YASKAWA YASNAC LX3 Operator's Manual

YASNAC

LX

3

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

Manual”.

Easy-handling

Functions

and

Latest

Technology

are

Supplied.

1

.

Easy

to

Operate

2.

Easy

Preparation

3.

Designed

for

Space

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-2-

CONTENTS

1.

FUNCTION

OUTLINES

AND

FEATURES

2.

NC

OPERATOR

PANEL

AND

DISPLAY

2.1

NC

OPERATOR

PANEL

FUNCTION

OUTLINES

2.2

DISPLAY

IMMEDIATELY

AFTER

TURNING

POWER

ON

2.3

CONSTANT

DISPLAY

MESSAGES

2.4

FUNCTION

DISPLAY

7

8 8

14

15

18

3.

INTERACTIVE

PROGRAMMING

3.1

NC

UNIT

INTERNAL

CONFIGURATION

AND

FLOW

OF

INTERACTIVE

PROCESSES

3.2

CALL

UP

OF

INTERACTIVE

MODE

3.3

PROGRAM

NO.

SETTING

(FOR

NEW

DATA)

3.4

SETTING

BLANK

SHAPE

3.5

SETTING

BY

VARIABLE

TURNING

MENU

3.6

SETTING

WITH

DETAILED

TURNING

MENU

(ROUGHING,

FINISHING)

3.7

SETTING

OF

APPROACH

3.8

SETTING

OF

BASIC

DATA

3.9

SETTING

FINISH

SHAPE

3.10

PROGRAM

INSERTION

'

3.11

ESCAPE

SETTING

3.12

ESCAPE

FROM

INTERACTIVE

MODE

3.13

PRECAUTIONS

3.14

MESSAGES

IN

INTERACTIVE

MODE

3.15

FINISH

TURNING

EXECUTED

WITH

NC

COMPACT

PROGRAMMING

FUNCTIONS

4

CALCULATION

FUNCTION

4.1

INTERSECTION

POINT

OF

LINE

AND

LINE

4.2

INTERSECTION

POINTS

OF

LINE

AND

CIRCLE

4.3

CONTACT

POINTS

OF

LINE

INTERSECTING

ONE

POINT

AND

A

CIRCLE

4.4

CONTACT

POINTS

OF

LINE

OF

THE

SPECIFIED

ANGLE

AND

CIRCLE

4.5

CONTACT

POINTS

OF

A

LINE

THAT

CONTACTS

TWO

CIRCLE

4.6

INTERSECTION

POINTS

OF

CIRCLE

AND

CIRCLE

4.7

CONTACT

POINTS

OF

CIRCLE

THAT

INTERSECTS

ONE

POINT

AND

CONTACTS

A

LINE

—

129

4.8

CONTACT

POINTS

OF

CIRCLE

CONTACTING

A

LINE

AND

CIRCLE

4.9

CONTACT

POINTS

OF

CIRCLE

CONTACTING

TWO

LINES

4.10

CONTACT

POINTS

OF

CIRCLE

THAT

INTERSECTS

ONE

POINT

AND

CONTACTS

CIRCLE-

-

132

4.11

CONTACT

POINTS

OF

CIRCLE

CONTACTING

WITH

TWO

CIRCLES

4.12

CENTER

POINT

AND

RADIUS

OF

A

CIRCLE

THAT

INTERSECTS

POINTS

5.

PROGRAM

MODIFICATION

5.1

PREPARATIONS

FOR

MODIFICATION

5.2

MODIFICATION

PROCEDURE

5.3

ENDING

THE

PROGRAM

MODIFICATION

6.

DRAWING

OF

PROGRAMMING

6.1

SETTING

1

6.2

SETTING

OF

DRAWING

PROGRAM

6.3

HOW

TO

ENTER

THE

DRAWING

MODE

6.4

MATERIAL

SETTING

6.5

CLEARING

THE

DRAWING

6.6

SHAPE

..

6.7

START

OF

DRAWING

6.8

SETTING

THE

DRAWING

AREA

6.9

SETTING

2(DRAWING

END

OPERATION)

7.

OPERATION

OF

A

GENERATED

PROGRAM

8.

OPERATION

OF

INTERACTIVE

PARAMETERS

8.1

HOW

TO

ENTER

THE

INTERACTIVE

PARAMETERS

DISPLAY

8.2

SETTING

THE

INTERACTIVE

PARAMETERS

9.

INTERACTIVE

PARAMETER

LIST

39

39

41 41

43

45

46 51

55

57

81 82 84

84

87

89

118

119

123

124

125

126

128

130 131

133

135

136

136

136

142

143

144

144

146

-•

148 150

151 151

153

155

156 157

157 157

160

-3-

:

:

INDEX

Chapter

Section

No.

Subject

C

CALCULATION

FUNCTION

CALL

UP

OF

INTERACTIVE

MODE

.

CENTER

POINT

AND

RADIUS

OF

A

CIRCLE

THAT

INTERSECTS

POINTS

CLEARING

THE

DRAWING

Common

mode

display

CONSTANT

DISPLAY

MESSAGES

CONTACT

POINTS

OF

A

LINE

THAT

CONTACTS

TWO

CIRCLES

-

CONTACT

POINTS

OF

CIRCLE

CONTACTING

A

LINE

AND

CIRCLE

CONTACT

POINTS

OF

CIRCLE

CONTACTING

TWO

LINES

CONTACT

POINTS

OF

CIRCLE

CONTACTING

WITH

TWO

CIRCLES

CONTACT

POINTS

OF

CIRCLE

THAT

INTERSECTS

ONE

POINT

AND

CONTACTS

A

LINE

4

CONTACT

POINTS

OF

CIRCLE

THAT

INTERSECTS

ONE

POINT

AND

CONTACTS

CIRCLE

CONTACT

POINTS

OF

LINE

INTERSECTING

ONE

POINT

AND

A

CIRCLE

4

CONTACT

POINTS

OF

LINE

OF

THE

SPECIFIED

ANGLE

AND

CIRCLE

4

D

Deleting

Process

Display

by

CDGN

)

(DIAGNOSIS)

FUNCTION

Key

Display

by

means

of

(PRM

)

FUNCTION

Key

Display

by

the

use

of

[SET

)

FUNCTION

Key

Display

for

Interactive

Parameters

#30

to

#39

Display

for

Interactive

Parameters

#40

to

tt

49

Display

for

Interactive

Parameters

#50

to

#59

Display

for

Interactive

Parameters

#60

to

#69

DISPLAY

IMMEDIATELY

AFTER

TURNING

POWER

ON

Display

with

(ALM

)

FUNCTION

Key

Display

with

(COM

)

(COMMAND)

FUNCTION

Key

Display

with

(OFS

)

FUNCTION

Key

Display

with

(POS

)

FUNCTION

Key

Display

by

(PROG)

(PROGRAM)

FUNCTION

Key

Drawing

DRAWING

OF

PROGRAMMING

Drilling

Drilling

Setting

E

EDIT

mode

ENDING

THE

PROGRAM

MODIFICATION

ESCAPE

FROM

INTERACTIVE

MODE

Page

118

4

3

3.2

4

......

4.12

6

6.5

2

......

2.4.6.

1

41

;

135

150

27

2

2.3

15

126

4

4.5

130

4

4.8

4.9

131

4

4

4.11

133

4.7

129

4.10

132

4

4.3

124

4.4

14

5

......

5.

2.2.

3

2

......

2.4.2

2

......

2.4.3

•

2

......

2.4.4

8

......

8.2.2

•

140

19 20

23

158

8

8

2

3

8.2.4

8.2.5

158

159

8

8

159

2

2.2

14

2.4.1

18

2

2

......

24.5

2

......

2.4.8

2

......

2.4.7

2

......

2.4.6

3

......

3.15.2

25

38 37

26

117

6

143

3

3.15.2

3.9.3

89

3

77

2

2.

4.

6.

2

29

5

5.3

142

3

......

3.12

84

3

......

3.12.2

84

Escape

from

Interactive

Mode

during

Program

Creation

ESCAPE

SETTING

3.11

3

82

3

......

3.15.6

3

......

3.9

2 2

3

......

3

15.3

3

......

3.15

107

F

Face

Finish

Turning

Face

Groove

Turning

Face

Rough

Turning

FINISH

TURNING

EXECUTED

WITH

NC

COMPACT

PROGRAMMING

FUNCTION

73

91

88

2

2.4

18

FUNCTION

DISPLAY

FUNCTION

OUTLINES

AND

FEATURES

1

/

3

......

3.13.5

3

......

3.15.10

3

......

3.15

9

G

Generated

NC

Statements

Groove

Finish

Turning

Groove

Rough

Turning

H

HOW

TO

ENTER

THE

DRAWING

MODE

HOW

TO

ENTER

THE

INTERACTIVE

PARAMETERS

DISPLAY

86

114

111

6

6.3

8

8.1

146

157

-4-

INDEX

(Cont'd)

Subject

I/O

signal

selective

display

function

Initialization

Inner

Diameter

O.D.

Grooving

inner

Diameter

(I.D.)

Finish

Turmg

inner

Diameter

(I.D.)

Rough

Turnig

Inserting

a

Process

(mod

ify/i

risert

mode

is

used.)

Interactive

Data

Search

Timing

INTERACTIVE

PARAMETER

LIST

Interactive

Parameters

#20

to

#29

INTERACTIVE

PROGRAMMING

•ÿÿÿ

Chapter

Section

No.

2

......

2.4.2.

1

3

......

3.15.1

•

3

......

3.

9.2.3

3

......

3.15.8

3

......

3.15.5

Page

I

19

89

73

110

102

5

......

5.

2.2.2

3

......

3.13

2

139

85

160

9

8.2.1

157

8

3

39

3

......

3.13.1

3

......

3.13.3

84

Interactive

Programming

Data

Transfer

Interference

Check

INTERSECTION

POINTS

OF

CIRCLE

AND

CIRCLE

INTERSECTION

POINTS

OF

LINE

AND

CIRCLE

INTERSECTION

POINTS

OF

LINE

AND

LINE

85

4.6

128

4

123

4

4.2

119

4

4.1

M

MATERIAL

SETTING

MESSAGES

IN

INTERACTIVE

MODE

MODIFICATION

PROCEDURE

Modifying

a

Process

(modify

mode

is

used)

Modifying

the

Blank

Data

N

NC

OPERATOR

PANEL

AND

DISPLAY

NC

OPERATOR

PANEL

FUNCTION

OUTLINES

NC

UNIT

INTERNAL

CONFIGURATION

AND

FLOW

OF

INTERACTIVE

PROCESSES

......

3

......

3.1

39

Notes

on

Editing

Interactive

Program

Using

the

EDIT

key

O

O.D.

grooving

OPERATION

OF

A

GENERATED

PROGRAM

OPERATION

OF

INTERACTIVE

PARAMETERS

Outer

Diameter(O.D.)

Finish

Turning

Outer

Diameter

(O.D.)

Rough

Turning

P

PRECAUTIONS

PREPARATIONS

FOR

MODIFICATION

PROGRAM

INSERTION

PROGRAM

MODIFICATION

PROGRAM

NO.

SETTING

(FOR

NEW

DATA)

S

Selecting

the

Variable

Turning

Menu(End

Facing

O.D.

Turning,

etc.)

SETTING

1

SETTING

2(DRAWING

END

OPERATION)

Setting

Approach

for

Drilling

Setting

Approach

for

Facing,

O.D.

and

I.D.

Machining

Setting

Approach

for

Grooving

Setting

Approach

for

Threading

SETTING

BLANK

SHAPE

SETTING

BY

VARIABLE

TURNING

MENU

SETTING

FINISH

SHAPE

6

6.4

148

3

......

3.14

87

5

5.2

136

5.2.2.

1

137

5

5

5.2.1

136

2

8

2

2.1

8

3

3.1

3.4

86

.......

3

......

3.9.2.

1

71

7

157

8

157

3

......

3.15.7

3

......

3.15.4

109

94

3

......

3.13

84

136

5 5

1

3.10

81

3

5

136

3

3.3

41

5

......

5.2.2

6

......

6.1

136

144

6.9

6

155

3

......

3.7.3

3

......

3.7.1

54

51

3

......

3.7.2

3

......

3.7.4

54

55

3

3.4

43

3

3.5

45

3

3.9

57

Setting

interna!

toggle

switch

SETTING

OF

APPROACH

SETTING

OF

BASIC

DATA

Setting

of

COMMON

macro

variables

SETTING

OF

DRAWING

PROGRAM

2

2.4.4.

1

23

3

3.7

51

3.8

3

55

2

......

2.

4.

4.

3

6

6.2

25

144

-5-

INDEX

(Corn'd)

Chapter

Section

No.

-

2

......

2.4.4

2

•••

2

......

2.

4.

3.

2

-

2

......

2

4.3.3

•

2

......

2.4.

3.1

6

......

6.8

••••

Page

Subject

Setting

of

LOCAL

macro

variable

Setting

RS-232C

input

parameters

Setting

RS-232C

output

parameters

Setting

RS-232C

parameters

SETTING

THE

DRAWING

AREA

24

S

21

22

21

153

8

......

8.2

•

3

......

3.9.4

3

......

3.6

•

6

......

6.6

•

6

......

6.7

•

157

SETTING

THE

INTERACTIVE

PARAMETERS

Setting

Threading

SETTING

WITH

MINOR

TURNING

MENU

(ROUGHING.

FINISHING)

SHAPE START

OF

DRAWING

T

Threading

Turning

Program

Created

W

When

Drilling

is

set

When

Face,

O.D.

and

I.D.

Roughing

has

been

Set

When

Face,

O.D.

and

I.D.

Roughing

has

been

Set

When

Face,

O.D.

and

I.D.

have

been

Set

When

Facing

is

Set

When

Grooving

has

been

Set

When

Grooving

has

been

Set

When

Grooving

is

Set

When

I.D.

Turning

is

Set

When

O.D.

Turning

is

Set

When

Threading

is

Set

When

Programming

not

Possible

by

Interaction

79

46

151

151

3

......

3.15.11

3

......

3.12.1

115

84

3

......

3.6.5

3

......

3.8.1

3

......

3.8.2

3

......

3.9.1

3

......

3.6.1

49

55

56

57

46

3

......

3.8.3

3

......

3.9.2

3

......

3.6.4

3

......

3.6.3

3

......

3.6.2

56

71

48 48

47

3

......

3.6.6

3

......

3.9.5

50 80

-6-

1.

FUNCTION

OUTLINES

AND

FEATURES

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,

l.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

small

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,

any

programs

can

be

manually

added

or

change.

(6)

The

generated

programs

tion".

can

be

checked

by

means

of

the

"Drawing

func-

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

O.D

Turning

l.D.

Grooving

End

Facing

Threading

Drilling

Turning

Display

Approach

Setting

P

51

to

53

P

51

to

53

P

51

to

53

P

54

P

54

P

55

Basic

Data

Setting

P

55

to

56

P

56

P

55

to

56

P

55

to

56

Finish

Shape

Setting

P

71

to

76

P

57

to

70

P

57

to

70

P

77

to

78

P

79

to

80

P

57

to

70

Program

Insertion

P

81

P

81

P

81

Escape

Setting

P

82

to

84

P

82to84

P

82

to

84

P

82to84

P

82

to

84

P82to84

-7-

2.

NC

OPERATOR

PANEL

AND

DISPLAY

2.

1

NC

OPERATOR

PANEL

FUNCTION

OUTLINES

The

operator

panel

of

YASNAC

LX3

incorporating

the

compact

interactive

func¬

tion

is

shown

in

Fig.

2.1.

follows:

The

names

and

functions

of

the

elements

are

as

®

PAGE

KEYS

©

MEMORY

DATA

KEYS

(D

NEXT

KEY

<D

9

INCH

CRT

GRAPHIC

DISPLAY

©

EDITING

KEYS

<D

FUNCTION

KEYS

©

POWER

ON-OFF

BUTTON

©

RESET

KEY

±_

©

YASNAC

©

FUNCTION

MEM

DATA

[NEXT

|

|

POWER"!

|RESET|

|ALM|[PGN||PRM|["SET|

|

OUT

1

1

VER||

IN

[

I

ON

EDIT

|COM[|PROO|ÿPOSJ|OF5[

|lMSRT||ALTEj—

PAGE

B

DATA

ADDRESS

000

000

000

000000

000

0000

o

OFF

|CAN|

HI

WR

|

[ORG]

3

0101

01

B

3

B

©

®

o-

0

©

DATA

KEYS

©ORIGIN

KEY

©

SOFTWARE

FUNCTION

KEYS

®

CURSOR

KEYS

©

ADDRESS

KEYS

Fig.

