Yaskawa LX3 Manual

YASNAC LX3
FOR TURNING APPLICATIONS
COMPACT PROGRAMMING FUNCTION
OPERATOR’S MANUAL
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Before initial operation, read these instructions thoroughly, and retain for future reference.
YASKAWA
This manual describes the operator procedures for
“Compact Programming Function” which is an option-
al function for YASNAC LX3.
For the operator procedures for the basic con-
trol, refer to the manual “YASNAC LX3 Operation
Easy-handling Functions and
Latest Technology are Supplied.
1. Easy to Operate
2. Easy Preparation
3. Designed for Space Saving
CONTENTS
1. FUNCTION OUTLINES AND FEATURES Be a никак Terran
2. NC OPERATOR PANEL AND DISPLAY г-на.
21 NC OPERATOR PANEL FUNCTION OUTLINES завитки A rra A вече синь
2.2 DISPLAY IMMEDIATELY AFTER TURNING POWER ON ce
23 CONSTANT DISPLAY MESSAGES ee A A паке nennen une
24 FUNCTION DISPLAY иена кит eee ен мч
3, INTERACTIVE PROGRAMMING Pa
3.1 NC UNIT INTERNAL CONFIGURATION AND FLOW OF INTERACTIVE PROCESSES .........
32 CALL UP OF INTERACTIVE MODE cecccerrcsts нина rre rara nene nenne rennen none ranas Eee EE ees
33 PROGRAM NO. SETTING (FOR NEW DATA) ee RAE RA вызвав слу ee EEE nennen
3.4 SETTING BLANK SHAPE ---- ++ ен ки rr enter REAR Aaa таят зева вание то rr rr
3.5 SETTING BY VARIABLE TURNING MENU ss... cee eee ce ee cee eee cence ener rr rare rar rra еее нина
3.6 SETTING WITH DETAILED TURNING MENU(ROUGHING, FINISHING) ess.
3.7 SETTING OF APPROACH „инету rere eed пихта пи ere rasero aes
38 SETTING OF BASIC DATA ccettrttster sree tenes cano rr rr
39 SETTING FINISH SHAPE ------- 44444. rr rr a ee a rs
3.10 PROGRAM INSERTION wee o ar ra rr nn ra rn
311 ESCAPE SETTING +. rr er EE een none
3.12 ESCAPE FROM INTERACTIVE MODE ccccteccctccrrc нее eee renner re rea raros eens res
3.13 PRECAUTIONS esse sise seeeeeeeeeseesreaueseeeses rre rr rr rr
3.14 MESSAGES IN INTERACTIVE MODE ccccccccrcceec reese eens cece eee eras киа кис уу кина сила nano
3.15 FINISH TURNING EXECUTED WITH NC COMPACT PROGRAMMING FUNCTIONS er:
4 CALCULATION FU NCTION a a a
4.1 INTERSECTION POINT OF LINE AND LINE ses. ener ranas
4.2 INTERSECTION POINTS OF LINE AND CIRÊLE cesse еее
4.3 CONTACT POINTS OF LINE INTERSECTING ONE POINT AND A CIRCLE css
4.4 CONTACT POINTS OF LINE OF THE SPECIFIED ANGLE AND CIRCLE css
4.5 CONTACT POINTS OF A LINE THAT CONTACTS TWO CIRCLE ess. ние:
4.6 INTERSECTION POINTS OF CIRCLE AND CIRCLE еек
4.7 CONTACT POINTS OF CIRCLE THAT INTERSECTS ONE POINT ANO CONTACTS A LINE ---
4.8 CONTACT POINTS OF CIRCLE CONTACTING A LINE AND CIRCLE cs
4.9 CONTACT POINTS OF CIRCLE CONTACTING TWO LINES ие
4.10 CONTACT POINTS OF CIRCLE THAT INTERSECTS ONE POINT AND CONTACTS CIRCLE--:
4.11 CONTACT POINTS OF CIRCLE CONTACTING WITH TWO CIRCLES eee.
4.12 CENTER POINT AND RADIUS OF A CIRCLE THAT INTERSECTS POINTS =...
5 PROGRAM MODIFICATION ss renee rr teeter tee tare etree ни rro rr
51 PREPARATIONS FOR MODIFICATION неа унии вуки кли caer ee nese eee ra ить чинить
5.2 MODIFICATION PROCEDURE i ccm nenne RAR Ener eee eee ee eee eee es
5.3 ENDING THE PROGRAM MODIFICATION rennen nenn eee nee een eee eet eee rr rr nenne nennen nn
6. DRAWING OF PROGRAMMING ee rar ere were eters ee nenn
6.1 SETTING 1 ss ss eee re ee ene eee en ERSTE EES уе ету я аа ваза EE en Re EEE ева ве и са cr
6.2 SETTING OF DRAWING PROGRAM ------ 4-4. ra treo wee rr ra ra eee eee sessrsansssss
6.3 HOW TO ENTER THE DRAWING MODE Sa RR ra rr ren
6.5 CLEARING THE DRAWING ------------- cee rr rr rra
6.6 SHAPE Se ee Turn Dad ra ra a rr A A a a eeeemass
в: START OF DRAWING RR TE ET EA A A A baa
6.8 SETTING THE DRAWING AREA ernennen renter nn ene nee teen essences ware ences ro
6.9 SETTING 2(DRAWING END OPERATION) A ван A A A A sc ssusenssas
7. OPERATION OF A GENERATED PROGRAM bee иене rr u rennen
8. OPERATION OF INTERACTIVE PARAMETERS een
8.1 HOW TO ENTER THE INTERACTIVE PARAMETERS DISPLAY иене
3.7 SETTING THE INTERACTIVE FARAMETERS Pe Br ee mm mm EEE Pe ee
9. INTERACTIVE PARAMETER LIST a ra a
Subject Chapter Section No. Page
CALCULATION FUNCTION a 4 ee er 118
CALL UP OF INTERACTIVE MODE --- ячеек REES ELEREEEZEE ZZ ZZ Bos BR rr 41
CENTER POINT AND RADIUS OF A CIRCLE THAT INTERSECTS POINTS vn Au 4,72 een 135
CLEARING THE DRAWING -- een sen nenn nn nn Б...... ББ en 150
Common mode display a PE PAB. J :----- 27
CONSTANT DISPLAY MESSAGES er Dona DB erro 15
CONTACT POINTS OF A LINE THAT CONTACTS TWO CIRCLES ce 4 ------ 4.5 een 126
CONTACT POINTS OF CIRCLE CONTACTING А LINE AND CIRCLE + An 4.8 “se 130
CONTACT POINTS OF CIRCLE CONTACTING TWO LINES serres 4 -----. 4,9 een 131
CONTACT POINTS OF CIRCLE CONTACTING WITH TWO CIRCLES cr: 4 -----. 4,17 ee 133
CONTACT POINTS OF CIRCLE THAT INTERSECTS ONE POINT AND CONTACTS ALINE ==> 4: An 129
CONTACT POINTS OF CIRCLE THAT INTERSECTS ONE POINT AND CONTACTS CIRCLE ee A 4.10 ee 132
CONTACT POINTS OF LINE INTERSECTING ONE POINT AND A CIRCLE A 4.3 ee 124
CONTACT POINTS OF LINE OF THE SPECIFIED ANGLE AND CIRCLE = dm 4A en 14
Deleting Process o E Pr... B223 ванна 140
Display Бу [DGN } (DIAGNOSIS) FUNCTION Key еее 2 2.4.2 een 19
Display by means of (PRM ] FUNCTION Key rr rr rr rr Do 243 ee 20
Display by the use of [SET ] FUNCTION Key еее Zen 2.4.4 rs 23
Display for interactive Parameters #30 to #39 eee 8 ----- 8.2.2 0 “+++ 158
Display for Interactive Parameters #40 to HAG cesse слое" Ben 823 een 158
Display for Interactive Parameters #50 to HOG ses Ben 8.2.4 en 159
Display for Interactive Parameters #60 to #69 ‘cer Be 8.2.6 een 159
DISPLAY IMMEDIATELY AFTER TURNING POWER ON css Zen 2,2 esse. 14
Display with [ALM ) FUNCTION Key kennen nenn Zee 2.41 een 18
Display with [COM } (COMMAND) FUNCTION Key °c Dun 24.5 ee 25
Display with (OFS } FUNCTION Key ети De 2.48 en 38
Display with [POS } FUNCTION Key a вен Donna DAT -..---..-. 37
Display by (PROG) (PROGRAM) FUNCTION Key creer Den 2.4.6 crt 26
Drawing ce ee ee ee ee eR eee кана ит тканини ит ee 3 cents 4 15.2 nm 117
DRAWING OF PROGRAMMING o E Dr ee 143
Drilling een ee non nennen nenn nt Foren 3152....--... 89
Driiling Setting ee ee aa 3 sus 3 9 3 weeds 47
EDIT mode ee ee р. uns“ 2724682 mm. 29
ENDING THE PROGRAM MODIFICATION cesser nenn Botte 5.3 een 142
ESCAPE FROM INTERACTIVE MODE o 3 инет, 3.12 ee eee eee RA
Escape from Interactive Mode during Program Creation certes et 3. 3.12.2 serre 84
ESCAPE SETTING ss a Po... 3 11 sense 82
Face Finish Turning re ee ee ит ин иная вояки ния 3 Pon... 3 15.6 naa 107
Face Groove Turning ити нии тия аа киян и и пин имена ринит З..---- 39 D D romano 73
Face Rough Turning EA a urn 3 15.3 run 91
FINISH TURNING EXECUTED WITH NC COMPACT PROGRAMMING FUNCTION = So 3.15 een 88
FUNCTION DISPLAY rr ATT Dor BA sr... 18
FUNCTION OUTLINES AND FEATURES a ee Zee 1 AAA 7
Generated NC Statements ee З..-.-- 3 135 тени 26
Groove Finish Turning ee i ee te cc 3 nn... 3.15 10 css 114
Groove Rough Turning La ee A anne титана ки нии nenn nme 3 pass. 3159 La 111
HOW TO ENTER THE DRAWING MODE creer Ben A 146
HOW TO ENTER THE INTERACTIVE PARAMETERS DISPLAY certe Ben 8.1 +... 157
INDEX (Cont'd)
Subject Chapter Section No. Page
¡[O signal selective display function тете тие инеем 2 ------ 2.4.2.1 0 19
Initialization a a ааананав 3 rare 3.15.1 beara eee 89
inner Dtameter O.D. Grooving en ая A ee ee es 3 mur. 3923 Lo 73
inner Diameter 0D) Finish Turnig яку eee ra ra er eee ee 3...... 315.8 creer 110
inner Diameter (LD) ÓN In 3.15.6 en 102
Inserting a Process (modıfy insert mode is used.) еее елена Des 5.2.2.2 en 139
Interactive Data Search Timing SR ee eee eee eee eRe ete 3 ----.. 3132 -.--- 85
INTERACTIVE PARAMETER LIST summer ива киеве a ré asansanenseeessuns 9 кованая ити a 160
Interactive Parameters #20 to #29 ern nn nenn RAR ARE 8 Ln .os 8.2.1 a .anasas 157
INTERACTIVE PROGRAMMING тен тя ет Зее 39
Interactive Programming Data Transfer Lea A AA A AA 3 ans. 3.13.1 клава т BA
Interference Check “run Pea ee я ви ane .. 3 ааа 3 133 nrenrzener BH
INTERSECTION POINTS OF CIRCLE AND CIRCLE ernennen 4 ------ 4.6 ee 128
INTERSECTION POINTS OF LINE AND CIRCLE ен Arc AD ss. 123
INTERSECTION POINTS OF LINE AND LINE css A A. een 119
MATERIAL SETTING ra A A ressrnssreesrnesnesensneemeeeanessenssssmesnnesessse 6 sr 6.4 non. nrarnss. 148
MESSAGES IN INTERACTIVE MODE Pa a een 3 ramos 3.14 rennen“ 87
MODIFICATION PROCEDURE Pe a A вание ваяния гея какая ивая выкатная ии F no. ns. F5 72 shee ee eae 136
Modifying a Process(modify mode is Used} cesse Den 5.2.2.1 se 137
Modifying the Biank Data ee REE En En rue era namen 5 wees 5 2 1 unseren 136
NC OPERATOR PANEL AND DISPLAY чаяния A A A A A RA 2 rara ra ra киа ee rae 8
NC OPERATOR PANEL FUNCTION CUTLINES ee A re A 2 +. aso 2 7] Parra ra ккь 8
NC UNIT INTERNAL CONFIGURATION AND FLOW OF INTERACTIVE PROCESSES ::---- 3 3.1 mens 39
Notes on Editing interactive Program Using the EDIT key rss gen 3.1.3.4 cree 86
OD grooving A HA EHI 3 veus 407 1 stress Al
OPERATION OF А GENERATED PROGRAM hen une 7 Arana ra ra rr 157
OPERATION OF INTERACTIVE PARAMETERS creer Y esse. 157
Outer Diameter (O.D.) Finish Turning resserre In 3.15.7 +... 109
Outer Diameter (OD) Rough Turning TN 3...... IBA +... ..... 94
PRECALITIONS -- ен rr rr З...... 3.13 een 84
PREPARATIONS FOR MODIFICATION a F, anus Б 1 wee eee 136
PROGRAM INSERTION cr a a rr ee 3 sus... 3 10 o 81
PROGRAM MODIFICATION ARA nn E, o 126
PROGRAM NO. SETTING(FOR NEW DATA) css Ben 3.3 een 41
Selecting the Variable Turning Menu(End Facing O.D. Turning. etc.) een Den 5.2.2 een 136
SETTING 1 crisis sise я ванне Б ...-.- 61 --.--.------ 144
SETTING 2(DRAWING END OPERATION) cesser 6 ------ 6.9 ------------ 155
Setting Approach for Drilling инет ge 3.7.3 en 54
Setting Approach for Facing, O.D. and 1.0. Machining esse Je 3.7.1 een 51
Setting Approach for Grooving тете nennen gen 3.7.2 een 64
setting Approach for Threading AE ee нии ии ии некие 3 sus. 374 Lo 55
SETTING BLANK SHAPE ee ee A re 3 ro nos 34 rr rre ra 43
SETTING BY VARIABLE TURNING MENU инете gen 3.5 +... 45
SETTING FINISH SHAPE. we A a aus aaresreaamereananeunenuess 3 кина 39 Arras sara 57
Setting internal toggle switch a A A A AA A нета ная + 2 unse 7441 anu ars 23
SETTING OF APPROACH срезает nn ss en ess memes rume eme esse esntse 3 wees 3.7 wee 51
SETTING OF BASIC DATA ---- и етики ra 3...... ЗВ зе 55
Setting of COMMON macro variables ‘resserre 2...... 2443 en 25
SETTING OF DRAWING PROGRAM --- + еее Bor... 62 -::-:....... 144
INDEX (Cont’d)
Subject Chapter Section No. Page
Setting of LOCAL macro variable ааа вая ии иная вит винная nn ? na... ? À À ? nes Od
setting RS-232C Input parameters a a a A a a eo i a m e ms 2432 PA 21
Setting RS-232C output parameters nennen een 2...... 2433 ------ 22
Setting RS-732C parameters o 2 ns -24.3.1 Pon. 21
SETTING THE DRAWING AREA ee nm ee AT ee 6 peewee 6.8 Penn... 153
SETTING THE INTERACTIVE PARAMETERS сете .. В ------ 8.2 rr 157
Setting Threading AA 3 mn... 304 nea noo 79
SETTING WITH MINOR TURNING MENU(ROUGHING, FINISHING) cere i 3.6 rr 46
SHAPE e иене 6 ..---- BB ------------ 151
START OF DRAWING anna ee ee ee ee Tann кин 6 wean 6.7 eee eee eee 151
Threading a 3 orar 3 15.11 Panero 115
Turning Program Created EE AAA 3 nus 312.1 «вания BA
When Drilling iS set a a rue 3 La...” 365 rn... AQ
When Face, O.D. and 1.D. Roughing has been Set "resserre In 3.8.1 vn 55
When Face, O.D. and !.D. Roughing has been Set nn 3 3.8.2 ee 56
When Face, O.D. and 1.0. have been Set messen 3 3.9.1 een 57
When Facing IS Set o 3 ss 3.6.1 wea eee AB
When Grooving has been Set a 3 envers 3.8.3 bee eens ER
‘When Grooving has been Set ee a me ee ee 3 wee 39°? radar #1
When Grooving Ss Set ee etes 3 nu. 36.4 ae eae 48
When LO Turning iS Set ee ea mn nn ea 3 us... 3.6.3 Lom 48
When OD Turning 15 Set EA 3 santa 36.2 perra 47
When Threading is Set nn ARE ek nn nenn 3 Kuren 355 eee 50
When Programming not Possible by Interaction тот gen 3.9.5 +. 80
1. FUNCTION OUTLINES АМО.РЕАТОВЕ$.^_
The compact interactive function has been designed to. enable NC machining.
part programs to be automatically generated through simple interactive opera-
tions conducted in accordance with the displayed process menu on the CRT.
Since the generated programs mainly use "canned cycles G70 through G76",
they are short, and process comments are also automatically attached to them.
For this reason, the generated programs are easy to understand and easy to
modify.
This interactive automatic programming function allows the utilization of
almost all types of turning operations including. end facing, O.D. turning, I.D.
turning, grooving, drilling, and threading, despite its easy operation.
(1) "Compact interactive” automatic programming can be executed even while
the NC is engaged in turning operations.
(2) When finished state data is input, the finished work piece shape is auto-
matically displayed on the CRT for visual check convenience.
(3) Because the automatically generated programs mainly consist of canned
cycles, they occupy only smail part program memory capacity, allowing
easy modifications and changes. \
(4) Where canned cycles are undesirable (for rough surface removing, etc.) or
short cycle time is important, turning menus for free shapes is available.
(5) During the interactive mode program generation,
manually added or change.
any programs can be
(6) The generated programs can be checked by means of the "Drawing func-
tion". During the drawing process, the material shape is also displayed.
’ Turning menu setting table
The table below may be used to find information regarding the display during
the interactive programming operation,
Turning Menu OD ED. . un
Display End Facing Turning Turning Grooving Drilling Threading
Approach Setting P51t053 | P51t053 | P 511053 P 54 P 54 P 55
Basic Data Setting | P 55 to 56 P 55 to 56 P 55 to 56 P 56
Finish Shape P57t070 | P57to70 | P571070 | P711076 | P77to78 | P 79 t0 80
Setting
Program Insertion P 81 P 81 P 81
Escape Setting Р 82 ю 84 | Р82 1084 | P 82 to 84 P82 to 84 Р 82 ю 84 | P 82 to 84
2. NC OPERATOR PANEL AND DISPLAY
2.1 NC OPERATOR PANEL FUNCTION OUTLINES
The operator panel of YASNAC LX3 incorporating the compact interactive func-
The names and functions of the elements are as
tion is shown in Fig. 2.1.
follows:
|
@G) PAGE KEYS ( MEMORY DATA KEYS
@ 9-INCH CRT GRAPHIC DISPLAY (9) NEXT KEY 42 EDITING KEYS
@ POWER ON-OFF BUTTON FUNCTION KEYS (D RESET KEY
$ $ | $
9 YASNAC ©
| r Fen MEM DATA | Y
[POWER |] | | [ломом [РЯ] [ЕТ] [рот] [мен] [м | reser|| |
ON > >) == | ner E tt
See paper
} ADDRESS DATA |
OFF АА [ве JLo Е
O Bono das
imei] MEI)
| SMM) tele
a AFIN ig EIRE canes] we}
\ = J ` + )
En
A
(4) SOFTWARE FUNCTION KEYS
Fig. 2.1
1) Power ON-OFF Button
(1) POWER ON button
ORIGIN KEY
CURSOR KEYS
(5) ADDRESS KEYS
YASNAC 1X3 Operator Panel
The button for turning on Power to the NC unit. Pushing it once energizes
the control circuit only, and pushing it once more energizes also the servo
power system.
This button is also pushed after an emergency stop,
servo power system,
(2) POWER OFF button
The button for turning off power to the NC unit.
Depressing this button de-energizes both the control circuit and the servo
power system of the NC unit.
etc.
to re-energize the
(2) CRT Graphic Display
This CRT screen displays data in alphanumeric characters in 1 x 1 through 3
X 3 sizes, in response to various operator manipulations.
* Maximum number of characters:
40 x 20 (or 25) lines Г OE |
= 800 (or 1000) characters. © FASNAC ©
[single size characters] | 20 CHARACTERS |
# %
E Eu
Y
* Character types:
Digits (0 to 9, -, and .)
Alphabets (A to Z)
Special codes LINES
(/, EOB, +, #, SP, =, etc.) 28
* Graphic display: 640 x 400 dots
ol le) fe) Le) (e) (e) Bi Je
CRT Graphic Display
& FUNCTION Keys
Display and writing function selection keys.
The 8 keys are used to selectively cali up the following functions. While the
specific functions are called up, the respective keys light.
сл ,
(1) Alarm key: For displaying alarm codes,
|
(2) Diagnostic key: For displaying I/O signal states.
(3) fpau] Parameter key: For parameter display and writing.
CT]
(4) Setting key: For setting data displaying and writing.
(5) Command key: For displaying automatic operation command
values and for calling up the drawing mode.
E
(6) Program key: For part program display and writing.
=— Interactive mode starts with the selection of this
program key,
III |
(7) Position key: For displaying various current values. When the
system is energized, this function is selected
automatically.
cm | |
(8) Offset key: For displaying and writing tool offset values.
(4) Software Function Keys
Selection keys for displaying and writing
SOFTWARE KEY LABEL
OC
| |
© (4) [rm] [+2] [es] [ea] Les} [$ ©
“ 4
Software key labels corresponding to the software keys are displayed on the
CRT.
Depressing keys through calls up the corresponding functions.
Left menu | € | key and right menu | DP | key are effective only when ЧР
are displayed, and depressing El or > displays additional cyclic functions
other than those of the current functions on the CRT.
(5) ADDRESS Keys
The keys for keving the address characters when writing in various data.
YY tz ii ES it JE j
PAGE
ADDRESS DATA
anta 28 [9
Fe LIL.
Acnoocıa
ASE Г.
Code Eee
== “A
[Note] Meanings of special characters
/ | key: For commanding optional block skip
EOB| key: For commanding the end of one block.
Оп the CRT, ";" is displayed instead of РОВ.
— 10 —
@ DATA Keys
+
5
CAN
5
SHIFT
and
WR
There are 15 data keys through ‘9
They are used for writing MDI command values, tool offset values, setting values,
parameters, and all other numerical values,
+10
3
hs
SOSE
[#] $.
|
ыыы
gut
BIEL
SHIF
—
САМ W
(1) | © | to | 9 | keys
+ | : For numeral inputting
= | key
(2) | - | (decimal point) key: For keying decimal points
(3) ¡can| (cancel) key: for deleting wrong keying of numerical values or
address data.
(4) |мя| (write) key: For storing the address data keyed by the address keys
and data keys into the buffer. |
(5) [SHIFT] key: For inputting the special codes = to u , and
marked on the upper left corner of the keys of
El to EJE and [+ | depress this key after
depressing the respective keys.
These special codes are used as macroprogram operators,
etc.
= 11 -
(7) PAGE Keys
With the screen display regarded as one page, these keys are used to display
the next or preceding page.
le
a
=
2
6
Pal
2
<
ORG
—_—_—
CURSOR Keys
=
и
РАСЕ
(1) key: For displaying the next page.
(2) key: For displaying the preceding page.
(3) Depressing the above keys continuously calls
up the series of subsequent or preceding pages.
(4) In addition, they have the following special
functions:
For moving the graphic cursor on the finished
shape display in the interactive function.
- For selecting answers in the calculation function.
For moving the cursor on the CRT display backward or forward. For example,
т]
when (parameter) has been selected, and a group of parameters are dis-
played, the cursor is moved with these keys to the desired parameter.
CURSOR
(1) key: For moving the cursor backward.
(2) key: For moving the cursor forward.
CURSOR
(3) Depressing these keys continuously moves the cursor continuously back-
ward or forward.
CURSON
(4) When the key is depressed after keying a numeral, the cursor moves
to the position of the keyed numeral.
(9) Next (|Next) Key: For special usages in data display and writing, and function
expansion,
(1) Reading in additional tapes in the edit mode.
(2) Selecting search type in the edit mode.
(3) Selecting between line cursor and word cursor in the edit mode.
(4) Other special usages and function expansion.
— 12 —
Origin ([orel) Key
For setting the current tool position as the origin of the new coordinate system.
This setting can be made for each axis independently.
(1) For resetting the current values such as external.
(2) For resetting the cumulative operation time.
(3) For clearing the input data in the interactive or calculation mode.
(4) For clearing the selected buffer of the copy or move function.
di) Memory Data Keys
The , and [mn] keys are for starting various tape operations. They
are effective only in the edit mode.
However, when inputting and outputting interactive data in the interactive
I/O display, other modes are ineffective.
(1) key: For starting outputting data in the memory to the outside via
the data I/O interface.
(2) In] key: For starting storing various data via the tape reader or the
data I/O interface.
(3) [YER] (verify) key: For starting the collation of the data in the memory
against the punched tape data or data input through
data I/O interface.
(2 EDIT Keys
The [erase], and keys are for editing the part programs stored in the
memory.
N
TION
ии ие вы 5 MEM DATA
la ыы в]
Е) EDIT
pos||ors| — [ERASE||INSRTI[ALTER
ADDRESS DATA |
HH II 1f 1fs Ile IP |
(1) erst} key: For erasing data in the memory
(2) (insert) key: For inserting data in the memory
(3) key: For changing data in the memory.
— 13 —
(9 RESET Key
For resetting the internal conditions of the NC
(1) Depressing the key executes the following
+ Move command cancel + Memory rewind
+ Buffer clear ‚ RST signal sending
- Alarm clearing if fault + а code reset
has been cleared - Key buffer clear
+ Tool offset cancel - Edit program on edit display
+ Aux, function cancel storing in memory
+ Label skip function on
(2) However, the following are not reset with this key.
. Each axis current value - S and T commands
F commands ’ Tool offset values setting
data and parameter data
2.2 DISPLAY IMMEDIATELY AFTER TURNING POWER ON
The following position summary display appears immediately after turning on
the power.
For a detailed description of the position summary display, refer to par.
2.4.7.
POSTTION 000086 NBOUG
(EXTERNAL? (ABSOLUTE)
. La A . a
La £ - ú
С INCREMENT > (MACHINE)
. a) x - в
a 2 . в
MEMORY LSK RDY
| EXT | | ABS | la-PoS | sp ENDL | |
\ _/
—14-
2.3 CONSTANT DISPLAY MESSAGES
The following messages are always displayed on the top line and in the three
bottom lines of the CRT display, regardless of the function key selection.
(ТУ FUNCTION MESSAGE
ALARM. (2) PROGRAM NO.
DIAGNOSIS,
PARAMETER P SEQUENCE NO.
A { po
4 м f F
PROGRA
00001 №0000 (3 ALARM INDICATION OR
(D WARNING INDICATION (BLINK)
ra
(4) DATA BEING KEYED q
\
N
(5) MODE INDICATION
EDIT, MDL TAPE... BUFFER FULL-LAB
—_ INPUT ERROR ! ВЕРЕН FU EL SKIP STATE
PE X 123456789 TT
MEMORY OUT M LSK ALM RDY
рос] | DIR fi DIA | | cat [<>
— / Г | \
Fi Fi 1 À
4] 17) be Ce] [=] (rs) №
/ / \
(6) IN/OUT IN EDIT INDICATION lo READY STATE INDICATION
(BLINK) |
@ MST-FIN МАП. DWELL. FEED (9) ALARM STATE INDICATION (BLINK)
INDICATION (BLINK)
(1) Function Message
Any of the following messages corresponding to the function keys is displayed
in the top line of the CRT display:
ALARM, DIAGNOSIS, PARAMETER, SETTING, COMMAND,
PROGRAM, POSITION, OFFSET, ETC,
(2 Program No.
The current program No. is displayed in the top line of the CRT display, in
four digits after O, irrespective of the function key.
(3) Sequence No. >
The current sequence No. is displayed in the top line of the CRT display, in
four digits after N, irrespective of the function key.
(4) Data Being Keyed
The data being keyed is displayed, up to 32 characters.
Depressing one of the following keys |, [mon], fauren] » etc. makes the data to
be processed as a unit of data.
(5) Mode indication
Indicates the current mode among edit, memory, MDI, tape and manual,
— 15 —
© IN/OUT in Edition Indication (Blink)
While punched tape data is under input, output or edit, the following messages
are displayed by blinking.
