|
|
发表于 2009-1-14 09:37:40
|
显示全部楼层
来自: 中国山东泰安
第四个文件:3HAC16580-1_revD_en_library.pdf
8 ]6 C5 i+ X' g/ Y. u: B
7 M% v, k R1 @5 ~: h7 NContents
4 [( l3 P3 Z+ \7 I9 Q0 B% c1 Introduction............................................................................................................................... 15 K, q3 Z3 U4 I% d5 A; u3 t! B, R
1.1 Other manuals................................................................................................................... 1
3 j6 }% K& H2 Q/ W1.2 How to read this manual ................................................................................................... 1 T- e3 h! S7 p; N) x
Typographic conventions ................................................................................................. 24 t7 t; G& a3 @" t3 b+ l: ?
Syntax rules...................................................................................................................... 2) i9 z. R! N0 p* y* E+ y/ R" W
Formal syntax................................................................................................................... 3, W# K. b5 \2 }5 i
2 The structure of the language .................................................................................................. 5
0 v o3 _1 _2 p( L7 e3 Controlling the program flow .................................................................................................. 7
* M, k; x- V( E/ ? U3.1 Programming principles ................................................................................................... 7. N/ z6 V- Z8 c" a
3.2 Calling another routine ..................................................................................................... 7; g" `! j( ~2 o* F" j
3.3 Program control within the routine................................................................................... 7! w, H- V6 n- l. n+ e8 m
3.4 Stopping program execution............................................................................................. 8$ [" \5 x$ g* d0 C7 u+ }
3.5 Stop current cycle ............................................................................................................. 82 e7 k0 \" D5 y( Q% L# r
4 Various instructions .................................................................................................................. 9
( `' i4 k, M% D5 t* w& G6 F/ W4.1 Assigning a value to data..................................................................................................9
4 O$ P9 n! w6 G. l6 w! Y( j5 g( ~" c0 Q4.2 Wait................................................................................................................................... 9
. w3 ?& o: f2 C; [/ o, R$ t# K4.3 Comments......................................................................................................................... 9& R' N1 l0 q# \1 h! y% _& k
4.4 Loading program modules.............................................................................................. 10; G" ^ f) b4 m5 V) W
4.5 Various functions ............................................................................................................ 10- Z" @$ }( y( M; s5 l
4.6 Basic data........................................................................................................................ 10
' n2 h$ ^# p# N2 N2 I$ J4.7 Conversion function ....................................................................................................... 11
' m$ D) ~8 k3 u1 F3 r+ d o" A5 Motion settings ........................................................................................................................ 138 V! t, T0 z) t6 D( [$ c
5.1 Programming principles ................................................................................................. 13
! P- s5 h9 ~6 W% p9 ^) X9 x5.2 Maximum TCP speed ..................................................................................................... 13. J. M3 ], o8 ?3 e
5.3 Defining velocity ............................................................................................................ 144 T- Y; c1 |+ T! k4 t7 j J
5.4 Defining acceleration......................................................................................................14
+ g9 J6 J, E4 j- z5.5 Defining configuration management .............................................................................. 14* h' X# k. l$ b( C3 k9 v/ d! T$ n
5.6 Defining the payload ...................................................................................................... 14# `6 s7 H& |+ ]+ m- h: k6 z% r
5.7 Defining the behaviour near singular points................................................................... 15
# g/ k3 S0 X* a5.8 Displacing a program...................................................................................................... 152 o9 _- m& \2 _. l
5.9 Soft servo........................................................................................................................ 15
, ?; a5 A9 m: r2 D9 r6 {( A5.10 Adjust the robot tuning values...................................................................................... 16! | z0 t3 a; A j
5.11 World Zones.................................................................................................................. 17
" m9 @7 {8 j, P% P8 w" z' d5.12 Data for motion settings ............................................................................................... 17! R. `, c' q& V E' y8 c8 Y
6 Motion ...................................................................................................................................... 193 O: w5 F V: y1 R+ O; t2 x' y+ U
6.1 Programming principles ................................................................................................. 19. ]4 S% C6 z2 {6 a8 d
6.2 Positioning instructions .................................................................................................. 20
