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CNC 8055 T
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Fagor CNC8055 T User Manual

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CNC 8055 T
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i
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FAGOR AUTOMATION,
iii
iv
1.1 .......................................................................................................................... 1
1.2 ......................................................................................................... 4
1.3 .......................................................................................................................... 6
1.4 ................................................................................................................. 8
2.
2.1 .......................................................................................................................... 3
2.2 .......................................................................................................................... 5
3. /
3.1 ..................................................................................... 4
3.2 .................................................................................................................. 6
3.2.1 .......................................................................................................... 7
3.2.2 .......................................................................................................... 8
3.2.3. ................................................................................................. 9
3.2.4. ...................................................................................................... 9
3.2.5 ................................................................................................. 12
3.2.6 .......................................................................................................... 12
3.2.7 ................................................................................................. 13
3.3 MDI............................................................................................................................ 15
3.4 .................................................................................................................. 16
3.5 ........................................................................................................................... 18
3.5.1 .................................................................................................................. 19
3.5.2 ...................................................................................................................... 22
3.5.3 ........................................................................................................................... 23
3.5.4 .................................................................................................................. 24
3.5.5 .................................................................................................................. 26
3.5.6 .................................................................................................................. 26
3.5.7 ........................................................................................................................... 27
3.6 ........................................................................................................................... 28
v
4.1 ........................................................................................................................... 2
4.1.1 CNC ....................................................................................................... 2
4.1.2 .................................................................................................................. 3
4.1.3 .......................................................................................................... 4
4.1.4 .............................................................................................................. 5
4.1.4.1 ...................................................................................................... 6
4.1.4.2 ....................................................................................................................... 7
4.1.4.5 ............................................................................................................................... 10
4.1.4.6 ............................................................................................................................... 11
4.1.4.7 ............................................................................................................................... 13
4.1.4.8 ........................................................................................................ 14
4.2 ........................................................................................................................... 16
4.3 ........................................................................................................................... 17
4.4 ........................................................................................................................... 18
4.5 .............................................................................................................. 19
4.6 .............................................................................................................. 20
4.7 .............................................................................................................. 21
4.8 .................................................................................................................. 22
4.9 .................................................................................................................. 23
4.10 .............................................................................................................. 24
4.10.1 .................................................................................................................. 24
4.10.2 ................................................................................................. 25
5. JOG
5.1 .............................................................................................................. 10
5.1.1 .................................................................................................................. 10
5.1.2 .................................................................................................................. 11
5.1.3 ...................................................................................................... 12
5.1.3.1 ....................................................................................................................... 14
5.1.3.2 ....................................................................................................................... 14
5.1.3.3 ....................................................................................................................... 15
5.2 ...................................................................................................... 16
6.
6.1 .............................................................................................................. 2
6.2 ...................................................................................................................... 3
6.3 ...................................................................................................................... 4
6.4 .............................................................................................................. 6
6.5 ...................................................................................................... 10
6.5.1 ..................................................................................... 13
6.6 ................................................................................................. 14
6.7 .............................................................................................................. 15
vi
7.1 ........................................................................................................................... 1
7.1.1 ...................................................................................................... 3
7.2 ........................................................................................................................... 4
7.3 ........................................................................................................................... 4
7.4 .................................................................................................................. 5
7.5 ........................................................................................................................... 6
7.6 .................................................................................................................. 7
8. DNC
8.1 CNC ............................................................................................................................ 1
8.2 DNC ........................................................................................................................... 2
9. PLC
9.1 ........................................................................................................................... 2
9.2 ........................................................................................................................... 9
9.3 ........................................................................................................................... 10
9.3.1 PLC PLC ........................................................................ 17
9.4 .................................................................................................................. 19
9.5 ( ) ............................................................................................................ 19
9.6 .................................................................................................................. 19
9.7 .................................................................................................................. 20
9.8 .......................................................................................................... 20
9.9 ........................................................................................................................... 21
9.10 .............................................................................................................. 23
9.10.1 ...................................................................................................... 23
9.10.2 ......................................................................................... 26
9.10.2.1 ............................................................................................................... 26
9.10.2.2 ....................................................................................................... 28
9.10.2.3 ........................................................................................................... 30
9.10.3 .......................................................................................................... 31
9.10.3.1 ................................................................................................................... 32
9.10.3.2 ................................................................................................................... 33
9.10.3.3 ....................................................................................................... 34
9.10.4 ............................................................................................................. 35
10.
10.1 .......................................................................................................................... 3
10.2 ( ) ........................................................................................... 5
10.3 .................................................................................................................. 10
10.4 ........................................................................................................................... 15
10.5 ........................................................................................................................... 18
vii
11.