2.

1

YASNAC

LX3

Operator

Panel

©

Power

ON-OFF

Button

(1)

POWER

ON

button

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,

etc.

to

re-energize

the

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.

-8-

(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

=

800

(or

1000)

characters.

(single

size

characters]

•

Character

types:

Digits

(0

to

9,

and

.)

Alphabets

(A

to

Z)

Special

codes

(/,

EOB,

+

,

#,

SP,

=

,

etc.)

•

Graphic

display:

640

X

400

dots

0

©

YASNAC\

40

CHAHACTEHS-

T

20

LINES

Ofl

25

LINES

©

CRT

Graphic

Display

(D

FUNCTION

Keys

Display

and

writing

function

selection

keys.

The

8

keys

are

used

to

selectively

call

up

the

following

functions.

specific

functions

are

called

up,

the

respective

keys

light.

While

the

(

1)

|ALM|

(2)

m

(3)

m

cznzp

(4)

(23

(5)

[COM)

Alarm

key:

For

displaying

alarm

codes.

Diagnostic

key:

For

displaying

I/O

signal

states.

Parameter

key:

For

parameter

display

and

writing.

Setting

key:

For

setting

data

displaying

and

writing.

Command

key:

For

displaying

automatic

operation

command

values

and

for

calling

up

the

drawing

mode.

(8)

|

PRQG

j

Program

key:

For

part

program

display

and

writing.

Interactive

mode

starts

with

the

selection

of

this

program

key.

(7)

[POS|

Position

key:

For

displaying

various

current

values.

When

the

system

is

energized,

this

function

is

selected

automatically.

(8)

|QFS|

Offset

key:

For

displaying

and

writing

tool

offset

values.

-9-

(4)

Software

Function

Keys

Selection

keys

for

displaying

and

writing

SOFTWARE

KEY

LABEL

F4~]

|F5|

[ÿ)

0

CD

CS

F3

Software

key

labels

corresponding

to

the

software

keys

are

displayed

on

the

CRT.

Depressing

keys

|

F1

j

through

|F5|

calls

up

the

corresponding

functions.

key

are

effective

only

when

<

[>

0

0

Left

menu

key

and

right

menu

S

°r

H

displays

additional

cyclic

functions

are

displayed,

and

depressing

other

than

those

of

the

current

functions

on

the

CRT.

(D

ADDRESS

Keys

The

keys

for

keying

the

address

characters

when

writing

in

various

data.

PAGE

ADDRESS

DATA

000000

000

000000

000

000000

000

000000

000

0000

CURSOR

[CAN]

jsKIFl]

|WR|

|QHG|

[Note]

Meanings

of

special

characters

key:

For

commanding

optional

block

skip

/

key:

For

commanding

the

end

of

one

block.

On

the

CRT,

"

;

"

is

displayed

instead

of

EOB.

EOB

-10-

©

DATA

Keys

|0|

through

|

9

|

,

[

-

|

,

|-|

,

|CAN[

,

|SH1FT|

0-

There

are

15

data

keys

They

are

used

for

writing

MDI

command

values,

tool

offset

values,

setting

values,

parameters,

and

all

other

numerical

values.

and

DATA

30

BBS

30000

B0000 B0B0B

|CAN||SHIFT||

WR

|

|

9

|

keys

(1)

0

to

:

For

numeral

inputting

key

(2)

(decimal

point)

key:

For

keying

decimal

points

(cancel)

key:

for

deleting

wrong

keying

of

numerical

values

or

address

data.

(3)

CAN

|

WR

|

(write)

key:

For

storing

the

address

data

keyed

by

the

address

keys

and

data

keys

into

the

buffer.

(4)

|SHIFT|

key:

•

(5)

For

inputting

the

special

codes

~

|

marked

on

the

upper

left

corner

of

the

keys

of

depress

this

key

after

and

to

3

*ÿ>

0-

depressing

the

respective

keys.

These

special

codes

are

used

as

macroprogram

operators,

etc.

and

-11-

(7)

PAGE

Keys

With

the

screen

display

regarded

as

one

page,

these

keys

are

used

to

display

the

next

or

preceding

page.

PAGE

(1)

key:

For

displaying

the

next

page.

(2)

|/ÿ\j

key:

For

displaying

the

preceding

page.

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.

FUN'

NEXT

ALM

DGN

COM

PROG

PAGE

BE

F

G

CURSOR

BE

|ORG|

(8)

CURSOR

Keys

For

moving

the

cursor

on

the

CRT

display

backward

or

forward.

has

been

selected

For

example,

and

a

group

of

parameters

are

dis¬

played,

the

cursor

is

moved

with

these

keys

to

the

desired

parameter.

jp||ij

(parameter)

when

Cl/PSOP

(1)

iVl

key:

For

moving

the

cursor

backward.

(2)

|/A\|

key:

For

moving

the

cursor

forward.

CURSOR

(3)

Depressing

these

keys

continuously

moves

the

cursor

continuously

back¬

ward

or

forward.

CURSOR

(4)

When

the

[\yÿ[

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-

(J§>

Origin

(|ORG[)

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.

(Q)

Memory

Data

Keys

and

|~

IN

j

keys

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)

[ourj

key:

For

starting

outputting

data

in

the

memory

to

the

outside

via

the

data

I/O

interface.

(2)

[

IN

j

key:

For

starting

storing

various

data

via

the

tape

reader

or

the

data

I/O

interface.

(3)

|

VER|

(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.

four)

,

|VER|

The

for

starting

various

tape

operations.

They

are

@

EDIT

Keys

[ERASE

|

r

|

INSRT|

[ALTER!

keys

are

for

editing

the

part

programs

stored

in

the

The

and

memory

.

TION

MEM

DATA

'PRM||

SET]

|

OUTJ

[VER]

[

IN

|

[RESET]

EDIT

[

POS

j

|

OFS|

|ERASE[[INSRT|[ALTER[

ADDRESS

DATA

is

"i

ns

i

r>

i

T

r

(1)

[ERASE

|

key:

For

erasing

data

in

the

memory

(2)

|

IMSRT|

(insert)

key:

For

inserting

data

in

the

memory

|MT[R|

key:

For

changing

data

in

the

memory.

(3)

-13-

©

RESET

Key

For

resetting

the

internal

conditions

of

the

NC

(1)

Depressing

the

|RESET|

key

executes

the

following

•

Memory

rewind

•

RST

signal

sending

*

G

code

reset

•

Key

buffer

clear

*

Edit

program

on

edit

display

storing

in

memory

•

Move

command

cancel

•

Buffer

clear

•

Alarm

clearing

if

fault

has

been

cleared

•

Tool

offset

cancel

•

Aux

.

function

cancel

•

Label

skip

function

on

(2)

However,

the

following

are

not

reset

with

this

key.

•

S

and

T

commands

•

Tool

offset

values

setting

data

and

parameter

data

•

Each

axis

current

value

•

F

commands

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.

POSITION

Q0BO0

N0000

(

EXTERNAL)

(

ABSOLUTE)

X

X

0

0

0

0

z

z

(MACHINE)

C

INCREMENT)

0

0

X

X

z

0

0

z

RDY

MEMORY

LSK

!

SPIND

ABS

d-POS

EXT

-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.

(D

FUNCTION

MESSAGE

(2)

PROGRAM

NO.

'ALARM,

DIAGNOSIS,

PARAMETER,

(p

SEQUENCE

NO.

PROGRAM

00001

NOOOO

@

ALARM

INDICATION

OR

<Q)

WARNING

INDICATION

(BLINK)

©

DATA

BEING

KEYED

(5)

MODE

INDICATION

©

BUFFER

FULL

LABEL

SKIP

STATE

INDICATION

(EDIT,

MDI,

TAPE

.

. .

)

INPUT

ERROR

!

X

123456789

MhMORY

OUT

Ml

|

PROG

|

/|

DIR

|

f\

DIA

|

l.S

K

ALM

RDY

CAL

<>

5

0

B

E

a

M

READY

STATE

INDICATION

©

IN/OUT

IN

EDIT

INDICATION

(BLINK)

®

ALARM

STATE

INDICATION

(BLINK)

®

MST-FIN

WAIT,

DWELL,

FEED

INDICATION

(BLINK)

_

(f)

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.

@

Data

Being

Keyed

The

data

being

keyed

is

displayed,

up

to

32

characters.

Depressing

one

of

the

following

keys

[ERASE

[

,

|INSRT|

,

[ALTE

R|

»

etc.

makes

the

data

to

be

processed

as

a

unit

of

data.

(D

Mode

Indication

Indicates

the

current

mode

among

edit,

memory,

MDI,

tape

and

manual.

-15-

(6)

IN/OUT

in

Edition

Indication

(Blink)

While

punched

tape

data

is

under

input,

output

or

edit,

the

following

messages

are

displayed

by

blinking.

Tape

under

reading

Tape

under

collation

Tape

under

output

Data

under

change

in

edit

mode

Data

under

insertion

in

edit

mode

Data

under

erasure

in

edit

mode

"IN"

"VER"

"OUT"

"ALT"

"INS"

"ERS"

®

MST-FIN

wait,

Dwell,

Feed

Indication

(Blinking)

M

command

FIN

waiting

S

command

FIN

waiting

T

command

FIN

waiting

During

feed,

while

rapid

feed,

"R"

is

displayed.

During

tape

reading

During

dwelling

"M"

11

S"

n

'pii

ti

pn

ii

pn

"DWELL"

M,

S,

T,

F,

and

P

are

all

displyed

independently.

(D

Buffer-Full,

Label

Skip

State

Indication

"BUF"

Displayed

when

forward

reading

is

completed.

Displayed

when

label

skip

is

on.

"LSK"

(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.

Battery

alarm

is

ON.

Both

alarm

state

and

battery

alarm

are

ON.

"BAT"

"A/B"

@)

Ready

State

Indication

-IRDY"

System

is

in

order,

and

ready

for

operation.

-16-

(Q)

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

turns

them

off.

(usually

|

CAN

|

)

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

|

VER|

key.

Already

part

program

with

same

No.

is

stored.

Edit

process

is

attempted

with

EDIT

LOCK.

More

than

99

(basic)

or

199

(optional)

part

programs

registration

is

attempted.

Memory

capacity

is

exceeded

in

storing

part

programs

.

Horizontal

parity

check

error

in

tape

reading.

Vertical

parity

check

error

in

tape

reading.

"ILLEGAL

CHARACTER!"

..

Code

which

cannot

be

understood

occurs

in

tape

reading

.

No

intended

code

found

through

searching.

"MACRO

INTERLOCK!"

....

Operation

of

programs

interlocked

by

08000

or

09000

level

is

attempted.

Designation

of

range

over

permissible

1024

characters

by

editor

is

attempted.

"EDIT

MEMORY

FULL

!"

..

Any

part

program

exceeding

40

m

of

meter

length

is

displayed

or

edited.

"ALREADY

IN"

"EDIT

LOCK!"

"PROGRAM

OVER!"

"MEMORY

OVER!"

"TH

PARITY

ERROR!"

"TV

PARITY

ERROR!"

"NOT

FOUND!"

"AREA

OVER!"

The

above

indications

all

blink.

©

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

list

is

displayed.

When

an

alarm

and

a

warning

occur

simultane¬

ously,

only

the

warning

is

displayed

with

priprity.

-17-

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:

c~nm

2.4.1

Display

with

pÿjj

FUNCTION

Key

The

operator

manipulations

for

displaying

alarm

codes

and

other

data

are

as

follows:

(1)

Depress

gD

FUNCTION

key.

One

of

the

following

is

displayed.

(a)

Alarm

No.

and

message

(b)

Operating

time

display

(c)

Maintenance

history

display

(2)

Depressing

the

page

|ÿ7|

|2ÿ|

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.

(3)

For

details

of

the

above

displays,

refer

to

the

standard

YASNAC

LX3

Manual.

(a)

(ALARM)

..........

4.

3.9.1

Alarm

No.

display

4.

3.

9.

2

Message

display

(b)

(TIMER)

...........

4.

3.

9.

4

Operating

time

display

(c)

(MAINTENANCE)

...4.

3.

9.

5

Maintenance

history

display

-18-

2.4.2

Display

by

||N|

(DIAGNOSIS)

FUNCTION

Key

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.

DIAGNOSIS

O000B

N0000

7

6

5

4

3

2

1

0

01

000000

110

110

0 0

1

0 0

1

0

0

0

1

0

10

10

0

10

00000010

110

110

0

1

10

111111

0000

1

000

00000000

00000000

0

:

OPEN

40

81001

111002

It

1

003

111004

81005

81006 81007

81006

81009

*=0

D8

91

52

02

09

BF

08

00

00

1

I

CLOSE

MEMORY

LSK

RDY

(SELECT]

(

dl

]

CANCE

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

I/O

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)

Depress

the

CURSOR

(zAJ

keys

to

bring

the

cursor

to

the

deisred

No.,

or

utilize

the

search

function

for

this

purpose.

(2)

Depress

the

|SELECT|

key;

ii

*

it

is

displayed

to

indicate

the

selection,

and

the

count

of

the

selected

Nos.

is

indicated

in

the

lower

left

area.

(3)

Repeat

steps

(1)

and

(2)

to

select

all

the

Nos.

to

be

displayed.

Up

to

10

Nos.

can

be

selected.

(4)

Depress

the

|

DISPLAY|

key.

Only

the

selected

Nos.

are

displayed.

(5)

Depress

the

|

EXIT

|

key.

The

total

No.

list

display

is

called

up

again.

(6)

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-

O0000

N0000

DIAGNOSIS

7

6

5

4

3

2

1

0

0

1

000000

110

110

0

0

10010001

01010010

00000010

0

0 0

1

1

0

0

1

10

111111

0000

1000

00000000

00000000

0

:OPEN

40

*tt

1

300

4

1301

*111302

111303

DB

9

I

52

*p«»cisri

02

19

11

1305

111306

It

1307

8

1308

8

1309

*=8

BF

00

00

00

1

.'CLOSE

RDY

LSK

MEMORY

v|

I

d

d

Is

DISPL

CANCE

ELEC

Depress

|DISPLY|

key

Depress

|

EXIT

|

key

\7

O0000

N0000

DIAGNOSIS

7

6

5

4

3

2

10

01000000

1

0

0

1

0

0

0

1

0

10

10

0

10

00000000

00000

1

00

01

000000

1

0

0

1

0

0

0

1

0

0

0

0 0

0

10

40

81000

81002

8

1003

81200

8

1202

81300

81302

81304

91

52

00

04

40

91

02

0

:OPEN

1

ICLOSE

RDY

LSK

MEMORY

ir

EXIT

2.4.3

Display

by

means

of

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.

-20-

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.

(1)

Depress

the

jpRM|

FUNCTION

key

to

display

the

parameter

display.

PARAMETER

00000

N0000

7

6

5

4

3

2

1

0

0

10

10

0

10

0 0 0 000 0

1

1

0000000

0 0

010

0

0

1

0

1

0

1

0 0

0

1

0

1

1

0 0

0

1

0

001

10000

01000100

001

10000

00010

1

1

0

0

:

OFF

B2

t-iil'WA

46001 46002

46003

46004

46005

46006 46007 46008

46009

1

128

17

81 98

48

68

48

22

1

:

ON

MEMORY

LSK

ROY

31

If

RS232

(2)

Depress

the

RS-232C

key.

(a)

RS-232C

input

(b)

RS-232C

output

(3)

When

the

jlN/OUT|

key

or

the

PAGE

|ÿ7[

|ÿJ

key

is

depressed,

the

above

two

displays

are

alternately

called

up.

(4)

To

call

up,

the

parameter

display

again,

depress

the

|

EXIT

|

key

.