PIN" ...,... 6... Tape under reading
"VER" ,.... ess... Tape under collation
NOUT" ses... Tape under output
"ALT" nenne казна... Data under change in edit mode
"INS" cesser... Data under insertion in edit mode
"ERST sos... us... Data under erasure in edit mode
(7) MST-FIN wait, Dwell, Feed Indication (Blinking)
"MY osseuse. M command FIN waiting
О.в... S command FIN waiting
oe cc... coo...» ... T command FIN waiting
TEN ss ono...” ... During feed, while rapid feed, "В" is displayed.
hs occ cr... verse cone During tape reading
"DWELL” ss... During dwelling
M, S, T, F, and P are all displyed independently.
Buffer-Full, Label Skip State Indication
"BUF" .............. ... Displayed when forward reading is completed.
"LOK sos ‚ Displayed when label skip is on.
(9) Alarm State Indication (Blinking)
An alarm indication continues blinking until the cause is eliminated and reset-
ting is effected.
"ALM" ,,,,,,.........+. Alarm state is ON.
"ВАТ" Coc ewe eee eens .. Battery alarm is ON.
"А/В" roooooomooooo»o»o . Both alarm state and battery alarm are ON.
Ready State Indication
"RDY" ss... System is in order, and ready for operation.
— 16 —
{D Warning Indication (Blinking)
The following warnings are minor errors caused by keying, searching manipu-
lation, etc., and not verifiable alarms.
When any of these warning is displayed, depressing any key (usually can|)
turns them off.
When an alarm and a warning occur simultaneously, the warning display has
the priority.
"INPUT ERROR!" ......... Format error during data keying.
Collation error with the key.
"ALREADY IN" ,........ ... Already part program with same No. is stored.
"EDIT LOCK!" .............Edit process is attempted with EDIT LOCK.
"PROGRAM OVER!" een More than 99 (basic) or 199 (optional) part
programs registration is attempted.
"MEMORY OVER!" ......... Memory capacity is exceeded in storing part
programs.
"TH PARITY ERROR!" ..... Horizontal parity check error in tape reading.
"TV PARITY ERROR!" „,...Vertical parity check error in tape reading.
"ILLEGAL CHARACTER!" .. Code which cannot be understood occurs in tape
reading.
"NOT FOUND!",............ No intended code found through searching.
"MACRO INTERLOCK!" .... Operation of programs interlocked by 08000 or
09000 level is attempted.
"AREA OVER!" ........... . Designation of range over permissible 1024
characters by editor is attempted.
"EDIT MEMORY FULL!" .. Any part program exceeding 40 m of meter
length 1s displayed or edited.
The above indications all blink.
(2 Alarm Indication
The above indications all blink.
When a NC alarm occurs on the same line as the line for which a warning has
been indicated, that alarm content is displayed in one line. However, "alarm
310 SERVO OFF" is not displayed, because this alarm is of a different nature
from other NC alarms. When two or more alarms. occur, only the top most one
in the alarm lst is displayed. When an alarm and a warning occur simultane-
ously, only the warning is displayed with priority.
2.4 FUNCTION DISPLAY
With a unit equipped with the Compact Interactive Function, the operation and
display for the FUNCTION keys are partly different from those described in
YASNAC LX3 Manual (TOE-C843-9.20), as described below:
CHI
2.4.1 Display with FUNCTION Key
The operator manipulations for displaying alarm codes and other data are as
follows:
(1)
(a)
(b)
(с)
(2)
(3)
(а)
(b)
(с)
Depress FUNCTION key.
One of the following is displayed.
Alarm No. and message:
Operating time display
Maintenance history display
Depressing the page DNA TA keys changes the above displays one after
another.
In addition, depressing the software keys [ALARM], and |TIMER|
directly calls up (a) (ALARM) and (b) (TIMER) displays respectively.
For details of the above displays, refer to the standard YASNAC LX3
Manual.
(ALARM) .......... 4.3.9.1 Alarm No. display
4.3.9.2 Message display
(TIMER) ........ ... 4.3.9.4 Operating time display
(MAINTENANCE) ... 4.3.9.5 Maintenance history display
—18-
a = И
2.4.2 Display by [Dan] (DIAGNOSIS) FUNCTION Key
co
Depressing the FUNCTION key displays the I/O signal ON/OFF state.
The I/O signal state display can be called up at any time, including the auto-
matic operation time.
и N
DIAGNOSIS 00006 NBOBB
76543210
нага 8 10004808 46
10901 1 10 1 1000 DS
#1002 1006180900 1 31
1093 01610861 4 52
nia 09900810 e2
41005 1 10110090 1 DS
41006 10 1 1 1 1 1 1 BF
4109 888486104 4 08
110068 08600946 BO 09
11009 000000008 gu
*=08 B:OPEN 1:CLOSE
MEMORY LSK RDY
seceot anced} По || |
\ y
For the details of this display, refer to Appendix 4, "Standard I/O Diag-
nostic No. Display", of the Standard YASNAC LX3 Manual.
For convenience in maintenance, etc., the 1/0 signal state display indicates
the right end numerals in hexadecimal.
2.4.2.1 I/O signal selective display function
With this unit, any desired input or output signal among these listed can be
selected for display by means of the number.
(1)
(2)
(3)
(4)
(5)
(6)
Depress the CURSOR NA YN keys to bring the cursor to the deisred
No., or utilize the search function for this purpose.
Depress the [SELECT] key; "*" is displayed to indicate the selection, and
the count of the selected Nos. is indicated in the lower left area.
Repeat steps (1) and (2) to select all the Nos. to be displayed. Up to 10
Nos. can be selected.
Depress the|DISPLAY| key. Only the selected Nos. are displayed.
Depress the |EXIT|key. The total No. list display is called up again.
To cancel the selection, depress the [CANCEL] key.
To cnacel the selection of any one No., bring the cursor to that No. and
depress the [SELECT] key.
The selected Nos. are memorized even when the power supply is turned off.
However, the display returns to that of #1000 when the power is turned off,
— 19 —
a N
DIAGNOSIS 00009 NB2882
7654321 2
xH1300 01000600800 AD
11301 110110006 08
KH1302 10010808 1 31
11303 101060108 52
жет 2000900190. 092
11305 90011601 13
13088 1 @ 1 11 ı 1 1 BF
113907 6001000 eA
513908 808000000 Q0
#1309 nee a Be oa 640
*=8 B:OPEN 1:CLOSE
MEMORY LSK RDY
Berech lcanced orsecy | || |
\ A
Depress |DISPLY| key} |Depress [EXIT | key
f N
DIAGNOSIS 506006 ново
T 65 43 2 i ©
ноев 1960800 20
11882 108981000 1 91
#1003 861010010 52
#1220 2BdB GO 9 SG A 8 9 ое
#1202 828228 2810908 24
1360 0108048400040 aa
#1302 t00ue 100868 I 391
H1304 2980 082108 2
@:ОРЕН 1:CLOSE
MEMORY ЕК RDY
EXIT | || || || |
р
А cs ЩИ
2.4.3 Display by means of [Pru] FUNCTION Key
With this unit, various parameters are stored, and various operation conditions
such as tape codes and rapid feed rates are determined with them.
For the details of parameter display and writing operator manipulations,
refer to the standard YASNAC LX3 manual.
—?0-
2.4.3.1 Setting RS-232C parameters
Since the parameters related to RS-232C are frequently used, they are
designed for interactive setting possibility as follows.
coo
(1) Depress the FUNCTION key to display the parameter display.
f N
PARAMETER 00008 NaBcea
16543210
FEU 010100910 92
146001 628260000 Bi 1
460902 1 0 6 © © 9 à a 128
16003 0060601 BB BO 1 17
16804 916168 2A 1 G1
16005 01 1000 i124 98
#5095 860401 100 8 @ 43
1585007 0100 9 1208 8 58
159008 0081 1090090604 48
69003 886010801 1 QU 22
D:OFF 1 : ON
MEMORY LSK RDY
es232d| ПОП I |
\ y
(2) Depress the RS-232C key. One of the following two displays are called up.
(a) RS-232C input
(b) RS-232C output
(3) When the jIN/OUT| key or the PAGE key is depressed, the above
two displays are alternately called up.
(4) To call up, the parameter display again, depress the [EXIT] key.
2.4.3.2 Setting RS-232C input parameters
Set the RS-232C input parameters as follows:
(1) Call up the RS-232C input display by following the processes of par.
2.4.3.1.
и №
PARAMETER 00908 Ngaaa
RS232C INPUT
CHANNEL WNO.1
CONTROL CODE ON
STOP BIT 2
BAUD RATE 4900
PARITY ON
MEMORY LSK RDY
| exır | lino | || II |
N y,
(2) The RS-232C input parameters are in the five items as shown in the dis-
play above.
(3) Derpess the CURSOR КА UN] keys to make the intended items on the
display blink.
(4) Depressing the key changes the setting of the respective items one
by one as shown below.
(a) CHANNEL No. 1 or No. 2
(b) CONTROL CODE ON or OFF
(c) STOP BIT l or 2
(d) BAUD RATE 50, 100, 110, 150, 200, 300, 600, 1200, 2400, 4800, 9600
(e) PARITY ON or OFF
For setting the baud rate, digits may be directly input with keys such
as ES 8 © © | | wr
(5) Set the RS-232C input parameters in conformance with the setting of the
units to be connected to RS-232C,
(6) Precautions
The No. 2 channels are displayed when the optional second RS-232C is con-
nected. Without this optional unit, No. 1 only is displayed.
2.4.3.3 Setting RS-232C output parameters
Set the RS-232C output parameters as follows:
(1} Call up the RS-232C output display by following the processes in Par.
2.4.3.1.
(2} The RS-232C output parameters are in the 6 items as shown below:
4 à
PARAMETER 06000 Nee
RS2320 OUTPUT
CHANNEL NO. 1
ISO/EIA 150
CONTROL CODE ON
STOP BIT 2
BAUD RATE 4900
PARITY ON
MEMDRY LSK RD Y
| EXIT | Nour | | | | |
\ р
(3) With these items, the following settings are possible, by the same setting
method as for the RS-232C input parameters:
(a) CHANNEL No. l or No. 2
(b) ISO/EIA ISO or ЕЛА
(c) CONTROL CODE ON or OFF
(d) STOP BIT l or 2
(e) BAUD RATE 50, 100, 110, 150, 200, 300, 600, 1200, 2400, 4800, 9600
(f) PARITY ON or OFF
(4) Set the RS-232C parameters in conformance with the setting of the unit to
be connected to RS-232C.
(5) Cautions
- The set parameters become effective immediately upon keying the |мв| key or
the digit DATA keys.
* The No. 2 channel is displayed when an optional second RS~232C is
connected. Without the optional RS-232C, No. 1 channel only is displayed.
CTI
2. 4. 4 Display by the use of FUNCTION Key
This unit has setting data stored in the internal memory, and the stored data
are used for selectively turning various functions ON or OFF, and as the
control constants for various functions,
For the details, refer to Appendix 1 "Setting No. list" of the standard
YASNAC LX3 Manual.
cr
(1) Depressing the FUNCTION key only displays the setting data.
(2) For details of the display and writing of setting data, refer to Par. 4.3.6
of the standard YASNAC LX3 Manual.
2.4.4.1 Setting internal toggle switch
(1) Even when the 9 basic function switches are eliminated from the operator's
panel of the machine, the relevant functions can be turned ON and OFF
simply by the setting on the NC operator's panel.
(2) Depress the SETTING (setting) software key to display the internal toggle
switch setting menu.
Г №
SETTING 0806068 NOOO
DRAWING CHECK OS OFF
MST LOCK OFF
MANUAL ABSOLUTE он WB
DRY RUN PS OFF
BLOCK DELETE ON (kaa
DISPLAY LOCK он а
MACHINE LOCK NN OFF
'" SINGLE BLOCK
O
Z
MEMORY LS
к. ROY
(SerIng LOCAL | ER | | | |
O )
(3) Depress the CURSOR keys to make the intended item blink.
(4) Depress the key to set to "ON" or "OFF",
The set switch position becomes reverse displayed.
— 23 —
(5) When the "DRAWING CHECK" setting is changed, the settings shown below
are changed automatically.
Use this "DRAWING CHECK" setting when checking the programs
generated through the interactive function or manual function by the
drawing check function.
(a) MST LOCK
(b) DRY RUN
(c) MACHINE LOCK
(6) Where the panel of the machine is provided with the switches for the above
functions, the resulting ON/OFF settings of these functions are determined
by the ORed results of the software setting and the hardware setting.
Setting DATA Switch On Machine | Resultant ON/OFF
OFF OFF OFF
OFF ON ÓN
ON OFF ON
ON ON ON
(7) Precautions
- When the PAGE key is depressed, the normal setting display starting from
#6001 is called up again.
- The display for the internal toggle switches is the #6000.
2.4.4.2 Setting of LOCAL macro variables
Depress the MACRO LOCAL key to call up the SETTING (MACRO) display
starting from #0001. For the setting processes with this display, refer to Par.
2.8.23.8 of the standard YASNAC LX3 Manual.
Г N
SETTINGIMACRO) 00004 чево
LEVEL @
12902
10003
100084
40005
19406
0007
10028
10009
19010
MEMORY LSK RDY
MÁCRO MON | || |
SETING ¡LOCAL | СОММО
— 24 —
2.4,4.3 Setting of COMMON macro variables
Depress the MACRO COMMON key to call up the SETTING (MACRO) display
starting from #0100. For the setting processes with this display, refer to Par.
2.8.23.8 of the standard YASNAC LX3 Manual.
Г N
SETTING CMACRO) 00009 NBEO
LEVEL @
48101
40102
16103
#9104
#9105
140106
140107
10108
28199
MEMORY LSK RDY
serind LOCAL | oran || |
\ y
CE
2.4.5 Display with (COMMAND) FUNCTION Key
CT
With the [сом FUNCTION key, command values are displayed by the following
processes,
(1) Depress the key.
One of the following four displays will be called up.
(a) Command value list
(b) Sub-program execution state display
(c) Tool life control state display
(d) Drawing display
(2) With the PAGE DA KR keys, the above displays, except for the DRAWING
display, are switched over one after another.
Depressing the following software function keys calls up the respective
displays directly.
(a) Depress [COM|key ......,,.,.,......,...... (COMMAND VALUE) display
(b) Depress QUBE | Key .oooooocooroonoonaoo.» (NESTING) display
(c) Depress TOOL | key „енко (TOOL LIFE CONTROL) display
(d) Depress ШВАМ] key +........ sus ..., (DRAWING) display
- 95 —
(3) For a detailed description of these displays, refer to the following sec-
tions:
(a} (COMMAND VALUE) ....... ‚. Standard УАЗМАС LX3 Manual Par. 4.3.2.1
(b) (NESTING) ........-.- ........ Standard YASNAC LX3 Manual Par. 4.3.2.2
(с) (TOOL LIFE CONTROL) ..... ‚ Standard YASNAC LX3 Manual Par, 4.3.2.3
(4) (DRAWING) ......... ss... Par. 6 of this manual
CE
2.4.6 Display with (PROGRAM) FUNCTION Key
A == И
(1) Depress the FUNCTION key to call up the PROGRAM display.
(2) The program functions are in the following 6 modes, each differing in
function and operator manipulation.
(a) JOG mode |
Mode for manual continuous feeding of the machine
(b) HANDLE/STEP mode
Mode for using manual pulse generator
(c) TAPE mode
Mode for NC tape operation
(4) MDI mode
Mode for writing command values with MDI (manual data input) and their
execution
(e) MEMORY mode
Mode for automatic operation of stored programs
(f) EDIT mode
Mode for program storing, reading in and from the memory, and for
editing
(3) For the details of the above 6 modes, refer to Par. 4.3.3 of the Standard
YASNAC LX3 Manual.
— 76 —
2.4.6.1 Common mode display
With the program function, there are displays which are common to all the
modes.
(1) Program display
(a) Depress the [PROG] key to call up the program display.
On the program display, NC programs and operation data are displayed,
except that in the EDIT mode, no operation data is displayed.
Г ON
PROGRAM 00120 N6185
N52@@ (ORILL-2) ;
сов TO101:
(ABS) (MODAL-G) T-NO:T8188
x 22.0088 601 G69
Z 2.0008 G97 Gi23 FEED:E . 80008
G3s (inch/rev)
(ENC) G40
X . e G37 ACTUAL:S a
7, O 633 LIMIT:34000
G67 COMMAND:S 388
MEMORY LSK RDY
«| Proc | | DIR || PROG | | CALC || <> | >
\_ y
(b) The NC programs are displayed only in the MDI, MEMORY and EDIT
modes.
(c) Depressing the [< > | key switches the operation data display and cancels
one after another.
(d) The operation data includes the following displays:
(1) POSITION (ABS), (INC) (11) MODAL G list
(ii) T-NO (tool No.) (iv) FEED (feed rate)
(у) Spindle speed
(2) Directory display
(a) Depress the [DIR] key to call up the directory display.
Then, depressing the FUNCTION key changes over the program
display and the directory display in turn.
Depressing the PAGE keys does not change over the directory display into
the program display.
(b) One directory display displays up to 20 program Nos. When comments are
attached to the programs, the comments are also displayed.
(c) Number of registerable program Nos.
Registerable Numbers
Basic 99 max.
Optional 199 max.
= 2] —
(d) On the directory display, the following are displayed:
(i) Number of used programs
(11) Number of used characters
(iii) Number of remaining programs
(iv) Number of remaining characters
(e) When the number of registered program Nos. exceeds the maximum
displayable limit in one display, succeeding pages may be called up with
the PAGE |V [A] keys.
nn N
DIRECTORY 06160 N6185
00009 DOSB9 ( )
OBIBBIYASNAC ) D06B0B ( )
00105 (WORK2 ) 00655 (12345678)
06208 (WORK? ) O@87AG(PROG.18 )
003211NO tee ) 08777« )
08388 3
084908181234 >
00410(58?7L1H())
09509(+0=*x )
0@511¢ )
USED-PRG 15 REST-PRG 194
USED-CHR 1475 REST-CHR 127978
EDIT LSK RDY
«| prac || DIR || PROG || CALC || | >
\ и
(f} O-number can be searched for in the directory display.
(3) Interactive automatic programming mode
PROG
mode. For the details of this mode, refer to Pars. 3.2 to 3.15.
Depress the PROG key to call up the interactive automatic programming
(4) Calculation function
Depress the [CALC|key to call up the calculation function mode.
For details of the calculation function, refer to Par. 4.
When the calculation function has been executed, the calculation results can be
written into the program as follows:
(i) Call up the EDIT mode.
(it) When the keys and or keys x | and are
depressed, the X-axis which is the result of calculation is displayed.
(11) When the keys | Z| and |мв| or keys E z | and are
depresed, the Z-axis which is the result of calculationis displayed.
(iv) Depress the or key to write them into the program.
— 98 —
(5) Interactive parameter
When the E or 3 key is depressed, the
displayed.
AUTPRO
PRM keys are
AUTPRO
and | 1/0
Depressing the eM key dalls up the interactive automatic programming
parameter list. AUTPRO
Depressing the 1/0 key calls up the interactive automatic programming
parameter I/O setting is displayed.
For details of the interactive automatic programming parameters, refer to Par. 8
2.4.6.2 EDIT mode
In the EDIT mode, various functions for editing are used.
(1) Cursor type
The cursor displayed in the editor of this unit is in the form of the reverse
displayed characters as shown below.
{ y
PROGRAM 001004 N6185
019090;
CUrSOr NS2@0 (DRILL-2 3;
сое TO1B1:
“SS EKE MO3:
xO;
45201 2.2 MOS;
NS202;
NS5203 674 Z-1.9 K.8 F.BBB:
N5204 GOO 2.16;
251;
EDIT SK RDY
<1| proc || ore IP Tee || >
NE /
As an optional function, a cursor in the form of an underline can be selec-
tively used, as with the standard YASNAC-LX3.
(2) Scrolling
The editor display of this unit is provided with a scrolling function.
(a) The display is moved by one line (block).
(i) Depressing the CURSOR [Y] key when the cursor is at the bottom of
the display.
(ii) Depressing the CURSOR key when the cursor is at top of the
display.
(b) Similar to the standard YASNAC-LX3, the function of display shifting by
one page ls available as an option.
(3) Program storage after editing
(a) After editing a program, the edited display can be stored in the memroy
by the e SE
(i) Depress the key.
(ii) Depress a FUNCTION key other than Pa) .
(b) When the power is turned off after editing a program, without executing
the above keying, the edited display is not stored, and the program
returns to the unedited state.
— 29 —
(4) Display of software function keys
(a) In the EDIT mode, the following three software function key sets are
used:
. | AUTO | | |
(i) <I} PROG DIR PROG CALC >
Ne /
(ii) < SELECT | | COPY | | MOVE | REP | SOTTOM >
Ne y
AUTPRO | [ AUTPRO
(iii) al | | | | | PRM | | 1/0 >
\ D
* The AUTERO key is displayed only when the optional interactive
automatic programming I/O function is incorporated.
(b) Depressing the MENU С key changes the software FUNCTION key
display in the sequence (i) - (11) - (111) as shown above.
(c) Depressing the MENU E key changes the software FUNCTION key dis-
play in the sequence (i) - (iii) - Gi) as shown above.
* The <q D marks on the display indicate the presence of latent function
keys. When no <] D marks are displayed, the MENU K | AND | > | keys
are disabled.
(5) COPY function
This function duplicates an existing character string to appear ata desired lo-
cation.
(a) Bring the cursor to the leading end of the character string to be copied.
(b) Depress the |SELECT| key.
The display SELECT is reverse displayed to indicate the calling up of the
SELECT mode. Depressing the [SELECT| key again clears the SELECT
mode. When the cursor is at the leading end of the program, the SELECT
mode can not be called up. To call up the SELECT mode, shift the cursor
away from the leading end, and depress the [SELECT} key again.
— 30 —
(c)
(d)
(e)
(f)
(=)
(в)
Move the cursor to the endof the character string to be copied.
The selected characters are all reverse displayed to indicate the selected
range.
Г №
РКОСКАМ 00100 Н5195
0100:
N5200 (DRILL-2 ).
Сов TO1G1;
GS? 5359 MOS;
EH
N5201 2.2 MOS;
N52B2:
N5203 Gra 2-1.8 K.8 F.BOB:
№5204 GOO 2.16;
G51;
EDIT LSK RDY
SELECT | copy || move || REP | Воттом >
\ J
Depressing thel COPY |key stores the selected character string, and a “Ж”
mark appears on the software key display.
The selected character string is displayed normally.
Move the cursor to where the copy Is to appear.
Not only the selected program Nos., but also others can be copied.
Depressing thelCOPYlkey displays the selected character string at the
selected location.
While a “*” is dispiayed on the *COPY Isoftwsre key, the same character
string can be copied as many times as the I*COPY!key is depressed.
By depressing the ОВС key when a “*” is displayed on the % COPY! software
key, the data in the selected character string are cleared and the °*”
disappears.
\_
4 №
PROGRAM 09129 N6195
о1 09;
45200 (DRILL-2 ›;
сео Te1a!;
G97 S35@ MB3;
xD;
N5281 2.2 maa;
N5202: Ä
G97 S350 MB3;
хен
45203 G74 Z-1.8 К.В F.008:
EDIT LSK RDY
<Ilsecect lecopy | | move || REP | Bottom >
_)
Note: When the power supply is turned off, the selection of character string is
cleared, and the “*” mark disappears.
When the MOVE function is used after the COPY function setting, the
character string selection is also cleared.
When the cursor is moved to the leading end of the program in the
SELECT mode, the SELECT mode is automatically cancelled.
The range of the character string to be selected is up to 1024 characters.
If thelCOPY ¡key is depressed with the number of characters exceeding
the range, warning message “AREA OVER!” is displayed.
— 31 -—
(6) MOVE function
This functon is for displacing the existing character string to other locations
in NC program editing.
(a) Specify a character string to be moved by using the ЗЕ. ЮСТ! key, as with
the ICOPY! function.
(b) Depress the MOVE lkey to store the selected character string. A “*" mark
appears on the MOVEÏkey display. The reverse displayed character string
is deleted.
(c) Move the cursor to where the character string is to appear.
Not only the selected program Nos., but also others can be moved.
(d) Depeessing the [+ MOVE! key displays the selected character string at the
selected location.
(e) While a “*” is displayed on the lkk MOVEl software key, the same character
string can be displayed as many times as the *MOVE! key is depressed.
(1) By depressing the [ORGÍ key when а “*” mark is displayed on the k COPY!
software key, the data in the selected character string are cleared and
the “*” mark disappears.
4 y
PROGRAM 00100 N61¢65
0100,
N5200 (DRILL-2 3);
GPO 19191;
45201 2.2 MOB.
NS202;
697 S350 Maa:
X 0H
N5203 674 2-1.B K.8 F.0089,
N5204 GOO 2.16;
G51;
EDIT LSK RDY
<alsevect | COPY | MOVE | | REP | Borron [>
\_ y
Note: When the power supply is turned OFF, the selection of character string
is cleared, and the “*” mark disappears.
When the COPY function is used after the MOVE function setting, the
character string seleciton is also cleared.
When the cursor is moved to the leading end of the program in the
SELECT mode, the SELECT mode is automatically cancelled.
The rangeof the character string to be selected is up to 1024 characters.
If the ICOPY|key is depressed with the number of characters exceeding
the range, warning message “AREA OVER!” is displayed.
— 37 -
(7) REPLACE function
This function is for searching a specified character string in the displayed NC
program and for changing it with another character string.
(a) Depressing the [REP] key displays "OLD STRING:" at the lower left area of
the display.
Key in the character string to be replaced.
For example, to change "G00", key G | o O and .
WR
Г №
PROGRAM 00100 N6105
45205 MO1:
NED (FACE- FREE- ROUGH);
G50 S4000:
GOO TB282:
G36 3786 M93;
N13B1 x4.2 2.908;
N1382 GOO G41 X4.208 2.004;
N1383 GO1 X.728 F.O1:
Ni364 G51;
OLD STRING : Metals:
EDIT LSK RDY
akerect | COPY | MOVE | - ВЕР | BOTTOM [>
\_
y
(b) "NEW STRING:" is displayed at the lower left area of the display. Key
the character string to replace the existing one.
For example, to write "G01," key Е | 5 | 1 | and | we |
Я N
PROGRAM 09109 N6195
N5205 Möl;
MEE) (FACE- FREE- ROUGH):
с59 S49BB:;
Сор Ta2B2:
G96 S700 МЭЗ:
N1381 X4.2 2.08:
N1302 GOO G41 X4.268 2.994;
N13B3 СО! XxX.72B F.@1;
N1304 G51;
NEW STRING : 01
EDIT
LSK RDY
<lsecect | copy | MOVE | Rep | BOTTOM C>
N )
= 33 -
(c) In the lower left area of the display, "YES.NO.ALL" is displayed, and the
cursor moves to the character string specified in (a).
(i) Depressing the | Y | key replaces the character string specified in (a)
(11)
with the one specified in (b).
When the same character string as specified in (a) is present elsewhere,
the cursor moves there, and "YES.NO.ALL" is displayed on the display.
No more character string specified in (a) is found, the replacing
function ends.
Depressing the | N | key causes no change in character strings.
The cursor moves to the next position of the same character string
specified in (a), and "YES.NO.ALL" is displayed on the display.
If more character string specified in (a) is found, the replacing function
ends.
(iii) Depressing the key replaces all the character strings displayed on
the display with the one specified in (b).
PROGRAM 00100 mm
N5205 МОТ;
Ni3@0 (FACE FREE- ROUGH):
GS 540800;
(eas) T8282;
G36 S708 Mas:
N13B1 x4.2 2.09:
N1302 GOO G41 X4.288 2.084;
N1303 GB1 X.728 F.B1;
N1384 GS 1 :
WES NO.ALL
EDIT LSK RDY
seLect | copy | MOVE Lee BOTTOM ©
à y
(d) Precaution
The replacing is executed in units of words, and therefore is subject to
the following restrictions:
(1)
(ii)
The character string to be keyed when "OLD STRING:" is displayed must
be one word preceded by an alphabet character.
When characters other than an alphabet character are keyed for the
leading character, a warning "INPUT ERROR" is displayed.
A character string ocntaining .two or more addresses (comment) can not
be replaced at the same time.
For example, "O.D." can not be replaced by "I.D."
During the replacing process, the PAGE keys and the CURSOR keys are
invalid.
(8) BOTTOM function
Depressing the [BOTTOM|key brings the cursor to the last address of the dis-
played programs.
(9) Search erase function
This function is for erasing the portion of display from the cursor to the
character string wbich is keyed in.
— 34 —
(a)
(b)
(с)
(d)
(e)
(Е)
(2)
Bring the cursor to the leading end of the character string to be erased.
Key in the character string to be erased.
Depress the key.
The portion from the cursor to the keyed in character string is erased.
The cursor moves to the address next to the erased block.
When the last block has been erased, the eursor moves to the address
immediately beofore the erased address.
The address to be erased can be specified in any of the following three
methods, as with the address search function:
(i) Key in the word (one address data) to be erased.
In this case, the leading zeros can be omitted.
(ii) Key in one character without data.