11.1 .................................................................................................................... 2
11.2 .............................................................................................................. 3
11.3 ...................................................................................................... 4
11.4 .............................................................................................................. 5
11.5 .......................................................................................................... 6
12.
12.1 ........................................................................................................................... 2
12.1.1 .................................................................................................................... 2
12.1.2 ................................................................................................................ 3
12.2 .................................................................................................................. 4
12.3 .................................................................................................................. 5
12.4 .................................................................................................................. 5
12.5 ........................................................................................................................... 5
12.6 ........................................................................................................................... 5
viii
Introduction - 1
Introduction - 2
Fagor
Fagor
90% ( ) 45 C (113 F).
Fagor
CNC ,
- AC
- ( )
- / TC
-
-
-
+5 C +45 C (41F 113 F)
-25 C 70 C. (-13 F 158 F)
Introduction - 3
CNC
/
CNC
33Vdc)
/
CNC
33Vdc)
CNC
33Vdc)
2 3.15 Amp./ 250V AC
3.15 Amp./ 250V
3.15 Amp./ 250V (
3.15 Amp./ 250V (
1 2
0.4 Amp./ 250V
3.15 Amp./ 250V (
Fagor
AC
( / , , ) AC
Introduction - 4
" "
:
1.- 15 cm (6 inches) 170 Kg (375 lb.)
2.- Fagor
3.- CRT
4.-
5.-
Introduction - 5
CNC FAGOR
OEM CNC
CNC
2 :
DNC DNC
DNC DNC CNC
FLOPPY DISK Fagor
CNC CNC
Introduction - 6
:
CNC Fagor
1
,
2
CNC
3 /
2
4
2 : CNC
5
6
7
8
9 PLC
CNC : , , , ,
CNC PC
EPROM
CNC DNC
CNC
PLC
PLC
PLC
PLC
Introduction - 7
10
10
12
( )
PLC
CNC
Introduction - 8
1.1
1.
CNC
:
* CRT
* CNC
,
CNC RAM
PC 1 2 HD "MemKey Card"
1 2 PC PC "Fagor50.exe" CNC DNC
: Utilities\ Directory\ Serial L.\
Change directory.
CNC RAM
"MemKey Card", PC RAM
CNC RAM
GOTO RPT PC
14
OVERVIEW
Section:
PageChapter: 1
1
CNC RAM "MemKey
Card", PC CNC RAM
RAM "MemKey Card",
PC EXEC 14
7
CNC
PC
HD
HD
PC
CNC 3.3.4
Page
2
Chapter: 1
OVERVIEW
Section:
OVERVIEW
Section:3Section:
PageChapter: 1
1.2
1.-
( ) DNC
2.- : :
3.- DNC
4.- PLC
PLC CNC
MSG1 MSG128
CNC + PLC PLC
ACTIVE MESSAGE
Page
4
Chapter: 1
OVERVIEW
MONITOR INFORMATION
LAYOUT
5.-
CNC PLC
CNC
* " "
* " "
6.-
CNC * 256
PLC ACTIVE PAGES
CNC
4
7.-CNC ( )
8.- :
SHF SHIFT
SHIFT CNC *
CAP (CAPS ) CNC
INS/REP (INS) (REP) INS
MM/INCH
9.- F1 F7
OVERVIEW
MONITOR INFORMATION
Section:
LAYOUT
PageChapter: 1
5
1.3
CNC
1
1.-
43
2.-
CL
INS
3.-
ENTER CNC PLC
HELP
2
Page
6
Chapter: 1
OVERVIEW
Section:
KEYBOARD LAYOUT
RESET
CNC
ESC
MAIN MENU CNC
4.-
SHIFT RESET CNC
SHIFT CL CRT PLC CNC
SHIFT
OVERVIEW
Section:
KEYBOARD LAYOUT
PageChapter: 1
7
1.4
CNC
1
2
3
4
5
1.-
2.-
3.- :
(1, 10 100)
JOG
0% 120%
4.­ INSOVR AXOVR OVRSTEP
5.- CYCLE START CYCLE STOP
Page
8
Chapter: 1
OVERVIEW
Section:
OPERATOR PANEL
LAYOUT
2.