One

of

the

following

two

displays

are

called

up.

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.

PARAMETER

00000

N0000

RS232C

INPUT

CHANNEL

NO

.

1

CONTROL

CODE

0

N

STOP

BIT

2

BAUD

RATE

4800

O

N

PARITY

MEMORY

LSK

RDY

EXIT

I

N/QU

-21-

(2)

The

RS-232C

input

parameters

are

in

the

five

items

as

shown

in

the

dis¬

play

above.

(3)

Derpess

the

CURSOR

|\ÿj

keys

to

make

the

intended

items

on

the

display

blink.

(4)

Depressing

the

by

one

as

shown

below.

(a)

CHANNEL

(b)

CONTROL

CODE

(c)

STOP

BIT

(d)

BAUD

RATE

(e)

PARITY

For

setting

the

baud

rate,

digits

may

be

directly

input

with

keys

such

0

key

changes

the

setting

of

the

respective

items

one

No.

1

or

No.

2

ON

or

OFF

1

or

2

50,

100,

110,

150,

200,

300,

600,

1200,

2400,

4800,

9600

ON

or

OFF

00000.

as

(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.

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

the6items

as

shown

below:

2.

4.

3.

3

PARAMETER

00000

N0000

RS232C

OUTPUT

CHANNEL

NO

.

1

I

SO/E

I

A

ISO

CONTROL

CODE

O

N

STOP

BIT

2

BAUD

RATE

4800

PARITY

O

N

MEMORY

LSK

RDY

HI

II

IN/OU

EXIT

(3)

With

these

items,

the

following

settings

are

possible,

by

the

same

setting

method

as

for

the

RS-232C

input

parameters:

(a)

CHANNEL

(b)

ISO

/El

A

(c)

CONTROL

CODE

(d)

STOP

BIT

(e)

BAUD

RATE

(f)

PARITY

No.

1

or

No.

2

ISO

or

E1A

ON

or

OFF

1

or

2

50,

100,

110,

150,

200,

300,

600,

1200

ON

or

OFF

2400,

4800,

9600

-22-

(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

WR

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.

L.-TX-J

2.4.4

Display

by

the

use

of

[

SET

j

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.

r~n

i

(1)

Depressing

the

jÿTfj

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.

SETTING

O0Q00

N0000

SK3

[iMBl

0

N

[ÿMl

O

N

ON

[ÿM3

O

N

OFF OFF

[8iaa

OFF

EBB

OFF

1SBB

DRAUING

CHECK

MST

LOCK

MANUAL

ABSOLUTE

DRY

RUN

BLOCK

DELETE

DISPLAY

LOCK

MACHINE

LOCK

SINGLE

BLOCK

RDY

LSK

.

MEMORY

MACRO

LOCAL

3!

COMMOI

SETIN

(3)

Depress

the

CURSOR

|ÿ7]

|ÿJ

keys

(4)

Depress

the

|

WR

j

to

make

the

intended

item

blink.

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.

Resultant

ON/OFF

Switch

On

Machine

Setting

DATA

OFF

OFF

OFF

ON

ON

OFF

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.

SETT

ING(MACRO)

00000

N0000

LEVEL

0

00002

00003

00004

00005 00006 00007

00008 00008

O00

10

RDY

LSK

MEMORY

I

a

MACRO

COMMO

MACRO

LOCAL

SETIN

-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.

SETTING(MACRQ)

O0000

N0000

LEVEL

0

EHEEB

801

02

80103

80104

801

05 80106 80107

80108

80109

LSK

]

MACRO

]

|

POMMOM

]

MEMORY

RDY

MACRO

G)

[LOCAL

SET

I

N

2.

4.

5

Display

with

|U

(COMMAND)

FUNCTION

Key

c=n=

D

With

the

|COM|

FUNCTION

key,

command

values

are

displayed

by

the

following

processes.

_

p

n,..J

(1)

Depress

the

|COM|

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

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

(b)

Depress

(c)

Depress

TOOL

key

LIFE

(d)

Depress

[DRAW

|

key

(COMMAND

VALUE)

display

(NESTING)

display

(TOOL

LIFE

CONTROL)

display

(DRAWING)

display

SUBP NEST

key

-25-

(3)

For

a

detailed

description

of

these

displays,

refer

to

the

following

sec¬

tions:

(a)

(COMMAND

VALUE)

Standard

YASNAC

LX3

Manual

Par.

4.

3.

2.1

Standard

YASNAC

LX3

Manual

Par.

4.

3.2.2

(b)

(NESTING)

(c)

(TOOL

LIFE

CONTROL)

Standard

YASNAC

LX3

Manual

Par,

4.

3.2.3

Par.

6

of

this

manual

(d)

(DRAWING)

2.

4.

6

Display

with

(PROGRAM)

FUNCTION

Key

(1)

Depress

the

|PR0G|

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

(d)

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.

-26-

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.

PROGRAM

00100

N6105

N5200

(DRILL-2)

;

G00

T0101

;

/

(ABS)

(MODAL

-G)

T—

NO

:

T0

1

00

22.0000

G01

G69

2.0000

G97

G

1

23

G99

G40

0

G37

0

G39

G67

X Z

FEED

:

E

.

80000

(

i

n

c

h/r

e

v)

(INC)

X

ACTUAL

:

S

LIMIT

:

S

4

000

COMMAND

:S

300

0

Z

MEMORY

LSK

RDY

<1

<>

|

t>

PROG

DIR

PROG

CALC

(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:

(i)

POSITION

(ABS),

(INC)

(iii)

T-NO

(tool

No.)

(v)

Spindle

speed

(2)

Directory

display

(a)

Depress

the

|DIR|

key

to

call

up

the

directory

display.

Then,

depressing

the

|P»OG(

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.

(ii)

MODAL

G

list

(iv)

FEED

(feed

rate)

Registerable

Numbers

Basic

99

max.

Optional

1

99

max.

-27-

(d)

On

the

directory

display,

the

following

are

displayed:

(i)

Number

of

used

programs

(ii)

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

GZ1

E3

keys-

the

PAGE

00100

N6105

DIRECTORY

O05B3

(

00600

(

00655

(

1

2345678)

00700

(

PROG

.

18

)

00777

C

1

00000

(

YASNAC

)

O0105OJORK2

)

O020BCWORX7

)

00321

(NO

K60

)

00380

C

00400(31234

>

00410

(

S3?

[

)•())

00508

(+0=*

0051

1

(

USED-PRG

15

USED—

CHR

1475

)

)

>

)

)

REST—

PRG

184

REST—

CHR

127970

RDY

EDIT

LSK

AUTO

PROG

<3

PROG

o

DIR

CALC

(f)

O-number

can

be

searched

for

in

the

directory

display.

(3)

Interactive

automatic

programming

mode

Depress

the

mode.

(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.:

Call

up

the

EDIT

mode.

AUTO

PROG

key

to

call

up

the

interactive

automatic

programming

For

the

details

of

this

mode,

refer

to

Pars.

3.2

to

3.15.

(i)

|

X

|

and

|WR|

or

keys

|

X

[

|

X

|

and

|

WR

|

(ii)

When

the

keys

are

depressed,

the

X-axis

which

is

the

result

of

calculation

is

displayed,

s

0

0

0

0

(hi)

and

or

keys

depresed,

the

Z-axis

which

is

the

result

of

calculations

displayed.

When

the

keys

and

are

Depress

the

INSRT|

or

|ALTER[

key

to

write

them

into

the

program.

(iv)

-28-

(5)

Interactive

parameter

When

the

displayed.

Depressing

the

parameter

list.

Depressing

the

parameter

I/O

setting

is

displayed.

For

details

of

the

interactive

automatic

programming

parameters,

refer

to

Par.

8.

0“'0

AUTPRO

AUTPRO

key

is

depressed,

the

and

keys

are

PRM

I/O

AUTPRO

key

dalls

up

the

interactive

automatic

programming

PRM

AUTPRO

key

calls

up

the

interactive

automatic

programming

I/O

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

displayed

characters

as

shown

below.

reverse

PROGRAM

00100

N610S

0100

;

N5200

(DRILL-2

)

;

G00

T0101

;

i

cursor

G

[3

M03

:

X0

;

N5201

2.2

MOB;

N5202

•

NS203

GY

4

2-1.8

K.8

F

.

008

;

N5204

G00

Z.

16;

G51

;

EDIT

LSK

ROY

All

TO

PROG

O

PROG

>

DIR

CALC

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

|\Y7|

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

is

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

following

keying:

(i)

Depress

the

|

RESET

[

key.

(ii)

Depress

a

FUNCTION

key

other

than

|PROG|

.

(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

PROG

O

(i)

<3

DIR

CALC

PROG

/

(ii)

BOTTOM

C>

<3

SELECT

COPY

MOVE

REP

AUTPRO

AUTPRO

O

(iii)

O

I/O

PRM

AUTPRO

key

is

displayed

only

when

the

optional

interactive

automatic

programming

I/O

function

is

incorporated.

*

The

I/O

0

key

changes

the

software

FUNCTION

key

display

in

the

sequence

(i)

-

(ii)

-

(iii)

as

shown

above.

(c)

Depressing

the

MENU

play

in

the

sequence

(i)

-

(iii)

-

(ii)

as

shown

above.

marks

on

the

display

indicate

the

presence

_of

latent

function

keys

(b)

Depressing

the

MENU

J~<l

|

key

changes

the

software

FUNCTION

key

dis-

*

The

<]

t>

0

AND

\V\

When

no

0

0

marks

are

displayed,

the

MENU

keys

.

are

disabled.

(5)

COPY

function

This

function

duplicates

an

existing

character

string

to

appear

at

a

desired

lo¬

cation.

(a)

Bring

the

cursor

to

the

leading

end

of

the

character

string

to

be

copied.

(b)

Depiess

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)

Move

the

cursor

to

the

endof

the

character

string

to

be

copied.

The

selected

characters

are

all

reverse

displayed

to

indicate

the

selected

range.

00

100

N6

105

PROGRAM

0100;

N5200

(DRILL-2

)

:

G00

T0101

;

N5201

Z.2

M0B;

N5202

;

N5203

G74

Z-

1

.

8

K.8

F

.

008

;

N5204

G00

Z.16;

G51

;

EDIT

LSK

RDY

[BOTTOTI

£>

<3

ISELECTI

COPY

MOVE

REP

(d)

Depressing

the

I

COP

Y

I

key

stores

the

selected

character

string,

and

a

mark

appears

on

the

software

key

display.

The

selected

character

string

is

displayed

normally.

(e)

Move

the

cursor

to

where

the

copy

is

to

appear.

Not

only

the

selected

program

Nos.,

but

also

others

can

be

copied.

(f)

Depressing

the

ICOPY

I

key

displays

the

selected

character

string

at

the

selected

location.

(g)

While

a

"

*

"

is

dispiayed

on

the

I*

COPY

Isoftwsre

key,

the

same

character

string

can

be

copied

as

many

times

as

the

I*

COPY

I

key

is

depressed.

(h)

By

depressing

the

lORG

key

when

a

"

”

is

displayed

on

the

COPY!

software

key,

the

data

in

the

selected

character

string

are

cleared

and

the

"

*

"

disappears.

PROGRAM

O0I00

N6105

:

DI

00

;

N5200

(

DR

I

LL-2

1

G00

T0

1

0

1

;

G97

S350

M03;

X0

;

N5201

Z.2

M08;

:

N5202

I

G37

S350

M03;

X0H

N5203

G74

Z-

1

.

8

K.8

F

.

008

1

EDIT

<3

[SELECT]

I*

RDY

LSK

o

COPY

BOTTO

MOVE

REP

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

the

ICOPY

1

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

I

SELECT

I

key

,

as

with

the

ICOPYl

function.

(b)

Depress

the

iMOVEl

key

to

store

the

selected

character

string.

A

mark

IMOVEI

key

display.

The

reverse

displayed

character

string

appears

on

the

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

I*

MOVEl

key

displays

the

selected

character

string

at

the

selected

location.

(e)

While

a

"

*

"

is

displayed

on

the

I*

MOVEl

software

key,

the

same

character

string

can

be

displayed

as

many

times

as

the

l=k

MOVEI

key

is

depressed.

(f)

By

depressing

the

tORGl

key

when

a

"

*

"

mark

is

displayed

on

the

I*

COPY

I

software

key,

the

data

in

the

selected

character

string

are

cleared

and

the

"

*

"

mark

disappears.

O0100

N6105

PROGRAM

O100

;

N5200

(DRILL-2

):

G00

T0101

;

N5201

Z.2

M0B;

N5202I

G97

S350

M03

:

X0B

N5203

G74

Z-

1

.

B

K.B

F

.

008

;

N5204

G00

Z

.

16

;

G51

:

LSK

RDY

EDIT

<3

[sELEC

]

[BOTTOII

t>

COPY

1

ffcMOVE

REP

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

range

of

the

character

string

to

be

selected

is

up

to

1024

characters.

If

the

ICOPY

I

key

is

depressed

with

the

number

of

characters

exceeding

the

range,

warning

message

"AREA

OVER

!

"

is

displayed.

-32-

(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

tTOLD

STRING:"

at

the

lower

left

area

of

the

display.

Key

in

the

character

string

to

be

replaced.

For

example,

to

change

"GOO",

key

and

0

G

0

WR

*

PROGRAM

00100

N6105

N5205

M0i;

MM

(FACE-

FREE-

ROUGH);

G50

S4000;

G00

T0202

;

G96

S700

M03;

N1301

X4.2

2.08;

N

1

302

G00

G41

X4.20Q

2.004;

N

1

303

G01

X.720

F.0i:

N

1

304

G51

;

IQLD

STRING

a

G00

EDIT

LSK

RDY

j

|*M0VE

|

<3

SELECT]

I

BOTTOM

l>

REP

COPY

(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

"GOl,"

key

G

and

0

1

WR

•

PROGRAM

O0100

N6105

N5205

M01

;

grama

(FACE-

FREE-

ROUGH)

;

GS0

S4Q00;

G00

T0202;

G9B

S700

M03;

N1301

X4.2

Z.0B;

N

1

302

G00

G41

X4

.

208

2.004;

N

1

303

G01

X.72B

F.01;

N

1

304

G51

;

S

BMEjgBBBEH

G0

1

EDIT

LSK

RDY

O

(SELECT)

I

BOTTOM

t>

REP

•

COPY

*M0VE

-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)

with

the

one

specified

in

(b).

When

the

same

character

string

as

specified

in

(a)

is

present

elsewhere,

the

cursor

moves

there,

and

11

YES.

NO.

ALL"

is

displayed

on

the

display.

No

more

character

string

specified

in

(a)

is

found,

the

replacing

function

ends.

|

N

|

key

causes

no

change

in

character

strings.

(ii)

Depressing

the

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

.

0

key

replaces

all

the

character

strings

displayed

on

(iii)

Depressing

the

the

display

with

the

one

specified

in

(b).

PROGRAM

O0100

NB

105

N5205

M01

;

N

1

300

(FACE-

FREE-

ROUGH);

G50

S4000;

[trara

T0202;

G96

S700

M03:

N1301

X4.2

2.08:

N

1302

G00

G41

X4.208

2.004;

N

1

303

G01

X.728

F.01

;

N

1

304

G51

:

Biaauiimw

EDIT

RDV

LSK

<1

|SELECT|

I

REP

*MOVE

COPY

(d)

Precaution

The

replacing

is

executed

in

units

of

words,

and

therefore

is

subject

to

the

following

restrictions:

(i)

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.

(ii)

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

which

is

keyed

in.

-34-

(a)

Bring

the

cursor

to

the

leading

end

of

the

character

string

to

be

erased.

(b)

Key

in

the

character

string

to

be

erased.

(c)

Depress

the

j

ERASE

j

key.

(d)

The

portion

from

the

cursor

to

the

keyed

in

character

string

is

erased.

(e)

The

cursor

moves

to

the

address

next

to

the

erased

block.

(f)

When

the

last

block

has

been

erased,

the

eursor

moves

to

the

address

immediately

beofore

the

erased

address.

