8/11/2019 Fanuc Manual j103

1/13

FANUC

1.03

A4

2

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

OFF

1.

2.

3.

8/11/2019 Fanuc Manual j103

2/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

0

SET/OFS +

0 INPUT ---------- 0

SET/OFS

-------- X,Z

Z0

0

2

3

1

4

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

G50

X

No.1250 REFPOINT X

150HX280.000

Z0

Z

Z+

76.000+278.000

EDIT

O0001(SAMPLE)

G28U0W0T0

G50X280.0Z78.0 ---------

0

RESET

No.1201 bit0 = 0 -------

No.1201 bit6=1 ------

No.1206 bit1=1 ------ ( 30i )

8/11/2019 Fanuc Manual j103

3/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

)

OFS/SET

1

INPUT

(K08 . BIT 0

SYSTEM PMC PMCPRM KEEPRL

ADDRESSK08

K08BIT 0

0

INPUT-------------

1 INPUT-------------

OFS/SET

0 INPUT

i K08 . BIT 0

i K09 . BIT 0

K12 . BIT 4 K13 . BIT 4

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

)

OFS/SET

1

INPUT

K05 . BIT 0 0(SWOFF)

SYSTEM PMC PMCPRM KEEPRL

L R

MDI

CUSTOM1

OFS/SET

0 INPUT

8/11/2019 Fanuc Manual j103

4/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

ON/OFF0i-TC

MDI

SYSTEM

PMC

PMCPRM

KEEPRL

ADDRESSK05

K05BIT 7

0 INPUT------------- OFF

1 INPUT------------- ON

STOP

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

OFS/SET

1 INPUT

14096 18i

SYSTEM445No.

No.445

M19

SYSTEM4077No.

INPUT

4077+3276732758 8

{ 1= 11 , 5= 57 , 10=114 , 30= 341 , 90= 1024 }

MDI

MDIPROGM19 EOBINSERT

OFS/SET

0 INPUT

M19 M19

18i

8/11/2019 Fanuc Manual j103

5/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

MJ-250)

1.

2.

-------->

3. ON

4.0

5.2mm

6.

SW

25mm/min

OFF

7.

8.

MDI OFS/SET 1 INPUT

9.

SYSTEM5015No.

10.

11. INPUT (0.001mm)

12.

OFS/SET

0 INPUT

13. RESET

5017ZP

5015XP

5018ZM

5016 XM

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

0i)

1. SYSTEM

2.

PMCDGN

3. STATUS

4. F122

5. SEARCH

6. BIT0ON

0OFF

F0122 1 1 1 1 1 1 1 0

8/11/2019 Fanuc Manual j103

6/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

1.

OFS/SET

1 INPUT

2.(K03 . BIT 1 )1

SYSTEM PMC PMCPRM KEEPRL

ADDRESSK03 bit1

1 INPUT

3.

-------- XZ

4.

5.()

6.

-------- ()

7. (K03 . BIT 1 )0

8. MDI

9.

No.3115 #0 0E

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

31i)

1. SYSTEM

2.

3. PMC ------------- + 2

4.

5. SQ50R ()

6.

0=OFF1=ON

SQ25L = SQ25R =

SQ24L-1= SQ24R-1=

SQ24L-2=B SQ24R-2=B

SQ50L = SQ50R =

SQ51L = SQ51R =

8/11/2019 Fanuc Manual j103

7/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

2SP-150H)

1.

OFS/SET

1 INPUT

2.

K42 . BIT 01 42. BIT1=0

SYSTEM PMC PMCPRM KEEPRL

ADDRESSK42 bit0

3.

K42 . BIT 00 42. BIT1=0

4.

K42 . BIT 00 42. BIT1=1

112ON113OFF

5.

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

1. []

2.

AUTO

3. PROG

4.

O ()

@

5.

O

8/11/2019 Fanuc Manual j103

8/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

0i-TC

MDI SYSTEM 3102 No.

1 INPUT ------

0 INPUT ------0

SPN HAN ITA CHI FRN GRN JPN

31i

SET/OFS SETTING

+ ----------- (

()

-----------

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

1.

OFS/SET

1 INPUT

2.

MDI OFS/SET

I/O 4 INPUT

3.

MDI SYSTEM 3301 No.

Bit7 (HDC) 1 INPUT

4.

5. SHIFT5

6.

7.

8.

9.

OFS/SET

0 INPUT

HDCPY000.BMP

8/11/2019 Fanuc Manual j103

9/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

1.

O5000-------------------------- OG10 L3 -----------------------

P1 L100 ---------------------- P=L=

T0101 -------------------------

T0121 -------------------------

T0202 -------------------------

T0222 -------------------------

P3 L100 ---------------------- 3100

T0303 -------------------------

-------------------------

G11 -----------------------------

M30

2.

3.

4.

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

C

1. G28 U0 W0

2.

T01013. G98 M64 ---------------------------------------- mm/C

4. G28 H0------------------------------------------- C

5. G50 C123.456---------------------------------- C

6. S500 M13 M34------------------------ 500M

7. G0 C0X100Z50M08

8. Z2M68 ------------------------------------------ C

9.

G1 Z-10 F10010. G0 Z50

11. M5 M67 ------------------------------------ C

12. G28 U0 W0 T0 M9

13. G99 M65 ------------------------------------ /C

14. M30

M

M05 -------------------------------

M13 -------------------------------

M14 -------------------------------

M64 ------------------------------- CS

M63 ------------------------------- CS

M67 -------------------------------

M68 -------------------------------

M69 -------------------------------

8/11/2019 Fanuc Manual j103

10/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

RS232C0i-TC

RS232C

I/F

RS232C

MDI OFS/SET

I/O 0 INPUT

EDIT PROG +

RS232C

O

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

0i-TCRS232C

RS232C

I/F

RS232C

MDI OFS/SET

I/O 0 INPUT

EDIT PROG + +

O

RS232C

+ ON,OFF

O O9999

O O

8/11/2019 Fanuc Manual j103

11/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

0i-TC

MDI OFS/SET

I/O 4 INPUT

EDIT PROG +

+ ON , OFF

F -------- F O O

N --------

F O O

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

0i-TC

MDI OFS/SET

I/O 4 INPUT

EDIT PROG + +

O

+ ON,OFF

O O9999

O O

PROGRAM ALL

8/11/2019 Fanuc Manual j103

12/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

0iTC

MDI OFS/SET

I/O 0 INPUT--------- RS232C 4 INPUT---------

EDIT OFS/SET +

EDIT SYSTEM +

--------------

--------------- 0

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

No.

12010 ZPR

0=

6 NWS 0=

1206 1 HZP

(31i )1=

3104 7 DACR

1=)0=

3401 0 DPI 1=mm

3402

0 G01 G00G01 1=G01

3 G91 G9091 0=G90

4 FPM G9899 0=G99

6 CLR M30 1=

3406

2 C02G 2

0=

5 C05G 5

0=

50022 LWT

M36

0=1= 1=

4 LGT

1=0=0=

8/11/2019 Fanuc Manual j103

13/13

FANUC by S.Fukazakihttp://hp.vector.co.jp/authors/VA034898/

V=DN1000 = 3.141000

m/min (

)

N=1000VD 10003.14

min-1 (rpm )

Z = R(1-tan(/)) Z R1tan(2)

ZR(1+tan(/2)) ZR1+ tan(2)

X = Ztan() X Z tan()

Ry10008R 10008 R

(Ry81000) (81000)

tf6120 =VKtf4500

6120

S45C=200, FC20=120, AL=80 0.8

0.65

G97 ()60

()60+1000