CNC SHIFT-RESET GRAPHIC
EDITOR 0 FAGOR
CNC Initialize? (ENTER / ESC) ENTER
CNC F1 F7
CNC (7) F7 CNC
CNC SHIFT-RESET MAIN MANU CNC
EXECUTE
SIMULATE
EDIT
JOG
TABLES CNC (
UTILITIES (
STATUS CNC DNC PC
DNC
DNC DNC
PLC PLC (
OPERATING MODE
Section:
PageChapter: 2
1
GRAPHIC EDITOR
PLC
MACHINE PARAMETERS CNC
DIAGNOSIS CNC
CNC
2
2.1
CNC ( , , )
HELP
*
CNC
HELP CNC
ESC MAIN MENU
Page
2
Chapter: 2
OPERATING MODES
Section:
*
PLC
CNC
HELP CNC
ESC MAIN MENU
OPERATING MODE
Section:
HELP SYSTEMS
PageChapter: 2
3
*
CNC
ENTER
HELP CNC
ESC MAIN MENU
Page
4
Chapter: 2
OPERATING MODES
Section:
HELP SYSTEMS
2.2
1- CNC
2.- A
3.- SW1 "1"
4- CNC
5.- [Update software]
CNC
CNC
6.- CNC
7.- "Memkey Card" A
8.- SW1 1
9- CNC
:
CNC
CNC "Memkey Card" SW1 "1" , CNC
:
CNC CNC
OPERATING MODE
Section:
SOFTWARE UPDATE
PageChapter: 2
5
Page
6
Chapter: 2
OPERATING MODES
Section:
EXECUTE
SIMULATE
PC (HD )
SIMULATE CNC
3. /
CNC RAM "Memkey " 1 2
CNC
[ENTER]
[ENTER]
( )
: JOG CNC
EXECUTE / SIMULATE
Section:
PageChapter: 3
1
CNC
( G41, G42)
PLC M, S, T
G
( G41, G42)
PLC M, S, T
G, M, S, T
PLC M, S, T
PLC M, S, T
F0 F
[S=0]
M
PLC M, S, T
"C" F0 F
( G41, G42)
( G41, G42)
( G41, G42)
M3, M4, M5, M41, M42, M43 M44
PLC M M19
Page
2
Chapter: 3
EXECUTE / SIMULATE
Section:
MDI
(ISO
CNC
EXECUTE / SIMULATE
Section:
PageChapter: 3
3
3.1
CNC M02 M30
BLOCK SELECTION STOP
CONDITION
BLOCK SELECTION
CNC
CNC
.
BEGINNING: END: TEXT:
CNC
"END OF TEXT"
"ESC" "ABORT"
LINE NUMBER: CNC
ENTER
ENTER
"ENTER"
Page
4
Chapter: 3
EXECUTE / SIMULATE
Section:
BLOCK SELECTION
STOP CONDITION
PROGRAM SELECTION
CNC RAM
ENTER
BLOCK SELECTION
CNC
CNC
BEGINNING:
END:
LINE NUMBER: CNC
ENTER
ENTER
NUMBER OF TIMES
CNC
CNC
EXECUTE / SIMULATE
Section:
STOP CONDITION
PageChapter: 3
5
3.2
CNC
STANDARD
POSITION PART PROGRAM SUBROUTINES FOLLOWING ERRORS USER EXECUTION TIMES
F % OVERRIDE %
S % OVERRIDE %
T
D
CRT
S RPM RPM
M19 ,
S M/MIN M/min feet/min
G G
M M
PARTC
"0"
CNC (PARTC) PLC CNC
DNC
CYTIME
"0"
TIMER PLC
Page
6
Chapter: 3
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
3.2.1
SHIFT-RESET
EXECUTION
P000662 N.....
11 : 50 : 14
G54 G0 G17 G90 X0 Y0 Z10 T2 D2 (TOR3=2,TOR4=1) G72 S0.2 G72 Z1 M6 G66 D100 R200 F300 S400 E500 M30 ; N100 G81 G98 Z5 I-1 F400
COMMAND TO GO
X 00172.871
Z 00004.269
C 00011.755
F00000.0000 %120 S00000.0000 %100 T0000 D000 S 0000 RPM S0000 M/MIN G00 G17 G54
1
STOP
CONDITION
2
SELECTION
BLOCK
SELECTION
ACTUAL
X 00172.871
Z 00004.269
C 00011.755
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
MDIDISPLAY
4
INSPECTION
5
X 00000.000
Z 00000.000
C 00000.000
GRAPHICSTOOL
6
CAP INS
SINGLE
BLOCK
73
*
* THEODPLY DFORMAT
COMMAND.
ACTUAL.
TO GO.
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
PageChapter: 3
7
3.2.2
SELECTION
P000662 N.....