(iii) Key in the data to be erased (up to 32 characters), after depressing the
(h)
key.
In this case, leading zeros can not be omitted. (erasing by means of
pattern searching function) All the portion between the cursor position
to the keyed in character string is erased, and 1f the keyed-in character
string contains two or more words, only up to the first word of the
keyed-in string is erased.
An example of erasing is shown by the two diagrams below.
Г N
PROGRAM 001009 Н5195
N5285 N@1;
$1212] (FACE- FREE- ROUGH):
G50 54009:
GOO TO202.
G36 S780 MB3:
N1301 X4.2 4.08;
Ni3a2 СВО G41 X4.20B 2.804;
N1303 Gal x.72B F.Qi:
N1304 GSI;
RDY
EDIT LSK
<| proc | | orr || Pros | | caro | | >
а
JL When UN E la IE 4 are depressed.
PROGRAM 00100 N6165
N5205 Mal:
EMMA 2.08;
Nı392 СОВР G4l XA.208 2.004;
N1303 G@i x.72B F.@1: `
№1304 651:
№1905 M@1:
№2106 (OD- CYCLE- ROUGH):
EQIT LSK ROY
<| proc || ов Il bros | | care | | | >
\
— 35 —
(10) Line cursor function
This function is for moving the cursor by one line (block) at a time.
(a) Depress the key.
(b) Depressing the CURSOR NA VAR keys moves the cursor by one line.
(c) To return to the word (address) by work move function, clear the NEXT
mode by one of the following methods:
(1) Depress the key again.
(ii) Depress the key.
(11) Depress any FUNCTION key other than the PROG FUNCTION key.
(11) Automatic re-naming function of O No. input
(a) When reading in programs from outside, if the O No. of the program and
the keyed-in O No. are different, the keyed-in O No. is registered for
that program.
(b) The O No. of the input program is automatically re-named to the keyed O
No.
(c) When the input program has no O No., it is input as is, and no re-naming
takes place.
(d) For the details of part program inputting, refer to Par. 4.4 of the stan-
dard YASNAC-LX3 Manual.
(12) Feed eliminate function in program outputting.
When outputting part programs and internal data from the NC to outside units,
feed is eliminated by this function.
(a) Feed is eliminated from the output by one of the following two methods.
(1) Derpess the [out] key in the output procedure, and as outputting is
started, depress the |can!i key. When the ¡can| key is depressed, the
outputting of the significant data of [%,....] starts immediately. The
feed after the outputting of the significant data is also eliminated when
the key is depressed.
(ii) Specifying with a parameter
* #6008 D4 ....... 1 : No feed output
- #6008 D4 ....... 0 : Feed output
(b) For details of the outside I/O operator manipulations, refer to Par. 4,7 of
the standard YASNAC-LX3 Manual.
(13) Reset function during outside I/O manipulation.
With this unit, for outside I/O manipulations, the key need not be
depressed except in the following cases:
(a) When ALARM occurs.
(b) When WARNING occurs.
(14) Limitation at editing
- Any program exceeding 40m can be input from external devices but cannot be
displayed or edited. If an attempt to display such a program is made, a warning
message “EDIT MEMORY FULL !” is displayed and the part after 40m cannot
be displayed.
— 36 —
* Do not input any program with a block т which more than 28 characters of
only numerals, ~*~.” , “+” or "-” continues.
у
Г vo A |
2.4.7 Displays with [ros] FUNCTION Key
Various POSITION display screens are called up by the following keying:
ESO
(1) Depress the FUNCTION key.
One of the following screens is displayed:
(a) POSITION external
"POSITION (EXTERNAL)"
(b) POSITION absolute
"POSITION (ABSOLUTE)"
(c) POSITION collective indication
"POSITION"
(d) Program restart information display
"PROGRAM RETURN"
(e) Stored stroke limit residual pulse count display
"STORED STROKE LIMIT"
(f) Main spindle PG pulse count display
"SPINDLE COUNTER"
(g) Servo position deviation pulse count display
"ERROR PULSE"
(h) Command pulse cumulative sum register display
"COMMAND PULSE"
Note: The display (h) is made only when the SYSTEM No. switch is 4,
(2) Depressing the PAGE DA UN keys switches the above display screens
sequentially one after another,
(3) For details of the above display screens, refer to Par. 4.3.4.1 through
4.3.4.9 of the standard YASNAC LX3 Manual.
(4) With all the POSITION FUNCTION displays, the following software function
keys are displayed. Depressing one of these software keys calls up the
corresponding display screens directly as follows:
(a) Depressing [EXT] key... POSITION (EXTERNAL) is displayed
(b) Depressing [ABS] key... POSITION (ABSOLUTE) is displayed
(с) Depressing |4-POS] key... POSITION collective is displayed
(4) Depressing ISPINDL| key... Spindle PG pulse count display
. Con . .
(5) Depressing the key also calls up these four displays sequentially, in
turn. —
(6) With the position collective display screen, the follwoing keying resets
POSITION EXTERNAL alone to 0,
(a) Depress ADDRESS key or to select the axis to be reset.
(b) Depress the jorc| key.
(c) The display for the selected axis becomes 0.
(d) This display resetting keying is always effective including the motion time
in a part program automatic run.
—37-
can
2.4.8 Display with FUNCTION Key
(1)
(2)
(3)
(а)
(b)
(c)
(4)
(5)
(a)
(b)
(c)
Co
Depress the key to call up the OFFSET display screen.
For the display and writing-in manipulation, refer to Par. 4.3.5 in the
standard YASNAC LX3 Manual.
With this unit, depressing the following software function keys calls up the
respective display screens:
Derpess NOR key +... Work coordinate system shift amount display
TOOL :
Depress WEAR key +... Tool offset display
Depress TOOL key ... Tool coordinate data display
SHIFT
Depressing the Pos] key changes the above displays in sequence one aíter
another. —
no N
OFFSET CTOOL-WEAR) 09100 N61i@5
T x 2 R C
i 1 . 2 . a . BO
a2 2 a a a
03 a 2 зв
aa a 12) во
a5 a a вв
POSITIONCEXTERNAL)
A . [a]
£ . в
MEMORY LS
K RDY
R
[ТЕТ | WEAR | | sui FT| | PST} | | PST2 |
/
NY
For the new tool setter function, the setting is made with the following
software function keys:
When the|PST1|key is depressed, the software key is reverse displayed,
and tool coordinate memory writing is enabled. The offset display screen
automatically changes to the one for the current turret tool No. and the
CT)
LED of the FUNCTION key blinks.
Depressing the|PST2]| key reverse displays the software key and work shift
amount writing is enabled. The offset screen is automatically changed to
COI
the work shift amount screen. The LED of the FUNCTION key
blinks. During the [PST1] and [PST2| modes, the SRE , | TOOL
and | TOOL keys are disabled,
SHIFT
For details of the new tool setter function, refer to Sect. 2 of "YASNAC LX3
Upgrading Function Operator's Manual” (TOE-C843-9.23).
— 38 —
3. INTERACTIVE PROGRAMMING
3.1 NC UNIT INTERNAL CONFIGURATION AND FLOW OF INTERACTIVE PROCESSES
(1) The NC internal memory configuration related to interactive processes is
shown below.
NC UNIT
INTERACTIVE SECTION NC MAIN SECTION
BACKUP MEMORY BACKUP MEMORY
| po,
INTERACTIVE |
PARAMETER PARAMETER ta
HIGH SPEED
WINDOW
INTERACTIVE DATA [—
(МС PROGRAM) OFFSET
PART =.
or PROGRAM |
| [15-2326 RS-232C |
+ (INTERNAL DATA)
As shown above, the NC unit is composed roughly of interactive and NC main
sections. The interactive data (NC program) created in the interactive section
is transferred automatically to the part program memory in the NC main section
by the operation "END". Conversely, however, the part program in the NC
main section cannot be read out to the interactive section, In other words,
the data flows unidirectionally from the interactive to NC main section.
= 39 —
(2) The overall flow chart for the compact interactive automatic ‘programming
function is shown below.
Interactive procedure
|
New data, old data
]
~ Program No. setting
}
]
~ Matenal shape setting
|
7
- Major turning menu setting
4
|
> Minor turning menu setting
Approach setting
Finishing |
]
Basic data setting
|
|
Finished shape setting |-Grooving, drilling. threading
Program insertion
Tool retraction setting
Interactive procedure end
manipulation
No return
1
Automatic transfer of interac-
twely generated program to
part program memory
———— Heturnable
NO
Correction process (old data)
Drawing check OK?
Normal automatic operation
(3) The interactive programming manipulation for various turning processes
(such as outside rough turning) can all be executed in the unified flow
consisting of approach - shape setting - tool retract.
3.2 CALL UP OF INTERACTIVE MODE
By the following manipulation, the interactive mode can be called up from the
ordinary NC mode.
EI
(a) Depress the key.
The program function display is called up and the following software
function keys (Fl — F5) are displayed.
| | AUTO
| PROG | | DIR | ES | cate | | |
< F1 F2 F3 F4 F5 >
AUTO
(b) Depress the PROG key.
Now the interactive mode has been called up.
3.3 PROGRAM NO. SETTING (FOR NEW DATA)
(1) In the interactive mode, the following screen is displayed:
4 N
#+ PROGRAM NUMBER axe 006B4 NOC
М Old Data
Z New Data
Program number =O
Comment = ( )
MEMORY LSK RDY
E || | fewer |
Ne y
Initially, the cursor is located at "1 Old Data", and "1" blinks. At the bottom
of the display, softwáre function keys are displayed.
— 41 -
(2) The program No. of the program to be newly generated is set by the fol-
lowing manipulations.
(a) Depress the CURSOR IN NDA keys to bring the cursor to "2 New Data".
Now, "2" blinks.
Depress the ¡ENTER| key. Now, the cursor is at "0 number".
(Note: The treatment of "1 Old Data" will be described in Sect. 5.)
(b) Any numbers between 1 and 9999 can be set аз the program No. For example,
to set "100", key 1. 9 El and ¡walt in this sequence. The dis-
played "Comment" now blinks.
(c) Up to 8 alphanumeric characters can be keyed as the comment.
To input "ABC", key ГА. В С | wr | .
Comment may be omitted.
(d) Depressing the CURSOR keys or the key moves the
cursor between "Program number" and "Comment", Use this feature to
correct keying, if necessary.
(Note: Depressing the |END| key calls up the normal NC mode again, but
usually, at this point, further manipulations are made without calling up
the normal NC mode again.
(e) Depress the |ENTER| key.
Now, the program No. and comment have been set.
(3) Precautions
If the same program No. keyed-in has been registered, the keying is
invalid, and the message "O number already exist" is displayed.
Key some other program No.
— 47} -
3.4 SETTING BLANK SHAPE
(1)
(2)
(a)
(b)
(c)
(d)
(e)
(0
When a program No. has been set, the following is displayed:
a à
**x BLANK SET жж 00000 NARBE
01068
O, D, = ”, O
I. D, = o
Length = . o
Face remoyal = . a
Chucking lgth= . 1%
Center = MENE 1: Yes
MEMORY LSK RDY
| вмь || || | Manvar. enter |
o D.
The blank shape is set through the following keying:
Input the O. D. For example, to input "4 inch", key | 4 and wR|, in
this sequence,
The "I.D." in the display starts to blink.
Input the "Т.О." To input "0.8 inch", key |. |, and ин | in this
sequence.
Ihe keying of I.D. is required only for tubular blanks. For other
blanks, no 1.D. need be input.
Where bar material is drilled and bored, the drill diameter is input auto-
matically as the I.D. upon completion of the drilling process to set a new
blank,
The "Length" display starts to blink.
Input the length. For "5.5 inch", key | 5 |, E , Us | and мя |, in this
sequence,
The "Face removal" display starts to blink.
input the face machining allowance. Input the allowance from material face
to program reference point. This defines the reference point "4" posi-
tion.
The "Chucking legh" display starts to blink.
Input the chucking length.
This is the length of the blank gripped by the chuck. With external jaws,
the jaw length is to be input, and with the internal jaws, "0" is to be
input.
The "Center" display starts to blink.
Input the use or no use of the center.
Key E ‚ When no center is used, and key 4 P when a center is used,
— 43 —
(g) If wrong data have been keyed-in, move the cursor to the item in question
with the CURSOR keys or the | wr] key, and key the correct data.
y y
(3) Precautions
(a) Turning of cast blanks
With cast blanks which are shaped similar to the finished shapes, the
"roughing cycle" such as G71 and G72 involves much air cutting and
wastes much time. For these blanks, manually input the G73 "closed loop
turning cycle" in the course of the interactive programming, or manually
input outside the interactive mode, on the programming display.
For the details of the closed loop turning cycle, refer to Par. 2,8.25,4 of
"YASNAC LX3 Instruction Manual."
However, where the turning consists only of one roughing and one finishing
cycle, any turning menu can be used.
For details, refer to Par. 3.6, "MINOR TURNING MENU SETTING."
In the above case, input the largest blank diameter and the longest blank
length respectively as the "O.D." and the "Length".
(b) Data decimal point inputting method
To input "10", key | 1 | wa|, in this sequence.
To input "10.1", key й | E . 4 wa | , in this sequence.
To input "0.1", key = wr | or E 4 | ‚ in this
sequence. m
(4) [MANUAL] key
The |MANUAL} key is a select key for the use of the CURSOR keys and DATA
keys in the upper or lower part of the display. It is an alternate switch.
When the [MANUAL] key has been depressed, and the EDIT mode has been
called up, the following edit functions are avaliable.
(i) The CURSOR NV keys have a scrolling function.
(ii) Depressing the [NEXT key displays "NEXT" in the upper part of the display.
In this state, the CURSOR keys function as line cursor keys.
(111) Search erase function
This function is for erasing the portion between the current cursor posi-
tion and the to-be-searched position. a
Derpessing the keys for the to-be-searched string and the key,
erases the portion between the initial cursor position and the searched
characters.
(iv) The functions of the , and keys can be used.
For details, refer to "YASNAC LX3 Instruction Manual."
— 44 —
3.5 SETTING BY VARIABLE TURNING MENU
(1)
(2)
(a)
(b)
(c)
When the blank shape setting has been made, the following menu is dis-
played. |
г №
2% MENU xXx 00000 новее
01@08
BR Face 2 OG IL} 3 I. D,
4Groovej5 Drilll6Thread
MEMORY LSK RDY
OGLEY
END EXIT NUAL NTER
With this menu, the following processes are included:
"Face", "O.D.", "1.D.", "Groove", "Drill", "Thread"
Basically, other turning processes are not programmable in the interactive
mode,
Setting is executed by the following keying:
lo make a selection, move the cursor to the intended menu with the CURSOR
UN NA keys or the | wal key.
Ihe same selection can be effected when the menu No. is directly specified
with the DATA [4 | to 6 | keys.
To return to the preceding display, that is, the blank shape setting dis-
play, depress the [EXIT] key. When editing in the upper part of the
screen is desired, depress the IMANUAL| key. Depressing it once
reverse displays it, and depressing again returns it to normal. The
| modify |
key is for selecting between the insertion of new NC programs generate
by interaction and the changing of the previously input processes. With
the new data, the insert mode is set as the initial value, and with the old
data, the change mode. Note that this mode is switched only in the variable
turning process menu.
Depress the [END] key to cancel the interactive mode.
Now the variable turning menu has been set.
Depress the [ENTER] key after setting with the menu.
(3) Process lst
The process list indicates all processes of a program currently edited for
interaction. Each process is expressed with the turning menu numbers of the
variable and detailed menu displays. Additionally, each process name at the
current cursor position in each process list 1s displayed.
No.
For example, a process with variable menu No. 4 and detailed menu
3 indicate rough O.D. drilling.
— AR —
(a) Up to 36 processes can be registered.
(b) If the number of processes exceeds 12 or 24, they are displayed on the second
and third pages and, at the same time, the number of pages is displayed on
the screen.
(c) If the number of processes exceeds 36, they are inserted into the program
but are not reflected in the process list.
(d) When process deletion or the hke is performed by using the MANUAL key, it
is not reflection in the process list.
(e) The name of the process where the cursor is currently located is displayed
in the process list.
(f) If any of the following operations is performed, the process list cannot
correspond to the programs.
- More than 36 processes are created.
- Several processes with the same menu are created and some of them are
deleted.
3.6 SETTING WITH DETAILED TURNING MENU (ROUGHING, FINISHING)
When the setting is completed with the VARIABLE turning menu, the respective
detailed turning menus are displayed.
Г ON
3.6.1 When Facing is Set
FE MENU #3 08009 ново
(1) The following display is called up. 01008
(a) Initially, the cursor is located
at "Free rough”.
(b) With the Face menu, the fol- ı Facel2 Face fj Freela Free
lowing four menus are available: rough fin rough fin
(1) Face rough 2 G70 IL G70Non
This is a canned facing cycle
using G72.
(11) Face fin ae MEMORY LSk RDY
This is the finishing cycle of the | END || EXIT | = ARCH MANUAL) ENTER |
shape input for roughing by G70. o
J
(iii) Free rough
The NC program is generated with only G00 and GOI.
For the input finishing shape, one roughing cycle is executed on the input
finishing shape with a specified finishing allowance. The free rough
turning is mainly suited to face roughing with small turning allowance or
for cast blanks. It is not suitable for blanks with heavy turning allowance.
For these blanks, use face rough which generates canned cycle NC programs.
(iv) Free fin
The finishing of the shape input by the free rough with only G00 and
GÓl, It is not a canned cycle.
(2) Detailed turning menu is set with the following operation.
(a) Select the desired menu with the CURSOR UN M keys, or the E
key.
The same effect is obtained when the desired menu No, is directly keyed
with the data keys a | to a
— AG -
(b)
(с)
(3)
3.6.
(1)
(2)
(3)
To return to the previous display, (the variable turning menu),
depress the [EXIT] key. Depress the [MANUAL! key when editing in the
upper part of the display is desired. Depressing it reverse displays the
key, and depressing it again returns it to normal.
To cancel the interactive mode, depress the |END] key.
When the insert setting has been selected for the EXIF key in the
PROCES
SEARCH
key detects the leading ends of the processes one after
variable turning menu, the F3 software key indicates
PROCES
SEARCH
another, After detecting the last program, depressing the key again detects
the first program. This function is used when inserting a new process
between two existing processes.
Depressing the
modify
When the modify setting has been selected for the EXIF key in the
variable turning menu, the F3 software key shows EXIF , indicating the
current mode. However, mode modification is disabled in the detailed turning
menu, and accordingly, the F3 key is disabled.
After selecting the turning menu depress the [ENTER]! key. Now, the
detailed turning menu has been set.
Precaution
When finishing is set with out a roughing setting, warning message
"Rough cutting data does not exit" is displayed. Set a roughing process.
2 When O.D. Turning is Set
The following display is called à
ape | ax MENU bx 00000 нова
In this menu, the following .
four processes are available. 1304 GSL:
. GAB;
(1) O.D. rough, N1385 MO1;
(11) O.D. fin, H
(iii) Free rough and 10.0. [2 ©, D. | 8 Freej4 Free
(iv) Free fin, rough fin rough fin
A G70 — G70Non
For detailed descriptions refer = ———
to Par. 3.6.1, "When Facing has
been Set."
MEMORY " LSK RDY
| END | | EXIT | SEARCH MANUAL] ENTER |
\\ и
The setting of the menus is the same as in Par, 3.6.1, "When Facing has
been Set". The functions of the software function keys are also the same
as for facing.
Precautions
Refer to Par. 3.6.1, "When Facing has been Set".
— À] —
3.6.3 When LD. Turning is Set
(1) The following display is called up.
г №
XX MENU xk 00022 Noa
1D 1 OSE
N1300 (FACE- FREE- ROUGH),
G56 54000.
Свое T8101;
G96 $1260 MOI?
Ш I. D, |2 I. D. |3 Free 4 Free
rouzh fin rough fin
| $270 ___| G7ONon
MEMOR
Y LSK RDY
| END | exit (A wan fewrer |
y
\
In this menu, the following four processes are available:
(1) ID. rough, (ii) Е.О. fin, (iii) Free rough, and (iv) Free fin.
For detailed descriptions refer to Par. 3.6.1 (1), (b), "Facing".
(2) The setting of the menus is the same as in Par. 3.6.1, "When Facing has
been Set", The functions of the software function keys are also the same
as for facing.
(3) Precautions
Refer to Par. 3.6.1, "When Facing has been Set”.
3.6.4 When Grooving is Set
(1) The following display is called up.
и N
FE MENU 3% 000400 Nano
CET) ;
Ni3@@ (FACE= FREE- ROUGH);
G5e S4000;
Gee Tele;
Ga6 S120 mas;
BOR f2 OD. |3 Faceli4 Face
groove | ÉEroove
LJ fin С fin
51.D, {6 I. D.
Г] groove
ОНИ fin
MEMORY LSK ROY
| END | | EXIT | RELEE 3 MANUAL ENTER |
o и
In this menu, the following six processes are available:
— AB —
(1) O,D.
O.D. grooving canned cycle using G75
(11) O.D. groove fin
О.В. groove finishing with G00 and GO0l, of the shape input by O.D. cycle.
(iii) Face
Face groove canned cycle using G74
(iv) Face groove fin
Finishing cycle with G00, G01, of the shape input by face grooving cycle.
(у) I.D.
1.D. groove canned cycle using G75
(vi) Т.О. groove fin
Finishing cycle with G00, GOl, of the shape input by Т.Р. grooving cycle.
(2) The setting of the menus is the same as in Par. 3.6.1, "When Facing has
been Set". The functions of the software function keys are also the same
as for facing.
(3) Precautions
Refer to Par. 3.6.1, "When Facing has been Set."
3.6.5 When Drilling is Set
(1) The display at right is called up. Г №
| | %** MENU xx 000908 моова
In this menu, the following three
: O1 COE
processes are available. N1300 (PACE- FREE- ROUGH):
; ; о;
(i) Drill pat 1 G99 TOt0t;
Drilling with G01, and drilling 596 51:20 Mes:
through to the end, ADrall|2Drilt ¡$Dri11
No canned cycle is used. pat 2 [pat 2 ¡pat 3
(ii) Drill pat 2 —— | SS) =
Using the G74 canned cycle,
the drill is retracted through
the preset distance during MEMORY LSK RDY
drilling. | |
END EXIT | jansert] MANUAL) ENTER
N y
(111) Drill pat 3
Using the G74 canned cycle, the retraction distance setting is neglected
and each time, the drill is withdrawn to the approach point.
(2) The setting of the menus is the same as in Par. 3.6.1, "When Facing has
been Set", The functions of the software function keys are also the same
as for facing.
— 49 —
3.6.6 When Threading ts Set
(1) The following display is called up.
Г №
*# MENU ЖЖ 006000 чоова
O100F
N13B6 (FACE- FREE- ROUGH).
G5B 54000,
Goo 19191;
G96 $120 MO3,
О.П. |2 I. D [3 O. D, !4 1. D
thread thread taper taper
MEMORY LSK RDY
| END | ext | A МАМОА ENTER |
\\ /
in this menu, the following four processes are available.
(1) O.D, thread
Using G76, the program cuts external straight threads.
(ii) Т.О. thread
Using G76, the program cuts internal straight threads.
(111) O.D. taper
Using G76, the program cuts external taper threads.
(iv) 1.D. taper
Using G76, the program cuts internal taper threads.
(2) The setting of the menus is the same as in Par. 3.6.1, "When Facing has been
The functions of the software function keys are also the same
Set”.
facing.
(3) Precautions
in cutting threads, the following turning processes cannot be programmed
in the interactive mode:
(a) Variable pitch threads
(b) Multiple start threads
— 50 —
3.7 SETTING OF APPROACH
3.7.1 Setting Approach for Facing, O.D. and 1.D. Turning
(1) When the detailed menu setting is completed, the following display is called
up.
Г №
ЖЖАРРКОАСНЖЖ FACE FREE ROU 00000 Neo
01008
Approach X= 4,2000 Gear=IOME’1:High
L£= . 800 2:Low
Tool no = Turn = ЕР
Surf speed= l:Reverse
Spin speed= Oil = HANA 1-:Off
Spin max = Work =D 1:1L72:0££
MEMORY LSK RDY
odıiy
EXIT NUAL ENTER
o y,
(a) With this display, the tool approaches from the EXT origin or the machine
origin, etc. to the turning start point. In addition, auxiliary function and
manual input items are mixed.
(b) In this display, both automatically determined items and manual input items
are mixed. |
(c) For the facing, external and internal machining, the approach data is
common.
For example, approach data are set for a facing, these data set in the last
procedure are also indicated when the external or interanl turning display
screen is called up.
With these processes, once approach data are set, the same data are indi-
cated in all other displays, and only different points need to be set.
(d) The selected turning menu is displayed at the top center part of the
screen.
(2) Set various items by the following keying:
(a) The approach points X and Z are automatically, determined on the basis of the
blank shape and the clearance of the interactive parameter, They can
also be manually modified.
However, for face finishing, external finishing and internal finishing, the
approach point is automatically set by the final block coordinate values for
the respective roughing and finishing shapes.
(b) Inputting tool No.
For example, to use tool No. "01" and offset No. "02", depress Е
0 | | 2 wa in this sequence.
The "Surf speed" display is now blinking.
(c) Inputting surface speed or spindle speed
Either surface speed or spindle speed can be input.
Inputting a surface speed value generates a surface speed constant control
ON type NC program.
Inputting a spindle speed value generates a surface speed constant control
OFF type NC program.
For example, to input "200 rpm",
depress 2 | Е 9 | wr in this sequence.
When a value is input for surface speed, no value can be input as spindle
speeds. When a surface speed has been set, and a spindle speed is still
desired to be input, depress the key after bringing the cursor to
"Surface speed" to "dump" the surface speed data, and key the spindle
speed value.
Conversely, where a spindle speed value has been set, and a surface speed
is desired to be set, "dump" the spindle speed data by depressing the
ORG| key with the cursor on the "Spin speed", and then, input a surface
speed.
"Spin max" starts to blink.
(d) Inputting spindle maximum speed
Depress the maximum spindle speed DATA keys and the key.
For example, to input "3000 rpm",
depress El 1 | we | in this sequence.
Then, a G505**** spindle speed clamp NC program is output.
Although the maximum spindle speed need not be input, if it is not input,
no G50S**** NC program is output.
Now, the "Gear" display in the screen starts to blink.
(e) Inputting gear
The initial setting for "Gear" is "0".
Depress the following DATA keys as required.
For "off": depress 9 .
For “high speed": depress | 1 .
For "low speed": depress | > |.
If no change from the initial setting is needed, move the cursor with the
CURSOR key or the mr key.
Now, the "Turn" display on the screen starts to blink.
(£) Inputting turning direction
The initial setting for turning direction is "0",
Depress g | to select forward run, and depress 4 | to select reverse run,
Now, the "Oil" display on the screen starts to blink.
(g)
(h)
(1)
(3)
Inputting cutting oil use selection
The initial setting for "Oil" is "0",
To use cutting oil, depress | gy |, and to use no cutting oil, push 11.
Now, the "Work" display on the display starts to blink.
Inputting workpiece position
The workpiece position means that side of the advancing tool on which the
workpiece is present. This setting is used as data in tool edge radius
compensation,
The initial setting for workpiece position is automatically set by turning
menus as follows:
’ Facing: right
* External turning: left
* Internal turning: right
WORK = LEFT
To change these setting,
Depress | @ | for "right", WORK = RIGHT
г WORK
Depress | 1 | for "left"
{
and Depress | 2 | for
"none",
When "none" is selected, an NC program with tool edge radius compensa-
tion OFF is generated.
To change the data for various items, move the cursor to the respective
position with the CURSOR ZN DA keys or the | wa] key.
Depressing the {°RG) key makes the items from Approach X to spindle
maximum speed on the left half of the screen disappear.
Depress the |ENTER] key.
Now, the approach data have been set, and a program is generated in the
upper part of the display.
Precautions
All the setting items, except for the spindle maximum speed and either of
"Surf speed" or "Spin speed", must be input. If some items are not set,
"Item data is missing" is displayed.
In this case, input the «missing items, and depress the [ENTER] key
again.
— 53 —
3.7.
(1)
(2)
(3)
3. 7.
(1)
(3)
2 Setting Approach for Grooving
For grooving, after setting the detailed turning menus, the following dis-
play is called up. Initially, the cursor is found at "Approach X". In this
case, since the approach point is not automatically set, a proper approach
point must be input according to the drawing. This input approach X
becomes the starting point for grooving.
№
GROV ROUGH 00808 надев
—
ЖЖАРРВОАСНЖ* GD
0100H
Approach X= Gear = 1: High
Tool no = 2:Low
Surf speed=-= Тот Е ЕЕ РЕ
Spin speed= T:Reverse
Spin max = O1: = 1 CET
MEMORY LSK RDY
odify
EXIT ANUAL NTER
Ne A
For the setting methods for various items, refer to Par. 3.7.1, "Setting
Approach for Facing, O.D. and 1.D. Turning.”
