F; x# u/ m
| Clear Length
" n2 w) \! c$ x# z' y8 l8 E |
||CUT_LENGTH||
, u) t, q( |0 s- s | Cutting Length
3 c/ `" d7 u. g+ S7 z |
||XML_MIN_CLEAR_LEN|| % `. `; {7 @; V/ g* \5 q. U1 D
| Minimum Clear Length ( A/ b J# H/ a: x( U: C) M
|
||TOOL_TOTAL_LENGTH|| 9 s) G& f6 B3 h( ]2 S3 m% R* X
| Total Tool Length 7 D% b: T; S1 |9 R( l
|
||CON_ANG|| # y% ~' \* H2 u# o2 E# M, J
| Tool Conic Angle # S! [6 G1 h3 O" e
|
||TOOL_ANGLE|| ' O5 q5 a4 X, p# O, G
| Tool Tip Angle
+ p& O" }( {9 p' W+ O, o1 s# o4 Q |
||SHANK_CON|| + ^) z3 {. u" r
| Spindle Conic height
. G2 _; @+ Q9 v9 `' ^3 e' X |
||SHANK_TOT||
/ H& Q; t" j- x; T1 e | Shank Total height. + R' j; \# |: M6 [% ]# L
|
||SHANK_BOT||
' o- [; Z$ r6 M' P- n' O | Shank Bottom radius 5 K5 Y' ?: P$ K8 }- b5 j$ k
|
||SHANK_TOP|| 5 B5 E# m% H4 H( G3 d# W- T% q
| Shank Top radius ! g, z1 P. ^; D- t% U0 r& p
|
||HOLD_CON01||
4 D. z( Z+ }8 j, ~' X' e& [4 |9 X% W | Holder Conic height (holders 1 to 10) 1 ?9 e/ X: F/ Z2 ^- o R
|
||HOLD_TOT01|| ! _* {" z2 K: K# I1 b' E' R, W; {3 S
| Holder Total height (holders 1 to 10) 8 j7 m. C1 `! F4 X# g
|
||HOLD_TOP01||
7 A* b& p( S; n( u5 z# Z( o | Holder Top radius (holders 1 to 10) $ P% X! {/ h! |; [
|
||HOLD_BOT01||
% |1 e* M9 D9 J. W6 b8 I | Holder Bottom radius (holders 1 to 10)
" E) U; Q; z" j% U2 e9 b |
||X_MAX|| 4 L( B( v0 }0 v8 @- [
| Maximum X
1 F) e- l1 f# j+ [ |
||X_MIN|| + l+ b% D, w$ \! [- m
| Minimum X
O( N- L% O: f0 J; I |
||Y_MAX|| / }" x) t T, ?: j
| Maximum Y * T9 N, d0 L3 K Z1 P* B! `) O
|
||Y_MIN||
N4 E) X) a4 o | Minimum Y 8 m, o7 d0 o ?2 |- ?% g I
|
||Z_MAX|| 8 E) O8 n- t: c; Q& n
| Maximum Z 2 U6 i; e* T7 F& N) \; c# K
|
||Z_MIN|| / K/ l7 C) B" \, [9 b
| Minimum Z
; \ e; ]9 T4 m* o) `8 N |
||AIR_TIME|| / t1 s2 J9 B9 w; L* v
| Rapid Motion Time 9 }8 M" \6 |0 n
|
||FEED_TIME|| # k4 H0 ~8 W+ x8 w% z! [$ U. J
| Cutting Motion Time
$ G4 p4 k A" d7 J$ Z/ \0 L |
||TOTAL_TIME|| _. |5 K/ c2 E, F% g, v( T. J. ~
| Air Feed Time , E5 x) J4 F# W9 V3 u4 X2 y# P, o
|