(g)

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

|NEXT|

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

if

the

keyed-in

character

string

contains

two

or

more

words,

only

up

to

the

first

word

of

the

keyed-in

string

is

erased.

(h)

An

example

of

erasing

is

shown

by

the

two

diagrams

below.

PROGRAM

00100

N6105

N5205

M01

:

CTE33

(FACE-

FREE-

ROUGH);

G50

S4000

:

G00

T0202;

G96

S700

M03;

Nisei

X4.2

z.oa:

;

N

1

302

G00

G41

X4.20B

Z

.

004

;

N

1

303

G01

X.72B

F.01;

N!

304

GS1

;

EDIT

LSK

RDY

ir

<1

PROG

o

DIR

PROG

CALC

00000

B

When

are

depressed.

00100

NS

1

05

PROGRAM

NS205

M01

;

E30HH

Z.08;

N1302

G00

G41

X4.208

Z.004;

N

1

303

G01

X.72B

F.01

:

N

1

304

GS1

;

G40

;

N

1

305

M01

;

N2100

(00-

CYCLE-

ROUGH)

:

EMI

_

O

PROG

LSK

ROY

AUTO

PROG

>

CALC

DIR

-35-

(10)

Line

cursor

function

This

function

is

for

moving

the

cursor

by

one

line

(block)

at

a

time.

(a)

Depress

the

[NEXT|

key.

(b)

Depressing

the

CURSOR

|\ÿj

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:

(i)

Depress

the

|NEXT|

key

again.

(ii)

Depress

the

[RESET|

key.

(iii)

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.

(i)

Derpess

the

|OUT|

key

in

the

output

procedure,

and

as

outputting

is

key.

When

the

|

CAN

|

key

is

depressed,

the

The

[CAN]

started,

depress

the

outputting

of

the

significant

data

of

[%,....]

starts

immediately.

feed

after

the

outputting

of

the

significant

data

is

also

eliminated

when

the

(ii)

Specifying

with

a

parameter

*

#6008

D4

•

#6008

D4

|

CAN

|

key

is

depressed.

1

:

No

feed

output

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

|

RESET

j

key

depressed

except

in

the

following

cases:

(a)

When

ALARM

occurs.

(b)

When

WARNING

occurs.

need

not

be

(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

in

which

more

than

28

characters

of

only

numerals,

V'

,

"+"

or

continues.

2.4.7

Displays

with

jpos]

FUNCTION

Key

Various

POSITION

display

screens

are

called

up

by

the

following

keying:

(1)

Depress

the

j|o|j

FUNCTION

key.

One

of

the

following

screens

is

displayed

(a)

POSITION

"POSITION

(b)

POSITION

"POSITION

(c)

POSITION

"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"

external

(EXTERNAL)"

absolute

(ABSOLUTE)"

collective

indication

Note:

The

display

(h)

is

made

only

when

the

SYSTEM

No.

switch

is

4.

(2)

Depressing

the

PAGE

lÿ7]

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

I

EXT

I

(b)

Depressing

lABSl

(c)

Depressing

1

4

—

P

O

S

1

(d)

Depressing

|SPINDL|

key...

Spindle

PG

pulse

count

display

(5)

Depressing

the

turn

.

key...

POSITION

(EXTERNAL)

is

displayed

key...

POSITION

(ABSOLUTE)

is

displayed

key...

POSITION

collective

is

displayed

j~pggj

key

also

calls

up

these

four

displays

sequentially,

in

(6)

With

the

position

collective

display

screen,

the

follwoing

keying

resets

POSITION

EXTERNAL

alone

to

0.

0”r0

to

select

the

axis

to

be

reset.

(a)

Depress

ADDRESS

key

(b)

Depress

the

|

QRG|

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-

;

pn~i

2.

4.

8

Display

with

g)

FUNCTION

Key

(1)

Depress

the

|OFS|

key

to

call

up

the

OFFSET

display

screen.

(2)

For

the

display

and

writing-in

manipulation,

refer

to

Par.

4.3.5

in

the

standard

YASNAC

LX3

Manual-

(3)

With

this

unit,

depressing

the

following

software

function

keys

calls

up

the

respective

display

screens:

(a)

Derpess

WORK

SHIFT

key

...

Work

coordinate

system

shift

amount

display

TOOL

WEAR

(b)

Depress

(c)

Depress

(4)

Depressing

the

[

P0S

j

key

changes

the

above

displays

in

sequence

one

after

another.

key

.

.

.

Tool

offset

display

TOOL

SHIFT

key

...

Tool

coordinate

data

display

00100

NB

1

05

OFFSET

(TOOL—

WEAR)

R

Z

c

X

T

Ell

0

0

0 0 0

0

0

0

0

0

0

0

0

0

0?

0

0

03

0

04

0

0

0

05

POSITION

(EXTERNAL)

X

0

Z

0

MEMORY

I

WORK

|

SHI

FT

LSK

RDY

TOOL

SHIFT

TOOL

WEAR

PST

1

PST2

(5)

For

the

new

tool

setter

function,

the

setting

is

made

with

the

following

software

function

keys:

(a)

When

the

|

PST

1

|

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

ini

LED

of

the

jOFj~j

FUNCTION

key

blinks.

(b)

Depressing

the

|

PST2|

key

reverse

displays

the

software

key

and

work

shift

amount

writing

is

enabled.

The

offset

screen

is

automatically

changed

to

the

work

shift

amount

screen.

gg

FUNCTION

key

The

LED

of

the

TOOL

WEAR

WORK

SHIFT

’

During

the

|

PST1

1

and

|

PST2

1

modes,

the

keys

are

disabled.

blinks

.

TOOL

SHIFT

(c)

For

details

of

the

new

tool

setter

function,

refer

to

Sect,

2

of

"YASNAC

LX3

Upgrading

Function

Operator's

Manual"

(TOE-C843-9.23)

.

and

-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

INTERACTIVE

PARAMETER

PARAMETER

HIGH

SPEED

WINDOW

INTERACTIVE

DATA

I

(NC

PROGRAM)

\~]

OFFSET

D

PART

PROGRAM

(INTERNAL

DATA)

END

RS-232C

RS

232C

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

Material

shape

setting

Major

turning

menu

setting

Minor

lurning

menu

setting

Approach

setting

Finishing

Basic

data

setting

Grooving,

drilling,

threading

Finished

shape

setting

Program

insertion

Tool

retraction

setting

1

Interactive

procedure

end

manipulation

No

return

Returnable

Automatic

transfer

of

interac¬

tively

generated

program

to

part

program

memory

NO

Drawing

check

OK?

Correction

process

(old

data)

YES

Normal

automatic

operation

-40-

(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.

l

—

1

)

t

(a)

Depress

the

|PRC)G|

key.

The

program

function

display

is

called

up

and

the

following

software

function

keys

(FI

~

F5)

are

displayed.

AUTO

PROG

0

<3

DIR

PROG

CALC

f”1

0

0

E

F3

F4

F2

AUTO

PROG

(b)

Depress

the

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:

**

PROGRAM

NUMBER

**

N0000

O

Old

Da

t

a

2

New

Data

Program

number

=0

Conunen

t

=

(

)

MEMORY

LSK

RDY

ll

If

I

|E

END

NTER

Initially,

the

cursor

is

located

at

"1

Old

Data",

and

"1"

blinks.

of

the

display,

software

function

keys

are

displayed.

At

the

bottom

-41

-

(2)

The

program

No.

of

the

program

to

be

newly

generated

is

set

by

the

fol¬

lowing

manipulations.

(a)

Depress

the

CURSOR

|ÿ7|

keys

to

bring

the

cursor

to

"

Now,

"2"

blinks.

_

2

New

Data".

Depress

the

|

ENTER

[

key.

(Note:

The

treatment

of

"1

Old

Data"

will

be

described

in

Sect.

5.)

Now,

the

cursor

is

at

"0

number".

(b)

Any

numbers

between

1

and

9999

can

be

set

as

the

program

No.

For

example,

and

00

0-

The

dis-

to

set

"100",

key

played

"Comment"

now

blinks.

(c)

Up

to

8

alphanumeric

characters

can

be

keyed

as

the

comment.

in

this

sequence.

To

input

"ABC",

key

jÿT]

|jT|

[CT|

[WR]

.

Comment

may

be

omitted.

(d)

Depressing

the

CURSOR

tAj

0

key

moves

the

Use

this

feature

to

keys

or

the

cursor

between

"Program

number"

and

"Comment".

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.

-42-

3.

4

SETTING

BLANK

SHAPE

(1)

When

a

program

No.

has

been

set,

the

following

is

displayed:

**

BLANK

SET

**

00000

N0000

O100B

O.

D.

1.

D.

Length

=

Fac

e

r

emo

va

1

=

Chucking

lgth=

Cen

ter

0

0

0

0 0

=

HBiB/1

:

Yes

MEMORY

LSK

RDY

1

|

[E

END

NTKR

(2)

The

blank

shape

is

set

through

the

following

keying:

For

example,

to

input

”4

inch",

key

|

4

|

and

|WR|

,

in

(a)

input

the

O.

D.

this

sequence.

The

"I.D."

in

the

display

starts

to

blink.

(b)

Input

the

"I.D."

To

input

"0.8

inch",

key

sequence

.

The

keying

of

I.D.

is

required

only

for

tubular

blanks.

For

other

blanks,

no

I.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.

(c)

Input

the

length.

For

"5.5

inch",

key

sequence

.

The

"Face

removal"

display

starts

to

blink.

(d)

Input

the

face

machining

allowance.

Input

the

allowance

from

material

face

to

program

reference

point.

This

defines

the

reference

point

"

©

"

posi¬

tion.

The

"Chucking

legh"

display

starts

to

blink.

(e)

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.

(f)

Input

the

use

or

no

use

of

the

center.

when

no

center

is

used,

and

key

0

0

and

,

in

this

0-

0-

0

and

0-

in

this

0

0.

,

when

a

center

is

used.

Key

-43-

(g)

If

wrong

data

have

been

keyed-in,

move

the

cursor

to

the

item

in

question

and

key

the

correct

data.

with

the

CURSOR

[/ÿ\J

|ÿ7)

keys

or

the

jWRj

key,

(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.

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".

For

these

blanks,

manually

input

the

G73

"closed

loop

(b)

Data

decimal

point

inputting

method

To

input

"10",

key

|1|

0

j

|WR|

,

To

input

"10.1",

key

in

this

sequence.

0

0

0-

0

0

•

or

0

0

0

•

in

this

sequence.

1

0

0

T

in

this

To

input

"0.1",

key

sequence.

(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

|

MAN

UAL|

key

has

been

depressed,

and

the

EDIT

mode

has

been

called

up,

the

following

edit

functions

are

available.

(i)

The

CURSOR

|Xÿ7|

keys

have

a

scrolling

function.

(ii)

Depressing

the

|NEXT|

key

displays

"NEXT"

in

the

upper

part

of

the

display.

In

this

state,

the

CURSOR

|ÿ\j

[

keys

function

as

line

cursor

keys.

(iii)

Search

erase

function

This

function

is

for

erasing

the

portion

between

the

current

cursor

posi¬

tion

and

the

to-be-searched

position.

Derpessing

the

keys

for

the

to-be-searched

string

and

the

ERASE

key,

erases

the

portion

between

the

initial

cursor

position

and

the

searched

characters

.

(iv)The

functions

of

the

ERASE

|

,

j

INSRT[

and

[AITER|

keys

For

details,

refer

to

"YASNAC

LX3

Instruction

Manual."

can

be

used.

-44-

3.

5

SETTING

BY

VARIABLE

TURNING

MENU

(1)

When

the

blank

shape

setting

has

been

made,

the

following

menu

is

dis¬

played.

**

MENU

**

00000

N0000

O100H

O

Face

2

O.

D.

3

I.

D.

4Groove

5

Drill

6Th

read

!-cri

MEMORY

LSK

RDY

modify

im

JMANUALI

|E

END

EXIT

NTER

With

this

menu,

the

following

processes

are

included:

"Face",

"O.D.",

Basically,

other

turning

processes

are

not

programmable

in

the

interactive

mode.

"Drill"

,

"Thread"

"Groove"

,

(2)

Setting

is

executed

by

the

following

keying:

(a)

To

make

a

selection,

move

the

cursor

to

the

intended

menu

with

the

CURSOR

or

the

J

WH

|

key.

The

same

selection

can

be

effected

when

the

menu

No.

is

directly

specified

with

the

DATA

j*-[|

to

j1

g

j

keys.

(b)

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

|MANUAL|

key.

Depressing

it

once

reverse

displays

it,

and

depressing

again

returns

it

to

normal.

key

is

for

selecting

between

the

insertion

of

new

NC

programs

generated

by

interaction

and

the

changing

of

the

previously

input

processes.

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.

(c)

Depress

the

|

ENTER

|

key

after

setting

with

the

menu.

IA1

IVl

keYs

dify

I

mo

The

insert

With

(3)

Process

list

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

is

displayed.

For

example,

a

process

with

variable

menu

No.

4

and

detailed

menu

No.

3

indicate

rough

O.D.

drilling.

-45-

(

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

like

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.

3.6.1

When

Facing

is

Set

(1)

The

following

display

is

called

up.

(a)

Initially,

the

cursor

is

located

at

"Free

rough".

(b)

With

the

Face

menu,

the

fol¬

lowing

four

menus

are

available:

(i)

Face

rough

This

is

a

canned

facing

cycle

using

G72.

(ii)

Face

fin

This

is

the

finishing

cycle

of

the

shape

input

for

roughing

by

G70.

**

MENU

**

00000

N0000

O100B

Ef

Free

r

o

ash

2

Face

fin

1

Face

rough

4

Free

fin

-1

G7

0

G7

ON

o

n

MEMORY

LSK

ROY

t

IPROCES

r

EX

TT

I

[SEARCH]

pi

I

P

END

ANUAL

NTER

(iii)

Free

rough

The

NC

program

is

generated

with

only

GOO

and

G01.

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

GOO

and

G01

.

It

is

not

a

canned

cycle.

(2)

Detailed

turning

menu

is

set

with

the

following

operation.

(a)

Select

the

desired

menu

with

the

CURSOR

|ÿ\J

keys,

key.

The

same

effect

is

obtained

when

the

desired

menu

No.

is

directly

keyed

with

the

data

keys

0

or

the

G>0-

-46-

(b)

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

variable

turning

menu,

the

F3

software

key

indicates

Depressing

the

[modify

I

key

in

the

insert

PROCES

I

SEARCH

[

'

key

detects

the

leading

ends

of

the

processes

one

after

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.

When

the

modify

setting

has

been

selected

for

the

dify

mo

key

in

the

insert

modify

indicating

the

variable

turning

menu,

the

F3

software

key

shows

|

insert

[

’

current

mode.

However,

mode

modification

is

disabled

in

the

detailed

turning

menu,

and

accordingly,

the

F3

key

is

disabled.

\

(c)

After

selecting

the

turning

menu

depress

the

|

ENTER

|

key.

detailed

turning

menu

has

been

set.

(3)

Precaution

When

finishing

is

set

with

out

a

roughing

setting,

warning

message

"Rough

cutting

data

does

not

exit"

is

displayed.

Set

a

roughing

process.

Now,

the

3.

6.

2

When

O.D.

Turning

is

Set

(1)

The

following

display

is

called

up.

In

this

menu,

the

following

four

processes

are

available.

(i)

O.D.

rough,

(ii)

O.D.

fin,

(iii)

Free

rough

and

(iv)

Free

fin.

00000

N0000

MENU

**

N

1

304

G51

:

G40

;

N

1

305

M01

;

H

4

Free

fin

9

Free

rough

2

O.

D.

fin

1

CX

D.

rough

l

G7

ONo

n

G7

0

For

detailed

descriptions

refer

to

Par.

3.6.1,

"When

Facing

has

been

Set.

"

RDY

LSK

MEMORY

INTER

EARCI

1ANUAL|

EXIT

END

(2)

The

setting

of

the

menus

is

the

same

as

in

Par.

3.6.1,

been

Set".

as

for

facing.

(3)

Precautions

Refer

to

Par.

3.6.1,

"When

Facing

has

been

Set".