Precautions
"Precautions".
Refer to Par. 3.7.1 (3),
3 Setting Approach for Drilling
With the drilling screen, when the detailed turning menu has been set, the
display shown below is called up automatically.
In the case of drilling, since the approach point not automatically set, the
grooving approach point must input in accordance with the drawing. This
approach Z point becomes the starting point for drilling.
For the setting methods for
the respective items, refer to
Par. 3.7.1, "Setting Approach и
>
06008 NOOBS
for Facing, O.D. and 1.D. Tur-
ning". However, "Spin speed”
is calculated by "Drill diam" and
"Surf speed", and displayed.
YHAPFROACHFF DRILL PAT 3
994432) ; |
Precautions
When the drill diameter and Approach Z= Сеаг = МЕЖ 1 High
+ Tool no = 2:Low
the surface speed are input, Drill diam-= Того : Norma 1}
the spindle speed is automati- Suri speed= 1:Reverse
cally determined, and dis- Spin speeds Oil =-R 1: oft
played.
When, the drill diameter and
MEMORY LSK
the spindle speed are input,
the surface speed is automati-
||| eer | 699888 М
RDY
ANUAL ENTER |
и
cally calculated, and dis- \
played,
If some setting items are not
set, "Item data is missing" is
displayed,
3.7.4 Setting Approach for Threading
(1) With the threading display, when the detailed turning menu has been set,
the display shown below is called up automatically.
Г №
ЖЖАРРВОАСНЖ*Ж OD THREAD O8GGA NOOO
01008
Approach X= Gear -= HA] 1: High
Z= 2: Low
Tool no = Turıo- BERNER
Spin speed= i-Reverse
011 Ban ’i1:0£f
Chamfer- Din Off
MEMORY
LSK RDY
odify
EXIT ANTAL NTER
Ne y
In the case of threading, since the approach point is not automatically set,
the grooving approach point must be input in accordance with the drawing.
This approach point becomes the starting point for threading.
(2) For the setting methods for the respective items, refer to Par. 3.7.1,
"setting Approach for Facing, O.D. and 1.D. Turning".
(3) Precautions
Refer to Par, 3.7.1 (3), "Precautions",
3.8 SETTING OF BASIC DATA
When the approach point has been set, a display for all the basic data values
corresponding to the detailed turning menu is called up. Except for "threading"
and "drilling" and for finishing commanded by the respective detailed turning
menus, this display is available.
In this display, the finishing allowance, depth of cut, feedrate, etc.
required for setting before the finish shape display are set. All the data
values are automatically set on the basis of the interactive parameters, but can
be modified when required.
3.8.1 When Face, 0.D. and t.D. Roughing и ~
has been Set
AEB. DATAK* FACE ROUGH TB1 00000 Ne@soe
(1) The display shown at the GS5B S2066:
right is called up. Bee e150 Mea:
The tool No. of the current N1181 X108.2 2.08 MBB;
tool is displayed at the upper u
right area of the display. Fin allowance U = 80
Depth of cut D - 800
Feedrate F = 100
MEMORY
LSK RDY
в
| Hexer | Bra Manual] baren |
a y
— hh —
(2) In this display, all the items have been automatically set.
(a) To modify the values, move the cursor to the respective position with
the CURSOR VA NA keys or the wa | key.
(b) To return to the previous display, that is, the approach setting display,
depress the [EXIT] key. Changing the approach data and depressing the
[ENTER] key sets a new approach point.
Depress the [MANUAL] key for moving the cursor in the upper part of the
display for editing.
The EXIF key is displaying the current mode. Since mode changing is
disabled on the basic data display, the F3 key is ineffective.
(с) Depress the [ENTER] key. |
Now, the basic data values have been set.
3.8.2 When Face, O.D. and 1.0. Free Roughing has been Set
The setting is the same as in Par. 3.8.1, except that no "Depth of cut" is
displayed.
3.8.3 When Grooving Has Been Set
(1) The display shown below is called up.
Г №
EXB. РАТАЖЖ OD GROV КООСНТаАаА 006B0 НОО
На4188 (OD- GRODVE- ROUGH};
Соб S200;
се G40 тваол;
N4191 696 S26 MUS,
H
Fin allowance U = 50
W = 46
Depth of cut D = Bae
Retreat = AG
No. of steps = 1
Feedrate = 32
MEMORY ESK RDY
| | | EXIT | inzsrt MANUAL) ENTER |
\_ y
The retreat distance displayed in this display is the one in the NC setting.
If the retreat distance is modified in this display, the one in the NC set-
ting is automatically modified. _
However, if the МС is running оп memory when the [ENTER] key is
depressed on the basic data display, the setting is modified after the com-
pletion of the run.
(2) For the basic data setting, refer to Par. 3.8.1.
— 56 —
3.9 SETTING FINISH SHAPE
When the setting of the basic data has been made, the finish shape display is
called up according to the variable turning menu.
With facing, O.D. turning and I.D. turning, the workpiece shape is to be
input with straight lines, circular arcs, chamfers and rounding.
As the input data is graphically displayed on the display, visual checking
is possible. With grooving, drilling and threading, the finish shape is set
while data values are input in response inquiries message.
3.9.1 When Face, O.D. and 1.0. have been Set
(1)
(a)
(b)
(c)
(d)
(e)
The display shown below is called up.
Initially, the software function |LINEAR] key is reverse displayed.
г №
%ЖЗНАРЕЖЖ OD ROUGH Tôi ободе невев
End pos, X; RE EEE
Zi = |
ye
|
|
|
|
|
x
|
|
2. => $—
MEMORY LSK __ RDY
Ll
LINEAR. | ARC | | FER | OUND | NTER | [>
The displayed point "," is the approach point.
Program is to be written along the tool path starting from this point.
The mark "@" indicates the program origin, which is (0, 0) in the abso-
lute coordinate system.
This position shifts with the face removal allowance data.
The "|" line outside the workpiece confour indicates the chuck line. The
chuck jaw comes to this line, and tool path must not be programmed beyond
this line. This line shifts with the chucking allowance data.
The current input mode is displayed in the upper right part of the display.
The mode is either insert or modify.
INSERT] is reverse displayed and [MODIFY] is reverse displayed and
blinks. |
As the finish shape data elements are input, each of them is represented
by " — " straight line, " /N " circular arc, " O " radius, or "[]"
chamfer, |
Note however that "©" and "[]" are drawn in the same size regardless
of the actual value.
The shape elements indicated by the graphic cursor change solid lines into
dotted lines. The graphic cursor moves when the PAGE IN АА keys
are deprssed. |
— 57 -—
(f)
(2)
(a)
(b)
(c)
(d)
On this display the following software function keys are dispalyed:
CHAM BLOCK
< [LINEAR ARC FER ROUND ENTER >
<| EXIT ENTER | [>
<] MODIFY} [INSERT] | ERASE CALC >
These are displayed, in turn, as the | « | or | » | key is depressed.
Set "the first block of finish shape" through the following keying. Make
sure the insert mode is ON. .
The first block must consist only of rapid linear feed. If other elements
are selected, a warning "First block can set line data only" is displayed.
Therefore, input only the "End pos" coordinate.
Key in the X coordinate followed by wr | .
For example, to input "2.4 inch".
Depress 2 | . Pa |] we), in this sequence,
With the | U | key, the end point coordinate can be input as the increment
from the current position.
For example, to designate a point "1 inch" less than the current coordi-
nate as the end point X coordinate, depress keys as follows:
Depressing only | Ц! and input the current X coordinate.
When the X coordinate has been input, the cursor moves over to "Z”,
Similar to the keying for X, depress the Z coordinate value keys followed
by the key.
The ¡Wi key represents the current Z coordinate, and with it, the end
point coordinate can be input as an increment from the current coordinate
similar to the case of X,
To correct the existing value, bring the cursor to the items to be
corrected with the CURSOR UN NA keys or the va key.
Depressing the key "dumps" the item indicated by the cursor.
BLOCK
ENTER
Now, the rapid feed in the first block has been set.
The shape after the block setting is shown by dotted lines.
Depress the | key.
— 58 —
(e) To modify the finish shape, refer to Par. 3.9.1 (5), (6) and (7).
Note: The sign for the input coordinate system is the same as that for the
lathe program coordinate system,
(+X, —2) (+X, +2) (=X. —2) (—X, +2)
(3) Set "second and further finish shape blocks" by the following keying:
For the second and subsequent blocks, [LINEAR] is originally
selected,
but other elements can be selected with the software function keys dis-
played in the bottom area of the display. When one of them is depressed,
the corresponding software key is reverse displayed, and the
key is returned to normal.
(a) Using [LINEAR]
| LINEAR]
(1) The following are бы in the upper left area of the display:
"End pos. X ЕВЕ
Ш Z =
"Angle =
"Feed rate F = "
The angle can be specified between -360° and +360°, as measured from
Note:
|
the plus direction of the Z-axis.
When both the X and Z coordinates of the end point are input, no
angle need be input.
When no angle is input, and only one of the end point coordinates
is input, the unspecified coordinate is regarded as the same as the
current coordinate.
When angle is input, either the X or the Z coordinate of the end
point must be input. If only the angle is input, a warning "Item
data is missing" is displayed.
The feedrate for the second block is automatically displayed. This
is because of the F designation for finishing that will become effec-
tive for finishing.
Even for the data inputting for the roughing menu, the feedrate
displayed here is that for finishing.’ This feature must be given
attention. For the roughing, the feedrate set as the basic data is
effective,
The third and subsequent blocks are to be specified when the
feedrate is to be changed sometime during the finishing process.
The input patterns are listed below. No other pattern is usable.
End Point X|End Point Z Angle Remarks
O Parallel to X-axis from current point ta end point X
® Parallel to Z-axis from current point to end point Z
O O
® O O Angle ts disregarded.
O: Applicable
— 59 —
(ii) Depress the
BLOCK
ENTER
| key.
Now, the straight line block finish shape has been set.
(111) To modify the finish shape:
Refer to Par. 3.9.1 (5), (6) and (7).
(iv) To use the CALCULATION function
Depress the ¡CALC| key.
For the usage of the calculation function, refer to sect,4 "Calculation
Function Usage",
The calculation results are displayed at the final coordinate X and 2
positions when | x | WR |, Z WR or | x | x | WR |, 2. [Z| | we
are depressed, after returning to the finish shape setting display.
(b) Using [ARC |
(i) The followings are displayed in the upper left part of the display:
"Dir (0 = CW/1
"End pos. X
IT 7
"Radius R
"Center Pos.
1
"Feedrate F
Xx
Z
CCW)" = В "
First, the turning direction of arc is to be input.
Depress | 9
Depress 1
for clockwise and
for counterclockwise.
For other items, input data values in the same way as for (i) through
(iii) of the first block (a).
Note: 1 When a minus value is input for "Radius R", an arc with a central
angle larger than 180° is meant.
+R COMMAND
END POINT START POINT
MORE THAN / COMMAND
180°
— 60 —
Note: 2 When the X and Z coordinates of the end point are input, either the
coordinates of the center or the radius must be input.
Note: 3 When the X coordinate of the end point and the coordinates of the
center are input, a message "End point (0:left/1:right) of center"
is displayed.
ona DoT POINT
В END POINT Since a circle intersects a
C RIGHT . .
LEFT ma straight line BC at two
x points, the intended point
| must be keyed in.
Z
Note: 4 When the Z coordinate of the end point and the coordinates of the
center are input:
UPPER А message "End point
A START POINT (O:upper/l:lower) of center"
is displayed.
Since a circle intersects a
straight line BC at two
x LOWER, points, the intended point
| must be keyed in.
Z
Note: 5 When both the X and Z coordinates of the end point are not input,
the following message is displayed:
"Get end point by culculate function"
END POINT
R
CENTER
Note: 6 For the feedrate, refer to Note 4 for (a) Using straight line.
Ihe input patterns are listed below:
End Point X | End Point Z | Center X | Center 2 Radius - Remarks
О О O Center compensation
© | © O O Center compensation
O | C) O O Radius compensation
О © O O _ Radius compensation
O O О |
O O O
O O О О. О Center compensation
(O: Apphcable
.. BLOCK
(11) Depress the ENTER
Now, the finish shape of a circular arc block has been set.
key.
(ii) To modify the finish shape, refer to Par. 3.9.1 (5), (6) and (7).
. M
{c) Using ER
(i) The following displays appear in the upper left part of the display:
"Chamfer amount С = His "
"Peedrate F =
Key in chamfer size C. Input the feedrate when a different feedrate
is desired for the chamfer amount:
Note: 1 The chamfer amount is under the following restriction:
K-|K+
END POINT L | ]
D
x 7 U RESTRICTION: U
45° 2 CHAMFER AMOUNT | K |< |-> |
L
7 START POINT
X-AXIS CHAMFER
END POINT
I+ Г 45°
ES UN POINT
| р
ый W RESTRICTION
CHAMFER AMOUNT IE | < М
Z-AXIS CHAMFER
(ii)
(iii)
2. After rounding a corner, the same corner cannot be chamfered.
- CHAMFER
ROUNDING EN
3. For the feedrate, refer to Note 4 for (a) "Using straight line."
BLOCK
Depress the ENTER key.
Now, the finish shape for the chamfer block hs been set.
The chamfering function has the following convenient usage.
y APPROACH
F 30° OY
- - 9 —2
EXTERNAL TURNING
When machining the shape as shown above using the O.D. rough
menu, the finish shape input must contain the coordinates of point B
and point E, Using the chamfering function, the same shape can be
more simply input as follows:
« Obtain the coordinates of point A with the "intersection of two lines”
menu of the calculation function.
- Input "LINEAR" from the approach point to point С the X coordinate
of which is the same as point A.
* Input "LINEAR" from point С to point А,
« With the "CHAMFER" menu selected, key in E | llo ova
* Input "LINEAR" to point Е,
As seen above, ‘when X [chamfer length]. are keyed for
chamfering in external turning, the chamfer is made between the
X-axis and the next block, instead of between the preceding block and
the next block. Then, the coordinate values input in the preceding
two blocks are automatically compensated. In this case, point C is com-
pensated to point D, and point A to point B.
With facing and internal turning operations, the following examples
correspond to the above case.
— 63 —
] = + APPROACH
|
B| „| A
Y SY
< = me Co
$24 — D
Е
a9 “ТА C
30” |
F she Lo o F | APPROACH
> - 9-2 | - o- Fi
FACING INFERNAL TURNING
In a facing operation, since the chamfering takes place between the
. | | 2 WR
In an internal turning operation, since the chamfering takes place
between the X-axis and the next block, key | X | Г . | 2 || we .
Z~axis and the next block, key
Note: 1 All keyings are invalid except for these specified. For extenal
turning, only x) for facing | Z |, and for internal turning,
are the valid keys.
2 This function is effective for roughing and free roughing of the
outside, face and the inside.
3 This chamfering command should not be used except at the first
position of the shape (third block from approach).
Giv) To modify finish shape
Refer to Par. 3.9.1 (5), (6) and (7).
(4) Using [ROUND
(1) The following items are displayed in the upper left area of the display:
"Rounding amount В = ft
"Feedrate F = п
Key in the rounding amount В. Input а feedrate when a different
feedrate is desired for the rounding.
Note: 1 The rounding amount has the following restriction:
K- Kt
|]
Om TT END POINT
END POINT >, / |+ |
\
> START POINT
u И | ;
2
x X W
b |
7 START POINT 7 Ll} << |W]
RESTRICTING IKI < | u | RESTRICTING
CONDITION 2 CONDITION
X-AXIS ROUNDING Z-AXIS ROUNDING
(ii)
(iii)
é Rounding is not possible for a shape as shown below:
ROUND
3 For the feedrate, refer to Note 4 for (a) "Using straight line"
BLOCK
ENTER
Now, the rounding block finish shape has been set.
Depress the key.
The rounding function has the following convenient application.
Similar to the chamfering function, the rounding function automatically
compensates the intersection when the first portion of the shape is
rounded.
X
; i
r APPROACH
F #
30 y
Е А
He 0
$24 oor
Bp?
- $?
EXTERNAL TURNING
| ss + APPROACH
roy X
a +- j = 1 ne
© 4
$24 3 Al]
|
30°
| ‘APPROACH
7 $0.8 . ;
FACING |
INTERNAL TURING
For external turning, the shape can be simply input by the following
keying:
1, Obtain the coordinate of point A by the calculation menu
"Line/Line".
. Input "LINEAR" from approach point ot point A.
. Input "LINEAR" from point C to point A.
2
3 .
4, Select "ROUND" menu, and key | x ||. E || wa |.
5. Input "LINEAR" to point F.
With this keying, point C is compensated to point D, and point A to
point B.
Note: Refer to Note for Par. 3.9.1 (3) (c) (iii) "Chamfer",
(iv) To modify the finish shape, refer to Par. 3.9.1 (5), (6) and (7).
(4) Set the last block of the finish shape by the following keying:
It must be the linear instruction in the final block.
(a) [LINEAR] has been selected and is reverse displayed.
(b) Input values for the respective items in the same way as when |lLINEAR] has
been depressed in (3) After block 2.
BLOCK
ENTER|
Now, the final block has been set.
(c) Depress
(d) With the menu for OD rough, and ID rough, the X coordinate value of the
finish shape last block becomes the approach X coordinate value for OD
finish and ID finish.
With the menu for Face rough, the Z coordinate value of the finish shape
last block becomes the face finish approach Z coordinate value.
(5) To modify (insert mode) the finish shape, proceed as follows:
(a) Depress the EJ or > key to display the following software function
keys:
« | yooırr | | mSERT | | ERASE | | CALC | | | >
(b) When [MODIFY} is displayed in the upper right area of the display,
depress the |INSERT] key.
The "MODIFY" display changes to "INSERT".
Note: When "INSERT" is displayed, the IINSERT|key need not be depressed.
(c) Move the graphic cursor with the PAGE keys to the block before
the position for insertion.
The selected portion changes from a soild line to a dotted line.
(d) The following software function keys are displayed:
CHAM BLOCK
«| LINEAR | | ARC | | Kon | | ROUND | | ENTER | >
— 66 —
(e) For the inputting and setting methods of the to-be-inserted shape, refer
Note that with this finish shape
modification, when the values for all the items are keyed with [LINEAR] or
to Par. 3.9.1 (3), "After seocnd block".
ARC|, and the
BLOCK
ENTER
played, unless the set block is the last block:
"Affect next block? (Yes:1/No:0)
The necessary response to this message is shown below:
(1) Assumed finish shape
X
AÑ
|
LK
FINISH SHAPE A(X, 7)
£
To insert a linear block after the block shown by dotted line.
(ii) Depress the [LINEAR] key.
(iii) To bring the start point at A (X, Z) and the end point at (X+1
Z-1),
(iv) Depress
key | U K | wal and | W
+
108.
[BLOCK
ENTER] Key.
(v) Message "Affect next block? (Yes:1/No:0) is displayed.
(D When Change Occurs in Subsequent blocks:
Depress
1 *
Ihe finish shape after the block insertion is as shown below.
N
|
INSERTED
| BLOCK
FINISH SHAPE
key is depressed, the following message is dis-
E
As the block shown by a dotted
all the subse-
quent blocks change.
line is inserted,
(2) When No Change Occurs In Subsequent blocks:
Depress
+
0 .
The finish shape after the block insertion is as shown below.
INSERTED
р BLOCK
|
NISH
ADE THIS BLOCK
ONLY CHANGES
-6] -
As the block shown by the dotted
line is inserted,
one block changes,
only
the next
(6) To modify (insert mode) the finish shape, proceed as follows:
la) Depress the | 4 | or > key to display the following software function
keys:
< | MoDEY | | ser | ET | смс | | | >
(b) When "INSERT" is displayed in the upper right area of the display,
depress the |MODIFY| key.
The "MODIFY" display changes to "MODIFY".
(Note: When "MODIFY" is displayed, the |MODIFY| key need not be
depressed. )
(c) Move the graphic cursor with the PAGE А NA keys to the block before
the position for insertion.
The selected portion changes from solid line to a dotted line.
(d) Set the changed block in the same way as for (5) changing (insertion
mode) the finish shape.
The same finish shape example is assumed.
a
|
FINISH SHAPE
(1) When Change Occurs in Subsequent Blocks:
Depress .
The finish shape after the block change is as shown below.
CHANGED
BLOCK | |
> As the block is changed into a
FINISH SHAPE dotted line block, all the
subsequent blocks change.
(2) When No Change Occurs in Subsequent Blocks:
Depress key.
The finish shape after the block change is as shown below.
CHANGED As the block shown by the dotted
ИР line is changed, only the next
FINISH | one block changes.
SHAPE THiS BLOCK ONLY
CHANGES.
— 68 —
(7) To modify (erase mode) the finish shape, proceed as follows:
(a) Depress the 7 or a key to display the following software function
keys:
<] [MODIFY| INSERT | ERASE | | CALC | | | >
(b) Move the graphic cursor with the PAGE keys to the block to be
erased. The selected portion changes from a solid line to a dotted line.
(с) Depress the |ERASE| key.
(d) Unless the erased block is the last block,
"Affect next block? (Yes:1/No:0)" is displayed.
The same finish shape example as for "(5) Finish shape modify (insertion
mode) is assumed.
—_
FINISH SHAPE ——
(D When Change Occurs in Subsequent Blocks:
Depress 4 |
The finish shape after the block erase is as shown below.
As the block tn the dotted line is
Y a erased, all the subsequent blocks
FINISH SHAPE ERASED change.
BLOCK
(2) When No Change Occurs in Subsequent blocks:
Depress ‘с | .
The finish shape after the block erase is as shown below.
As th block shown by the dotted
\ line is erased, only the next one
LR block change.
FINISH SHAPE —_
THIS BLOCK IS
ERASED
— 69 —
(8) Other software function keys on the finish shape display
When the [EXIT] key is depressed, the display returns to the previous dis-
play, that is, the basic data setting display.
The [CALC| key is for using the calculation function.
(9) Concavity and simplicity of the finish shape are automatically checked.
The output NC program differs according to this check result. For a simple
shape, the rough turning leaves finishing allowance in both the X and 2
directions. For a concave shape, the rough turning leaves finishing allow-
ance only in the X or Z direction.
(10) Depress the |ENTER|key.
Now, intersection calculation is executed from the first input block, and
"Now calculating:++" is displayed at the lower center of the display during
the operation,
If an intersecting point calculation error occurs, the graphic cursor
stops at the block in which the error occurred, to indicate the location of
the error.
When this happens, the input mode automatically changes to the modify
mode, even when it has been in the insert mode. Change the finish shape
data for the block element in which the error has ocurred.
BLOCK
ENTER
cute the intersecting point calculation.
When no error is present, the finish shape is set.
Then, depress the key and depress the |ENTER| key again to exe-
(11) Precautions
The following shapes cannot be machined in facing, O.D. turning or I.D.
turning.
(a) Shape containing overhang as (b) Concave shape containing 4 or more
shown below. interruptions as shown below.
SF Joa ~— TOOL
N
' START START
ı POINT POINT
y INTERRUPTION 4
INTERRUPTION 3 ) — CUTTING LINE
—— OVERHUNG
INTERRUPTION 2
INTERRUPTION 1
(с) Shape exceeding 39 blocks.
—]Q-
3.9.2 When Grooving has been Set
3.9.2.1 О.Б. grooving
(1)
(2)
(a)
(b)
(c)
(d)
(e)
The display shown below is called up.
Г №
*#SHAPE** OD GROV ROUGH T06 06000 Nou
0100.
N4100 (OD- GROOVE- ROUGH).
СВО GAB TOGOG,
qo GS6 576008 M@3;
GrovWidth= Right K =
Bottom X = +C-R =
Left Z = Left X =
EdgeWidth= tC-R =
Edge R =
MEMORY LSK RDY
odif |
|| вжат ANUAL NTER
NE De
Set the groove shape as follows:
Input the Groove Widty.
For example, to input "0,4 inch",
Depress = | 4 | wa | in this sequence.
The cursor moves to "Bottom X",
Input the X coordinate of the groove bottom.
Then, the cursor moves to "Left 7"
Input the Z coordinate of the groove left flank.
Then, the cursor moves to "Edge Width”,
Input the tool edge width.
Then, the cursor moves to "Right X",
Input the X coordinate of the right corner. However, this
required if ‘the right corner has no chamfer or rounding.
À ax coonomare
Then, the cursor moves to "+С-В",
input is
not
(f) Input the right corner chamfer amount or rounding amount.
Here, "+" value is for chamfer, and "-" value is for rounding.
To input chamfer "0.1 inch",
Depress | . |1 | wa | , in this sequence.
To input rounding "0.2 inch",
Depress | - | . | 2 | wr |, in this sequence.
Then, the cursor moves to "Left X",
(g) Input the X coordinate of the left corner.
This input is not required when the left corner is not chamfered nor
rounded.
LEFT X
COORDINATE
Then, the cursor moves to "+ C - R”,
(h) Input the left corner chamfer amount or rounding amount.
Input in the same way as for (f) right corner.
Then, the cursor moves to "Edge В",
(1) Input the tool edge R.
Input the edge В of the grooving tool used. With this input, an NC
statement taking the tool edge К at groove finishing is generated. Input
the tool edge R when either corner is chamfered or rounded.
(3) To modify some of the input data, move the cursor to the to-be-modified
item with the cursor UN АЯ keys or the key.
(К) Depress the [ENTER] key.
Now, the О.Р. groove finish shape has been set.
3.9.2.2 Face Groove Turning
(1) The screen will show the following display (in face groove rough turning):
Г №
ЖЖЗНАРЕЖЖ FACE GROV ROU Tas 000890 NGaB0@
N4300 (РАСЕ- GROOVE- ROUGH)
GOB GAB Tases:
N4301 GS6 S788 MO3;
H
GrovWidth= Upper Z =
Bottom Z = +C-R =
Lower A = Lower Z =
EdgeWidth= FER =
Edge R =
MEMORY
LSK RDY
mo o р
| вжлт | peer Manoa) lenrer |
(2) Input and set as in Par. 3.9.2.1, "Outer diameter groove",
UPPER Z COORDINATE
LOWER Z COORDINATE
3.9.2.3 Inner Diameter (O.D.) Grooving
(1) The screen will show the same display as that shown when turning an
О.П. groove.
(2) Set by the same method.
3.9.2.4 Precautions
(1) The tool tip position is specified as follows. Set the control points in the
offset display also as follows.
(1) O.D. groove (ii) Face groove (11) Е.Р. groove
TOOL
SPECIFIED TOOL TOOL | \
TIP PONT О |
= Г — SPECIFIED TOOL _
TIP POINT
SPECIFIED TOOL TOOL
| HP POINT
Control Point 3 Control Point 3 Control Point 2
= 13 —
(2) The finish shape cannot be set in the following cases:
(i) If the edge width is wider than the groove width.
——— GROOVE ———
WIDTH
Depress the |ENTER| key and the message "Edge width is too wide" will
be disprayed.
(ii) If th length obtained by adding finishing allowances on both sides of
the groove to the edge width is longer than the groove width.
Ta a
0.45 inch TOOL
' 1
005 inch |i Ч 0.06 inch
(FINISHING ALLOWANCE} (FINISHING ALLOWANCE)
5.5 inch,
The relationship between the tool and workpiece will be as follows if
the tool approaches in the example shown above.
Therefore, in this case, finishing allowances cannot be obtained.
If the [ENTER] key is depressed after inputting the dimensions shown
in this example, the message "Change value of finishing cut (w)." will be
displayed. Change the finishing allowances from 0.05 to 0.025 or less
and depress the |ENTER| key again in the SHAPE display.
— 74 —
(iii) Special turning such as turning V-belt grooves is not possible.
Escape from the interaction mode and manually input.
(iv) If walls are removed as a result by specifying chamfering and rounding
on the groove entrance and bottom as shown below.
WALLS ARE REMOVED.
HAMFERING
ROUNDING
(v) If the groove bottom is not flat as shown below.
GROOVE
an
(vi) Turning more than two grooves in one process as shown below.
This workpiece can be turned by turning in different processes,
(vii) Making a groove inside a groove as shown below.
GROOVE
GROOVE
(viii) Rounding the corners of a tapered block adjoining a groove as shown
below.
ROUNDING ROUNDING
GROOVE
Rounding in grooving makes the finish shape different, as shown below.
ROUNDING IN GROOVING
In this case round the workpiece by manual input after setting the
finish shape as follows.
N ___—-ROUND HERE.
paris
— 15 —
e Ta
(3) The groove is finished by G00 and G01 cycles rather than by fixed
cycles. Dwell time is inserted to finish the groove bottom uniformly.
The dwell time can be calculated automatically using the following expres-
sions:
For G97: For G96:
p— 60 (sec) Хх 2 po | X Groove Bottom X Coordinate (inch) x001
Revolution Speed (rpm) Peripheral Speed (ft/min). |
(4) Chamfering motion is automatically compensated in finishing chamfering of a
corner of a groove with a step if the difference of X coordinates input at
left and right in an O.D. or Т.О, groove or of 2 coordinates input verti-
cally in an end groove is larger than the groove step clearance amount set
by interactive parameters.