g9 L% I5 j5 t* v5 }: b. H6.3 Searching ........................................................................................................................ 20
$ _4 @& s2 k8 v1 m5 mII RAPID overview O2 X- l+ Y1 ~' f
6.4 Activating outputs or interrupts at specific positions ..................................................... 21- Y& j7 U: x6 Z( ^3 h
6.5 Control of analog output signal proportional to actual TCP .......................................... 21% j/ i# `3 j# U7 r( Z m
6.6 Motion control if an error/interrupt takes place ............................................................. 22' n" V! {; ~ P/ t/ p; _: Y
6.7 Get robot info in a MultiMove system........................................................................... 22# A8 I: p3 x% r# `+ v
6.8 Controlling external axes................................................................................................ 23
2 X, U8 ?0 a. t1 X6.9 Independent axes ............................................................................................................ 24
8 ~5 _" K! b# B. A% {% x6.10 Path correction.............................................................................................................. 25
" L4 ]2 ~5 b" a6 e6.11 Path Recorder ............................................................................................................... 25
4 ?/ [4 p- z0 O5 P6 f- k6.12 Conveyor tracking ........................................................................................................ 26* o% o9 M0 @! O: @/ s- y% P1 i
6.13 Sensor synchronization................................................................................................. 264 x/ \$ f+ w* D0 w
6.14 Load identification and collision detection .................................................................. 263 |" O. g3 P" j0 R/ {
6.15 Position functions ......................................................................................................... 27
! v, y* l" Z0 g9 ]) v6 r6.16 Check interrupted path after power failure................................................................... 27
, O" ]$ `3 h$ |8 V& i# }2 L4 Z6.17 Status functions ............................................................................................................ 273 I( \( Y! [/ \% L# _# E6 H! z4 o
6.18 Motion data................................................................................................................... 28
# Q/ |) k! _5 V6.19 Basic data for movements ............................................................................................ 28
* [: r- b) \/ Y& A7 Input and output signals......................................................................................................... 29: ?& J: T5 L) f6 T
7.1 Programming principles ................................................................................................. 29
- L- l' @* |' K# D% ^$ l4 U; _( G7.2 Changing the value of a signal ....................................................................................... 290 u! J& F7 V: h9 Q# X t8 c; x$ u
7.3 Reading the value of an input signal .............................................................................. 29/ ~' P8 \- L+ |2 }
7.4 Reading the value of an output signal ............................................................................ 30- b" _ U5 ~0 D0 \6 X; C
7.5 Testing input on output signals....................................................................................... 30' C' h* z* ~4 p2 b+ b/ o2 K
7.6 Disabling and enabling I/O modules .............................................................................. 30- |$ Q+ h- Q) N
7.7 Defining input and output signals .................................................................................. 31; Z, C% q$ ]5 P; C/ Z5 ]% V
7.8 Get status of I/O bus and unit ......................................................................................... 31
- k. }' ?% w/ j; [8 Communication....................................................................................................................... 33
5 O8 R) s3 x, [; H! z& b& @5 {( h7 U8.1 Programming principles ................................................................................................. 33
/ j& M' J- h; _ R8.2 Communicating using the FlexPendant, function group TP .......................................... 33* m4 Z0 n4 G/ a. v% `
8.3 Communicating using the FlexPendant, function group UI........................................... 342 x& W J, g/ K9 z. o2 ]
8.4 Reading from or writing to a character-based serial channel/file................................... 35
3 L+ W& g$ Z8 x9 ^' [1 T8.5 Communicating using binary serial channels/files/field buses ...................................... 35
, V% r4 G2 n: c( K. z" } M8.6 Communication using rawbytes ..................................................................................... 36
- ?! i# U4 B( L! I; c! ?6 D8.7 Data for serial channels/files/field buses........................................................................ 37
( m, C8 s& X4 w5 o9 Interrupts................................................................................................................................. 39
6 Q( V. s' G; ^# r. E N) Q0 h9.1 Programming principles ................................................................................................. 39
5 I. ~! V/ L1 o8 `9.2 Connecting interrupts to trap routines ............................................................................ 39
0 k m% r+ O5 B6 q( V9.3 Ordering interrupts ......................................................................................................... 40
0 z! B J5 O4 G; L9.4 Cancelling interrupts..................................................................................................... 40
5 a. s" Q, Y; p0 k0 q% d" I......... |
-
-
|