"When

Facing

has

The

functions

of

the

software

function

keys

are

also

the

same

-47-

3.6.3

When

I.D.

Turning

is

Set

(1)

The

following

display

is

called

up,

O0000

N0000

**

MENU

**

mum

;

N

1

300

(FACE-

FREE-

ROUGH);

G50

S4000;

G00

T0101

;

G96

S

1

20

M03;

D

I.

D.

rough

2

I*

a

fin

3

Free

rough

4

Free

fin

G7

ON

o

n

G70

RDY

MEMORY

LSK

no

di

i

y

EXIT

|

|i

n

s

e

r

t|

1ANUAL

ENTER

END

the

following

four

processes

are

available:

(iii)

Free

rough,

and

For

detailed

descriptions

refer

to

Par.

3.6.1

(2)

The

setting

of

the

menus

is

the

been

Set".

as

for

facing.

(3)

Precautions

Refer

to

Par.

3.6.1,

"When

Facing

has

been

Set".

In

this

menu,

(i)

I.D.

rough,

(iv)

Free

fin,

(1),

(b),

"Facing",

same

as

in

Par.

3.6.1,

"When

Facing

has

The

functions

of

the

software

function

keys

are

also

the

same

(ii)

I.D.

fin,

3.

6.

4

When

Grooving

is

Set

(1)

The

following

display

is

called

up.

**

MENU

**

00000

N0000

imim

;

N

1

300

(FACE-

FREE-

ROUGH);

G50

S4000;

G00

T0101

;

G96

SI

20

M03;

H

O.

D.

“i_r

2

O.

D.

groove

fin

3

Face

4

Face

groove

fin

J

4

5

X.

D.

6

I.

D.

groove

fin

LSK

RDY

MEMORY

|m

o

fl

i

i

y

i

END

EX

IT

|insert|

plANUAL|

[ENTER

In

this

menu,

the

following

six

processes

are

available:

-48-

(i)

O.D.

O.D.

grooving

canned

cycle

using

G75

(ii)

O.D.

groove

fin

O.D.

groove

finishing

with

GOO

and

G01,

of

the

shape

input

by

O.D.

cycle.

(iii)

Face

Face

groove

canned

cycle

using

G74

(iv)

Face

groove

fin

Finishing

cycle

with

GOO,

G01,

of

the

shape

input

by

face

grooving

cycle.

(v)

I.D.

I.D.

groove

canned

cycle

using

G75

(vi)I.D.

groove

fin

Finishing

cycle

with

GOO,

G01,

of

the

shape

input

by

I.D.

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.

In

this

menu,

the

following

three

processes

are

available.

(i)

Drill

pat

1

Drilling

with

G01,

and

drilling

through

to

the

end.

No

canned

cycle

is

used.

(ii)

Drill

pat

2

Using

the

G74

canned

cycle,

the

drill

is

retracted

through

the

preset

distance

during

drilling

.

**

MENU

**

00000

N0000

lilfclsj;

N

1

300

(FACE-

FREE-

ROUGH);

G50

S4000:

G00

T0101

;

G96

SI

20

M03

:

IDril

l

pat

I

2D

r

i

1

1

pat

2

8

Dr

i

1

1

pat

3

MEMORY

LSK

RDY

jiire.FTn

r

[insert)

END

EXIT

ANUAL

ENTER

(iii)

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

is

Set

(1)

The

following

display

is

called

up.

00000

N0000

**

MENU

**

[uisiii

:

N

1

300

(FACE-

FREE-

ROUGH)

:

G50

S4000)

G00

T0101

;

G96

S

1

20

M03;

4

I.

D.

taper

2

I.

D.

thread

3

O.

D.

taper

0

O.

D.

thread

RDY

LSK

MEMORY

Birasmu

|

i

n

|inser

t)

jyiANUAUj

(E

NTER

END

EXIT

In

this

menu,

the

following

four

processes

are

available.

(i)

O.D.

thread

Using

G76,

the

program

cuts

external

straight

threads.

(ii)

I.D.

thread

Using

G76,

the

program

cuts

internal

straight

threads.

(iii)

O.D.

taper

Using

G76,

the

program

cuts

external

taper

threads.

(iv)

I.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

as

for

Set".

The

functions

of

the

software

function

keys

are

also

the

same

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

I.D.

Turning

(1)

When

the

detailed

menu

setting

is

completed,

the

following

display

is

called

up.

**APPROACH**

FACE

FREE

ROU

00000

N0000

01

00B

d

.

2000

Ge

a

r

=BHSHH/1

:

Hi

g

h

.

800

Ap

proach

X

=

2:Low

L

=

Turn=!

Tool

no

—

Surf

speed=

Spin

speed=

Spin

max

=

1

;

Rev

erse

Oil

=B§ISB/l:Of

f

Wo

r

k

=1«»3/

1

:L/2

:Of

f

LSK

RDY

MEMORY

i

t

mo

d

l

f

y

VLANUAL

NTER

EXIT

(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.

0

"01"

and

offset

No.

"02",

depress

000

in

this

sequence.

The

"Surf

speed"

display

is

now

blinking.

-51

-

(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

j2j

|

|

0

j

|

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

|ORG|

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

|

QRG|

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

For

example,

to

input

"3000

rpm",

j

WR

|

key

.

depress

j'3j

[ÿj

p0~|

|~WR~[

in

this

sequence.

Then,

a

G50S****

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

For

"high

speed":

depress

For

"low

speed":

depress

0-

co¬

rn-

If

no

change

from

the

initial

setting

is

needed,

move

the

cursor

with

the

CURSOR

0

W

key

or

the

key.

Now,

the

"Turn"

display

on

the

screen

starts

to

blink.

(f)

Inputting

turning

direction

The

initial

setting

for

turning

direction

is

"0".

0

depress

|

1

j

Depress

to

select

forward

run,

and

to

select

reverse

run.

Now,

the

"Oil"

display

on

the

screen

starts

to

blink.

-52-

(g)

Inputting

cutting

oil

use

selection

The

initial

setting

for

"Oil"

is

"0".

0-

To

use

cutting

oil,

depress

and

to

use

no

cutting

oil,

push

Now,

the

"Work"

display

on

the

display

starts

to

blink.

(h)

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

To

change

these

setting,

Depress

|

0

|

for

"right",

Depress

|

1

j

and

Depress

|2|

for

"none"

.

WORK

-

LEFT

WORK

-

RIGHT

WORK

for

"left"

When

"none"

is

selected,

an

NC

program

with

tool

edge

radius

compensa¬

tion

OFF

is

generated.

(i)

To

change

the

data

for

various

items

,

move

the

cursor

to

the

respective

position

with

the

CURSOR

|ÿj

keys

or

the

I

WR

I

Depressing

the

|onG|

maximum

speed

on

the

left

half

of

the

screen

disappear.

(j)

Depress

the

[ENTER]

key.

Now,

the

approach

data

have

been

set,

and

a

program

is

generated

in

the

upper

part

of

the

display.

(3)

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

.

key.

key

makes

the

items

from

Approach

X

to

spindle

-53-

3.

7.

2

Setting

Approach

for

Grooving

(1)

For

grooving,

after

setting

the

detailed

turning

menus,

the

following

dis¬

play

is

called

up.

Initially,

the

cursor

is

found

at

"Approach

X".

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.

In

this

**APPROACH**

OD

GROV

ROUGH

00000

N0000

O100H

Gear=mWBH/l

:

High

2

:

L

ow

Turn-

AKW

1

iReverse

Oil

=Bim/l

:

Of

f

Approach

X12

Tool

no

=

Su

rf

speed-

Spin

Speed-

Spin

max

—

RDY

LSK

MEMORY

mod

lTy

i

|E

MANUAL

NTER

EXIT

(2)

For

the

setting

methods

for

various

items,

refer

to

Par.

3.7.1,

"Setting

Approach

for

Facing,

O.D.

and

I.D.

Turning."

(3)

Precautions

Refer

to

Par.

3.7.1

(3),

"Precautions".

3.7.3

Setting

Approach

for

Drilling

(1)

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.

(2)

For

the

setting

methods

for

the

respective

items,

refer

to

Par.

3.7.1,

"Setting

Approach

for

Facing,

O.D.

and

I.D.

Tur¬

ning".

However,

"Spin

speed"

is

calculated

by

"Drill

diam"

and

"Surf

speed",

and

displayed.

(3)

Precautions

When

the

drill

diameter

and

the

surface

speed

are

input,

the

spindle

speed

is

automati¬

cally

determined,

and

dis¬

played

.

When,

the

drill

diameter

and

the

spindle

speed

are

input,

the

surface

speed

is

automati¬

cally

calculated,

and

dis¬

played

.

If

some

setting

items

are

not

set,

"Item

data

is

missing"

is

displayed

.

**APPROACH*:S:

DRILL

PAT

3

00000

N0000

Ol

00H

Gear

=HHSS9/1

.High

2

:

L

o

w

Turn

=

EM

B

1

iReverse

Oil

=[fflaa/l:Off

Ap

p

roach

Z

=

Tool

no

-

Drill

d

i

am-

Surf

speed=

Spin

speed2

MEMORY

RDY

I

P

}

mo

d

l

f

y

EXIT

(

MANUAL

NTER

-54-

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.

00000

N0000

**APPROACH**

OD

THREAD

1008

Gear

=

HHctlSl/

1

:

High

2

:

Low

Turn

—

1

:

Re

ve

rse

Oil

=—

BI/1:

Off

Ch

am

f

Rr=BIB

SI7I/I

:

Of

f

Approach

X=

Z

=

Tool

no

-

Spin

speed=

RDY

MEMORY

LSK

Ik

mo

d

l

f

y

NTER

MANUAL

EXIT

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

I.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,

required

for

setting

before

the

finish

shape

display

are

set.

values

are

automatically

set

on

the

basis

of

the

interactive

parameters,

but

can

be

modified

when

required.

feedrate,

etc.

All

the

data

3.

8.

1

When

Face,

O.D.

and

I

D.

Roughing

has

been

Set

(1)

The

display

right

is

called

up.

The

tool

No.

of

the

current

tool

is

displayed

at

the

upper

right

area

of

the

display.

**B.

DATA**

FACE

ROUGH

T0100000

N0000

shown

at

the

G50

S2000;

G00

T0101

;

G9B

SI

20

(103;

N1L01

X100.2

Z.00

1108

;

H

Fin

allowance

U

=

W

=

Depth

of

cut

D

=

Feedrate

80

40

.

800

.

100

F

=

MEMORY

LSK

RDY

|

|mo

d

i

f

y

EXIT

|

u

J

r1

I

k

ANUAL

INTER

-55-

(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

|ÿ7j

keys

or

the

|~WR

J

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

I

ENTER

|

key

sets

a

new

approach

point.

Depress

the

|

MANUAL

|

key

for

moving

the

cursor

in

the

upper

part

of

the

display

for

editing.

modify

Since

mode

changing

is

key

is

displaying

the

current

mode.

disabled

on

the

basic

data

display,

the

F3

key

is

ineffective.

(c)

Depress

the

|

ENTER|

key.

Now,

the

basic

data

values

have

been

set.

The

3.

8.

2

When

Face,

O.D.

and

l.D.

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.

**B.

DATA**

OD

GROV

ROUGH

T

0a

O0000

N0000

N4

1

00

(OD-

GROOVE-

ROUGH);

G50

S200;

G00

G40

T0404

;

N4101

G96

S20

M03;

H

Fin

allowance

U

=

W

=

De

p

thofcut

D

=

Re

treat

No.

of

steps

Feedrate

80

40

.

000

40

1

F

=

32

MEMORY

LSK

ROY

4

k

mod

I

f

EXIT

NTER

VLANUA

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

NC

is

running

on

memory

when

the

j

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

I.D.

have

been

Set

(1)

The

display

shown

below

is

called

up.

Initially,

the

software

function

|

LINEAR|

key

is

reverse

displayed.

**SHAPE**

OD

ROUGH

T01

00000

N0000

End

pos.

X:

=|

Zj

=

x

z

MEMORY

LSK

RDY

I

BLOCK

I

|

(ENTER

I

t>

IE

CHAM-

FER

<

LINEAR

ARC

OUND

(a)

The

displayed

point

"

.

"

is

the

approach

point.

Program

is

to

be

written

along

the

tool

path

starting

from

this

point.

(b)

The

mark

"

®

11

indicates

the

program

origin,

which

is

(0,

0)

in

the

abso¬

lute

coordinate

system.

This

position

shifts

with

the

face

removal

allowance

data.

(c)

The

"("

line

outside

the

workpiece

contour

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.

(d)

The

current

input

mode

is

displayed

in

the

upper

right

part

of

the

display.

The

mode

is

either

insert

or

modify.

UNSERTl

is

reverse

displayed

and

I

MODIFY

|

is

reverse

displayed

and

blinks.

(e)

As

the

finish

shape

data

elements

are

input,

each

of

them

is

represented

11

straight

line,

"

"

circular

arc,

"

0

"

radius,

or

"

Q

"

Note

however

that

"Q"

and

"0"

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

|ÿ\]

j’;\v7|

keys

are

deprssed.

by

»

—

chamfer.

-57-

(f)

On

this

display

the

following

software

function

keys

are

dispalyed:

0

<]

CHAM

BLOCK

ENTER

LINEAR

ARC

ROUND

FER

0

D>

EXIT

ENTER

<]

0

INSERT

ERASE

CALC

MODIFY

|

'

4

j

or

|

|

key

is

depressed.

These

are

displayed,

in

turn,

as

the

(2)

Set

"the

first

block

of

finish

shape"

through

the

following

keying.

sure

the

insert

mode

is

ON.

(a)

The

first

block

must

consist

only

of

rapid

linear

feed.

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

j

.

For

example,

to

input

"2.4

inch".

Make

If

other

elements

0000

,

in

this

sequence.

With

the

|

U~

|

key,

the

end

point

coordinate

can

be

input

as

the

increment

Depress

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:

0

0

0

0

Depressing

only

j

U

|

and

j

WR

|

input

the

current

X

coordinate.

When

the

X

coordinate

has

been

input,

the

cursor

moves

over

to

"Z".

(b)

Similar

to

the

keying

for

X,

depress

the

Z

coordinate

value

keys

followed

0

by

the

key.

0

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

.

(c)

To

correct

the

existing

value,

bring

the

cursor

to

the

items

to

be

corrected

with

the

CURSOR

|0\|

|\0|

keys

or

the

|

WR

j

key.

Depressing

the

|

ORG|

key

"dumps"

the

item

indicated

by

the

cursor.

(d)

Depress

the

The

BLOCK

ENTER

key.

Now,

the

rapid

feed

in

the

first

block

has

been

set.

The

shape

after

the

block

setting

is

shown

by

dotted

lines.

-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

-x

(+x,

+z)

(-x.

-z)

(-x.

+Z)

(+x.

-z)

7z

+z

(3)

Set

"second

and

further

finish

shape

blocks"

by

the

following

keying:

For

the

second

and

subsequent

blocks,

ILINEAR

|

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

|

LINEAR

j

key

is

returned

to

normal.

(a)

Using

|

LINEAR

|

(i)

The

following

are

displayed

in

the

upper

left

area

of

the

display:

"End

pos.

x

=isa£9&ar

z

=

"Angle

"Feed

rate

F

=

The

angle

can

be

specified

between

-360°

and

+360°,

as

measured

from

the

plus

direction

of

the

Z-axis.

Note:

1

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.

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.

2

3

4

For

the

roughing,

the

feedrate

set

as

the

basic

data

is

End

Point

X

End

Point

Z

Angle

Remarks

o

Parallel

to

X

axis

from

current

point

to

end

point

X

o

Parallel

to

Z-axis

from

current

point

to

end

point

Z

o

o

o

o

o

o

o

o

o

Angle

ts

disregarded.

O:

Applicable

-59-

BLOCK

ENTER

(ii)

key.

Depress

the

Now,

the

straight

line

block

finish

shape

has

been

set.

To

modify

the

finish

shape:

Refer

to

Par.

3.9.1

(5),

(6)

and

(7).

To

use

the

CALCULATION

function

Depress

the

I

CALC

I

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

Z

(hi)

(iv)

0

0-

00°r

0

0

0'

0

0

0

positions

when

are

depressed,

after

returning

to

the

finish

shape

setting

display.