X 00172.871
Z 00004.269
C 00011.755
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
MDIDISPLAY
4
INSPECTION
5
GRAPHICSTOOL
6
EXECUTION
PART ZERO REFERENCE ZERO
X 00100.000
Z 00004.269
C 00011.755
F00000.0000 %120 S00000.0000 %100 T0000 D000 S 0000 RPM S0000 M/MIN G00 G17 G54
BLOCK
SELECTION
1
STOP
CONDITION
2
11 : 50 : 14
CAP INS
SINGLE
BLOCK
73
* THEODPLY DFORMAT
PART ZERO
MACHINE ZERO
Page
8
Chapter: 3
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
3.2.3.
3.2.4.
(RPT N10,N20) N10 N20
(CALL 25) 25
G87 ...
(PCALL 30) 30
CNC
15
G81 G89
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
PageChapter: 3
9
EXECUTION
P000662 N.....
11 : 50 : 14
NS NP SUBRUTINE REPET MPROG NS N P SUBRUTINE REPET MPROG
07 06 PCALL 0006 0001 000002 06 05 PCALL 0005 0001 000002 05 04 PCALL 0004 0001 000002 04 03 PCALL 0003 0001 000002 03 02 PCALL 0002 0001 000002 02 01 PCALL 0001 0001 000002 01 00 CALL 0101 0001 000002
COMMAND TO GO
X 00172.871
ACTUAL
X 00172.871
X 00000.000
Z 00004.269
C 00011.755
F00000.0000 %120 S00000.0000 %100 T0000 D000 S 0000 RPM S0000 M/MIN G00 G17 G54
1
STOP
CONDITION
2
SELECTION
BLOCK
SELECTION
Z 00004.269
C 00011.755
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
TOOL
INSPECTION
4
5
Z 00000.000
C 00000.000
GRAPHICSMDIDISPLAY
6
CAP INS
SINGLE BLOCK
73
Page
10
Chapter: 3
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
*
NS (1-15)
NP (1-6)
SUBROUTINE
(RPT N10,N20) (CALL 25) (PCALL 30) G87
REPT
(RPT N10, N20) N4
4
M (*)
PROG
* THEODPLY DFORMAT
COMMAND.
ACTUAL.
TO GO.
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
PageChapter: 3
11
3.2.5
(
P000662 N..... EXECUTION
FOLLOWING ERROR
X 00000.002
Z 00000.003 S 00000.000
C 00000.002
F00000.0000 %100 S00000.0000 %100 T0000 D000 S 0000 RPM S0000 M/MIN G00 G17 G54
BLOCK
SELECTION
1
STOP
CONDITION
2 4 5 6 73
SELECTION
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
TOOL
INSPECTION
DFORMAT
11 : 50 : 14
CAP INS
GRAPHICSMDIDISPLAY
SINGLE
BLOCK
3.2.6
Page
12
Chapter: 3
EXECUTE / SIMULATE
USERDPLY
TESC
Section:
DISPLAY SELECTION
3.2.7
EXECUTION
TOOL POS.TIME MACH.TIME
TOTAL TIME 00:00:00
COMMAND TO GO
X 00172.871
Y 00153.133
Z 00004.269
U 00071.029
V 00011.755
F00000.0000 %120 S00000.0000 %100 T0000 D000 NT0000 ND000 S 0000 RPM G00 G17 G54
1
STOP
CONDITION
2
BLOCK
SELECTION
P000662 N.....
TOOL POS.TIME MACH.TIME
M FUNCTIONS 0038
ACTUAL
X 00172.871
Y 00153.133
Z 00004.269
U 00071.029
V 00011.755
SELECTION
* 100%
11 : 50 : 14
TOOL POS.TIME MACH.TIME
TOOL CHANGES 0
X 00000.000
Y 00000.000
Z 00000.000
U 00000.000
V 00000.000
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
CAP INS
73
SINGLE
BLOCK
MDIDISPLAY
4
INSPECTION
5
GRAPHICSTOOL
6
(TOOL) (POS.TIME)
(MACH.TIME)
"TOTAL TIME"
"M FUNCTIONS" M
"TOOL CHANGES"
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
PageChapter: 3
13
*
"THEODPLY"
COMMAND.
ACTUAL.
TO GO.