In the case of an O.D. groove, for example, chamfering on the lower
side by the same turning method as that for the higher side, is wasteful.
Chamfering is compensated to match that for the lower side as shown
below.
APPROACH POINT APPROACH POINT
— CLEARANCE AMOUNT e en ene A
CLEARANCE AMOUNT u ; fo
Left Side Higher Right Side Higher
than Right Side than Left Side
(5) The tool is changed between a à
NOS rougning and Broove KKSHAPE## OD GROV FIN 106 00009 недое
inishing. us, in groove
finishing, the basic data dis- 41200 (OD- GROOVE- FIN):
play is skipped to show the GOO GAB TO606:
N4201 G96 S788 MOS;
finish shape display if the H
approach display is set. The
cursor is set to the edge na mers
width. If the edge width or
edge R amount in groove fin-
ishing differs from that in
groove roughing, depress the
¡ENTER| key after inputting MEMORY LeK RDY
new data. odify
у и the tools for groove | | | Вхтт Ä Poa MANUAL ENTER |
roughing and finishing are \ y
the same, depress the
¡ENTER] key.
(6) The NC program output in groove finishing does not use edge R compensation
by G40. Instead, NC programs of positions X__and Z__ , taking into
consideration the edge R amount, are created by automatically calculating
it based on the edge R amount set in the finish shape display.
(7) Groove finishing is also performed in groove roughing only if the groove
width and edge width are identical. Groove bottom and wall are finished
roughly by setting finishing allowances U and М to 0 if the groove width
and edge width are the same. If chamfering and rounding are required,
an NC program to turn chamfering and rounding only after a fixed cycle
of groove roughing is created. 16
3.9.3 Drilling Setting
(1) The screen will show the following display. (Drill pattern 2)
и >
FESHAPEXX DRILL PAT 2 TO! 00080 Noadeb
GOQ Tail;
G97 S356 NO3;
End pos, 7,
Depth of cut= =15151%
Retreat = да
Feedrate = Se
MEMORY LSK RDY
odify la
EXIT NUAL ENTER
\ y
(2) Set the finish shape by operating as follows.
(a) Drill pattern 1
(1)
(ii)
(iii)
(iv)
(v)
Input End pos. Z.
For example, to input "-1,8 inch”:
Depress keys E E | o» “8 and |wr| sequentially.
The cursor moves to the "Feedrate" position.
Input the feedrate.
The feedrate is automatically displayed. However, a change is possible.
Modification
Move the cursor by operating the cursor and keys or by the
wR| key.
Depress the [EXIT| key when wishing to return to the previous display,
or the approach display.
The EME key displays the present mode. The mode change is
not allowed in the escape display and the F3 key cannot be used.
Depress the | ENTER] key.
The finish shape of Drill pattern l is now set.
(b) Drill pattern 2
(1)
Input End роз. 2.
After inputting, the cursor moves to the "Depth of cut."
7] -
(ii)
(111)
(iv)
(v)
Input the depth of cut.
The depth of cut is automatically displayed. However, it can be
changed.
The cursor moves to the "Retreat" position.
Input the "Retreat."
This value displays the "Retreat" in the NC setting data, If the retreat
is rewritten in this display, the NC setting retreat is automatically
rewritten also.
Depress the key as it is. However, a change can also be made.
The cursor moves to the "Feedrate" position.
Input the feedrate.
Depress the | ENTER | key.
The finish shape of Drill pattern 2 is now set.
(c) Drill pattern 3
(i)
(ii)
(iii)
(iv)
Input End pos. Z.
After the input, the cursor moves to the "Depth of cut" position.
Input the depth of cut.
After the input, the cursor moves to the "Feedrate" position.
Input the feedrate.
Depress the | ENTER | key.
The finish shape of Drill pattern 3 is now set.
3.9.4 Setting Threading
(1) The following will be displayed. (O.D. taper thread)
(2)
(a)
(b)
(c)
(d)
(e)
**¥SHAPE** OD TAPER тез 004086 ноово
сов T0303;
97 S20 M83:
M23,
938: A2.5 20;
Pitch = lst depth= . 149
End pos. Z= Edee angle = S5
Base diam= (29, 30, 55, 60, 80)
Base Z = Taper ratio= 16
Height =
MEMORY LSK RDY
| | odıfy
EXIT ANDAL NTER
Ne y
Set the finish shape as follows.
Input the pitch.
To input "0.08 inch” for example:
Depress the . 9 E | and wa | keys in succession.
The value obtained by multiplying the pitch by the coefficient to calculate
the thread height set by the interactive parameter will be displayed in the
"Height" column when input is performed. The cursor moves to "End
pos. Z" coordinate position.
Input the end pos. Z coordinates.
“4 E 6 | and
For example, when inputting "-1.6 inch", depress keys E
wa , in succession. The cursor moves to the "Base diam" position.
Input the base diam. For example, when inputting "3.6 inch”, depress keys
ENDE
and | wa | in succession. The cursor moves to the "Base 2"
coordinate position.
Input the base Z coordinates.
The cursor moves to the "Height" position.
Input the thread height.
The thread height is obtained by multiplying the value set by the parameter
by the pitch value. Values will be displayed automatically when the pitch
is input. However, changes can also be made. Depress the |wr| key.
The cursor moves to the "Ist depth" position.
— 19 —
(£) Input the "15% depth". The value is automatically displayed. However,
changes can also be made.
Depress the key. The cursor moves to the "Edge angle" position.
(7) Input the edge angle.
"60°" or "55°" will be displayed automatically if the screw is cylindrical or
tapered, respectively. As the comment in the display mentions, the value
can be rewritten by selecting 29°, 30°, 55°, 60° or 80°. Depress the | мн| key.
The cursor moves to the "Taper ratio" position. Cylindrical threading
requires no taper ratio.
(h) Input the taper ratio. The radius difference of the tapered part can be
expressed by the following expressions.
(i) X-axis plus
Tapered part radius difference =
_ | Approach point Z - end pos. Z coordinate |
Taper ratio |
(11) X-axis minus
Tapered part radius difference =
| Approach point Z - end pos. Z coordinate |
Taper ratio |
+
Тре taper ratio is the set value of interactive parameters.
Derpess the key.
(i) Modification
Move the cursor using and keys or key to make the
modification.
(j) Depress the |EXIT| key to return to the previous display, namely, the
approach display.
(k) Depress the |ENTER| key.
The thread finish shape has now been set.
3.9.5 Where Programming not Possible by Interaction
(1) Cutting off (2) Closed loop cycle turning (3) Variable pitch thread
turning (4) Threading of more than 2 screw rods (5) Turning more
than twice by same menu
For example, if O,D. grooving is ordered again after instructing O.D.
grooving, the previous interactive data are deleted and the new interactive
data remain.
The first interactive data are deleted and modification of first grooving
by interaction is not possible. No problem is caused if this modification is not
tried.
—B0 —
3.10 PROGRAM INSERTION
(1) After setting the finish shape, the display to insert a created program will
appear as shown below. This display is not shown in finishing for face, O.D.
and 1.0. grooving, drilling, or threading. The set turning menu will be
displayed on the display.
Г №
FX ]INSERTEX FACE FREE ROUT@1 08888 Nuogg
G50 $54000:
GEB TOIDB1;
GS6 S766 NOG,
noo 4.2 2.088.
Insert program after cursor
MEMORY
LSK ROY
odiiy
EXIT ANUAL NTER
\_ A
(2) Insert the program as follows.
(a) Insert the program in the block after the cursor.
When the cursor position is desired to be changed:
(i) Depress the |MANUAL| key and the key display will be reversed.
(11) Depress the cursor keys and and move the cursor to the
position previous to inserting the program.
(b) Depress the [EXIT] key to return to the previous display, namely, the
finish shape setting display.
The EC key displays the present mode. A mode change in the pro-
gram insertion display is prohibited and the F3 key cannot be operated.
(с) Depress the |ENTER| key. By this, the created program is inserted after
the cursor,
—81 -
3. 11 ESCAPE SETTING |
(1) The escape setting display as shown below will be displayed after program
insertion is finished. This display is the end of one process and deter-
mines where tools finished cutting must escape to. It can also set the
spindle stop and program end.
4 №
ЖЖЕЗСАРЕЖЖ FACE FREE ROU Т@1 00069 Noaoa
N1I3S@i x4.2 2.06;
N1302 G@@ G41 X4.208 2.004;
Ni3@3 GB1 X.008 F.Q1;
a
Escape point REN I 1:-Machine org
2:Free point
Spindle stop- BE i: Yes
Program end = HEIL 1: Yes
MEMORY ESK
| | EXIT | rer MANUAL — |
\ y
(2) Set escape as follows.
(a) Input the escape point.
Depress a | to select the external origin.
Depress to select the machine origin.
1
2
Depress to select a free escape point.
Time is lost in free escape if escape is made to the external origin or to
the machine origin when continuously cutting in subsequent processes
using one tool, Therefore, free cutting is performed when escaping a tool
to a free point temporarily or when not wishing to escape from the present
position. After making the selection, the cursor moves to the "spindle"
position.
(b) Input whether or not spindle stop is required.
Depress "&| to select no spindle stop.
Depress "4 | to select spindle stop.
After the selection is made, the cursor moves to the "Program end"
position,
(c) Input whether or not program end is required.
Depress to select no program end.
Depress to select program end.
- 82 -
(d) Modification
Depress the and cursor keys or the [ur key to move the cursor
and make the modification.
(e) Depress the[EXIT}key to return to the previous display, namely, the pro-
gram insertion display.
Depress the|MANUAL|key to use the cursor in the top part of the display.
The а key shows the present mode. Changes т the mode are
not allowed in the escape display and the F3 key cannot be used.
(f) Depress the ¡ENTER | Кеу.
(i) Escape is set if the escape point is the EXT origin or machine origin.
(11) If the escape point is a free escape point, the following display will be
shown on the display.
a | N
ЖЖЕБСАРЕЖЖ FACE FREE ROUTO! 000600 NBAae
N1301 x4.2 2.98;
N13@2 GOO Gai ха.208 2.004:
N1383 GOi X.008 F.D1;
H
Escape point= 0:Ext org/1:Machine org
ZiFres
KX = I, K
Z =
I = tx, 2
K = = TT.
MEMORY LSK RDY
odı{iy
EXIT MANUAL NTER
\_ y
(Escape in One Shaft Direction Only
Input the coordinate of the shaft only. The input coordinate only is output
to the NC program. For example, to escape to the position of "5 inch" par-
allel to axis X, input coordinate values in X coordinates only by depressing
Ё
keys | 5 | and wn], in succession. Depress the|ENTER | key.
(2 Escaping in both Axes Directions
Input the X and Z coordinate values and depress the | ENTER | key.
(3)Stopping the Tool in Position Finished with Turning
No coordinate values are input. Depress the |ENTER | key. |
GOO X Z will not be output to the NC program. Depress the
key to delete data in ® and @ if past data are contained.
— 83 -
(4)Special Escaping
Use Command I or K if the direction of the move command instructed by
the same block as that for edge R compensation cancel differs from the
material shape direction.
Instruct "G00 G40 X 2 K ;" to escape the tool by cancelling
edge R compensation in the X and Z directions at the end of first block
cutting if the workpiece has the following shape.
ESCAPE
To escape in such a special direction, using |ENTER| key, input the mate-
rial shape directions of the next block in I and K incrementally.
Return to the display of Par. 3.5, "Setting Variable Turning Menu” after
setting.
3.12 ESCAPE FROM INTERACTIVE MODE
3.12.1 Turning Program Created
Depress the [END| key in the variable turning menu. Refer to Par. 3.13.1 for
transfer of programs to the memories.
3.12.2 Escape from Interactive Mode during Program Creation
Escape from the interactive mode is not possible during program creation.
The [END] key is displayed only in the variable and detailed turning menu
and in the material display only. Continue operating and proceed to these
displays or return by depressing the [EXIT | key and [END] key.
The program returns to the display immediately before the interactive mode
after escaping from the interactive mode.
3.13 PRECAUTIONS
3.13.1 Interactive Programming Data Transfer
Programs created or modified by interactive operation are sequentially trans-
ferred and stored in the normal part program memory.
(1) Other than in memory mode
Data are transferred when the [END] key is depressed.
(2) Memory mode
(a) New data
Data are transferred when the [END] key is depressed.
(b) Old data
Data are transferred to the memory with the label skip turned ON (refer
to Par. 1.1.4 in the YASNAC LX3 Operator's Manual) after depressing the
END] Key.
— 84 —
3.13.2 Interactive Data Search Timing
The interactive program number is searched for only in the EDIT mode, If
the interaction ends in another mode, the interactive program number should
be sought manually for operation.
3.13.3 Interference Check
(1) Inner diameter (I.D.) turning
(a) I.D. free turning (rough turning or finish turning)
}
INTER- FINISHING SHAPE
FERENCE | USER-SELECTED
; BLOCK
CZ N
Y_____ ' 2222222222... > - - “APPROACH
_ _ a
La
|
AUTOMATICALLY INSERTED
BLOCK
In the finishing shape shown above, a block escaping to "material right
end Z coordinate + end clearance Z" is inserted automatically in
the setting.
(b) I.D. grooving (rough turning or finish turning)
USER-SELECTED
INTERFERENCE BLOCK
GROOVE
pa
LT oo =
APPROACH
—. - 2) — AUTOMATICALLY INSERTED
BLOCK
In the finishing shape shown above, a block escaping to "material right
end Z coordinate + end clearance Z" is inserted automatically in the escape
setting.
(с) For I.D. cylindrical screws and tapered screws, a block escapes similarly to
the "material right end Z coordinate + end clearance Z".
(2) Outer diameter (O.D.) grooving (rough turning or finish turning)
À
=
=
INTERFERENCE. at
Fi
=
=
=
EN
APPROACH
— P——
An escape should be considered in the finishing shape shown above. In
this case, an interference check is not performed automatically in the
interaction,
—$h —
(3) Drilling
INTERFERENCE
‚РИ
—
Е =
AUTOMATICALLY INSERTED
BLOCK
In the finishing shape shown above, a block escaping to the "material
right end Z coordinate + end clearance Z" is inserted automatically in the
escape setting.
3. 13.4 Notes on Editing Interactive Program Using the EDIT Key
(a) Since all control is performed by the sequence number, do not change,
delete, or add a sequence number manually.
(b) Do not change, delete, or add control-in, control-out, or "( )".
3. 13.5 Generated NC Statements
The interactive section determines automatically the type of coordinate system
used by the NC section, type of edge R compensation, setting of a coordinate
system, and selection of the inch or millimeter unit for creation of an NC pro-
gram. Accordingly, no switching parameters are provided in the interactive
section and the user need not be concerned with these settings.
— 86 —
3.14 MESSAGES IN INTERACTIVE MODE
Message
Action
O number already exist
Enter another O number.
O number is set wrong
Enter another O number.
O number does not exist
Set up anew O number and create a program interactively.
ltem data is missing
Enter data into an available item.
Block to modify does not exist
Set the insert mode and specify a block.
Rough cutting data dose not exist
Set a rough turning menu, create a program, and set a finishing menu.
First block can set linear only
Depress the |LINEAR] key and enter linear data.
Get end point by calculating
function
[CALC]
Depress the key and find the end point (See Sect. 4 )
End point (0: upper/1: lower)
of center
10] or [1]
Depress either
End point (0: left/1: right)
of center
LO} or fi]
Depress either
Center 15 not set
Enter the coordinates of the center.
Affect next block ?
(Yes: 1/No: 0)
See (5), (6), and (7) in Par 3 9.1.
Can't correct due to are in
next block
Delete the circular arc block and make a modification. Modify by selecting the
"nect block affected” option.
Edge width is too wide
Reenter the cutting edge width.
Change value of finishing cut {U)
Change value of finishing cut (W}
Return to the basic data display and enter a finishig allowance.
Intersection point cale error
Modify the block in error.
Data to modify does not exist
Return to the vanable turning menu display and select the insert with the
EINE key
insert
Error in set item
Reenter correctly
Program block overflow
The number of blocks exceeded 39. No further entry ts possible.
Chamfer or round are in succession
There are two consecutwve chamfering or rounding blocks in the finishing shape.
1
No linear command tn last block
Reenter properly.
The last block in the finishing shape 1$ not a.lınear. Instruct a linear.
Present data is not in memory
Data are written to memory after operation. Set new data after the write-in.
Block exceeds drawing area
The end point went out of the drawing range. Modify the data and respecify.
Please Input Z
Enter CHAMFER/ROUNDING AMOUNT,
Please input X
Enter CHAMFER/ROUNDING AMOUNT.
Change last block to linear command
Change the last block to a linear and reenter
— 87 —
3.15 FINISH TURNING EXECUTED WITH NC COMPACT PROGRAMMING FUNCTIONS
wT ee ao aed ye o O ue ore ee A a See ove: © ERRE 50,680
RS He о EEE О UN DOS
4 de e pom ig goto EE e в
es ae pre Soe а НЕЕ осо >
РЕН at ot ren poet TA * BE a Gr
и En
Sd
Work piece: 4 DIA. X 4 (in.}
Round bar
aro coe
o
Pa
LL
5 By a
n Toko oar LD ОН ong GO © long” a ot. ty
ee м
и а
= oil mn
CONTENTS
Inittalization css... rr rre ro rr re rra arras rn ra 87
Drilling (T 01 Pe cee cee cee rer een ки алое тли ня 87
Face Rough Turning (TO2} ss 89
Outer-Diameter (O.D. Rough Turning (T 02) ----+--++ 92
Inner-Diameter (1.D.) Rough Turning (TO3)----........ 100
Face Finish Turning (704) een nennen 105
Outer Diameter (O.D. Finish Turning (T04) — c+....-.... 107
Inner Diameter (1.D.) Finish Turning (T O5) ee 108
9. Groove Rough Turning (TOG) + -- еее 109
10. Groove Finish Turning (TOG) een ras 112
11. Threading (ТОХ»- -- TEE TETE TETE EE EEE EEE EE EE ETES EE EEE ние 113
12. Drawing cr ETES ra ва авео een 115
* Nos in parentheses indicate the turning tool.
ON Oa Fw N >
— 88 —
3.15.1 Initialization
(1) Set program No.
(a) Select "2 New Data"
and depress [ENTER]
key.
(b) Input Program No.
and Comment then
depress [ENTER] key.
Program Мо, =4000
(2)
Set material shape.
Outer diameter
(O.D.)=4
Inner diameter(1.D.)=0
Depress key.
Length=4
Face removal=0. 08
Chucking legh = 0,4
— —
Depress [ENTER]
key.
3.15.2 Drilling
(1) Variable turning menu
Select "5 Drill"
Depress JENTER]| key.
7
** PROGRAM NUMBER #%
06006 Ne@ooa
ON
1 Ста Data
2 New Data
y
** BLANK SET Ax
068808 Noa
Program number =0
Comment = ( )
EDIT LS RDY
eso || || |] ere |
\_
г
к
049008
с. LD, = p
I. D, = a
Length = a
Face removal = fa
Chucking legh = . 8
Center = ЖЕ 1:Yes
EDIT LSK RDY
| вмь || || | MANUAL ENTER |
y
\
LS K
R
EDIT
modify
| END EXIT PERCENT NUA NTE
DY
R |
Г. N
*# MENU жж 000009 NGGED
046008
H Face 120.0 3 I. D,
4 wn | ==
4Groove|5 Driil|6Thread
“Us| eg} 477
/
— 89 —
(2) Detailed turning
menu.
Select "2 Drill
pat 2”.
Depress IENTER|
key.
(3) Set approach data.
Approach = 0.2
Tool no. = 0101
Drill diam = 0.
Surf speed = 70
Depress [ENTER]
key.
>
(4) Set finish shape.
End pos. Z = -1.8
Depress |ENTER|
key.
Va
** MENU XxX
040008
>
00006 Nee
EDIT
LS RDY
PROCES
| END | exit | ROSES] МАМОАН enter |
_/
ya
04000H
ЖЖАРРЕОАСНЖЖ DRILL PAT 2 020086 новов
a
Approach Z=
Tool no =
Drili diam=
Surf speed=
Spin speed=
EDIT
Gear = НЕЕ 1: High
2: Low
Turn = ЕАН
-Reverse
011 OA Off
LSK RDY
modify
EXIT ANNUAL ENTER |
и
GOO T0101,
СЭ? 5350 Maa:
pazo! 2.2 MOD;
EXSHAPEXE DRILL PAT 2 TSI 00908 чево
End pos. Z
Depth of cut
Retreat
Feedrate
et
EDIT
— 9) —
(5) Set escape.
Depress |ENTER|
key.
3.15.3 Face Rough Turning
(1) Variable turning
menu.
Select "1 Face".
Depress [ENTER]
key.
(2) Detailed turning
menu.
Select "3 Free
rough".
Depress ENTER]
key.
и
FFESCAPEXS DRILL PAT 2
N5201 2.2 МЭВ,
№5202;
45203 G74 2-1.8 K.8
я
F.806;
N
та: 060900 нове
O tr q
wei moot a
2:Fres р
Spindle stop= HINA 3 Y
Program end = DENE/ 1 :Y
Escape point=
1:Machine ore
oint
es
es
EDIT LSK ROY
modify
| | EXIT NUA NTER
o y
г N
EX MENU жж 00000 NOGOG
N5264 GBR 2.16;
GSi;
NS2B5 MDI:
A
1 Face 2 ©. D. 3 1, D,
4 | ae) =>
4GroovejB Drill¡SThread
LE) 1 ET
EDIT LSK RDY
modify
| END | | EXIT | rer MANUAL ENTER |
o y
fr N
XX MENU #%
N5204 680 27.16;
00698 Neve
Mr G70
G51;
NS205 MO1:
H
ı Face|2 Face M Free |4 Free
rough fin rough fin
G7’ONon
PR
END || exit | |Seane
E
OCES
H
K
| Manuar Enter |
y
— 91 —
(3) Set approach data.
Tool no. = 0202
Surf speed = 7/00
———.
Spin max = 4000
Depress |ENTER|
key.
(4) Set basic data.
Depress IENTER
key.
(5) Set finish shape.
(a) Z = 0
Depress
key.
BLOCK
ENTER
и
**APPROACH** FACE FREE ROU 0606900 NBGA
N5264 G8@ 2.16;
G51;
N5265 M1,
H
ù
Approach X=
4.2000 Gear-BBW 1 - High
Z= . 800
Tool no = 7:
Surf speed= l:Reverse
Spin speed= 011 -BBBHı:OFff
Spin max = Яогк = 1: И: ОЕЕ
EDIT LS RDY
modify
EAIT NUA NTER
\ A
**В. DATA#*% FACE FREE ROU T@2 09889 н9098
G56 54908;
GOOG 10202;
G96 5709 MO3;
Ni3B1 x4.2 24.68;
B
Fin allowance U = 69
W = aß
Feedrate F = 160
EDIT
LSK RDY
|| pre |
EXIT AANUAL NTER
A
la
ЖЖОНАРЕЖЖ FACE FREE ROU Te2 0000B новое
End pos. X
N
LSK RDY
| ARC | | FER | ROUND | NTER |
y
— 92 —
(с) Depress > key,
then [ENTER] key.
(6) Program insertion.
Depress [ENTER]
key.
Fr "u
**SHAPE** FACE FREE ROU T@2 00090 NG@Ga@
End pos. X! - presos |
2, = re
Angle = |
Feedrate Е = 40
i
1
|
À |
[ 3
TT TT H
z ane | a
LSK RDY
< [| двс || Fer | Roun | NTER | [>
м Y
4 N
FXXSHAPEXX FACE FREE ROU T062 069088 Nooo
End pos. X, “SRE E
Ay = +
Angie = :
Feedratie F =
x
ILL a coo rro ooo -
[_ |
Z ee ee a
i SK RDY
< | АВС || Fer | Бок | NTER 1 [>
а _/
Г N
** INSERTH*# FACE FREE ROU TO2 00009 Neaoua
650 54000;
GOO TOZ202:
G36 S706 Mea,
sei X4.2 2.089;
Insert program after cursor
EDIT RDY
MEL
слот | mane лок kurzen |
\ и
— 93 —
(7) Set escape. г N
(a) Select "2:Free
point".
Depress [ENTER] N1302 GEB G41 ха.208 2.004;
key. N1303 GO1 X.708 F.B1;
Escape point= DESESERN 1:Machine org
2 Free point
FXESCAPEXX FACE FREE ROU T@2 00008 N0uu
N1301 X4.2 2.68;
Spindle stop= ER 1 Yes
Program end = RM’ :Yes
EDIT
LSK RDY
modify
| | EXIT | MANUAL Enter |
\ _/
(b) Input Free point. rn N
No other input is
accepted because
operation is stopped :
at turning end point. N1302 GBB G4i xX4.208 2.094;
N1303 Gel 4.788 Е.О;
Depress [ENTER]
key. Escape poiut= 0:Ext org/“l:Machine org
**XESCAPEX# FACE FREE ROU T@2 00896 моей
N1391 X4.2 2.88;
х = Ve K
2 = ATX, T
LT Ds
EDIT LSK RDY
| | EXIT | vererat MANUAL ENTER |
\_ À
3.15.4 Outer Diameter (O.D.) ne à
Rough Turning
ЖЖ MENU жж 088020 чавов
(1) Variable turning
menu Select "2 O.D.". N1303 Goal x.728 F.01:
N1304 G48:
Depress |ENTER} 1305;
key.
H Face 2 OL, 3 I. D,
| au | =>
4Grooye|5 Drıllı6Thread
EDIT LSK RDY
| od
END EXIT ANUAL] NTER
— 94 —
(2)
(3)
(4)
Detailed turning
menu.
Select "1 O.D. rough".
Depress ¡ENTER]
key.
Set approach data.
Depress IENTER|
key.
Set basic data.
Depress [ENTER|
key.
и
FRE MENU 3%
Ni303 GBl x.708 F.91:
000004 NOB
>
N1394 GAG;:
N13B5 ;
H
BoB |2 QD |3 Free 4 Free
rough fin rough fin
G70 N G7ONon
EDIT LSK ROY
“ FROCES
_ | end || exit eek ea] Manvar| enter |
\ y)
г №
%ЖАРРВОАСНЖЖ OD ROUGH 00009 NBGA
N1303 601 x.708 F.81;:
M13B4 Садо;
N1305:
H
Approach X= 6.0409 Gear ЕЖЕ 1:High
Z= . BOB 2:Low
Tool no = 6292 Turn= HEN
Surf spesd= 700 1: Кеуегве
Spin speed= O11 "BAM 1:off
Spin max = 40098 WYork=0:ER/¿HHA-2:0ff
EDIT LSK RDY
modify
EXIT MANUAL NTER
NN _/
г №
FEB. ОАТАЖЖ OD ROUGH
N2190 {OD— CYCLE— ROUGH );
G09 Ta202;
G96 S780 Mas:
Rete) 4.04 2.08.
T82 000008 новой
Fi
De
Fe
EDIT
в allowance
U = 88
W = до
pth of cut В = 1690
edrate, Е = 120
. LSK RDY
modify
EXIT ANUA NTER
и
— 95 —
(5) Set finish shape.
(a) Depress <] key, then
|CALC | key.
(b) Select "Line/Line".
Depress [ENTER]
key.
(c) A-pos Z=0.08 or
Angle a? = 90
C-pos X = 2.4
C-pos Z = -0.1
Angle b°= -45
Depress [ANSWER]
key.
a N
**ESHAPE**® OD ROUGH Ta2 08200 новое
End pos. X; = О Poi
a) = +
T
t
!
|
|
x
|
| > un ur... - - - +
|
O - 220 - 9 --
LSK RDY
<x] E | ARC | | FER | ROUND | NTER | [>
\ y
a N
Line/Circle
2 Linertircle
555.
CALCULATE INTERSECTION POINT (MENU)
Tircle/Circle
A ©
EDIT LSK RDY
| ехтт |! || || | enter |
NM y
CALCULATE INTERSECTION POINT (SETTING)
Line & Line {Intersecticn point)
Line АВ A-pos Х SNS
B x = Loc
pes X = a Dr
Angle а" =
Line CD C-pos Х = o
D х = ‘
-po =
5 Хх = à
Angle b° = A
| | |
|
EDIT LSK
| Ехтт || MENU | LEAR | |
| Kamen
y
— 06 —
(d) Depress [EXIT]
key.
(e) Depress [> key then
and keys.
(f} Depress
BLOCK
ENTER
key.
и à
CALCULATE INTERSECTION POINT {SETTING)
Line & Line (Intersectiou point}
Line AB A-pos X
B-poa
Tr A
o
Angle
Line CD C-pog
D-pos
E E
+
WoW ny
Angle
POS X: 2.8
Z : .