(b)

Using

|

ARC

I

(i)

The

followings

are

displayed

in

the

upper

left

part

of

the

display:

"Dir

(0

=

CW/1

=

CCW)"

=

£g

"

"End

pos.

X

=

"

Z

Radius

R

=

Center

Pos.

X

=

Z

=

"Feedrate

F

=

"

First,

the

turning

direction

of

arc

is

to

be

input.

Depress

0

for

clockwise

and

0

for

counterclockwise.

Depress

For

other

items,

input

data

values

in

the

same

way

as

for

(i)

through

(iii)

of

the

first

block

(a).

When

a

minus

value

is

input

for

"Radius

R",

an

arc

with

a

central

angle

larger

than

180°

is

meant.

Note:

1

+

R

COMMAND

END

POINT

/NÿG02A.

START

POINT

h

--

R

COMMAND

MORE

THAN

180"

G02

-60-

When

the

X

and

Z

coordinates

of

the

end

point

are

input,

either

the

coordinates

of

the

center

or

the

radius

must

be

input.

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.

Note:

2

Note:

3

START

POINT

B

/END

POINT

Since

a

circle

intersects

a

straight

line

BC

at

two

points,

the

intended

point

must

be

keyed

in.

C

RIGHT

LEFT

CENTER

-

—

Z

Note:

4

When

the

Z

coordinate

of

the

end

point

and

the

coordinates

of

the

center

are

input:

B

"End

A

point

UPPER.

message

(0

:upper/

1

:lower)

of

center"

is

displayed.

Since

a

circle

intersects

a

END

POINT

A

START

POINT

R

CENTER

straight

line

BC

at

two

points,

the

intended

point

must

be

keyed

in.

X

LOWERN

i

C

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"

For

the

feedrate,

refer

to

Note

4

for

(a)

Using

straight

line.

The

input

patterns

are

listed

below:

Note:

6

End

PointXEnd

Point

Z

Center

X

Center

Z

Remarks

Radius

o

o

o

Center

compensation

o

o

o o

Center

compensation

o

o o

o

Radius

compensation

o

o

o

o

Radius

compensation

o

o

o

o o o

o

o o o

o

Center

compensation

O:

Applicable

-61-

BLOCK

ENTER

(ii)

Depress

the

Now,

the

finish

shape

of

a

circular

arc

block

has

been

set.

key.

To

modify

the

finish

shape,

refer

to

Par.

3.9.1

(5),

(6)

and

(7).

(iii)

CHAM

(c)

Using

FER

(i)

The

following

displays

appear

in

the

upper

left

part

of

the

display:

"Chamfer

amount

C

-

"

"Feedrate

F

=

Key

in

chamfer

size

C.

Input

the

feedrate

when

a

different

feedrate

is

desired

for

the

chamfer

amount:

t!

Note:

1

The

chamfer

amount

is

under

the

following

restriction:

K-

K+

END

POINT

v-

U

RESTRICTION

CHAMFER

AMOUNT

|K|<

|

y

|

2

45“

START

POINT

Z

X

AXIS

CHAMFER

END

POINT

45“

-9

START

POINT

L,

i-

w

RESTRICTION

CHAMFER

AMOUNT

|l|<

|W|

Z-AXIS

CHAMFER

-62-

2.

After

rounding

a

corner,

the

same

corner

cannot

be

chamfered,

CHAMFER

\

\

ROUNDING

\

3.

For

the

feedrate,

refer

to

Note

4

for

(a)

"Using

straight

line,"

BLOCK

ENTER

(ii)

Depress

the

Now,

the

finish

shape

for

the

chamfer

block

hs

been

set.

key.

(iii)

The

chamfering

function

has

the

following

convenient

usage.

08

APPROACH

30’

O'

E\\A

C

$7

4

D

B

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

C

the

X

coordinate

of

which

is

the

same

as

point

A.

Input

"LINEAR"

from

point

C

to

point

A.

•

With

the

"CHAMFER"

menu

selected,

key

in

•

Input

"LINEAR"

to

point

F.

0000-

0

pvaj

[chamfer

length]

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.

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.

are

keyed

for

As

seen

above,

when

Then,

the

coordinate

values

input

in

the

preceding

-63-

D

C

-

APPROACH

T

v!

B|

_\|A

1

r

j>2A

E/.-<-_

C

A

30"

APPROACH

?0

8

£

0.8

INTERNAL

TURNING

FACING

In

a

facing

operation,

since

the

chamfering

takes

place

between

the

Z-axis

and

the

next

block,

key

In

an

internal

turning

operation,

since

the

chamfering

takes

place

between

the

X-axis

and

the

next

block

0000-

•

key000R-

Note:

1

All

keyings

are

invalid

except

for

these

specified.

turning,

only

|X|

,

for

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).

For

extenal

facing

|Z|

,

and

for

internal

turning,

j

X

|

(iv)

To

modify

finish

shape

Refer

to

Par.

3.9.1

(5),

(6)

and

(7).

(d)

Using

(ROUND1

The

following

items

are

displayed

in

the

upper

left

area

of

the

display:

"Rounding

amount

R

=

"Feedrate

F

=

Key

in

the

rounding

amount

R.

Input

a

feedrate

when

a

different

feedrate

is

desired

for

the

rounding.

Note:

1

The

rounding

amount

has

the

following

restriction:

(i)

n

it

K-

K

+

END

POINT

END

POINT

'\

1

+

START

POINT

I-

U

2

X

w

III

<

I

w

I

START

POINT

m

<

i

y

i

X-AXIS

ROUNDING

—

2

Z

RESTRICTING

CONDITION

RESTRICTING

CONDITION

Z-AXIS

ROUNDING

-64-

2

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

(ii)

Depress

the

Now,

the

rounding

block

finish

shape

has

been

set.

key.

(in)

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.

1

APPROACH

30*

E

A

C

>2.4

<&y

D

B

Z

EXTERNAL

TURNING

APPROACH

1

&

'<0

301

>2

4

30'

APPROACH

>0.8

&

l

Z

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"

.

2.

Input

"LINEAR"

from

approach

point

ot

point

A.

3.

Input

"LINEAR"

from

point

C

to

point

A.

4.

Select

"ROUND"

menu,

and

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".

key

0EHGD0-

-65-

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.

(iv)

(a)

|LINEAR|

has

been

selected

and

is

reverse

displayed.

(b)

Input

values

for

the

respective

items

in

the

same

way

as

when

[LINEARl

has

been

depressed

in

(3)

After

block

2.

(c)

Depress

BLOCK

.ENTER

'

Now,

the

final

block

has

been

set.

(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

keys

:

|4|

or

j

,

j

key

to

display

the

following

software

function

D>

<1

CALC

MODIFY

INSERT

ERASE

(b)

When

|

MODIF

Y|

is

displayed

in

the

upper

right

area

of

the

display,

depress

the

|

INSERTl

key.

The

"MODIFY"

display

changes

to

"INSERT".

Note:

When

"INSERT"

is

displayed,

the

!

INSERT

I

key

need

not

be

depressed.

(c)

Move

the

graphic

cursor

with

the

PAGE

jÿZj

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:

BLOCK

ENTER

CHAM

D>

<]

ARC

ROUND

LINEAR

FER

-66-

(e)

For

the

inputting

and

setting

methods

of

the

to-be-inserted

shape,

refer

to

Par.

3.9.1

(3),

"After

seocnd

block".

Note

that

with

this

finish

shape

modification,

when

the

values

for

all

the

items

are

keyed

with

|LINEAR|

or

|

ARC

|

,

and

the

played,

unless

the

set

block

is

the

last

block:

"Affect

next

block?

(Yes:l/No:0)

The

necessary

response

to

this

message

is

shown

below:

Assumed

finish

shape

BLOCK

ENTER

key

is

depressed,

the

following

message

is

dis-

(i)

FINISH

SHAPE

A(X,

Z)

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+l,

Z-l),

key

|

U

|

|

1

|

[

WR~|

and

j

W

|

|-|

j

1

|

[

WR

|

.

BLOCK

ENTER

(iv)

Depress

(v)

Message

"Affect

next

block?

(Yes:l/No:0)

is

displayed.

key

.

(T)

When

Change

Occurs

in

Subsequent

blocks:

0-

Depress

The

finish

shape

after

the

block

insertion

is

as

shown

below.

X

-INSERTED

V\

BLOCK

As

the

block

shown

by

a

dotted

line

is

inserted,

all

the

subse¬

quent

blocks

change.

FINISH

SHAPE

(?)

When

No

Change

Occurs

In

Subsequent

blocks:

Depress

j0j

.

The

finish

shape

after

the

block

insertion

is

as

shown

below.

INSERTED

'

BLOCK

As

the

block

shown

by

the

dotted

line

is

inserted,

only

the

next

one

block

changes.

FINISH SHAPE

THIS

BLOCK

ONLY

CHANGES

-67-

(6)

To

modify

(insert

mode)

the

finish

shape,

proceed

as

follows:

(a)

Depress

the

keys

:

j

4

j

or

j

j

key

to

display

the

following

software

function

D>

<1

CALC

INSERT

ERASE

MODIFY

(b)

When

"INSERT"

is

displayed

in

the

upper

right

area

of

the

display,

depress

the

|

MODIF

Y

|

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

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.

1

FINISH

SHAPE

0

When

Change

Occurs

in

Subsequent

Blocks:

m-

Depress

The

finish

shape

after

the

block

change

is

as

shown

below.

CHANGED

BLOCK

As

the

block

is

changed

into

a

dotted

line

block,

all

the

subsequent

blocks

change.

FINISH

SHAPE

(2)

When

No

Change

Occurs

in

Subsequent

Blocks:

Depress

|

0

j

key.

The

finish

shape

after

the

block

change

is

as

shown

below.

As

the

block

shown

by

the

dotted

line

is

changed,

only

the

next

one

block

changes.

CHANGED

BLOCK

A'.

FINISH

SHAPE

THIS

BLOCK

ONLY

CHANGES.

-68-

(7)

To

modify

(erase

mode)

the

finish

shape,

proceed

as

follows:

key

to

display

the

following

software

function

0

"

0

(a)

Depress

the

keys

:

i

/

1

<]

MODIFY

0

CALC

INSERT/ERASE

/

(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.

(c)

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

©

When

Change

Occurs

in

Subsequent

Blocks:

Depress

j1j

.

The

finish

shape

after

the

block

erase

is

as

shown

below.

As

the

block

in

the

dotted

line

is

erased,

all

the

subsequent

blocks

change

.

FINISH

SHAPE

ERASED

BLOCK

(2)

When

No

Change

Occurs

in

Subsequent

blocks:

0-

Depress

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

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

Z

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.

key

and

depress

the

[ENTER]

key

again

to

exe-

Then,

depress

the

(11)

Precautions

The

following

shapes

cannot

be

machined

in

facing,

O.D.

turning

or

I.D.

turning

.

(a)

Shape

containing

overhang

as

shown

below.

(b)

Concave

shape

containing

4

or

more

interruptions

as

shown

below.

—TOOL

'—-TOOL

Jh

START

POINT

START

POINT

Si

INTERRUPTION

4

—

-

CUTTING

LINE

INTERRUPTION

3

—

OVERHUNG

INTERRUPTION

2

INTERRUPTION

1

(c)

Shape

exceeding

39

blocks.

-70-

3.

9.

2

When

Grooving

has

been

Set

O.D.

grooving

(1)

The

display

shown

below

is

called

up*

3*9.

2.1

**SHAPE**

OD

GROV

ROUGH

T06

00000

N0000

0100:

N4100

(OD-

GROOVE-

ROUGH)

;

G00

G40

T0606;

N4101

G96

S700

M03

:

H

Right

X

=

+

C—

R

=

Left

X

=

+

C-R

=

Edge

R

-

GrovWi

dth-

Bo

11

om

X

-

Left

EdgeWid

th=

Z

=

RDY

LSK

MEMORY

it

[A

mo

dify

NTER

ANUAL

EXIT

(2)

Set

the

groove

shape

as

follows:

(a)

Input

the

Groove

Widty*

For

example,

to

input

r,0.4

inch",

ED

00

Depress

in

this

sequence.

The

cursor

moves

to

11

Bottom

Xrt*

(b)

Input

the

X

coordinate

of

the

groove

bottom,

Then,

the

cursor

moves

to

"Left

Z"

(c)

Input

the

Z

coordinate

of

the

groove

left

flank,

Then,

the

cursor

moves

to

"Edge

Width".

(d)

Input

the

tool

edge

width.

Then,

the

cursor

moves

to

"Right

X".

(e)

Input

the

X

coordinate

of

the

right

corner.

However,

this

input

is

not

required

if

The

right

corner

has

no

chamfer

or

rounding.

RIGHT

X

COORDINATE

Then,

the

cursor

moves

to

"+C-R11

.

-71-

(f)

Input

the

right

corner

chamfer

amount

or

rounding

amount.

Here,

"+"

value

is

for

chamfer,

and

value

is

for

rounding.

n

_n

To

input

chamfer

"0.1

inch",

Depress

00-

in

this

sequence.

To

input

rounding

"0.2

inch",

Depress

[

-

J

[•[

['

2

j

|

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

R".

(i)

Input

the

tool

edge

R.

Input

the

edge

R

of

the

grooving

tool

used.

With

this

input,

an

NC

statement

taking

the

tool

edge

R

at

groove

finishing

is

generated.

Input

the

tool

edge

R

when

either

corner

is

chamfered

or

rounded.

(j)

To

modify

some

of

the

input

data,

move

the

cursor

to

the

to-be-modified

item

with

the

cursor

|ÿvj

keys

or

the

|

WR

j

key.

(k)

Depress

the

j

ENTER

|

key.

Now,

the

O.D.

groove

finish

shape

has

been

set.

-72-

3.

9.

2.

2

Face

Groove

Turning

(1)

The

screen

will

show

the

following

display

(in

face

groove

rough

turning):

**SHAPE**

FACE

GROV

ROU

T06

00000

N0000

N4300

(FACE-

GROOVE-

ROUGH)

G00

G40

T0S06;

N4301

G36

5700

M03

;

Gr

ovWi

d

t

h

=

Bo

11

om

Z

=

Lower

X

=

EdgeWid

t

h

=

Upp

e

r

Z

=

+

C-R

Lower

Z

=

FC-R

Edge

R

=

MEMORY

LSK

_

mo

d

i

jfyj

f

S

j

bt

urns

MANUAL)

(E

RDY

EXIT

NTER

(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

O.D.

groove.

(2)

Set

by

the

same

method.

3.

9.

2.

4

Precautions

(1)

The

tool

tip

position

is

specified

as

follows.

offset

display

also

as

follows.

Set

the

control

points

in

the

(iii)

I.D,

(ii)

Face

groove

(i)

O.D.

groove

groove

TOOL

TOOL

SPECIFIED

TOOL

TIP

POINT

'SPECIFIED

TOOL

TIP

POINT

/I

SPECIFIED

TOOL

TIP

POINT

TOOL

Control

Point

2

Control

Point

3

Control

Point

3

-73-

(2)

The

finish

shape

cannot

be

set

in

the

following

cases:

(i)

If

the

edge

width

is

wider

than

the

groove

width.

EDGE

WIDTH

GROOVE

WIDTH

Depress

the

j

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.

0.45

inch

TOOL

0

05

inch

(FINISHING

ALLOWANCE)

0

05

inch__

I

(FINISHING

ALLOWANCE)

|

0.5

inch|

The

relationship

between

the

tool

and

workpiece

will

be

as

follows

if

the

tool

approaches

in

the

example

shown

above.

0

45

0.05

0

5

Therefore,

in

this

case,

finishing

allowances

cannot

be

obtained.

If

the

j

ENTER

j

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.

If

walls

are

removed

as

a

result

by

specifying

chamfering

and

rounding

on

the

groove

entrance

and

bottom

as

shown

below.

WALLS

ARE

REMOVED.

V'XHAMFERING

X

ROUNDING

(iv)

(v)

If

the

groove

bottom

is

not

flat

as

shown

below.