"DFORMAT"
Page
14
Chapter: 3
EXECUTE / SIMULATE
Section:
DISPLAY SELECTION
3.3 MDI
SIMULATION
(ISO )
CNC
EXECUTE / SIMULATE
Section:
MDI
PageChapter: 3
15
3.4
SIMULATION
(X+, X-, Y+, Y-, Z+, Z-, 4+, 4-, )
CNC MDI CNC
*
MDI
* CNC (
* MDI
*
MDI
* ( )
* ( )
CNC M3
M4
CNC
Page
16
Chapter: 3
EXECUTE / SIMULATE
Section:
TOOL INSPECTION
MDI
ISO ( )
TABLES
REPOSITIONING
CNC
CNC (
ESC
[PLANE] X Z [X-Z] X Z [Z-X] Z X
CNC
EXECUTE / SIMULATE
Section:
TOOL INSPECTION
PageChapter: 3
17
3.5
CNC
CNC
* Type of graphic * Display area * Zoom * Graphic parameters * Clear Screen * Deactivate graphics
Page
18
Chapter: 3
EXECUTE / SIMULATE
Section:
GRAPHICS
3.5.1
CNC 2
2 2
CNC
(
CNC
GRAPHICS
EXECUTION P000662 N.....
TYPE OF
GRAPHIC
1
DISPLAY
AREA
2
ZOOM
3 4 5
GRAPHIC
PARAMETERS
CLEAR
SCREEN
6
11 : 50 : 14
X 00172.871 Z 00004.269 C 00011.755
F 03000.000 S 0000.000 T 0000 D 000
X
CAP INS
DEACTIVATE
GRAPHICS
7
Z
EXECUTE / SIMULATE
Section:
GRAPHICS
PageChapter: 3
19
* (X,Z)
*
* GRAPHICS
*
LINE GRAPHICS XZ, XC, ZC
(XZ, XC, ZC).
* ( CLEAR SCREEN ) * ( DEACTIVATE GRAPHICS ) * ( "DISPLAY AREA" ) * ( XZ, XC, ZC)
Page
20
Chapter: 3
EXECUTE / SIMULATE
Section:
GRAPHICS
SOLID GRAPHICS
XZ SOLID ,
* ( CLEAR SCREEN ) * ( DEACTIVATE GRAPHICS ) * ( "DISPLAY AREA" ) * ( XZ, XC, ZC)
XZ , XC ZC
CNC
S
EXECUTE / SIMULATE
Section:
GRAPHICS
PageChapter: 3
21
3.5.2
Z X
CNC
ENTER
ESC
(XZ, XC, ZC) [optimum area]
Page
22
Chapter: 3
EXECUTE / SIMULATE
Section:
GRAPHICS
3.5.3
CNC
[zoom +] [zoom-]
, ENTER
ESC ZOOM
(XZ, XC, ZC) Zoom
3D
EXECUTE / SIMULATE
Section:
GRAPHICS
PageChapter: 3
23
3.5.4
CNC
SIMULATION SPEED
CNC
ESC
CNC
CNC
ENTER
PATH COLORS
CNC
XZ
ENTER ESC
Page
24
Chapter: 3
EXECUTE / SIMULATE
Section:
GRAPHICS
CNC
ESC
ENTER
EXECUTE / SIMULATE
Section:
GRAPHICS
PageChapter: 3
25
3.5.5
3.5.6
GRAPHICS CNC
Page
26
Chapter: 3
EXECUTE / SIMULATE
Section:
GRAPHICS
3.5.7
"Graphic " ( XZ, XC CZ) CNC
CNC
CRT
*
* "D" " X" " Z" .
* " "
CNC
the "+" "-" CNC
Shift-Up , Shift-Down , Shift-Right Shift-Left ,
[ESC]
CNC
EXECUTE / SIMULATE
Section:
GRAPHICS
PageChapter: 3
27
3.6
CNC
CNC
SINGLE BLOCK , SINGLE BLOCK
Page
28
Chapter: 3
EXECUTE / SIMULATE
Section:
SINGLE BLOCK
"Memkey Card" (CARD A) (HD)
RAM
ENTER
CNC
EDIT ( 4.1 )
MODIFY ( 4.2 )
4.