LS
В | exır || menu | krear || wen
\_ y
f N
ЖЖОНАРЕЖЖ OD ROUGH TO2 00B90 Nonne
End pos. ı 7 ИИ SREB ue
Zy =
LSK RDY
| ARC | | FER | kounn | NTER [>
w,;
rn N
**SHAPE*x* OD ROUGH тег 09600 NAGE
End pos. x! = 2.0490 E
71 = N |
|
|
|
|
|
|
|
|
|
1
A e en ee e BE: — = or
4
LSK ROY
| ARC || FER | kounn | NTER y
— Y) —
(в) X = 2.4
Z=-0.1
D BLOCK |
epress ENTER
key.
(h) Z = -2.6
Depress BLOCK]
P ENTER
key,
(1) Depress |ROUND]
key.
и
End роз, Xi
#*S5SHAPE**2 OD ROUGH
102 00899 N990G
Zy
Angle
Feeirate F
~
x
+7 22222202222.
<<] E | arc | FER |
GS
Gr
FXESHAPEXE OD ROUGH те2 00409 NYE
End pos. X! = ME
Ly =
Anzle =
Feedratie F
|
H
a. _
‘r
RDY
o Du
NTER | b>
A
г N
FASHAPEXX*X OD ROUGH 192 00900 NEOUS
End pos. X, =i!
Angle
Feedrate F
Hopi i
LSK ROY
| arc || Fer | Rouns | NTER | {>
A
— 98 —
Depress BLOCK
. [ENTER
key, ..
(k) X = 3.6 |
BLOCK
Depress EN TER
key.
Fer |
(1) Depress FER
key.
и
L.
Z
#ESHAPE RK
Rounding amount=
Feedrate F =
N
OD ROUGH 71062 00009 NEABB
INSERT
= = — eee ee ee ee mul
h
-®--
EDIT LSK ROY
<A bLINEAR | ARC || FER | ee МТЕК | [>
\ Ds
fr N
ЖЖОНАРЕЖЖ OD ROUGH To? 0060B NBB2H
End pos. X: = MRE
2} = |
Angle = |
Feedrate F = |
|
|
|
|
À
|
mm ee en r
[|
7 _ a a im >
LSK RDY
< | АВС | | FER | ROUND | ENTER >
\\ De
Г №
FXSHAPEXA OD ROUGH TB2 00608 NBBAD
End pos. X TE MUSA
2 =
Angle = |
Feedratie F = ; |
; }
Ё |
. |
© A
|
|
_ BR
we eee eee nn Г
$
LSK RDY
| | arc || Fee | kounn | МТЕВ | [>
y
— 99 —
(m) Chamfer amount=0. 1
Depress ead
ENTER
key.
(n) Z = -3.4
Depress ENTER
ENTER
key.
(о) X = 4,1
Depress ‘Ser
SET
key.
Г N
ЖЖОНАРЕЖЖ OD ROUGH таг 00000 Neuvo
Chamfer amount TE IES
Feedrate № = ,
|
: |
: |
: |
о N
|
x |
i
| |
AAA ee 7
|
7, - _ a
EDIT
<I ear | ARC |
N À
KESHAPE KX OD ROUGH 192 000064 новой
End pos. X, = 0 О SER
2% = !
Angle = ua; |
Feedratle F = qe |
|
|
№
|
|
I
AAA r
4
tSK RDY
| ARC | | FER | ROUND | NTER | [>
a №
EXSHAPEXX OD ROUGH TA2 069096 Nova
End роз. X! = Sn ЕЕ
Zu =
Angle = i
Feedratie F =
р
)
A
|
)
)
i
ILL o o ooo +
i
_ Ai _
$
LSK RDY
| ARC | | FER | kounn | NTER | [>
— 100 —
(p) Depress D key,
then |ENTER| key.
(6) Program insertion
Depress [ENTER |
key.
(7) Set escape.
Select "O: Ext org"
Depress jENTER|
key.
Г ON
*#*SHAPE** OD ROUGH TO? 000B9 NBDBD
End pos. X! ii
7! = |
ers | +
Angle : =
Feedrate F = gl ;
. |
|
& N
|
X |
- |
— m ~ mm.
= o Al -
LSK RDY
<<] E | ARC | | FER | ROUND | ENTER >
NI A)
Г N
FXINSERTAX OD ROUGH тег 00008 новов
42108 (OD— CYCLE— ROUGH):
Gp TO202:;
G36 5720 MBS;
N2181 XxX4.0d4d 27.06;
HB
Insert proxram after cursor
EDIT LSK RDY
modify]
| | | EXIT | AANUAL] [ENTER
o y
Г N
*#ESCAPE** OD ROUGH TO? 02022 Noosa
G01 X3.4;
A3.6 2-2.7,
2-3.4
№2104 x4.1;
B
Escape point= O:Ext org/1:Machine org
Spindle stop= SR 1:Yes
Program end = (RRA): Yes
EDIT
LSK RDY
modil y
| || exit | free manual enter |
\ /
01 —
3.15.5 Inner Diameter (l.D)
Rough Turning
(1) Variable turning
menu.
Select "3 1.D.".
Depress [ENTER]
key.
(2) Detailed turning
menu.
Select "3 Free
rough."
Depress [ENTER]
key.
(3) Set approach data.
Tool no. = 0303
Depress |ENTER}
key.
Г №
Fx MENU ## 0000B NGDOE
N2105 GS51l;
G40;
N2185 МОТ:
|,
1 Face Шо. D, г. в.
LIL
4Groovel5 Drili|6Thread
г | ae
EDIT LSK RDY
: modify
| END | | EXIT | Manuaıl NTER
N Di
Г N
EX MENU xx 06408 ноев
N2185 G51;
G4e;
N2106 MOI:
HB
8 1.0. |2 1.D. 13 Freel4 Free
rough fin rough fin
| G70 — ] G7ONon
EDIT SK RDY
PROCES
END EXIT SEARCH NUAL NTER
4 D
Z#APPROACH** ID FREE ROUGH 069BB NOOB?
№2105 651:
G4é;
NZ186 MB1;
HB
Approach X= . 7606 Gear 1: Hish
Z= 398 2: Low
Tooi no = Dpen2
Surf speed= 700 l:Reverse
Spin speed= oil =H’ I1:Off
Spin max = 4000 Work=MRBRM1:L/2:ofrf
EDIT LSK RDY
modify
EXIT ANUA NTER
\
— |
02 —
y
(4) Set basic data.
Depress [EN TER]
key.
(5) Set finish shape.
(a) Depress À key,
then |CALC| key.
(b) Select "Line/Line"
Depress [ENTER]
key.
ro
*3B. DATA** ID FREE ROUGH ТОЗ 00089 НОЗОВ
N3398 (ID- FREE- ROUGH):
соо 18303;
G95 5789 M93;
= xX.7S 2.06,
Fin aliowance U = . 88
W = . 40
Feedrate F = . 100
EDIT
LSK . RDY
modify |
| | EXIT ANUAL| ENTER
\ y,
г N
**SHAPER* ID FREE ROUGH T@3 00069 Nova
End pos. X, = SERIE
71 =
ns | J
Ï
|
|
|
|
{
|
x |
|
|
a NP UE T?
| |
7 =.— is se
LSK RDY
<i# | ARC | | FER | koup | NTER | [>
a Ds
и №
\
2 Line/Circle
CALCULATE INTERSECTION POINT (MENU)
Line/Cirele Circie/Circle
=< ae
588
EGII LSK REY
EXIT | || || | NTER
103 -
(c) Depress ICLEAR]
key.
A-pos Z = 0.08 or
Angle a°= 90
C-pos X = 0.88
C-pos Z = -0.1
Angle b°= 45
Depress [ANSWER]
key.
(d) Depress | EXIT |
key.
(e) Depress [> key,
then [|X], key.
Г N
CALCULATE INTERSECTION POINT (SETTING)
Line & Line {Intersection point}
Line AB A-pos x
B-pos X
Angle =.
Line СО C-pos x
D-pos X
Angle b”
IN
ex || mero Gall | nomen
\ y
г №
CALCULATE INTERSECTION POINT (SETTING)
Line & Line (Intersection point)
Line AB A~pos 5 =
B-pos à =
Angle a? = 94
Line CD C-pos X = Seo
L =— 106
D-pos $ =
Angle b” = 45
POS X 1.2480:
BOG |
LS RDY
| exit || menu | crear | | | Answer
So 2
4 à
F*ESHAPEX* ID FREE ROUGH T@3 00608 NO0Gg
End роз. X; =“ Poids er P|
2 =
— — — — — _ _ .— мы te
|
LSK RDY
| ARC | | FER | kounn | NTER | >
/
—104-
(f) Depress
ENTER]
key. ENTER
(g) X = 0.88
Z = -0.1
Depress BLOCK
ENTER
key.
(В) Z = -1.8
D [BLOCK
epress ENTER
key.
Г №
ЖЖОНАРЕЖЖ ID FREE ROUGH T83 000080 NODO
|
End pos, К! = 1.2400 LINSER |
Zy - IE t
t
|
|
|
‘x
|
| mm +
2 MH -
EDIT
LS
K RDY
. %
<a | ARC | | FER | ROUND | NTER | [>
\_ D
4 à
**XSHAPE** ID FREE ROUGH T83 000608 NeABe
|
End pos. À! — ПИ БЕ
ду =
Angle =
Feedrate Е = да
bé
À
iM
|
<
LSK RDY
| ARC || FER | kounn | HTER | E
ЖЖЕОНАРЕЖЖ ID FREE ROUGH T103 0068008 новая
End pos. X - О MACETA
2, = i
Angle = }
Feedrate F = |
|
|
|
|
|
Г.
7
ii ee -BEGAEE- -EH- T?
|
LSK RDY
A
| ARC | | FER | ROUND | ENTER |D>
и
—105-—
(j} Depress D key,
then [ENTER| key.
(6) Program insertion
Depress [ENTER]
key.
Е
~
ID FREE ROUGH T@3 00000 мовов
|
|
*¥*¥SHAPEX*
End роз, X
2
Angle
Рееагаее Е
Нин
X
7 ee > —_ —_
LSK RDY
ARC FER ROUND | NTER |
г N
FESHAPEF*X ID FREE ROUGH TOS 006086 незов
End pos,
Angle
Feedratte
| |
1
|
|
|
j
}
{
|
!
|
1
|
|
|
|
|
|
|
|
|
|
|
|
|
|
5
Е ЗК ROY
A я
| ARC || ЕЕК | pounD | NTER |[>
<<] h
\ /
4 ON
** INSERT** ID FREE ROUGH 7182 09608 неозое
N3300 (ID- FREE- ROUGH);
сво T9303;
G36 5788 Mes;
2391 Х.ТВ 2.908:
insert program after cursor
EDIT
LSK RDY
| modify
EXIT НОА NTER
Ne
— 106 —
(7) Set escape.
Select "0: Ext org"
Depress IENTER
key.
3.15.6 Face Finish Turning
(1) Variable turning
menu.
Select "1 Face".
Depress |ENTER]
key.
(2) Detailed turning
menu.
Select "4 Free fin",
Depress ENTER]
key.
f N
ЖЖЕБСАРЕЖЖ ID FREE ROUGH TOS 000068 NBaae
N3302 G06 G41 X1.232 Z.0B4:
G61 X.872 Z-.096 F.91;
2-1.795;
ae? 4,692;
Escape point= CSSS 1: Machine org
2:Free point
Spindle stop= WAR’ 1:Yes
Program end =
EDIT
_ SK RDY
| | | EXIT | verre’ MANUAL ENTER |
\ y,
м N
++ MENU xx
N3304 694 2.16;
5 se
060090 мова
+
G40;
N3395 NOI:
Я
i Face 2 O, D. # I. D.
Alial =>
áGroovel|5 Dri11l:8 Thread
LE LJ | a) #77
ED
IT LSK ком
modify
END BAIT MANUAL) ENTER
\ y
4 N
ЖЖ MENU %%* 000200 Na06G
N3304 GOO Z.16;
G51:
G40;
N3305 NOl1;
|
1 Facei2 Расе | Freel4 Free
rough fin rough fin
2 G70 | G70Non
EDIT LSK RDY
PROCES
END | exit | ERSES] Manvaul fewrer |
o р.
— 107 -
(3) Set approach data.
Approach X = 2.4
Tool no. = 0404
Depress [ENTER
key.
(4) Set escape.
Select "2:Free point".
Depress [ENTER]
key.
(5) Input Free point.
No other input is
accepted because
operation is stopped
at turning end point.
Depress ¡EN TER
key.
4 à
**APPROACH*## FACE FREE FIN 00000 NG9SUG
N3304 G80 2.15;
G51;
G40,
N3305 МВТ;
в
Approach X= 4.27000 Gear =i’ 1: Hizh
= . 8909
Tool no = 0303
Surf speed= тов |
Spin speed= Oil =i ‘1:OCff
Spin max = 4900 Work- BE 1:1L7/2:0££
EDIT LSK RDY
modify
| || EXIT NUAL| ENTER
O y,
a N
¥*¥ESCAPEX* FACE FREE FIN FO4 00900 NOOSE
Nid@i x2.4 2.98;
N1482 509 сд: za:
N1483 се! X.7 F.aea;
H
Escape point DEE 1 Machine org
2:Free point
Spindle stop= HH’ l:Yes
Program end = НИНЫ: Yes
EDIT
LSK RDY
modify L |
EXIT ANUA NTER
\ и
г №
ЖЖЕБСАРЕЖХ FACE FREE РТМ TO4 00900008 00900
Ni40i Х2.4 2.06,
N1402 G00 G4i 20;
N1403 G01 X.7 F.0BA;
H
Escape points 0:Ext org/1:Machine org
XK = I,K
I = =” Ae Z
K = T
EDIT LSK RDY
modify
EXIT MANUAL NTER
\ y
— 108 —
3.15.7 Outer Diameter (O.D.) г №
Finish Turning
. . ** MENU жж 08090 Na
(1) Variable turning
menu. N1403 GDi X.7 F.004;
№1494 G4@;
Select "2 O.D.". N14B5;
Г; |
Depress [ENTER] H Face 2 0D 2 TD
ey.
a Ara |
AGréove 5 Driil;)8Thread
LE eo
EDIT LSK RDY
modify |
| END ||| exır | NUA NTER
\ y
(2) Detailed turning г N
menu,
** MENU «x 000909 новое
Select "2 O.D. fin",
№1403 GO1ix.7 F.@@4;
Depress [ENTER] N1494 Gao:
key. N1405;
НН О.П. |2 OD 13 Freeja Free
rough fin rough fin
— \ G70 A G7ONon
EDIT LSK RDY
| | PROCES
END | EXIT A Enter
\ y
(3) Set approach data. . G | N
Depr
k Press [ENTER] FEAPPROACHEx OD FIN 00008 нове
ey.
N1403 G@1 X.7 F.0D4;
N1494 648;
N1 495:
|:
Approach X= 6.10900 Gear =p i - High
= . 888 2:Low
Tool na = 404 Turu- NEBEN
1 Surf speed= THe l:Reverse
Spin speed= Oil =’ 1-off
Spin max 4000 Work=0: 8,7’? : off
EDIT LSK RD‘ .
modify
| exit Manuar] ENTER |
\_ /
— 109 —
(4) Set escape "0: Ext
org”.
Depress [ENTER]
key.
3.15.8 Inner Diameter (l.D.)
Finish Turning
(1) Variable turning
mer.
Select "3 1.D.".
Depress ENTER:
key.
(2) Detailed turning
menu.
Select "4 Free fin".
Depress ¡[ENTER]
key.
ЖЖЕЗСАРЕЖЖ OD FIN T04 обоев NBOCD
42201 X4.1 2.08;
42202;
42263 G7@ P2103 92104;
|;
N
Escape point= O:Ext org/1l:Machine org
_ won Ty
tn Pia "т
room А
Spindle stop= Sites
Program end = (RR 1: Yes
EDIT
LSK RDY
modify |
| | EXIT NUAL NTER
y
4 à
XX MENU dx 00000 Nugon
N2204 GSi;
GAB:
N2205 mot.
H
1 Face шос. D. 3
I. D.
u: al Ш
4Groove|5 Dri11j¡5Thread
ED
17 LSK RDY
modily
END EXIT MANUAL) ENTER
KL
y
Va
++ MENU #%% 020809 Negaa
N2204 GS1,
GAB;
N2205 MOI.
я
>
ı Ï. D. |2 I. D. |E Free 14 Pree
rough fin rough fin
2 G70 | __} |G70Non
L
EDIT SK RDY
PROCES
| END || exit | ERSRER] Manuai] ENTER |
a
7
- 110 -
(3) Set approach data.
Tool no. = 0505
Depress [ENTER]
key.
(4) Set escape.
Select "0: Ext org".
Depress [ENTER]
key.
3.15.9 Groove Rough Turning
(1) Variable turning
menu.
Select "4 Groove",
Depress [ENTER]
key.
Sí N
**# APPROACHE*# ID FREE FIN 0060908 NAGOR
N2204 651:
G49;
N2265 M1;
Я
Approach X= .7508 Gear = DER 1 -Hich
= ‚ 800 2:Low
Tool no = 94604 Turon-= MRE
Surf зрееа= 7608 l:Reverse
Spin speed= Oil -BAWA’1:0ff
Spin max = 4000 Work=-BR1:L/2:0Ofrf
EDIT LSK REY
modify |
EXIT ANUAL NTER
N и
ЖЖЕБСАРЕЖЖ ID FREE FIN TOS 000B9 неее
N3402 G09 С41! X1.24;
601 x.88 Z-.1 F.9@4;
¿-1.89;
N34893 X.7;
H
Escape point= SES 1:Machine org
2:Free point
Spindle stop= BBB 1: ves:
Program end = BEHER’1: Yes
EDIT LSK ROY
| || | modify
EXIT MANUAL) NTER
N
XA MENU xx 00099 новой
43404 00 2.16;
С51;
G40,
N3405 MDI:
u
1 Face 2 0, D, Aa I. D.
alan >
4Groovej5 Drill!6Thread
EDIT
ar bk RDY
| END | | EXIT | Error Maxuar] ENTER |
\ y
-111-
(2)
(3) Set approach data.
Detailed turning
menu.
Select "1 O.D.”.
Depress [ENTER]
key.
Approach X = 2,6
Tool no. = 060
Surf speed = 700
Depress [ENTER]
key.
и N
x: MENU xXx 0000608 новов
N3404 СОЭ 2.16;
G5S1i;
G40;
N3405 MOI:
|,
ШО. О. |2 O. D. |3 Face!4 Face
BEroove groove
LM fın = fin
5 Е.Б. 16 ID
TL gRroove
_ fin
EDIT LSK RDY
PROCES |
| END || exit EEES] Manvaı [enter
a y,
4 N
##APPROACHF* OD GROV
N3405 Mel,
ROUGH
00060 NODO
Too
Sur
Spi
Spi
1 no
4pproach X=
{Е speed=
n speed=
п max
EDIT
Gear =- WHR, 1 iHiza
2:Low
Turn = IEEE
1:Reverse
011
LSK
R
BA 1 Off
modıfy |
| EX1T NUAL NTE
DY
RE
/
(4) Set basic data. / à
Depress ¡EN TER
key .
**B. РАТАЖЖ OD GROV ROUGH T@6 09800 Naagg
N4i00 (OD- GROGVE- ROUGH):
сов TOGO6G.
N4101 G96 5700 MOS,
|:
Fin allowance U = 88
№ = 46
Depth of cut D = 200
Retreat = Ag
No. of steps = 1
Feedrate Е = 32
EDIT LSK RDY
| | modify
| | axır | peat Maruar] rer |
Ne _/
—112-
(5) Set finish shape.
Grov Width = 0.4
Bottom X = 1.6
Left Z = -2
Edge width=0.2
Right X = 2.4
+C-R = 0.1
Left X = 2.
Depress IENTER|
key.
(6) Set escape.
Select "2: Free
point".
Depress [ENTER
key.
(7) Input "Free point".
No other input is.
accepted because
operation is stopped
at turning end point.
Depress ¡EN TER]
key.
и N
FXXSHAPEXX OD GROV ROUGH T06 06008 NAAB2
NA180 (OD- GROOVE- ROUGH) ;
G80 TOGOS.
a. С38 5788 MG3;
GrovWidth= . Right X =
Bottom X = +C-R =
Left 2 = Left Х =
EdgeWidth= +C-R =
Edge R =
EDIT
LSK RDY
modify
BAIT NUA ENTER |
\ и
4 №
*#ESCAPE** OD GROV ROUGH TOB 08009 невов
+4192 X2.6 Z-1.804:
8103 G7S X1.608 Z-1.996
1.08 K.16 F.@@32:
Escape point= El 1: Machine org
2:Free point
Spindle stop=
Program end = BREI /1: Yes
EDIT LSK RDY
| modify | |
EXIT NUAL NTER
Ne и
и N
FYESCAPEXX OD GROV ROUGH TO6 08888 Nonga
N41@2 X2.6 2-1.804:
N41@3 G75 X1.608 2-1.396
1.08 K.16 F.0832:
Escape point= G:Ext org
k roo.
wi ry ee
“l:iMachine org
int
X = LK
2 = PX, 2
I = .T .
K = eo.
EDIT LSK
RDY
modif y
| | | EXIT | EEE MANUAL] ENTER |
\ A
-113-
3.15.10 Groove Finish г N
Turning
*% MENU %% 08008 незез
(1) Variable turning
menu
№4164;
Select "4 Groove". Na105;
Depress ¡ENTER 1 Face 12 ©. D |3 1.D.
“ey “uy | aa | =>
BMGroovelS DriiltéThread
an el em
EDIT LSK RDY
modify y |
| END EXIT NUA NTER
\ Y
(2) Detailed turning г №
menu.
AK MENU x% 065bB69 NEGO
Select "2 O.D.
groove fin", -
N4104;
Depress [ENTER] №4105;
key.
WO. DL |2 OD |3 Face {4 Face
Eroovye гооче
LT fin = fin
5 1, D, 6 1, TD,
ML гоочуе
_ fin
LS Y
PROCES
| END || EXIT | ВСЕ! Manuau] ENTER |
\ y
(3) Set approach data. 4 N
Depress [ENTER] K*APPROACH## OD GROY FIN 08888 NGBu0
key.
N4104;
N4105;
A
Approach X= 2.6990 Gear iR 1-Hich
Tool no = 46606 2:Low
Surf speed= 798 Tura-= AE
Spin speed= l:Reverse
Spin max = Oil -BEEEEL1:Off
EDIT {SK RDY
modify
EXIT NUAL NTER
- 114 -
(4) Set the data of finish
tools.
Rough and finish tools
are Same, 50 depress
[ENTER] key.
(5) Set escape.
Select "0: Ext org".
Depress [EN TE R|
key.
3.15.11 Threading
(1) Variable turning
menu.
Select "6 Thread"
Depress |ENTER]
key.
FO
ЖЖСНАРЕЖЕ OD GROV FIN TOG 00000 м9900
№4208 (OD~ GROOVE~ FIN):
GOO 640 10505;
44201 635 57080 MU3;
Я
N
y
EdgeWidth= . 2008
Edge К = . 100
EDIT LSK ROY
modify |
y | | EXIT | РЕЯ Manual! ENTER
J
и
ЖЖЕБСАРЕЖЖ OD GROV FIN
GBI X2.1884 ¿-1.8;
*1.6:
2-2.;
n°" GOO Х2.5 410.05;
166 08BB0 Noa
N
Escape point= O:Fxt ors/l:Machiue org
il
F
me
op
ta
Spindle stop
Program end = DRA 1: Yes
EDIT LSK RDY
modail y
EXIT NUA НТЕЕ
NN и
г N
*=# MENU Xxx 00008 ново
N4204 СВО x2.6 WO.BS:
N4265 G51;
He Mi,
1 Face 2 Q. LD. 3 1, DL.
ru | =>
EkKıroove|5 Drill|6Threan
“| ee | be
EDIT
LSK RDY
modify
END EXIT MANUAL) ENTER
\_
J
—115-
(2) Detailed turning
(3)
(4)
menu.
Select "1 О.П.
thread".
Depress JENTER|
key.
Set approach data.
Approach X = 2.0
Approach Z = 0.1
Fool no. = 0707
Spin speed = 300
Depress [ENTER]
key.
Set finish shape.
Pitch = 0.08
End pos.Z = -1.6
Diameter = 2.4
Depress ENTER]
key.
f №
FE MENU 242% DOBBa НОВО
+4204 GOB X2.6 W9.05;
N4285 G51;
N4206 МО:
H
BoD |2 1.013 0, D 4 1. D
taıreadithbread taper taper
| | 7 an
EDIT LSK RDY
PROCES
| END || exit | SRQRER Manual Enter |
\ A
и à
FKAPPROACHERE OD THREAD
0065008 Nudos
Na204 GO X2.6 WO.05:
N4205 651;
N4296 MDI;
Я
App
Too
Spi
roach X= Gear = HANA 1 High
Z= zZ: Low
l no = Turn: АБН
nh speed= 1: Reverse
011 -BABN/1i1: Off
Chanfer- Digi 1: Off
EDIT LSK RDY
| | EXIT pen Manual] ENTER: |
\\ _/
и N
ЖЖОНАРЕЖЖ CD THREAD
тат 06998 NUDO
Gee 10767,
GS? S30B MEI:
M23:
N6191 x2.6 2.1;
H
Pitch = lst depth= . 140
End pos, Z= Edge angle = 69
Diameter = (29, 20, 55, 60, 80;
Height =
EDIT LSK RDY
modify |
| | EXIT | BEE MANUAL, ENTER
_/
-116-
(5) Set escape.
Escape point =
O: Ext org.
Spindle stop = 1:Yes
Program end=1:Yes
Depress [ENTER]
key.
(6) Depress [END] key.
3.15.12 Drawing
Draw finish shape
with drawing func-
tion.
**ESCAPE#* OD THREAD ' 107 00908 NODO
№6102;
45103 G76 X2.2968 Z-1.6
K.8515 0.014 E.08 АБО:
E 1 1:Machine org
2:Free point
Escape point=
Spindie stop= EN 1:-Ye:
Program end = (AHR 10 Yes
EDIT LSK RDY
| | modil y
EXIT LANUAL WTER
KL y
f №
EX MENU xx 06080406 NOVY
N6164 G51;
MBS;
101006 mes;
N6105 M30:
H
“| us | =>
4Groovel|5 Drill|B Thread
TL 3 | kee
EDIT LSK
| || | Reed |
END EXIT ANNUAL
\ A
RDY
ENTER |
Г №
DRAWING 04008 NG6165
м LS
< SET | SCALE | START | EERDE | CLEAR E
— 117 -
4. CALCULATION FUNCTION
Depress the [CALC] key displayed at the bottom of the normal PROG function
screen and conversational mode finishing form screen, to display the following
calculation function menu screen.
The following menu is prepared in the calculation function.
(a) Line/Line ... Calculates the intersection point of line and line.
(b) Line/Circle ... Calculates the intersection points of line and circle.
(с) [1 Point-Line]* Circle ... Calculates the contact points of 2 lines that
intersect one point and contact a circle.
(d) Line (angle)* Circle ... Calculates the contact points of a line of specified
angle and a circle. *
(e) 2 Circles* Line ... Calculates the contact points of a line that contacts two
circles. 7
(+) Circle/Circle ... Calculates the intersection points of two circles.
(g) [1 Point.Circle]* Line ... calculates the contact points of a circle that
intersects one point and contacts a line.
(h) [LINE Circle]* Circle ... Calculates the contact points of a circle that
contacts a line and circle.
(1) 2 Lines * Circle ... Calculates the contacts of a circle that contacts two
lines.
(1) [1 Point-Circle]* Circle ... Calculates the contact points of a circle that
intersects one point and contacts another circle.
(к) Two circles * Circle ... Calculates the contact points of a circle that
contacts two circles.
(1) Three points.Circle ... Calculates the center and radius of a circle that
intersects three points.
The "/" in the above menu represents "intersections", ".", "intersects" and
и* "contacts",
(a) to (f) are displayed on the first page of the calculation function menu
screen, and (g) to (1) on the second page. The pages can be changed by
depressing the page key.
Depress the |RETURN! key to return to the previous screen; the
program screen or interactive finishing form screen.
f №
CALCULATE INTERSECTION POINT (MENU)
LINE/CIR IIFP- LINE] #CIR
` LUN ры
Nu - [—
LINE la OIR 2CIR#LINE CIRY CIR
A A nn a —
Te И!
\ y
—118-
core INTERSECTION POINT (MENU)
Perens) (LINE CIR] *CIR 2LINEXCIR
ПР. СТВ] #CIR 2CIRECIR 3P-CIR
Ory CO ©
/ хи
EDIT LSK
fexrr || || И | Eurer |
\_ /
The calculation is made by the following operation.
4.1 INTERSECTION POINT OF LINE AND LINE
(1) Depress the TA DA page keys, the UN NA cursor keys, or the ma
key on the calculation function menu screen, to move the cursor to
"line/line" . Then, depress the [ENTER key. The intersection point calculation
(setting) screen as shown in the figure is displayed.