GROOVE

BOTTOM

(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

(0

GROOVE

Rounding

in

grooving

makes

the

finish

shape

different,

as

shown

below.

ROUNDINGINGROOVING

GROOVE

In

this

case

round

the

workpiece

by

manual

input

after

setting

the

finish

shape

as

follows.

ROUND

HERE.

-75-

(3)

The

groove

is

finished

by

GOO

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

G%:

n

X

Groove

Bottom

X

Coordinate

(inch)

60

(sec)

X

2

P-

P

=

X0.01

Peripheral

Speed

(ft/min)

Revolution

Speed

(rpm)

(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

I.D.

groove

or

of

Z

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

CLEARANCE

AMOUNT

i

---

-

---

»

—

---

j

APPROACH

POINT

7=4

CLEARANCE

AMOUNT

l

/

/

/

/

t

/

Right

Side

Higher

than

Left

Side

Left

Side

Higher

than

Right

Side

(5)

The

tool

is

changed

between

groove

roughing

and

groove

finishing

.

finishing,

the

basic

data

dis¬

play

is

skipped

to

show

the

finish

shape

display

if

the

approach

display

is

set.

cursor

width

.

**SHAPE**

OD

GROV

FIN

T06

00000

N0000

Thus,

in

groove

N4200

(OD-

GROOVE-

FIN)

I

G00

G40

T0606;

N4201

G96

S700

M03

;

H

The

.

2000

.

160

EdgeWi

d

th

=

Edge

R

-

is

set

to

the

edge

If

the

edge

width

or

edge

R

amount

in

groove

fin¬

ishing

differs

from

that

in

groove

roughing,

depress

the

(ENTER

|

key

after

inputting

new

data.

If

the

tools

for

roughing

and

finishing

the

[ENTER]

key.

RDV

LSK

MEMORY

too

d

i

ty

lb

NTER

MANUAL

EXIT

groove

are

depress

the

same,

(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

W

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.

-76-

3.9.3

Drilling

Setting

(Drill

pattern

2)

(1)

The

will

show

the

following

display.

screen

**SHAPE**

DRILL

PAT

2

T0

1

00000

N0000

G00

T0101

:

GST

S350

M03;

XD

;

N5201

Z.2;

End

pos.

Z

—

Depth

of

c

u

t

=

Re

treat

=

Feedrate

-

.0000

40 80

MEMORY

RDY

NTER

jviANUAlj

E

~|

Jmo

d

i

f

y

EXIT

[

(2)

Set

the

finish

shape

by

operating

as

follows.

(a)

Drill

pattern

1

(i)

Input

End

pos.

Z.

For

example,

to

input

"-1.8

inch":

0

Depress

keys

The

cursor

moves

to

the

"Feedrate"

position.

Input

the

feedrate.

The

feedrate

is

automatically

displayed.

Modification

Move

the

cursor

by

operating

the

cursor

and

1

keys

or

by

the

sequentially

.

(ii)

However,

a

change

is

possible.

(ill)

0

key.

Depress

the

[EXIT]

key

when

wishing

to

return

to

the

previous

display,

or

the

approach

display.

modify

|

(iv)

The

mode

change

is

key

displays

the

present

mode.

not

allowed

in

the

escape

display

and

the

F3

key

cannot

be

used.

The

insert

Depress

the

p£NTER~]

key.

The

finish

shape

of

Drill

pattern

1

is

now

set.

(b)

Drill

pattern

2

Input

End

pos.

Z.

(v)

0)

After

inputting,

the

cursor

moves

to

the

"Depth

of

cut."

-77-

Input

the

depth

of

cut.

The

depth

of

cut

is

automatically

displayed.

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

|

WR

|

key

as

it

is.

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

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.

(ii)

However,

it

can

be

(iii)

However,

a

change

can

also

be

made.

(iv)

(v)

(i)

(ii)

(iii) (iv)

-78-

3.9.4

Setting

Threading

(

1)

The

following

will

be

displayed.

(O.D.

taper

thread)

-•fc*SHAPE**

OD

TAPER

T

03

00000

N0000

G00

T0303;

G97

S20

M03:

M23

;

N6301

X2.5

Z0:

H

Pi

t

ch

End

pos.

Z

=

Base

di

am=

Base

Z

=

Height

=

1st

depth=

Edge

angle

=

(29,

30,

55,

60,

80)

Taper

ratio=

.

140

55

1

6

MEMORY

LSK

RDY

modi!

y

\h

EXIT

ANUAL

NTER

(2)

Set

the

finish

shape

as

follows.

(a)

Input

the

pitch.

To

input

"0.08

inch"

for

example:

and

|WR|

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.

pos.

Z"

coordinate

position.

(b)

Input

the

end

pos.

Z

coordinates.

DEE

Depress

the

The

cursor

moves

to

"End

For

example,

when

inputting

"-1.6

inch",

depress

keys

j

-

| |t|

|

•

1

1

G

|

and

|WR|

,

in

succession.

The

cursor

moves

to

the

"Base

diam"

position.

(c)

Input

the

base

diam.

For

example,

when

inputting

"3.6

inch",

depress

keys

0

|T

6

and

,

in

succession.

The

cursor

moves

to

the

"Base

Z"

3

coordinate

position.

(d)

Input

the

base

Z

coordinates.

The

cursor

moves

to

the

"Height"

position.

(e)

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

The

cursor

moves

to

the

"1st

depth"

position.

0

key

.

-79-

(f)

Input

the

"1st

depth".

changes

can

also

be

made.

The

value

is

automatically

displayed.

However,

Depress

the

jWRj

key.

The

cursor

moves

to

the

"Edge

angle"

position.

(g)

Input

the

edge

angle.

"60°"

or

tapered,

respectively.

"55°"

will

be

displayed

automatically

if

the

screw

is

cylindrical

or

As

the

comment

in

the

display

mentions,

the

value

80°.

Depress

the

j

WR

|

key.

be

rewritten

by

selecting

29°,

30°,

55°,

60°or

can

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.

X-axis

plus

Tapered

part

radius

difference

=

(i)

Approach

point

Z

-

end

pos.

Z

coordinate

Taper

ratio

Cii)

X-axis

minus

Tapered

part

radius

difference

=

Approach

point

Z

-

end

pos.

Z

coordinate

Taper

ratio

The

taper

ratio

is

the

set

value

of

interactive

parameters.

|

WR

|

key.

Derpess

the

(i)

Modification

_

_

,

-

.

Move

the

cursor

using

[/ÿ\J

and

keys

or

|

WR

|

modification.

-

Depress

the

|

EXIT|

key

to

return

to

the

previous

display,

namely,

the

approach

display.

Depress

the

|

ENTER

|

key.

The

thread

finish

shape

has

now

been

set.

key

to

make

the

(j)

(k)

3.

9.

5

Where

Programming

not

Possible

by

Interaction

(1)

Cutting

off

turning

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

.

(3)

Variable

pitch

thread

(5)

Turning

more

(2)

Closed

loop

cycle

turning

(4)

Threading

of

more

than

2

screw

rods

-80-

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

l.D.

grooving,

drilling,

or

threading.

The

set

turning

menu

will

be

displayed

on

the

display.

**

INSERT**:

FACE

FREE

ROUT01

00000

N0000

G50

S4000;

G00

T010

1

;

G3B

S700

(103;

N1301

X4.2

Z.08:

H

Insert

program

after

cursor

MEMORY

LSK

ROY

I

F

odix

y|

EXIT

MANUAL

NTER

(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:

Depress

the

|

MANUAL|

key

and

the

key

display

will

be

reversed.

Depress

the

cursor

keys

kAJ

and

lÿ/ÿl

and

move

the

cursor

to

the

position

previous

to

inserting

the

program.

0)

<ii)

(b)

Depress

the

|

EXIT

|

key

to

return

to

the

previous

display,

namely,

the

finish

shape

setting

display.

Irnodifyl

key

displays

the

present

mode.

A

mode

change

in

the

pro-

The

gram

insertion

display

is

prohibited

and

the

F3

key

cannot

be

operated.

By

this,

the

created

program

is

inserted

after

(c)

Depress

the

|

ENTER

|

key.

the

cursor.

-81

-

3.11

ESCAPE

SETTING

(1)

The

escape

setting

display

as

shown

below

will

be

displayed

after

program

This

display

is

the

end

of

one

process

and

deter-

It

can

also

set

the

insertion

is

finished.

mines

where

tools

finished

cutting

must

escape

to.

spindle

stop

and

program

end.

**ESCAPE**

FACE

FREE

ROUT01

00000

N0000

N1301

X4.2

Z

.

08

:

N

1

302

G00

G41

X4.20B

Z

.

004

:

N

1

303

G01

X.008

F.01;

B

1

:

Mac

hine

org

Escape

point=

2:

Free

point

Spindle

stop-

BWllBl/

1:

Yes

Program

end

=

HUEEM/

1

:

Y

e

S

RDY

MEMORY

{modi

f

yj

EXIT

MANUAL

HE

NTER

(2)

Set

escape

as

follows.

(a)

Input

the

escape

point.

to

select

the

external

origin.

Depress

0

to

select

the

machine

origin.

Depress

1

to

select

a

free

escape

point.

Depress

2

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.

to

select

no

spindle

stop.

Depress

0

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

1

0

to

select

no

program

end.

Depress

0

to

select

program

end.

Depress

-82-

(d)

Modification

.

-

Depress

the

and

|\ÿ1

cursor

keys

or

the

|WR|

and

make

the

modification.

key

to

move

the

cursor

(e)

Depress

the

|

EXIT

j

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.

|

modify

|

key

shows

the

present

mode.

Changes

in

the

mode

are

The

insert

not

allowed

in

the

escape

display

and

the

F3

key

cannot

be

used.

(f)

Depress

the

[ENTER

|

key.

(i)

Escape

is

set

if

the

escape

point

is

the

EXT

origin

or

machine

origin.

(ii)

If

the

escape

point

is

a

free

escape

point,

the

following

display

will

be

shown

on

the

display.

**ESCAPE**

FACE

FREE

ROU

T0

1

O0000

N0000

N1301

X4.2

Z.00:

N

1

302

G00

G41

X4.208

Z

.

004

:

N

1

303

G01

X.00B

F.01:

H

Escape

point-

0

;

Ext

org/1

:Machine

ors

1

>

<

J

I

M

I

II

II

I,

K

X

=

Z

=

I

»

K

=

z

MEMORY

LSK

RDY

I

P

modi

iTy

EXIT

MANUAL

NTER

©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

inch11

pai

—

allel

to

axis

X,

input

coordinate

values

in

X

coordinates

only

by

depressing

Depress

the

|

ENTER

|

key

.

keys

|

5

j

and

j

WR

|

,

in

succession.

©Escaping

in

both

Axes

Directions

Input

the

X

and

Z

coordinate

values

and

depress

the

|

ENTER

|

key.

©Stopping

the

Tool

in

Position

Finished

with

Turning

No

coordinate

values

are

input.

Depress

the

|ENTER

[

key

.

Z

_

will

not

be

output

to

the

NC

program.

|

ORG|

key

to

delete

data

in

©

and

©

if

GOO

X

Depress

the

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

"GOO

G40

X

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.

Z

I.

K

ESCAPE

sXZ

G40,

/

/

G42

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.

transfer

of

programs

to

the

memories.

Refer

to

Par.

3.13.1

for

3.

12.

2

Escape

from

Interactive

Mode

during

Program

Creation

Escape

from

the

interactive

mode

is

not

possible

during

program

creation.

The

J

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

|

E

N

D

[

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.

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

1

(a)

I.D.

free

turning

(rough

turning

or

finish

turning)

If

INTER¬

FERENCE

FINISHING

SHAPE

I

USER-SELECTED

BLOCK

1/

/

•APPROACH

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

BLOCK

INTERFERENCE

GROOVE

APPROACH

J

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

.

(c)

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)

*

INTERFERENCE.,"

APPROACH

An

escape

should

be

considered

in

the

finishing

shape

shown

above.

this

case,

interaction.

In

interference

check

is

not

performed

automatically

in

the

an

-85-

(3)

Drilling

INTERFERENCE

V'

;

1

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.

section

and

the

user

need

not

be

concerned

with

these

settings.

Accordingly,

no

switching

parameters

are

provided

in

the

interactive

-86-

3.

14

MESSAGES

IN

INTERACTIVE

MODE

Message

Action

0

number

already

exist

Enter

another0number.

O

number

is

set

wrong

Enter

another

0

number.

O

number

does

not

exist

Set

up

a

new

O

number

and

create

a

program

interactively.

Item

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.

Depress

the

|L1NEAR|

key

and

enter

linear

data.

First

block

can

set

linear

only

Get

end

point

by

calculating

function

Depress

the

|CALC|

key

and

find

the

end

point

(See

Sect.

4

)

End

point

(0:

upper/1

:

lower)

of

center

Depress

either

(jT|

or

[T]

End

point

(0:

left/1

:

right)

of

center

Depress

either

[o]

or

m

.

Center

is

not

set

Enter

the

coordinatesofthe

center.

Affect

next

block

?

(Yes:

1/No:

0)

See

(5),

(6),

and

(7)

in

Par

3

9.1.

Can't

correct

due

to

arc

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

fimshig

allowance.

Intersection

point

calc

error

Modify

the

block

in

error.

Return

to

the

variable

turning

menu

display

and

select

the

insert

with

the

Data

to

modify

does

not

exist

modify

key

|

insert

|

Error

in

set

item

Reenter

correctly

Program

block

overflow

The

number

of

blocks

exceeded

39.

No

lurther

entry

is

possible.

There

are

two

consecutive

chamfering

or

rounding

blocksinthe

finishing

shape.

Reenter

properly.

Chamfer

or

round

are

in

succession

No

linear

commandinlast

block

The

last

blockinthe

finishing

shape

is

not

a.

linear.

Instructalinear.

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.

Enter

m

CHAMFER/ROUNDING

AMOUNT,

Please

Input

Z

Enter

[x]

CHAMFER/ROUNDING

AMOUNT.

Please

input

X

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

,'Si

Work

piece

4

DIA.

x

4

(in.)

Round

bar

fell

1

6

06

;k

at

m,

M

o'

O

s

?o

M2,

4

P0.08

<8

/

\&

%«5'

>

a:

m

5s

3.6

V„°v'<?

1.8

5*2

4

*£fe

ft:

ft-ft::-

/

1

.6

II'

::S

5ÿ088

&

CONTENTS

Page

1

.

Initialization

2.

Drilling

(T01

>*

3.

Face

Rough

Turning

(T02)

4.

Outer-Diameter

(O.D.)

Rough

Turning

(T02)

5.

Inner-Diameter

(I

D.)

Rough

Turning

(T03)--

6.

Face

Finish

Turning

(T04)

7.

Outer

Diameter

(O.D.)

Finish

Turning

(T04)

8.

Inner

Diameter

(I.

D.)

Finish

Turning

(T05)

9.

Groove

Rough

Turning

(T06)

10.

Groove

Finish

Turning

(T06)

1

1

.

Threading

(T

07)

12.

Drawing

*

Nos

in

parentheses

indicate

the

turning

tool.

87 87

89

92

100

105 107 108

109

112

113

115

-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

No.

-4000

**

PROGRAM

NUMBER

**

00000

N0000

1

Old

Data

2

New

Data

Program

number

—

O

Comme

n

t

=

(

)

EDIT

LSK

RDY

I!

M

IE

END

NTER

(2)

Set

material

shape.

Outer

diameter

(O

.D.

)

-4_

Inner

diameter(I

.

D

.)

=0

Depress

|

WR

I

key.

Lengthÿ

Face

rerooval=Q.

08

Chucking

legh

=

0.

4

Depress

[~ENTER|

key

.

**

BLANK.

SET

**

O0000

N0000

O4000H

O.

D.

I.

D.

Leng

th

Face

r

emova

1

=

Chucking

legh

=

Ce

n

ter

0

0

0

0 0

EDIT

LSK

RDY

i

|

|

[MANUAL!

[E

END

NTER

3.

1

5.

2

Drilling

(1)

Variable

turning

menu

Select

"5

Drill"

O0000

N0000

**

MENU

**

040008

Depress

(ENTER!

key.