CNC RAM
6 CNC
FIND ( 4.3 )
REPLACE ( 4.4 )
DELETE BLOCK ( 4.5 )
MOVE BLOCK ( 4.6 )
COPY BLOCK ( 4.7 )
COPY TO PROGRAM ( 4.8 )
INCLUDE PROGRAM ( 4.9 )
EDITOR PARAMETERS ( 4.10
( )
EDIT
Section:
PageChapter: 4
1
4.1
CNC LANGUAGE CNC ......................................................... ( 4.1.1)
ISO
TEACH-IN .............................................................................. ( 4.1.2)
INTERACTIVE ...................................................................... ( 4.1.3)
CNC
PROFILES ............................................................................... ( 4.1.4)
CNC ISO
PROFILE SELECTION
CNC
2 CNC
4.1.4
USER
CNC USEREDIT
( 4.1.1)
ISO
4.1.1 CNC
ISO
HELP HELP
ESC
ENTER
ESC MAIN MENU
Page
2
Chapter: 4
EDIT
Section:
EDITING IN CNC LANGUAGE
4.1.2
*
*
* CNC
CNC
CNC ( CNC )
TEACH-IN
( ) ENTER
CNC
EACH-IN AXES
CNC
EDITOR PARAMETERS
EDIT
Section:
TEACH-IN EDITING
PageChapter: 4
3
4.1.3
* CNC
* CNC
*
CNC
CNC
CNC
CNC
Page
4
Chapter: 4
EDIT
Section:
INTERACTIVE EDITOR
4.1.4
CNC
1.-
2.- CNC
3.-
4.-
5.-
6.-
Et : Ec : Ni : Nr :
EDIT
Section:
PROFILE EDITOR
PageChapter: 4
5
4.1.4.1
1.-
2.-
-
-
CONFIGURATION
[abscissa axis] [ordinate axis]
PROFILE
CNC
CIRCLE
[Profile Direction]
STRAIGHT ANGLE
[Profile Direction]
(X,Y) CNC
Page
6
Chapter: 4
EDIT
CNC 4
Section:
PROFILE EDITOR
4.1.4.2
[PROFILE] CNC
[X] 20 [ENTER] [Z] 50 [ENTER]
X 100 X 10 * cos 45 X 20 + 30 * sine 30 X 2 * (20 + 30 * sine 30)
CNC
[STRAIGHT LINE]
[CLOCKWISE ARC]
XY (20,50)
[VALIDATE]
[COUNTERCLOCKWISE ARC]
[CORNERS]
[MODIFY]
( )
[NEW PROFILE]
[FINISH]
CNC ISO
( )
EDIT
Section:
PROFILE EDITOR
PageChapter: 4
7
4.1.4.3
[STRAIGHT LINE] CNC
X1, Y1
X2, Y2
αα
α
αα
TANGENCY
X 100 X 10 * cos 45 X 20 + 30 * sine 30 X 2 * (20 + 30 * sine 30)
[ENTER]
DISPLAY AREA
X: -300 300 Y: -200 200
STRAIGHT LINE
X1: 50.000 Y1: 60.000 X2: Y2:
α :
TANGENCY: NO
Et: 0 Er: 0 Ni: 2 Nr: 2
[VALIDATE] CNC
CNC X1=0 Y1=0 X2 Y2
α = 60
X1 Y1 X2 Y2
α = 60
TANGENCY = YES
[ENTER] CNC
Page
8
Chapter: 4
EDIT
Section:
PROFILE EDITOR
4.1.4.4
[CLOCKWISE ARC] [COUNTER-CLOCKWISE ARC]
CNC
X1, Y1
X2, Y2
XC, YC
XC, YC
TANGENCY
X 100 X 10 * cos 45 X 20 + 30 * sine 30 X 2 * (20 + 30 * sine 30)
DISPLAY AREA
X: -300 300 Y: -200 200
CLOCKWISE ARC
X1: 50.000 Y1: 60.000 X2: Y2: XC: YC: RA TANGENCY: NO
Et: 0 Er: 0 Ni: 2 Nr: 2
[ENTER]
[VALIDATE] CNC
CNC
X1 = 40 Y1 = 30 X2 Y2 XC YC RA = 20 TANGENCY = YES
CNC
[ENTER] CNC
EDIT
Section:
PROFILE EDITOR
PageChapter: 4
9
4.1.4.5
CNC
Rounding Chamfer Tangential Entry Tangential Exit
/ /
[page up] [page down]
[ENTER]
[ENTER]
[ENTER]
[ENTER]
CORNER [ESC]
Page
10
Chapter: 4
EDIT
Section:
PROFILE EDITOR
4.1.4.6
Starting point
Modify element
CNC
Starting Point Modify element ( Insert element
Delete element Additional Text Configuration Display area
/ /
[page up] [page down]
CNC
CNC
[VALIDATE]
CNC
(
Insert element
CNC
Delete element
CNC
Additional text
[VALIDATE]
[ESC]
[VALIDATE] CNC
[VALIDATE]
CNC ISO