и N
CALCULATE INTERSECTION POINT (SETTING)
LINE/LINE _
LineAB A-poin tx Rs _
AL
DES
ng
IR
e
LineCD C-point
t
IA ON IET]
Angle
| 1
i
| |
E LSK
| | EX1T | | MENU | CLEAR Io | Answer
\ и
Enter the coordinates using the program coordinate system of the drawing.
The answer is also calculated in the same program coordinate system.
(2) Enter the data as follows.
Two coordinate points or one coordinate point plus angle must be entered
to express a line. |
—119-
(a)
(b)
(c)
(d)
(e)
(f)
Enter the X coordinate of point A.
For example, operate as follows, to enter "10.0".
Depress the Г | Я | wt keys in that order.
The | U| key can be used to enter the incremental amount from the
current setting. For instance, depress the following keys to set "20 mm”
al
Depress | U wa! to set the X coordinate of the current form, only
smaller than the current value; U e | 2
when called up from the conversational finishing form screen. Depress
when called up from the program screen, to set 0.
The cursor moves to the "A point Z" position after input.
Enter the Z coordinate of the A point.
The |W| key is used to enter the incremental amount from the current
setting.
Depress | w we to set the Z coordinate of the current form, only
when called up from the interactive finishing form screen.
The cursor moves to the "B point X" position after input.
Enter the X coordinte of the B point.
The cursor moves to the "B point Z" position after input.
Enter the Z coordinate of the B point.
The cursor moves to the "angle a°" position after input.
Enter the angle a”.
The clockwise direction toward the Z-axis is the positive direction of the
angle. The range that can be input is -360° to 360°.
However, there is no need for input when two points passing line AB are
input. Input the angle, only when either point A or point B is not input.
Input the parallel move amount.
Parallel move of the line for the preset value is performed, also
considering the sign. If the setting value is positive, it moves to the
Z-axis + direction, if it is negative, it moves to the Z-axis - direction.
— 120 —
For example, in the following (a), (b), set 10.0 for parallel movement of line 1
to 1'. set -10.0 for parallel movement of line 1 to 1". (The setting value is
the move distance in the perpendicular direction of the line.)
Note that lines parallel with the Z-axis are moved to the X-axis + direction
when the setting value is positive, and to the X-axis - direction when the
setting value is negative. (Example (c))
? A PARALLEL MOVE OF
e LINE £ LINE? A THE + SETTING
eS , x - dd en - f ы
/ 2 р” к À
г c ы ` ` Е
GALE, МЕ: и `` NS 100
_ IN # a A k |
J a \ \ LINE £
2 ve \ 40 “ 100
р р \ BO LLL || E
PARALLEL MOVE OF \ N \
„ THE — SETTING \ \ PARALLEL MOVE CF
и \ THE — SETTING
PARALLEL MOVE OF THE + SETTING N
X+
La (a) La (b) a (c)
After the input, the cursor moves to the "line CD C point X" position.
(g) Input the values for line CD, in the same manner as for line AB.
(h) If correction is needed, use the cursor move keys LN И or the wr |
key to move the cursor.
(1) Depress the key to clear the item at the cursor position.
(1) Depress the [ANSWER]! key.
The answer as well as the input figure and the answer point "." are
displayed. When the line was specified by coordinate input of two points,
the angle is also calculated, to rewrite the correct value of angle a°.
it
Г N
CALCULATE INTERSECTION POINT (SETTING)
LINE/LINE р 171
es X 4.119) |
Zi- 8.091 |
EDIT LSK ROY
| sxır || menu Ikıear || <> | lanswerl
\ /
(k) Depress the | < > | keys to display the setting value again. The setting
value can be corrected, if so desired.
After correcting the setting value using the numeral keys plus | wr],
depress the [ANSWER] key to display the result of calculation.
-121-
и
CALCULATE
LiNE-LINE .
LineAB A-pointX
B-pointX
‚Neem
Null
fAnele a
. Parallel
LineCD C-pozntX
x
2,
*
Pr
Angle
Paral
AT
A
4]
uf
INTERSECTION
POINT
eh 0
№
(SETTING)
1/1
ES E:
A:
.97
. 63
Wu) | -
BR
В
3
\
E 1
| EXIT | | MENU
Enr || 7] hnowerl
р
(1) Depress the IMENU| key to return to the "calculation function (menu)"
screen.
(m) Depress the ICLEAR| key to clear the setting value, and to return to the
display of 4.1 (1).
(п) Depress the |RETURN] key.
After returning, depress the following keys on the interactive finishing
form screen, to display the following.
X мя | in this order to display the X coordinate of the result of
calculatio
Z мя | in this order, to display the 2 coordinate.
(3) Notes
(a) When there are not enough items to calculate the intersection point.
"Setting item insufficient" is displayed. Supply the missing items.
Refer to the following table for details on the input pattern.
Input can be made by the pattern of the above table.
-122-
Point A X | Point À Z | Point ВХ | Point В 2 Angle Remarks
© O O O
О O О
О О O
O O O 380, > Parallel with the Z-axis
O O 180 О, os — Parallel with the Z-axis
O © oO moe — Parallel with the X-axis
® O во oo — Parallel with the X-axis
© © O ® O Angle offset
When the angles are specified in the Remarks column of the input pattern,
the specified angles alone can be input.
(b) If no intersection. point exists as a result of calculation by the input
value, “intersection operation error" will be displayed.
(c) The answer calculated by the calculation function is effective until the
calculation function |ANSWER| key is depressed next. The answer will
otherwise be kept unless the power is turned off,
Ihe previously calculated answer and angle of the line can be used in the
calculation function as follows, as long as the TANSWER| key is still not
depressed.
4.2 INTERSECTION POINTS OF LINE AND CIRCLE
(1) Depress the page keys UNI DA ‚ the cursor keys , or the
key in the "calculation function (menu)" screen to move the cursor to the
"LINE/CIR" position.
Depress the; ENTER | key.
The following screen appears.
( №
CALCULATE INTERSECTION POINT (SETTING)
LINE-CIR
LineAB A-p oints ee
B-pointk = an
Angle a”
a”
Y
Parallel —-.^
Circc Center X
CA
AO
] Z A
Radius R
E
р
| | |
EDIT LSK en
| exır || MENU kızar | | <> | NSWE
o )
(2) Enter each item in the same manner as Par. 4.1, "INTERSECTION POINT OF
LINE AND LINE". Enter the center X, Z coordinates and radius R as the
circle data. |
ии
Warning appears if any one of these three is missing, and no calculation
can be made. when the radius R is displayed in capital letters in the
input item display as in this menu, entering a negative value for the
radius will cause a warning.
Depress the ANSWER] key. If two intersection points are output, two
answers, "POSI" and "POS2" are displayed. The page is displayed at the
upper right position of the screen.
=123-
(a)
(b)
(с)
(3)
г №
CALCULATE INTERSECTION POINT (SETTING)
LINE/CIR y 17/2
X: 23.842:PO52 X 34.638
2: 3.3271 Z 12.876
EDIT SK RDY
| exır || menu | CLEAR | | <> | lansweal
The cursor appears first at the "POS1" position.
Depress the page keys |/A] NA to move the cursor between "POS1” and
"POS2", The cursor position intersection point will be displayed on the
screen by a ".".
set the cursor at the intersection that is needed.
Depress the ¡RETURN! key.
| wa | or
to display the coordinate of the intersection point selected in (a).
Therefore,
Depress | X
Z || wR! in this order in the returned screen,
Notes
Same as the notes for Par. 4.1.(3).
4.3 CONTACT POINTS OF LINE INTERSECTING ONE POINT AND A CIRCLE
(1) Depress the page keys ÓN DAE the cursor keys UN Y | , or the
ma
key in the "calculation function (menu)" screen to move the cursor to the
"[1P-LINE]* CIR” position.
Depress thelENTER key to display the following screen.
г N
CALCULATE INTEFSECTION POINT
[IP-LINE] #&CIR
Peint-A
(SETTING)
CircB Center
Wis Nix
Il ıı 4
mo,
\ )
Y
Radius
EDET LSK
| EXIT || mexu | IcLEAR || <>
¡user
Ne /
— 124 —
(2)
(3)
(a)
(b)
(4)
Enter the 1 point and circle, in the sáme manner as Par. 4.1, "INTERSECTION
POINT OF LINE AND LINE" and Par. 4.2, "INTERSECTION POINTS OF LINE
AND CIRCLE",
If two contacts are calculated by depressing the |ANSWER| key, two
answers, "POSI" and "POS2" appear, and the page is displayed in the upper
right corner of the screen.
г №
CALCULATE INTERSECTION POINT (SETTING;
IlP- LINE] #CIK 2/2
¡Posa X:
2, :
EL LSK RDY
| EXIT | MENU | ‘LEAR | | <> | ANSWER
Ne y
The cursor appears first at the "contact point 1" position.
Depress the page keys UN NA to move the cursor between "POS!" and
"POS2". The cursor position contact point will be graphically displayed on the
screen.
Therefore, set the cursor at the required contact.
Depress the |RETURNI key.
wR or | 2 || МВ! in this order, in the returned screen, to
Depress | X
display the coordinate of the intersection point selected in (a).
Notes
Same as the notes for Par. 4.1 (3).
4.4 CONTACT POINTS OF LINE OF THE SPECIFIED ANGLE AND CIRCLE
(1)
Depress the page keys LA [YY]. the -cursor keys АМИ, or the | wal
key in the "calculation function (menu)" screen to move the cursor to the
"LINE (a°) * CIR” position.
Depress the [ENTER key. The following screen appears.
— 125 —
4 N
CALCULATE INTERSECTION POINT (SETTING)
LINE <a’ #CIK
CircA CenterA X =
. a = ¿ fe
Radius R = —— À
Line Angle а” =
EDIT LSK er
EXIT meno | enema || > | NSWE
N _
(2) Enter the circle and angle of line, in the same manner as Par. 4.1,
"INTERSECTION POINT OF LINE AND LINE” and Par. 4.2, "INTERSECTION
POINTS OF LINE A AND CIRCLE”.
(3) Depress the [ANSWER] key. Select the result of the calculation in the same
manner as Par. 4.3, "INTERSECTION POINTS OF LINE AND LINE",
refer to the answers.
г №
CALCULATE INTERSECTION POINT (SETTING!
LINE (a) *CIR
and
2/2
rm] LSK an
EXIT | MENU | CLEAR || <> | L.NSWEE
\_ /
(4) Notes
Same as the notes for Par. 4.1 (3).
4.5 CONTACT POINTS OF A LINE THAT CONTACTS TWO CIRCLES
(1) Depress the page keys, the [Y] YA] cursor keys, or the
key on the "calculation function (menu)" screen, to move the cursor to
"2CIR x LINE" position.
Then, depress the IENTER |key. The intersection point calculation (setting)
screen as shown in the figure is displayed.
-126-
Г à
CALCULATE INTERSECTION POINT (SETTING)
2CIR#LINE
CircA CenterA
| Ls
| exır || meno | enear || <> | wen
o y
(2) Enter the two circles, in the same manner as Par. 4.1, "INTERSECTION
POINT OF LINE AND LINE" and Par. 4.2, “INTERSECTION POINTS OF
LINE AND CIRCLE”.
(3) Depress the |ANSWER] key.
(a) The (two) contact points of one calculated line are numerically and
graphically displayed.
(b) Point (X, Z) on the left side of the answer field is displayed by ".", and
point (XX, ZZ) on the right side is displayed by "a".
Г №
CALCULATE INTERSECTION POINT (SETTING)
ZCIR#L INE
ex
LSK
EX1T ‚| menu | СЬЕАВ | | <> | Answer
\ /
(c) The answer is a maximum of four lines (with eight contact points). The
number of answers is displayed as the number of pages in the upper right
part of the screen.
(d) When there are multiple answers, depress the Aim page keys to
switch the answers from "answer 1" to "answer 4". The necessary contacts
are also displayed.
(e) Depress the | RETURN] key.
(f) Depress E wr | or | Z | way in this order in the returned screen, to
display the left side coordinate of the contact pair displayed in (а).
Depress | X || X | WR or | 2 | Z | wa Jin this order to display the right side
coordinate.
—127-
(4) Notes
- The two circles can be circumscribed, inscribed, intersected, or separated.
However, "cross point error" occurs if one circle is included in the other.
- If two contacting circles are input, and a line that intersects the contact
points is selected, (X, Z) and (XX, ZZ) become the same.
‚ See the notes for Par. 4.1, (3) for additional details.
4.6 INTERSECTION POINTS OF CIRCLE AND CIRCLE
(1) Depress the page keys YN IVY» the cursor keys ИАА ог the
key in the "calculation function (menu)" screen to move the cursor to the
"CIR/CIR" position.
Depress thelENTER key. The following screen appears.
a à
CALCULATE INTERSECTION POINT (SETTING)
CIR/CIR
CircA Center A
Radius Ri
CireB Center x
2
CI
Radius R
LE BOY
| exır || menu llengar || <> | lANSWERI
\_ р
(2) Enter the two circles, in the same manner as Par. 4.1, "INTERSECTION POINT
OF LINE AND LINE" and Par. 4.2, "INTERSECTION POINTS OF LINE AND
CIRCLE".
(3) Depress the |ANSWER| key.
The resultant calculation is treated as described in Par. 4.2
“INTERSECTION POINTS OF LINE AND CIRCLE”.
f à
CALCULATE INTERSECTION POINT (SETTING)
CIR/CIR 2/2
4
Post gi Et 1: — 85:85
EDIT LSK ROY
EXIT | MENU lenear An <> answer
\ _/
— 128 —
(4) Notes
Same as the notes
for Par. 4.1 (3).
4.7 CONTACT POINTS OF CIRCLE THAT INTERSECTS ONE POINT AND CONTACTS A
LINE
(1) Depress the page keys ИАА, the cursor keys LAIN]. or the
wa
key in the "calculation function (menu)" screen to move the cursor to the
"[1P-CIR] * LINE" positon.
Depress the!ENTER key. The following screen appears.
Fr
CALCULATE INTERSECTION POINT (SETTING)
A
[LP-CIR} *LINE
Point-A X =“ E
Z = „=
ES
LinsBC B-PointxX = ( A
C-PointX =
vin Be Fee at
Angle а’ =
Parallel = ¡AMA
Circ Radius R = _
\
a LSK ROY
EXIT | MENU | LLEAR | | <> | answer]
y
(2) Enter the point, line, and the radius of the contacting circle, in the same
manner as Par. 4.1, "INTERSECTION POINT OF LINE AND LINE”,
negative value is accepted as the radius of the contacting circle.
и
N
CALCULATE INTERSECTION POINT (SETTING
IlF- CIRI#=LINE 22
POS1 X: x 27-485)
2: Z 61.535
E LSK
| exit || Menu | CLEAR E <> | newer
| À
(3) Depress the IANSWER| key. Select the result of calculation in the same
manner as Par. 4.3, "CONTACT POINTS OF LINE INTERSECTION ONE POINT
AND CIRCLE", an
(4) Notes
d refer to the answers.
Same as the notes for Par. 4.1 (3).
— 129 -
4.8 CONTACT POINTS OF CIRCLE CONTACTING A LINE AND CIRCLE
(1)
(2)
(3)
(a)
Depress the page keys AM]; the cursor keys AM]; or the | wa!
key in the "calculation function (menu)" screen to move the cursor to the
"[LINE CIR] x CIR" position.
Depress the IENTER| key. The following screen appears.
Г №
CALCULATE INTERSECTION POINT (SETTING)
{LINE CIR} СТВ
LineAB A-Pointx
ni i
WHEN
Tirol Center $
Radius г
. (Tascrıba
Cire Radius
orn wi
}
EDIT LSK an
BAIT | MENU | /LEAR | | <> | NSWE
NN A
Enter the line, circle, and the radius of the contacting circle, in the same
manner as Par. 4,1, "INTERSECTION POINT OF LINE AND LINE" and Par.
4, 2, "INTERSECTION POINTS OF LINE AND CIRCLE".
Note that a negative value is also accepted in this menu, as the radius r
of circle C. When a negative value is input, the display of the inscribing
circle has priority.
Depress the ¡ANSWER! key.
The value of the two contact points on the circumference of one of the
answer circles as well as the inscribing points and the circle are dis-
played.
a №
CALCULATE INTERSECTION POINT (SETTING)
[LINE CIR] #CIR >
Tu _ LSK Е
EXIT | MENU | CLEAR | | <> | NSWE
\ >
(b) Point (X, Z) on the right side of the answer field is displayed by ".",
and point (XX,ZZ) on the left side is displayed by "a".
— 130 —
(c) The answer is a maximum of eight circles (with sixteen contact points).
The number of answers is displayed as the number of pages in the upper
right part of the screen.
(d) When there are multiple answers, depress the VA IM page keys to
switch the answers from "answer 1" to "answer 8". The necessary
contacts are also displayed.
(e) Depress the |RETURN| key.
(f) Depress | X wa | or | Z |fwalin this order in the returned screen, to
display the left side coordinate of the contact pair displayed in (d).
Depress x | X wa lor Zit Z [¡wejin this order to display the right side
coordinate,
(4) Notes
° When the input line and circle intersect, there are a maximum of eight
answer circles, but if they do not, the number of the answer is a maximum
of four.
* See the notes for Par. 4.1. (3) for additional details.
4.9 CONTACT POINTS OF CIRCLE CONTACTING TWO LINES
(1) Depress the page keys AM], the cursor keys AM]: or the |wr
key in the "calculation function (menu)" screen to move the cursor to the
"2 LINE x CIR" position.
Depress the IENTER|key. The following screen appears.
Я №
B-pointX
P
LinreCb C-po
DO N NI
EDIT | 5К
| exit || MENU i СЕБАВ || <> sw
\ и
(2) Enter the two lines and the radius of the contacting circle т the same manner
as Par. 4.1, "INTERSECTION POINT LINE AND LINE",
(3) Depress the |} ANSWER | key.
There are a maximum of four circles (with eight contact points). The
answers are handled in the same way as Par. 4.8, "CONTACT POINTS OF
CIRCLE CONTACTING A LINE AND CIRCLE".
— 131 -
nr
CA
2
N
(SETTING)
CULATE INTERSECTION POINT
INEXCTR
E,
L
73.497
67.215
EDIT LSK oe
EXIT | MENU | LEAR || <> | NSWE
biped
pr
\ y
(4) Notes
See the notes for Par. 4.1.(3).
4.10 CONTACT POINTS OF CIRCLE THAT INTERSECTS ONE POINT AND CONTACTS
CIRCLE
(1) Depress the page keys ENS, the cursor keys МИША, or the | wa
key in the "calculation function (menu)" screen to move the cursor to the
"[1P.CIR ] * CIR” position.
Depress the [IENTER|key.
The following screen appears.
f—
CALCULATE INTERSECTION FOINT
(EETT ING)
N
¡1P-CIR] #CiR
4-Peint 4 Хх = ООО
A =
CircB CenterB х =
Radius г =
(Inscribed).
Circe Kadius R =
ER IT LSK en
| EXIT || menu | CLEAR || > | ANSWER
\
(2) Enter the 1 point, circle, and radius of the contacting circle, in the same
manner as Par. 4.1, "INTERSECTION POINT OF LINE AND LINE" and Par,
4.2, "INTERSECTION POINTS OF LINE AND CIRCLE".
Note that a negative value is also accepted in this menu, as the radius
r of circle B. when a negative value is input, the dispaly of the inscrib-
ing circle has priority.
y
—132-
(3) Depress the |ANSWER] key.
(a)
The value of the one contact point on the circumference of one of the
answer circles as well as the inscribing points and the circle are
displayed. Point (X,Y) is displayed by ".",
4 à
CALCULATE INTERSECTION POINT (SETTING)
[3¡P-CIRIXCIR 174
1-1 — !
EE |
EDIT LSK Ray
EXIT | MENU | CLEAR | | <> | NSWE
\ J
(b) The answer is a maximum of four circles (with four contact points). The
(c)
(d)
(e)
(4)
number of answers is displayed as the number of pages in the upper right
part of the screen.
When there are multiple answers, depress the page keys to
switch the answers from "answer 1" to "answer 4", The necessary
contacts are also displayed.
Depress thel RETURN] key.
Depress | x | | wa | or 2 E in this order in the returned screen, to
display the coordinate of the contact displayed in (с).
Notes
. The position of input point A is acceptable for either in or out of the input
circle B, |
See the notes for Par. 4.1.(3) for additional details.
4.11 CONTACT POINTS OF CIRCLE CONTACTING WITH TWO CIRCLES
(1)
Depress the page keys ‚ the cursor keys , or the
key in the "calculation function (menu)" screen to move the cursor to the
"2CIR * CIR" positon. |
Depress the ¡ENTER | key. The following screen appears.
=133-
a N
CALCULATE INTERSECTION POINT (SETTING)
ACIRKCIR
Circé CenterA
Radius. L= R |
(Inscribed)
Radius. 2.
{Inscribed
x
Z
I
G
CircE CenterB р
r
, : e
Care Radius KR
| exit | | MENU | cLEaR Г <> | Answer
\ y
(2) Enter the radius of the two circles and the contacting circle, in the same
(3)
manner as Par. 4.1, "INTERSECTION POINT OF LINE AND LINE" and Par.
4.2, "INTERSECTIION POINTS OF LINE AND CIRCLE".
Note that a negative value is also accepted as the radius r of the two
circles. When a negative value is input, the display of the inscribing
circle has priority.
Depress the |ANSWER] key.
There are a maximum of eight circles (with sixteen contact points). The
answers are handled in the same way as Par. 4.8, "CONTACT POINTS OF
CIRCLE CONTACTING A LINE AND CIRCLE".
г à
CALCULATE INTERSECTION POINT (SETTING)
ZCIR&CIR 2/8
EDIT LSK an
| EXIT || МЕМО | CLEAR <> ANSWE
\ и
(4) Notes
* No warning will be given nor will the priority be assured when negative
values are input as the radius of the input circles when such input should
not be made (for example, when the two circles intersect, but one radius is
input by negative value, while the other is input by positive value).
See the notes for Par. 4.1.(3) for additional details.
-134-
4.12 CENTER POINT AND RADIUS OF A CIRCLE THAT INTERSECTS THREE POINTS
(1) Depress the page keys VTA 554 ‚ the cursor keys UNI NA , or the | wr
key in the "calculation function (menu)" screen to move the cursor to the
"3P-CIR" position,
Depress the [ENTER] key. The following screen appears.
г N
CALCULATE INTERSECTION POINT {SETTING)
SPKCIR
Point-A x
кА
Point-B x
Z
Point-C X
Z
EDIT LSK
exit || MENU | CLEAR || <> wen
N A
(2) Enter the three points in the same manner as Par. 4.1, "INTERSECTION
POINT OF LINE AND LINE”,
(3) Depress the IANSWER| key.
The circle that intersects three points is desplayed. The center
coordinate (X, Z) and the value of the radius are also displayed.
Г №
CALCULATE INTERSECTION POINT (SETTING)
3PECIR 1/1
a
ra
DER x 869.385 RADIUS : 49.156
7 54.356 |
EDIT LSK ;
| EXIT || Menu |kızar || <> | Grave
\ +
(4) Depress the ¡RETURN| key.
WR
Depress the | X keys in this order in the returned screen, to
display the X coordinate, and | 2 | we | to display the Y coordinate of
the center of the circle. Depress ГВ. wR| in this order to display the
radius of the circle.
(5) Notes
See the notes for Par. 4.1.(3).
— 135 —
5. PROGRAM MODIFICATION
5.1 PREPARATIONS FOR MODIFICATION
(1) Enter the interactive mode for program modification.
(2) See par. 3.3.
Inthe interactive mode, the following display will appear.
If the program is found at the dialog, the program number is diaplayed
in the position "Program number" and the program comment at the position
"Comment" as shown on this display.
№
ke PROGRAM NUMBER xXx opa Neson
EI Old Data
2 New Data
Program number = 109099
Comment ={¥ASNAC )
MEMORY LSK RDY
| END | || || | Enter |
o À
(3) Move the cursor to the "Old Data," and depress the [ENTER] key.
The program number will blink on the display.
(4) If the program number and comment are changed, rewrite them and depress
the [ENTER | key.
5. 2 MODIFICATION PROCEDURE
The procedure for program modification is executed the same as the displays in
Sect. 3. You can modify only the desired process without performing any
unnecessary operation.
5.2.1 Modifying the Blank Data
(1) Modifying
(a) Use the , or the |wr| key to position the cursor to the item to be
modified and enter new data.
(b) Depress the [ENTER | key.
(2) Not modifying
Depress the ENTER! key.
5.2.2 Selecting the Variable Turning Menu (End Facing, O.D. Turning, etc.)
This display branches to modification of a previously input process and to
insertion of a new process.
— 136 -
5,2.
(1)
(а)
(b)
(2)
(a)
(b)
(c)
(d)
(3)
(a)
(b)
2.1 Modifying a Process ETA пос. is used.)
In this procedure, an existing NC program is deleted in order to create a
new NC program.
First select the variable turning menu to be’ modified.
Use the , ‚ or the | мв| key to position the cursor to the turning
menu to be modified.
Depress the modify key to set "Modify" and depress the [ENTER | key.
The detailed turning menu will appear.
Selecting the detailed turning menu (rough turning, finishing, etc.)
Use the s , Or the we] key to position the cursor to the turning
menu to be modified.
Depress the [ENTER | key. If the process is not found, a message "Data to
modify does not exist" is displayed.
The system searches for the preset turning block automatically and displays
the target program in the program area at the top of the display. The
approach setting display appears.
Notes
(i) If the same process is used at more than one location, the process found
by the search is the first process.
(ii) All process range is identified by a sequence number.
If a sequence number has been enterd manually during the process, the
process modification may not be accomplished properly.
(iii) If an interactive programming is manually edited by NC and then
interactively edited for transfer, the transferred program will not reflect
the manual editing.
Modifying the approach
Modifying the data
(i) Use the ; or the wa key to position the cursor to the item
to be modified and enter new data.
(ii) Depress the ENTER key. The previous NC program is deleted and a
new approach NC program is created.
Not modifying the data
Depress the |ENTER| key without changing the approach data.
The same NC program as the previous one is created.
The basic data detting display will appear. When "threading" or
"drilling" is instructed, the display changes to the finishing shape
display. When "finishing" is instructed, the display changes to the
escape setting display.
— 137 -
(4) Modifying the basic data
(a) Modifying the data
Enter new data and depress the [ENTER | key.
(b) Not modifying the data
Just depress the | ЕМТЕВ | Кеу. Then the display changes to the finishing
shape display.
(5) Modifying the finishing shape
(a) Modifying the end facing, O.D./I.D. turning
The modify mode is initially set on this display. To modify the finishing
shape, see (5),(6) and (7) in par. 3.9.1.
If no data is to be modified, depress the | ENTER | key . The display
will change to the program insert display.
(b) Modifying the grooving, drilling, or threading
Modify by referring to par. 3.9.2, 3.9.3, or 3.9.4.
After the modification, depress the | ENTER | key.
If no data is to be modified, depress | ENTER | key.
Then the display will change to the escape setting display.
(6) Inserting a program
Depress the [ENTER] key whether or not the modification has been
completed, The display changes to the escape setting display.
(7) Modifying the escape
(a) Modifying the data
Enter new data and depress the | ENTER | key.
(b) Not modifying the data
Just depress the [ENTER] key. The system returns to the variable turning
menu setting display.
(8) Precautions
- The cursor in the variable turning menu list is not displayed.
- If thel ENTER | key is depressed when there is no process, a message “Data to
modify does not exist” 1s displayed.
. Any changes in a part exceeding 36 processes are not acceptable.
- If several processes with the same menu number in the process list exist, any
process closed to the beginning of the program is deleted. After that, the
process list may not be able to correspond to the programs.
- When a process which exists in the process list but not in the program is
specified, the cursor at the upper part_of the screen points to the beginning
of the program at the time when the IENTER| key is depressed.
- When any changes are made in this function, the datailed turning menu is not
displayed. The screen is changed to the approach display.
- When the interactive mode is entered in new data editing and then the variable
turning menu is returned, process insertion 1$ always selected.
— 138 —
5.2,
(1)
(a)
(b)
(2)
(a)
(b)
(c)
(3)
(4)
2.2 Inserting a Process ‘eas mode is used.)
A new NC program may be inserted at the cursor location.
For example, this procedure is used to insert grooving between O.D. and
1.D. turning or to add threading to the end of the process.
Use the ; or the | wal key to position the cursor to the machining
menu to be inserted.
modify
Depress the EXI key to set "Insert" and depress the | ENTER | key.
The display will change to the detailed turning menu display.
Selecting the detailed turning menu (rough turning, finishing, etc.) and
searching for the process
Use the , [МИ or the key to position the cursor to the turning
menu to be inserted.
Search for the insert location.