B

Face

2

O.

D.

3

I.

D.

2b

5

Drill

6Th

read

4Gr,oove

EDIT

LSK

RDY

][

MANUAL)

[E

|

m

o

d

i

f~y1

EXIT

NTER

END

insert

-89-

(2)

Detailed

turning

menu.

Select

”2

Drill

pat

2".

Depress

|

ENTER)

key

.

**

MENU

**

00000

N0000

O4000B

2Dri

11

pat

2

3Dri

11

pat

3

pat

1

LSK

RDY

EDIT

II

!

IS

PROCES

SEARCH

EXIT

MANUAL

NTER

END

(3)

Set

approach

data.

Approach

-

0

.

2

Tool

no.

=

0101

Drill

diam

Surf

speed

Depress

(ENTER)

key

.

**APPROACH**

DRILL

PAT

2

00000

N0000

O4000B

0.8

70

Ap

proach

Z

—

Too

1

no

-

Dr

i

11

d

i

am-

Surf

speed=

Spin

speeds

Ge

a

r

=

l/l

:

Hi

gh

10

:

O

f

t

2

:

L

o

v/

Tu

r

n

—

[0

:

Norma

1

1

:

Revo

rse

Oi

1

=MHBI/

1

:

Of

f

EDIT

LSK

RDY

|

m

o

d

if

y

|

EXIT

AN

UAL

ENTER

insert

(4)

Set

finish

shape.

End

pos

.

2

Depress

[ENTER]

key

.

-1.8

**SHAPE**

DRILL

PAT

2

T0

i

O0000

N0000

G00

T0101

;

G97

S350

M03;

X0;

N5201

Z.2

M00;

H

End

pos.

Z

=

Dep

th

of

cut-

Re

treat

=

Feedrate

=

.

8000

40 80

EDIT

LSK

RDY

[MANUAL!

[E

[mod

i

f~y]

EXIT

NTER

insert

-90-

(5)

Set

escape.

Depress

[ENTER|

key

.

T01

00000

N0000

**BSCAPE**

DRILL

PAT

2

N5201

Z.2

M00;

N5202

;

N5203

G74

2-1.0

K.8

F.00B;

Escape

point-

1

:

Ma

chine

org

2

:

Fr

e

e

point

Spindle

stop—

DHH/I

:

Yes

Progr

am

end

=

MB

x

1

:

Y

e

s

LSK

EDIT

RDY

|mo

d

i

f

y

|

EXIT

ENTER

insert

3.15.3

Face

Rough

Turning

(

1)

Variable

turning

menu.

Select

"

1

Face".

Depress

[ENTER]

key

.

00000

N0000

**

MENU

**

N5204

G00

2.16;

G51

;

N5205

M0i;

1

Face

2

O.

D.

3

I.

D.

4Gr

o

o

v

e

H

Drill

6Th

read

-<=3

EDIT

LSK

RDY

j

m

o

d

i

f

y

|

END

EXIT

4ANUAL

ENTER

insert

(2)

Detailed

turning

menu

.

Select

"3

Free

rough

rt

.

Depress

|ENTER|

key

.

N0000

**

MENU

**

N5204

G00

Z.16;

G5i

;

N5205

M01

;

H

1

Face

rough

2

Face

fin

0

Free

4

Free

fin

rough

"B

G7

0

G7

0

N

o

n

EDIT

LSK

RDY

PROCES

SEARCH

END

EXIT

4ANUAL

ENTER

“91-

:

(3)

Set

approach

data,

Tool

no,

=

0202

Surf

speed

-

700

Spin

max

-

4000

Depress

|ENTER|

key

.

00000

N0000

**APPROACH**

FACE

FREE

ROU

N5204

G00

Z

.

16

;

G51

;

N5205

M0i;

4.2000

Ge

a

r-BUSEH/

1

:

Hi

gh

.

800

Approach

X=

2

:

Low

Turn

"BBBBHBBBH

1

:

Re

verse

Z

=

Tool

no

=

Su

rf

speed

=

Spin

speed=

Spin

max

=

Oil

=——«/!:

Off

Work

=

JBM/l

:

L/2

:Of

f

EDIT

LSK

RDY

[modi

f

y

|

plANUAlJ

(E

EXIT

KTER

insert

(4)

Set

basic

data.

Depress

|ENTER]

key

.

**B.

DATA**

FACE

FREE

ROU

T02

00000

N0000

G50

S4000;

G00

T0202;

G96

S700

M03;

N1301

X4

.

2

Z.08;

H

Fin

allowance

U

=

80 40

W

Feedrate

F

=

,

100

EDIT

LSK

RDY

[modify]

\

EXIT

MANUAL

ENTER

insert

(5)

Set

finish

shape.

(a)

Z

=

0

**SHAPE**

FACE

FREE

ROU

T02

O0000

N0000

BLOCK

ENTER

End

pos.

X:

-

INSERT

Depress

key

.

h

=

x

i

z

EDIT

LSK

RDY

CHAM

FER

BLOCK

I

ENTER

O

<1

ARC

ROUND

-92-

(b)

X

=

0.7

BLOCK

ENTER

Depress

key

.

**SHAPE**

FACE

FREE

ROU

T02

00000

N0000

X!

=|

End

pos.

An&l

c

Fccdra

t

I

e

F

=

.

40

l

i

i

;

;

X

!

I

I

EDIT

LSK

RDY

[BLOCK

ENTER

CHAM

FER

<

O

ARC

ROUND

(c)

Depress

t>

key,

then

|

ENTER]

key.

**SHAPE**

FACE

FREE

ROU

T02

00000

N0000

End

pos.

X!

-

1

N

SEPT

Ang

1

e

Feedrat

;

e

F

=

:

X

r

i

z-

EDIT

LSK

RDY

IE

CHAM

FER

LOCK

I

NTER

t>

<

OUND

LI

ARC

(6)

Program

insertion.

Depress

|ENTER|

key

.

**INSERT**

FACE

FREE

ROU

T02

00000

N0000

G50

S4000

;

G00

T0202;

G96

S700

M03I

N130I

X4.2

Z.09;

Insert

program

after

cursor

EDIT

LSK

RDY

[VLANUAJ

[E

[modi

fy]

EXIT

NTER

insert

-93-

(7)

Set

escape.

(a)

Select

,T2:Free

point"

.

Depress

[ENTER]

key

.

**

ESCAPE**

FACE

FREE

ROU

T02

00000

N0000

N1301

X4.2

Z.08;

N

1

302

G00

G41

X4.208

Z

.

004

;

N

1

303

G01

X.700

F.01;

1

:

Machine

or

g

Escape

poin

t-

2:

Free

point

1

:

Yes

1

1

Yes

Spind

1

e

s

t

op

=

Prog

ram

end

=

RDY

LSK

EDIT

[mo

d

i

f

y

1

I

I

iima

i

NTER

EXIT

vlANUA

(b)

Input

Free

point.

No

other

input

is

accepted

because

operation

is

stopped

at

turning

end

point.

Depress

|ENTER|

key

.

**ESCAPE**

FACE

FREE

ROU

T02

00000

N0000

NI301

X4.2

Z.08;

N

1

302

G00

G41

X4.20Q

Z

.

004

;

N

1

303

G01

X.708

F.0t;

B

Escape

point=

0

’.Ex

t

o

r

g/1

:

Ma

c

hi

n

e

org

I.

K

\

X

=

Z

=

V>"

*•

2

k

:

LSK

EDIT

RDY

[mod

i

f

y\

[vlANUALj

EXIT

ENTER

insert

3.

1

5.

4

Outer

Diameter

(O.D.)

Rough

Turning

(1)

Variable

turning

menu

Select

"2

O.D.".

Depress

[ENTER]

key

.

00000

N0000

**

MENU

**

N

1

303

G01

X.708

F.01

;

N

1

304

G40;

N1305;

B

H

Face

2

O.

D.

3

I.

D.

4Gr

o

ove

5

Drill

6Th

read

EDIT

LSK

RDY

771

I

P

[mod

1

END

EXIT

NTER

MANUAL

insert

-94-

(2)

Detailed

turning

menu

.

Select

ri

1

O.D.

rough".

Depress

[ENTER]

k'ey

.

**

MENU

**

00000

N0000

N1303

G01

X.708

F.01;

N

1

304

G40:

N1305J

B

4

Vree

fin

2

O.

D.

fin

3

Free

rough

O.

D.

rough

G7

0

GVONon

EDIT

LSK

ROY

u

IE

PROCES

SEARCH

AN

UAL

END

EXIT

NTER

(3)

Set

approach

data.

Depress

|ENTER|

key

.

**APPROACH**

OD

ROUGH

00000

N0000

N1303

G01

X.708

F.01

;

N

1

304

G40J

N1305;

B

Appr

o

ach

X-

4.0400

Gear

-BHW1/

1

.-High

2

:

Low

Z=

.

800

0202

Turn-

700

I1

1

:

11

r

rri3

1

Tool

no

—

Sur

f

sp

e

e

d

=

Spin

speed=

Spin

max

=

1

;

Re

ve

r

s

e

Oil

-

mm/1

:Q

f

f

4000

Work

=

Q

:

P./BM1/2

r

Of

f

EDIT

LSK

RDY

[modi

f

y

|

EXIT

MANUAL

NTER

insert

(4)

Set

basic

data.

Depress

|ENTER|

key

.

**B.

DATA*

if.

OD

ROUGH

T02

00000

N0000

N2100

(OD-

CYCLE-

ROUGH);

G00

T0202J

G96

S700

M03:

N2101

X4.04

Z.08;

B

Fin

allowance

U

=

W

=

D

=

F

=

80

40

De

p

th

of

cut

Feedrate,

.

1

600.

.

120

RDY

EDIT

LSK

[mod

i

f

y

{

MANUAL]

(E

EXIT

NTER

insert

-95-

i

(5)

Set

finish

shape.

(a)

Depress

<3

key,

then

|

CALC

]

key

.

T02

00000

N0000

**SHAPE**

OD

ROUGH

End

pos.

X

)

=|

z:

=

T

1

I

I I

I l

X

1

I

4

I

<*L

Z

-

x

•—

LSK

RDY

EDIT

n

BLOCK

ENTER

CHAM

FEE

t>

<

ROUND

ARC

(b)

Select

"Line

/Line

11

.

Depress

[ENTER]

key

.

CALCULATE

INTERSECTION

POINT

(MENU)

Li

n

e/Ci

r

c1e

Ci

r

c

1

e/Ci

rcle

\

N

2

Line/Circle

FniT

LSK

RDY

If

I

E

EXIT

NTER

(c)

A-pos

Z-Q

08

or

C1J

CALCULATE

INTERSECTION

POINT

(SETTING)

Line

&.

Line

(Intersection

point)

Line

AB

A-pos

X

B

-p

o

s

X

Angle

a°

=

90

C-pos

X

-2.4

C-pos

Z

-

-0.

1

Angie

b°=

-45

Depress

|ANSWER|

key

.

B

Z

b*

\

Z

-

An

s

1

e

a*

=

Line

CD

C-pos

X

-

Z

=

D-pos

X

=

Z

=

Ang

1

e

b*

=

a*

I

I

LSK

RDY

EDIT

II

Ik

If

pj

(CLEAR

NSWE

EXIT

MENU

-96-

(d)

Depress

|

EXIT|

key

.

CALCULATE

INTERSECTION

POINT

(SETTING)

Line

&.

Line

(Intersection

point)

Line

AB

A-pos

X

=|

Z

=

B-pos

X

-

Z

=

Angl

e

a0

=

Line

CD

C-pos

X

-

Z

=

D-pos

X

=

Angle

b*

=

.

800

B

b*

C

\

a_

90

.

\

2.4000

.

1000

a’

-VI.

45

.

2.0400

1

.

800

POS

X

:

Z

:

t

TSTTH

LSK

RDY

I

Ic

It

]

MENU

LEAR

NSWEP.

(e)

Depress

[>

key

then

|X|

and

|

WR

1

keys.

T02

00000

N0000

**SHAPE**

OD

ROUGH

i

End

p

o

s.

X>

=

Zj

=

X

r

i

T

Z-

—

EDIT

LSK

RDY

LOCK

I

NTER

O

<3

ARC

FER

OUND

BLOCK

ENTER

(f)

Depress

key

.

V.

.

T02

00000

N0000

**SHAPE**

OD

ROUGH

i

End

pos,

2.0400

x!

=

z-i

=

I

rl

lj£i-

T

X

r

I

Z

EDIT

LSK

RDY

NTER

f>

CHAM

FER

<3

ARC

ROUND

-97-

(g)

X

=

2.4

Z

=

-0.

1

T02

00000

N0000

**SHAPE**

OD

ROUGH

End

poa,

X|

=

I

NSEFT

BLOCK

ENTER

ZA

=

.

Depress

key

.

An

gle

Feedrat

40

e

F

=

X

I

&

-+Z

EDIT

LSK

RDY

I

P

CHAM

FER

BLOCK

ENTER

t>

<

OUND

ARC

(h)

Z

-

-2.6

BLOCK

ENTER

T02

00000

N0000

**SHAPE**

OD

ROUGH

Depress

key

*

End

p

o

s.

X

I

HS5RT

Zi

=

Ang

1

e

Feedra

t

e

F

=

X

r

i

T

””

Z

EDIT

LSK

RDY

I

P

CHAM

FER

LOCK

NTER

<

E>

ARC

OUND

(i)

Depress

[ROUND

|

key

.

T02

00000

N0000

OD

ROUGH

X!

-

End

pos,

i

Zi

=

Ang

1

e

Feedrat

e

F

=

X

z

—

L

EDIT

LSK

RDY

CHAM

FER

I

LOCK

NTER

<3

D>

ARC

ROUND

-98-

(j)

R

=

0.1

BLOCK

.

ENTER

Depress

key

.

**SHAPE**

OD

ROUGH

T02

O0000

N0000

Rounding

a)mount

=

Fecdra

te

Fi

i

IJSBRT

X

z-

EDIT

LSK

RDY

<3

(LINEAR]

CHAM

PER

LOCK

|

NTER

E>

ROUND

ARC

(k)

X

=

3.6

BLOCK

ENTER

Depress

key

.

**SHAPE**

OD

ROUGH

T

02

00000

N0000

X!

=1

21-

End

pos.

1

McEPT

An

g

1

e

Feedrat

e

F

-

e

X

r

;

Z

LSK

RDY

EDIT

n

<3

o

ROUND

NTER

ARC

FER

CHAM

FER

(1)

Depress

key

.

**SHAPE**

OD

ROUGH

T02

00000

N0000

End

pos.

X

=;

Z

=

INSBP

i

Ang

le

Feedrat

e

F

=

&

X

r

z

v~

EDIT

LSK

RDY

CHAM

FER

]

[BLOCK

I

|

[ENTER

|

<]

t>

LI

ARC

ROUND

-99-

(m)

Chamfer

amount=0«

1

BLOCK

ENTER

Depress

key

.

**SHAPE**

OD

ROUGH

T02

00000

N0000

Chamfer

amount

Fcedra

tea

=

1

HSEP.T

i

+4

I

I

I

I

I I

a

i

X

I

[

!

r

i

f"

z

RDV

EDIT

LSK

CHAM

PER

LOCK

NTER

E

o

<3

ROUND

INEAR

ARC

(n)

Z

=

-3.4

BLOCK

ENTER

Depress

key

.

**SHAPE**

OD

ROUGH

T02

00000

N0000

XI

z:

-

En

d

p

os,

INSERT

An

K

I

e

Feedrat

)

i

e

F

-

I

I I

I I

X

I

l

r

l

Z

EDIT

LSK

RDV

9

CHAM

FER

<3

[>

LINE

A

ARC

OUND

NTER

(o)

X

=

4.1

BLOCK

Depress

key

.

**SHAPE**

OD

ROUGH

T

02

00000

N0000

SET

End

pos.

x!

=

fffwrai

u

Aug

1

e

Feedrat

i

e

F

=

?

!

I

NJ

I

I

X

!

r

!

”<F

z

EDIT

LSK

RDY

IE

CHAM

FER

LOCK

NTER

<3

D>

ARC

OUND

-100-

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