F, S, T, D, M
EDIT
Section:
PROFILE EDITOR
PageChapter: 4
11
Display area
[Zoom +] [Zoom -] [Optimum area]
[VALIDATE] CNC (DISPLAYED AREA)
MODIFY [ESC]
[left arrow], [right arrow], [up arrow] and [down arrow]
Page
12
Chapter: 4
EDIT
Section:
PROFILE EDITOR
4.1.4.7
CNC
(
CNC
CNC
ISO
;************************** START **********************
;************************** END **********************
CNC
:
ISO
[FINISH] CNC
[ESC] CNC
EDIT
Section:
PROFILE EDITOR
PageChapter: 4
13
4.1.4.8
Z = 100 X = 0 1 Z = 80 X = 0 2 Z = 80 X = 50 3 Z = 60 X = 50 4 Z = 40 X = 90 Zc = 60 Xc= 90 R= 20 5 Z = 20 X = 90 6 Z = 20 X = 110 7 Z = 0 X = 110 8 Z = 0 X = 150
"DISPLAY AREA " [OPTIMUM ZONE]
Page
14
Chapter: 4
EDIT
Section:
PROFILE EDITOR
MODIFY
TANGENTIAL ENTRY
1-2 [ENTER] Set Radius = 5 CHAMFER 2-3 [ENTER]Set Radius = 10 ROUNDING 5-6 [ENTER]Set Radius = 5 ROUNDING 6-7 [ENTER]Set Radius = 5 TANGENTIAL EXIT 7-8 [ENTER] SetRadius = 5
[ESC]
[FINISH] CNC ISO
EDIT
Section:
PROFILE EDITOR
PageChapter: 4
15
4.2
HELP HELP
ESC
CL ESC ESC
ENTER
Page
16
Chapter: 4
EDIT
Section:
MODIFY
4.3
BEGINNING
END
TEXT
CNC
END OF TEXT
ENTER
EXIT ESC
LINE NUMBER CNC
ENTER
EDIT
Section:
FIND
PageChapter: 4
17
4.4
REPLACE
DO NOT REPLACE
CNC
WITH CNC
END OF TEXT
CNC
TO THE END
ABORT
CNC
Page
18
Chapter: 4
EDIT
Section:
REPLACE
4.5
ENTER
* INITIAL BLOCK
* FINAL BLOCK
TO THE END
* CNC
EDIT
Section:
DELETE BLOCK
PageChapter: 4
19
4.6
* INITIAL BLOCK
* FINAL BLOCK
TO THE END
* CNC
* START OPERATION
Page
20
Chapter: 4
EDIT
Section:
MOVE BLOCK
4.7
* INITIAL BLOCK
* FINAL BLOCK
TO THE END
* CNC
* START OPERATION
EDIT
Section:
COPY BLOCK
PageChapter: 4
21
4.8
* INITIAL BLOCK
* FINAL BLOCK
* CNC
*
CNC
ENTER.
TO THE END
*
*
Page
22
Chapter: 4
EDIT
Section:
COPY TO PROGRAM
4.9
CNC
ENTER
START OPERATION
EDIT
Section:
INCLUDE PROGRAM
PageChapter: 4
23
4.10
4.10.1
CNC
CNC ON OFF
CRT
STEP
ENTER
10
STARTING
10
STEP STARTING
STEP = 12, STARTING= 56;
N56, N68, N80,...
:
Page
24
Chapter: 4
EDIT
Section:
EDITOR PARAMETERS
4.10.2
TEACH-IN
( ) "ENTER"
CNC
"TEACH-IN AXES " CNC
"ENTER"
CNC TEACH-IN
CNC
EDIT
Section:
EDITOR PARAMETERS
PageChapter: 4
25
Page
26
Chapter: 4
EDIT
Section:
5. JOG(
CNC (X+, X-, Z+, Z-,
3+, 3-, 4+, 4-)
MDI ( ) CNC
EXECUTION SIMULATION
JOG
Section:
PageChapter: 5
1
REFERENCE SEARCH
CNC 2
* G74 REFSUB
*
CNC ALL
ALL CNC (
G74
CNC
ESC REFERENCE SEARCH
CNC
:
PRESET
CNC
ALL CNC
CNC
CNC
CNC
ENTER CNC
Page
2
JOG
Section:Chapter: 5
REFERENCE SEARCH AND
PRESET
TOOL CALIBRATION
X Z
JOG
Section:
TOOL CALIBRATION
PageChapter: 5
3
(X, Z)
* [X] [Z]
* CNC
ENTER CNC
* (X+, X- Z+, Z-, 3+, 3-, 4+, 4-)
* LOAD
CNC
PRBXMIN
PRBXMAX PRBYMIN PRBYMAX PRBZMIN PRBZMAX
*
* [PROBE X+], [PROBE X-], [PROBE Z+], [PROBE
Z-]
* CNC PRBFEED
PRBMOVE
* CNC
Page
4
JOG
Section:Chapter: 5
TOOL CALIBRATION
MDI
USER
ISO )
G74 CNC
CNC USERMAN
ESC
JOG
Section:
MDI / USER
PageChapter: 5
5
DISPLAY SELECTION
PLC
ACTUAL
PLC
CNC
JOG
P..... N.....