PROCES
SEARCH
the beginning of the processes.
Having searched to the end, the system starts searching again from the
Depressing the
key causes the system to search successively for
beginning of the program.
Depressing the | MANUAL | key reverses the key indication, which makes
available the cursor keys and at the top of the display.
Depressing the | MANUAL | key again resets the indication.
Position the cursor to the insert location using these functions. The
program will be inserted after the cursor,
Depress the | ENTER | key.
The display will change to the approach setting display.
Inserting the approach
Input the necessary items and depress the | ENTER | key.
The display will change to the basic data setting display.
If threading or drilling is instructed, the display changes to the finishing
shape display. If finishing is instructed, the display changes to the escape
setting display.
Inserting the basic data
Input the necessary items and depress the [ENTER | key.
The display changes to the finishing shape display.
- 139 —
(5) Inserting the finishing shape
(a) Inserting the end face, O.D./I.D.turning
Set the finishing shape by referring to par. 3.9.1.
The display changes to the program insert display.
(b) Inserting grooving, drilling, or threading
Set by referring to par. 3.9.2, 3.9.3 or 3.9.4.
The display will change to the escape setting display.
(6) Inserting a program
Depress the [ENTER | key. Check the location where the program is to be
inserted. The display will change to the escape setting display.
(7) Inserting the escape
Input the necessary items and depress | ENTER | key.
The system will return to the variable turning menu setting display.
(8) Precautions
- When the variable turning menu is returned after inserting the process, the
cursor always points to the one next to the process which has been currently
created.
- For process insertion, even when the same menus exist in the process list, the
process is inserted in front of the position indicated by the cursor.
- If the number of processes exceeds 36 after process insertion, they exist in the
program but are not displayed in the process list.
- If the variable turning menu display is returned after insertion of the 12th or
24th process, the next page (the second page for 12th process and the third
page for 24th process) is displayed in the process list.
- The cursor in the variable turning menu is moved by numerical keys | to 6 or
the |[WRlkey. The cursor in the process list is moved by the cursor keys. Two
cursors move independently.
5.2.2.3 Deleting a Process.
By specifying a process and performing deleting operation, the process part
specifiedby the program under interactive editing can be deleted.
(1) Procedures
(a) When the variable turning menu is displayed in the interactive mode, depress
the IDELETE!'key. Then the [DELETE lkey is displayed in reverse and the
cursor appears in the line of the variable turning menu in the process list,
(Hereafter, this status is called process deletion mode.)
A message move the cursor and push IENTERI|key” appears.
г №
%* MENU ЖЖ l 00009 нчоова
N6104 51:
MOS ;
30100 MOS;
Boles M3a;
1 Face 2 0. D. 3 I. D.
4GrooveiS Drilll@ff’hread
EDIT
LSK RDY
modily
| END | | EXIT | СТЕНЕ Manual] enter |
\ y
— 140 -
(b) Move the cursor to the process to be deleted by using the cursor key UNI or
(с) Depress the ENTER| key.
(1) When the rough turning process is specified, especially when its finishing
| process exists, a message “Finish process is deleted too, OK? (Y/N)” is
displayed.
(ii) Other cases
A message “Are you sure? (Y /N)” is displayed. The beginning of the
specified process displayed in the. program display at the upper part of
the screen.
(4) Depress the IY lor INI key.
When the Y] key is depressed
The finishing process corresponding to the specified rough turning process in
G) above is deleted.
For example, in the status shown in the figure, move the cursor to 4.1 (O.D.
groove rough turning) and depress the IENTERI] key and the М| key in that
order. Then the process of 4.2 (O.D. groove finishing rough turning) is deleted
at the same time. In the (п) above, only the specified process is deleted.
After deletion, the process deletion mode is released_automatically. That is,
the cursor returns to the process menu list and the |DELETE|key returns to
its former status.
If any key other than the [Yl key is depressed, the process deletion mode is
released.
(2) Other operations
- To release the process deletion mode, depress the l DELETE! key.
If the process list covers two pages, move the cursor in the process deletion
mode to display the second page.
(3) Precautions
- All process ranges are identified by the sequence numbers. If a sequence
number is input manually during the operation, the data may not be changed
correctly.
* To delete the rough turning process and finishing turning process simultaneously
[ (1) (<) (1) above), any other process can exist between them and the
finishing turning process corresponding to the rough process.
* By executing the process deletion, the form data on the process is also deleted
in addition to the program.
* When several processes with the same menu number exist in the process list, the
process closed to the beginning of the program is deleted. After that, the
process list may not correspond to the programs.
u
— 141 —
5.3 ENDING THE PROGRAM MODIFICATION
After the modification of the target process, depress the | END | key.
The system ends the program modification and exits from the interactive mode.
NOTE
- Suppose the system ended after modifying the old data during operation
in the memory mode. The modified data are not written to memory at the
time the system ended. The data will be written to memory at the end of
operation.
- When any other function key is deressed to display the variable turning menu
again in the process deletion mode, the process deletion mode is released.
- When a process which exists in the process list but not in the program 1s
specified, the cursor at the upper part_of the screen points to the beginning
of the program at the time when the IENTER|key is depressed.
- After creating more than 36 processes, the number of process is still 35 even
by process deletion. The processes after the first 36 processes are not displayed
in the process list.
- By depressing the IDELETEIÏkey when there is no process, the process deletion
mode is entered but a message “Data to modify dose not exist” is displayed
at the time when the IENTER| key is depressed.
In the following cases, the program at process deletion becomes faulty.
(i) When the sequence of the interactive program is changed
(1) When the final block (MOl; ог M30;) of the process is changed
-142-
6. DRAWING OF PROGRAMMING
The drawing function checks on the display the tracks of a program created by
the dialog function. The drawing operation normally runs as follows:
Directory
6.1 Setting 1
rawing an
YES
Interactive
program?
NO
6.2 Setting of drawing
program
6.3 Command
| Entry into drawing mode
6-4 Blank set
6:3 Command
Entry into
drawing mode
an
|
6.5 Clear drawing
6-6 Shape
|
6-7 Start drawing
YES Changing the
|
6°8 Setting of drawing
range
drawing
range?
NO
6:9 Setting 2
| Ending the drawing
C=)
— 143 —
6.1 SETTING 1
This drawing function is not enabled unless the program is executed in the NC
memory mode.
If the interactive programming is checked by the drawing, all machine motion
must be stopped first before running the program. Therefore, set the data as
follows before entering the drawing mode.
The drawing can also be accomplished during actual cutting. In this case,
the machine need not be stopped. Therefore, skip this section.
Co
(1) Depress the key.
The system enters the setting function mode.
(If not on the "setting" display, depress the [SETING | key.)
(2) If the "DRAWING CHECK" is OFF: |
Use the cursor key , to position the cursor to the position
"DRAWING CHECK". The "DRAWING CHECK" will blink.
(3) Depress the key.
For items the drawing check, auxiliary function lock, dry run, and machine
lock, are turned "ON".
6. 2 SETTING OF DRAWING PROGRAM
The operation in this section is not necessary for drawing an interactive
programming.
(1) Set the mode select switch to "MEM (memory)".
DEI]
(2) Depress the key.
ada,
The system enters the program function mode. If not on the "program"
display depress the [PROG | key.
The display shown at right will appear.
Two types of program displays are available in the MEM (memory) mode.
и à
PROGRAM 009800 NBBAa
H
(ABS) [MODAL-G} T-NO:T8288
x _ а Gui GSS
z. A 697 G123 FEED:F . a
Gaga {inch/rev}
(INC) 649
X . е G37 ACTUAL: 5 с
7, а G3s LIMIT:S a
СБ? COMMAND : $ Q
MEMORY LSK RDY
| || Bros | Il <> |
<]! PROG DIR PROG CALC <> [>
Ne Y
Fig. 6.1
— 144 —
‘Display showing the NC program and operation information (Fig. 6.1)
‘Display showing only the NC program (Fig. 6.2)
These displays can be switched from one to the other by depressing thel< > |key.
A drawing program can be established on either of these displays.
pot DN
PROGRAM 00080 NY00@
H
MEMORY LSK RDY
<a | pros | | DIR || PROG | | CALC || <> >
жи y
Fig. 6. 2
(3) Enter the program number of the program to be drawn and depress the
cursor key . The desired program will be searched.
e.g If the program mumber is "100," depress keys
EJ and in this order.
To check the program number, depress the | DIR] key and check on the
directory display. The display will appear as follows. This effectively calls
up the program to be drawn.
«When the program is searched by the display of Fig. 6.1:
( À
PROGRAM 00100 Nage
0108:
№4100 (0D- GROOVE- ROUGH);
GQ0 GAB TOGDE:
(ABS) (MODAL-G) T-NO:TB000
x . VO GO1 GES
Z @ 697 G123 FEED:F . 0
699 {inch/rev)
(INC) G40
x . в G37 ACTUAL:S a
Z 8 G39. LIMIT:S 1)
G67 COMMAND:S a
MEMORY LSK ROY
«| PROG | | DIR || PROG | | CALC || <> >
Ke р
Fig. 6.3
— 145 -
-When the program is searched by the display of Fig. 6.2:
a N
PROGRAM 080100 Нов
0100;
N41@@ (OD- GROOVE- ROUGH);
Gob G40 78606;
N4101 GS6 S766 MOS;
NA182 x2.52 2-1.804 Mee;
N4193 G75 X1.688 Z-1.996 1.08
K.18 F.8832:
N4104 G51;
MEMORY
LS
K RDY
«| PROG | | DIR || PROG | | САС || <> | >
\ _/
6.3 HOW ТО ENTER THE DRAWING MODE
[ыы
(1) Depress the key.
The system will enter the command function mode.
The display below will appear.
4 à
COMMAND 081988 N&bag
G Noboa м
281 G40 x ак a
G37 G37 2 B P @
639 U аа a
G35 G67 VW DA ya
G69 I . 8 в a)
G123 K 8 E О
Е BED g
E L a
5 a
F BUGS 6505$ a
S (ACT) y
MEMORY LSK RDY
T
| COM || Nest || ee || Drau | | |
\
- 146 -
(2) Depress the |DRAW | key.
The system enters the drawing mode.
The display appears as follows:
fr N
DRAWING 09100 Nagae
X
Ll.
MEMORY LSK RDY
<1 PEAN |kscaue | krarr | BEANE llenean [>
\_ y,
EJ (LEFT MENU) and |» | (RIGHT MENU) become valid only when <j >
are displayed on the CRT display, respectively.
Depressing or |» | displays the reverse of the function.
On this display, two indications shown below are switched.
= [BEA] [scans] [starr] [BEANE] ele)
= I | rare
If material data has been input normally, the drawing display appears.
If material data are either all 0 or not properly input, the display switches
automatically to the "BLANK SET" display.
-147-
6.4 MATERIAL SETTING
(1) Depress the BLANK key.
The following display will be shown:
a N
BLANK SET 080100 NIE
OD = a. 0000
ID = . в
Length = 4.2000
Расе. г = . 800
Chuck, b= . 4006 Хх
Len +
C. 1 Flor
ee > OD
[ro
| + i
Peto > AAA rr]
\_ y
The displayed material data are transferred automatically from the dialog section
during interactive operation and material setting need not be done at this time.
If not in the interactive operation, the material data for the previous drawing
will be stored. The data should be rewritten by material data of the O number
to be drawn.
The material shape can be set by the following operation:
(a) Enter "O.D.”
To enter "100 mm" for example, depress in sequence the , E
and | WR! keys.
в
9
The "L.D." starts blinking on the display.
See Notes in (2) for cast material.
(b) Next, enter "Г.Б,"
To enter "10 mm" for example, depress in sequence the , , and
keys.
The "Length" starts blinking on the display.
(c) Enter "Length."
To enter "150 mm", for example, depress in sequence the р Es |,
, and keys.
The "Face removal" starts blinking on the display.
(d) Enter the "Face removal” in the same way.
This value determines the reference point and the reference point mark
moves on the drawing display.
The "chucking lgth" starts blinking on the display.
— 148 —
(e) Enter "chucking lgth" in the same way.
The chucking lgth is the length of the section where the chuck grasps the
material.
For external claw For internal claw
‘ For an external claw, enter the value of (a) without a sign.
- For an internal claw, enter 0.
This value is used to check claw interference (for the external claw). The chuck
line is indicated by a } mark on the top left of the material on the display.
This position is moved.
(1) If wrong data has been entered:
Use the cursor or [Y] or the key to position the cursor to the item
in error and enter correct data. The value entered last becomes valid.
(g) Ending the "BLANK SET"
Depress the [EXIT] key.
{2) Notes
(a) For a work piece such as a casting which has a material shape similar to a
(b)
finishing shape, the "rough cycle" with G71 or G72 will have excessive air
cut, which is a waste of time.
In such a case, instruct manually G73 or a "closed loop cutting cycle",
For details of the closed loop cutting cycle, refer to Par. 1.8.25.4 in the
Instruction Manual for YASNAC LX3
In the material shape input, enter the material maximum diameter and
length as the "diameter" and "length",
The "I.D." may be input only for pipes.
Enter "0" for other materials.
(c) To cut the inside diameter by drilling a bar:
When drilling is set in the interactive operation, the drill diameter is input
automatically as an inside diameter and defined as a new material shape.
- 149 -
(d) How to enter decimal points of data:
To enter "10": Depress successively y and | WR),
To enter "10.1": Depress successively | 4 0 . , and
|
To enter "0.1": Depress successively 0 | * 4 wR or | .
|
(e) If the following material shape setting is preformed, a warning is produced
with a message "DATA SET ERROR":
. 1.D. > O.D.
. Chucking lgth > Material Length
‚ Face removal > Material Length
6.5 CLEARING THE DRAWING
If the previous drawing remains displayed, depress the | CLEAR | key.
— 150 —
6.6 SHAPE
(1) Depress the | BLANK | key.
The display is as follows;
4 ON
CHUCKING DRAWING 061909 N2020
POSITION À ,
* |
i
1
|
|
|
|
|
|
x |
| 39 a
Z
BER ee REFERENCE
<i ser | Бсльв | Бтавт | SHAPE llengar |] POINT
\ y
The material shape and the reference point and chuck positions are
displayed.
The material shape of case material is displayed as a rectangle.
X By setting the material and
drawing range, the length
[| — SCALING shown by the arrow on the
7 Z-axis is calculated auto-
| | matically and displayed.
(Unit: mm or in.)
This length is displayed.
(2) Setting the drawing area
Normally, the standard drawing area is used.
The standard area is set at power-on.
To change the drawing area, use the operation described in Par. 6.8.
6.7 START OF DRAWING
(1) Depress the [START | key.
The indication | START lon the display is reverse displayed, At the same time,
the position absolute, position increment, feed rate, the running spindle speed,
and tool number are displayed at the top left of the display.
The drawing may also be started by the next operation (2) without per-
forming (1).
— 151 -
(2) Turn ON the "cycle start switch" on the machine control panel.
The following display shows where the program tracks are drawn.
When the cycle start switch is turned on without the operation (1) above,
the display "START" is reverse displayed.
4 À
DRAWING 00166 N2104
JABS) = _
2 AS NT SL + + En m
2.— 1 | ааав-----------=-=-=--
(INC) o RE |
Pa
I
Ee ------==-== $
7.
< <ЕТ | IScALE HAPE | СЬЕАКк |! >
o
и
(3) Explanation of the display
(ABS) Position absolute X: The position along the X-axis from the
reference point.
Z: The position along the Z-axis from the
reference point.
(INC) Position increment X: The displacement along the X-axis.
Z: The displacement along the Z-axis.
(F): Feed rate
(S): Spindle speed in operation.
(T): Tool number
O : Lool-ahead indicatior to show the end point of a block. You can
check where the current block being executed will go.
% : Reference point; Its position is decided by the value of the "face
removal",
Cutting feed
Past feed
—-—.—: Center of the workpiece
"Drawing exceeds the drawing range:" Displayed when the current value
is found at a location that cannot be displayed.
"Claw interfence:" Displayed when the cutting edge is hitting the claw.
The interference check is performed only on the external claw.
(4) End of drawing
When the program execution ends, the indication "START"changes automat-
ically to the normal indication and simultaneously all data indications (posi-
tion absolute, position increment, feed rate, spindle running speed, and
tool number) at the top left of the display disappear.
- 152 —
6.8 SETTING THE DRAWING AREA
(1) Depress the |SCALE|key. Normally depress the [NORMAL] key since drawing
occurs in the standard area. The displays are as follows:
4 N
SCALE OF DRAWING 00100 N606G
не +
1 I
I I
I I
1 I THIS RECTANGLE SHOWS
I 1 ———* THE SETTING DRAWING
I 1 AREA
1 Е
I I
I I
1 I
X I Е
I Е
| I Е
Z + —— ——— —— —— +
"panes LSK =
ORMA LARGE | БАТ, || | EXIT
\ y
When the drawing is done in the normal area, the following is displayed:
Я №
DRAWING 600190 N6125
"BERE LSK TE
< SET SCALE | starr | EHRSE CLEAR i>
N | )
(2) When the [SMALL lis depressed to narrow the drawing scale:
f N
SCALE OF DRAWING 09100 N61B5
THE PREVIOUS DRAWING IS
SHOWN NOW
Ä
| =.
2 ~ -- A
| ESK RDY
Normal Lance | Ismarı | | || BxIT |
\_
y)
— 153 -
The following keys may be used to position the drawing scale to a part of
the work piece to be enlarged as in the figure on the previous page.
Upward: Page key
Downward: Page key
Left: Cursor key
Right: Cursor key
Drawing in this area displays the following:
a №
DRAWING 09100 N6193
MEMO LS
< SET | ISCALE | START | ener llenesa ID
\ _/
(3) When the [LARGE}key is depressed to widen the drawing scale:
4 N
SCALE OF DRAWING 00104 №5185
D en oy et
fom eee oe
A et ed ed Pt teed ee HA AA HA HA
Pema LSK RDY
ORMA LARGE | ВМА, | | EXIT
\_ р
Drawing in the above scale displays the following:
— 154 —
= ur - 1 . 1 -
AC + Cl + " 4 р Ен: сы 4 E . à . 7 cd
«oa r 7 r 4
on Fons ua a a Ter u r ы . - "“ 7
DRAWING 040100 15195
М Y ERE
<| SET | SCALE |lsrarr | ЕНАРЕ | icuear |
\. | A
6.9 SETTING 2 (DRAWING END OPERATION)
(1)
(2)
(3)
(4)
(5)
Depress the | < | or | D | key.
The soft key indication on the display changes.
Depress the | EXIT] key.
The system exits from the drawing mode.
When drawing is performed with the machine stopped, reset the setting
data specified before entry into the drawing mode.
[IT
Depress the key.
Ihe system enters the setting function mode.
(If not on the "setting" display, depress the [SETING] key.)
Use the cursor key or to position the cursor to the item "drawing
check",
The "drawing check" indication will blink.
Depress the wR key.
The four items (i.e. DRAWING CHECK, MST LOCK, DRY RUN, MACHINE
LOCK) are turned OFF.
This ends the drawing operation.
— 155 —
7. OPERATION OF A GENERATED PROGRAM
An interactively generated NC program is the same as a manually created NC
program. |
(1} Depress the reset key reser} .
This moves the cursor to the beginning of the program.
(2) Before starting operation, be sure to check the interactively generated
program using the drawing function (See Section 6).
This is an automatic programming function. If modification or insertion of
a machining process is performed erroneously (e.g. the correction of old
data), the incorrect machining program will be created automatically. The
drawing check is necessary to prevent such erroneous machining.
(3) After the drawing check, run the program by the conventional procedure.
(Refer to Section 5 in the YASNAC LX3 Instruction Manual.)
— 156 -
8. OPERATION OF INTERACTIVE PARAMETERS
The interactive parameters are used to set up beforehand items (finishing
allowance, feed rate, etc.) necessary for creating a program interactively.
For details, see Section 9.
8. 1 HOW TO ENTER THE INTERACTIVE PARAMETER DISPLAY
| | иг — оо
(1) Depress the key to enter the program function mode.
(2) Depress the key | 4 | or | » | to display the contents of the soft function
keys shown below.
Ч о FR D
AUTPRO
(3) Depress the PRM key.
The system enters the interactive parameter display.
8.2 SETTING THE INTERACTIVE PARAMETERS
The interactive parameters are numbered 00 to 99,
Parameter numbers 20 to 62 are used to set up items required for program
generation.
These parameter numbers are displayed ten at a time on the display.
Depressing page key or changes the display in the parameter
number sequence.
8.2.1 Interactive Parameters # 20 to #29
(1) Depress page key or to display the following:
и N
AUTPRO PARAMETER 0498B Noaëgg
ot 2 Ci: 80 Fin Allowance WU
#21 40 W
#22 2000 Face Clearance X
123 800 Z
424 496 OD Clearance X
425 вой - yA
426 4090 ID Clearance X
4127 908 Z
828 a
823 a
MEMORY LSK " . RDY
| || || El || exer |
\ y
—157-
OT À, Mae - rn
— + r . = 2.
(2) Set the interactive parameters by the following procedure:
(a) Use the or or the key to position the cursor to the item to
be set,
(b) Depress the data keys to set the data in the interactive parameter.
For example, to enter "0.5 mm" in the total finishing allowance U",
depress successively the 5), fol, © o and keys.
(c) For the item set in the interactive parameter by the above, its data will be
displayed automatically on the item setting display (approach or basic data
setting display, etc.) in the interactive mode.
(See pars. 3.7 and 3.8.) |
The following display is produced for #30 through #62.
Set the interactive parameters in the same way as in #20 to #29.
8.2.2 Display for Interactive Parameters #30 to # 39
Г N
AUTPRO PARAMETER 04060068 NBGA
Packs} ВОР FaceRouDeptkCut D
НЗ! 190 Feed F
432 16060 OD Rou DepthCut D
#33 120 Feed Е
34 1209 ID Rou DepthCut D
#35 128 Feed F
4365 1008 FaceFreeRouFeed Е
437 128 OD Free RouFeed F
138 180 ID Free RouFeed E
139 Я
MEMORY LSK RDY
| | || || || exır |
o Y
8.2.3 Display for interactive Parameters #40 to #49
и N
AUTPRO PARAMETER 04008 Noa
may 4@ Face Fin Feed F
tai a OD Fig Feed F
442 Aë ID Fin Feed F
наз 40 FaceGroyFinFeed PF
744 406 OD Grov FinFeed Е
H45 40 ID Grov FinFeed E
45 Я
447 a
48 Y
nag a
MEMORY LSK RDY
|| || | exit |
\ и
— 158 —
8.2.4 Display for Interactive Parameters: #50 9 ю # 59:
и
AUTPRO PARAMETER
04990 9030
~
ЕЕ] 800 GrovRouDepthCut D
#51 3 Feed F
152 т Cut of Step А
153 эВ Edge Overlap %
154 дов Step Clearance
155 o
#55 58008 Driil Depth Cut D
157 Ge Feed F
#58 o
14539 2
НЕМОКУ LSK RDY
i] || || exis |
\_ y
8.2.5 Display for Interactive Parameters #60 to #69
г №
AUTPRO PARAMETER 040606 новая
160: 140 Thread DepthCut D
461 645 Height Coef
HE? 16 Taperratio 1:А
1623 в
H64 8
455 a
166 4
te? a
ЦВ 6
163 6
MEMORY LSK RDY
PE ET [exert
\
> 159 —
9. INTERACTIVE PARAMETER LIST
Number
| #20 |
| #21 |
# 32
Control manipulations
Finishing allowance setting in all machining
operations
#20 is for X- axis incremental value (U) setting,
and #21 is for Z-axis incremental value (W) setting.
Setting range: 0 — 99999999
Unit: 1= 500 inch (0.001 mm)
Clearance setting in face turning
#22 and #23 set for the X and Z axes respectively.
Setting range: 0 — 99999999
Unit: 1 = 16600 inch (0.001 mm)
Clearance setting in O.D. turning.
#24 and #25 set for the X and Z axes respectively.
Setting range: O — 99999999
Unit: 1 = +600 inch (0.001 mm)
Clearance setting in ED. turning
#26 and #27 set for the X and Z axes respectively.
Setting range : 0 — 99999999
Unit: 1 = 10600 inch (0.001 mm)
Depth of cut setting in face rough turning
Setting range : 0 — 99999999
Unit: 1 = 0509 inch (0.001 mm)
Feedrate setting in face rough turning
Setting range : 0 — 99999999
Unit: 1 = 10000 inch/rev (0.01 mm/rev.)
Depth of cut setting in O.D. rough turning
Setting range : 0 — 99999999
Unit: 1 = lo inch (0.001 mn)
Feedrate setting in O. D. rough turning
Setting range: 0 — 99999999
Unit: 1 = 10000 inch/rev (0.01 mm/rev.)
Depth of cut setting in I. D. rough turning
Setting range : 0 — 99999999
Unit: | = 79999 inch (0.001 mm)
— 160 -
| #37 |
| #38 |
| #40 |
| #41 |
Feedrate setting in I. D. rough turning
Setting range : 0 — 99999999 |
Unit : Е — 10000 inch/rev (0.01 mm/rev.)
Feedrate setting in face free rough turning
Setting range : 0 — 99999999
Unit: | = 10000 inch/rev (0.01 mm/rev.)
Feedrate setting т O. D. free rough turning
Setting range : 0 — 99999999
Unit: | = 10000 inch/rev (0.01 mm/rev.)
Feedrate setting in I. D. free rough turning
Setting range : 0 — 99999999
Unit: i = 10000 inch/rev (0.01 mm/rev.)
Feedrate setting in face finish turning
Setting range : 0 — 99999999
Unit: 1 = 10006 inch/rev (0.01 mm/rev.)
Feedrate setting in O. D. finish turning
Setting range : 0 — 99999999
Unit: 1 = 10000 inch/rev (0.01 mm/rev.)
Feedrate setting in I. D. finish turning
Setting range : 0 — 99999999
Unit: 1 = 10600 inch/rev (0.01 mm/rev.)
Feedrate setting in face groove finish turning
Setting range: 0 — 99999999
Unit: 1 = 10500 inch/rev (0.01 mm/rev.)
Feedrate setting in O. D. groove finish turning
Setting range : 0 — 99999999
Unit : 1 = 10500 inch/rev (0.01 mm/ rey.)
Feedrate setting in L D. groove finish turning
Setting range : 0 — 99999999
Unit: 1 = 10007 inch/rev (0.01 mm/rev.)
Depth of one - cut setting in groove rough turning
Setting range : 0 — 99999999
-161 —
Number
i #51 | Feedrate setting in groove rough turning
Setting range : 0 — 99999999
Unit: 1 = I —inch/rev (0.01 mm/rev.)
10000 ncn”? |
| #52 | Number of cut setting in groove turning
Setting range : 0 — 99999999
Unit: }=1 cut
Note: Make sure that a value within the setting range 13
set. If “0” is set, operation may not be possible.
| #53 | Grooving tool shift overlap ratio setting in groove
rough turning
Setting range: 0 — 100
Unit: i = 1% |
Note: Make sure that a value within the setting range 1$
set. If a value of “101” or larger is set, operation
may not be possible.
| #54 | At finishing turning with groove having a offset to the right
and left or top and bottom, when the following conditions
are satisfied, chamfering movement is automatically
compensated for.
‹ ‚ Right Х coordinate - Left Х coordinate |
2
Clearance at groove offset € | Тор Z coordinate - Bottom Z coordinate |
Clearance at groove offset
Setting range: 0 to 99999999
Unit : 0.001 mm (1/10000 in)
Note : Clearance at groove offset is used in common for X and
Z directions. |
X coordinate is set in units of the value.
| #56 | Setting of depth of bore- in one boring in drilling
Setting range : 0 — 99999999
inch (0.001 mn.)
Unit: 1 = 10060
| #57 | Feedrate setting in drining
Setting range :0 — 99999999
Unit:i = 0500 inch/tev. (0.01 mm/rev.)
| # 60 | Setting of depth of cut in oue cut in threading
Setting range : 0 — 99999999
Unit: 1 ==) inch/rev (0.001 mn.)
— 162 —
Number
Setting of thread height factor in threading
Setting range:1 to 99999999
Unit: 1 = 0.001
Note: Make sure that a value within the setting range is
set. If “0” is set, operation may not be possible.
| Normally set this factor to 645 as specified by JISx.
Setting of radius ratio (taper ratio) in taper
threading
Setting range: 0 — 99999999
Unit:1 = 1
Note: Radius ratio is the ratio of length along the X-axis
to the length along the Z-axis, with the former taken
as 1. Normally set the taper threading radius ratio
to 16 as specified by JIS*.
*: Japanese Industrial Standard
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ОО
YASNAC LX3
FOR TURNING APPLICATIONS
COMPACT PROGRAMMING FUNCTION
OPERATOR’S MANUAL
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Phone (513) 847-6200 Fax (513) 847-6277
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A
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YASKAWA
ТОЕ-С843-9.21Е
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596-176
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