ACTUAL
11 : 50 : 14
X 00100.000
Z 00004.269
C 00011.755
F03000.0000 %100 S00000.0000 %100 T0000 D000 S 0000 RPM S0000 M/MIN G00 G17 G54
SEARCH
1
CONTINUOUS JOG MOVE
PRESETREFERENCE
2
CALIBRAT.
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
CAP INS MM
MM/ INCHESDISPLAY
73
4
5
USERMDITOOL
SELECTION
6
Page
6
JOG
Section:Chapter: 5
DISPLAY SELECTION
FOLLOWING ERROR
CNC (
JOG P..... N.....
FOLLOWING ERROR
X 00000.002
Z 00000.003 S 00000.000
C 00000.002
F03000.0000 %100 S00000.0000 %100 T0000 D000 S 0000 RPM S0000 M/MIN G00 G17 G54
SEARCH
1
CONTINUOUS JOG MOVE
PRESETREFERENCE
2
CALIBRAT.
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
CAP INS MM
DISPLAY
SELECTION
6
73
4
USERMDITOOL
5
11 : 50 : 14
MM/ INCHES
JOG
Section:
DISPLAY SELECTION
PageChapter: 5
7
ACTUAL AND FOLLOWING ERROR
CNC
JOG P..... N.....
ACTUAL FOLLOWING ERROR
X 00100.000 X 00000.002
Z 00004.269 Z 00000.003
C 00011.755 C -00000.002
F03000.0000 %100 S00000.0000 %100 T0000 D000 S 0000 RPM S0000 M/MIN G00 G17 G54
SEARCH
CONTINUOUS JOG MOVE
PRESETREFERENCE
CALIBRAT.
1 2 3
PARTC=000000 CYTIME=00:00:00:00 TIMER=000000:00:00
CAP INS MM
MDITOOL
4
USER
5
DISPLAY
SELECTION
6 7
11 : 50 : 14
MM/ INCHES
Page
8
JOG
Section:Chapter: 5
DISPLAY SELECTION
MM/INCHES /
JOG
Section:
MM/INCHES
PageChapter: 5
9
5.1
5.1.1
% ( JOGFEED
(X+, X-, Z+, Z-, 3+, 3-, 4+, 4- )
LATCHMAN
* PLC JOG
** PLC JOG
JOG JOG
G00FEED %
Page
10
JOG
Section:Chapter: 5
CONTINUOUS JOG
5.1.2
JOGFEED
1, 10, 100, 1000 10000
5.3 mm 4.4 inches
1 0.001 mm 0.0001 inch
10 0.010 mm 0.0010 inch 100 0.100 mm 0.0100 inch 1000 1.000 mm 0.1000 inch 10000 10.000 mm 1.0000 inch
10 mm 1 inch ( 5.2 mm 4.
3 inches )
)
JOG (X+, X-, Z+, Z-, 3+, 3-, 4+, 4-
G00FEED %
JOG
Section:
INCREMENTAL JOG
PageChapter: 5
11
5.1.3
JOG
3 ( )
2
PLC
" " Z
CNC
Handwheel
Function ?
Any individual
handhweel
YES
Individual
handwheels Active
moving ?
Path
NO
General Handwheel
YES
NO
Active
Is there a general
handwheel?
NO
Individual Z handwheel
as Path handwheel
General handwheel as Path handwheel.
Individual handwheels active.
YES
CNC Z
Page
12
, CNC
JOG
Section:Chapter: 5
JOGGING WITH ELECTRONIC
HANDWHEEL
1, 10 100 X4
25 / 5.3 mm 4.4
inches "MPGRES=0" :
1 0.100 mm 0.0100 inch
10 1.000 mm 0.1000 inch
100 10.000 mm 1.0000 inch
HANFCT
10
:
CNC
G00FEED
CNC
G00FEED
JOG
JOGGING WITH ELECTRONIC
Section:
HANDWHEEL
PageChapter: 5
13
5.1.3.1
5.1.3.2
JOG
FAGOR
CNC
CNC
2
Page
14
JOG
JOGGING WITH ELECTRONIC
Section:Chapter: 5
HANDWHEEL
5.1.3.3
2
CNC Z
" "
MASLAN
MASCFI MASCSE (
JOG
JOGGING WITH ELECTRONIC
Section:
HANDWHEEL
PageChapter: 5
15
5.2
M03 M04 M05
M03 M03
M04 M04
M05
MINSOVR MAXSOVR
SOVRSTEP %
Page
16
JOG
Section:Chapter: 5
MANUAL CONTROL OF THE
SPINDLE
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