master-k - kemco.or.krkemco.or.kr/up_load/blog/mk_analog통신교재.pdf제1 장 개요 lg...

LG

MASTER-K

LG LG LG LG

&

1 ------------------------------------------------------------------------------------------------------ 1 1.1 --------------------------------------------------------------------------------- 1 1.2 / --------------------------------------------------------------------- 2 1.3 ------------------------------------------------------- 4 2 ----------------------------------------------------------------------- 5 2.1 --------------------------------------------------------------------------------- 5 2.2 --------------------------------------------------------------------------------- 6 2.3 ---------------------------------------------------------------------------------------- 9 2.4 ---------------------------------------------------------------------------------- 10 2.5 ------------------------------------------------------------------------------ 11 3 -------------------------------------------------------------------------------------------- 13 3.1 --------------------------------------------------------------------------------------- 13 3.2 AD ------------------------------------------------------------------ 18

1 ------------------------------------------------------------------------------------------------------- 1 1.1 -------------------------------------------------------------------------------------------------------1 1.2 ------------------------------------------------------------------------------------------------2 2 ------------------------------------------------------------------------------------------------- 4 2.1 ------------------------------------------------------------------------------------------4 2.2 ------------------------------------------------------------------------------------------9

CNET

1 ------------------------------------------------------------------------------------------------- 1

2 ------------------------------------------------------------------------------------------------- 7 2.1 ----------------------------------------------------------------------------------------------------- 7 2.2 -------------------------------------------------------------------------------------------- 10 2.3 --------------------------------------------------------------------------------------------- 12 2.4 ------------------------------------------------------------------------------------------ 14

3 --------------------------------------------------------------------------------------- 15 3.1 ----------------------------------------------------------------------------------------15 3.2 () ------------------------------------------------------------------ 20 4. -------------------------------------------------------------------------------------25 4.1 MMI S/W CUEA -------------------------------------25 4.2 MASTER-K CNET ------------------------------------------------------------31 4.3 -------------------------------------------------38 4.4 K200S K10S(K30S, K60S) RS485 --------------------------------------------------55 4.5 --------------------------------------------------------------------------64 4.6 AB(DH+), MODBUS LIB DOWNLOAD---------------------------------------69

A. LED ------------------------------------------------------------------------------------------1 B. ----------------------------------------------------------------------------------------------7

FNET

1. ------------------------------------------------------------------------------------------------------- 1 1.1 ----------------------------------------------------------------------------------------------------- 1 1.2 --------------------------------------------------------------------------------------------- 2

2. ----------------------------------------------------------------------------------- 3 2.1 ------------------------------------------------------------------------------- 3 2.2 Fnet ------------------------------------------------------------------------------------- 5

3. ------------------------------------------------------------------------------------------------------- 7 3.1 Fnet --------------------------------------------------------------------------------------- 7 3.2 Fnet --------------------------------------------------------------------------------------- 8 3.3 ----------------------------------------------------------------------------------------- 15 3.4 -------------------------------------------------------------------------17 3.5 ---------------------------------------------------------------------------------------------18 4. --------------------------------------------------------------------------------- 21 4.1 Fnet ---------------------------------------------------------------------------------- 21 4.2 Fnet --------------------------------------------------------------------------------24 4.3 ------------------------------------------------------------------------------33 4.4 Fnet LED -----------------------------------------------------------------36 4.5 Fnet --------------------------------------------------------------------------- 37 4.6 Fnet -------------------------------------------------------------------------------------38

5. ------------------------------------------------------------------------------------------ 41 5.1 MASTER-K PLC ----------------------------------------------------------- 41 5.2 Fnet ---------------------------------------------------------------------------- 42

6. ---------------------------------------------------------------------------------------------------49 6.1 FNET --------------------------------------------------------- 49 6.2 I/O I/O FNET -----------------------------------61

A1 LED --------------------------------------------------------------------------------------- 1 A2 Fnet PC -------------------------------------------------------------------------- 8 A3 STATUS ------------------------------------ 9

1

LG

1

1. 1.1 ? , . , , , , , . 1.1 PLC . . PLC . A/D .

[ 1.1] [ 1.2] 0, 1, 2, 3 . On, Off 0 1 . BCD . CPU . 1.4 CPU . CPU CPU . D/A .

0~1000

: 0~+10V : 4~20mA A/D

[ 1.3]

CPU ()

A/D

D/A

0~10V, 1~5V 4~20

0~10V, -10~10V 4~20

[ 1.4] PLC

1

LG

2

1.2 /

1) / CPU . K7F-AD3A K4F-AD3A 1 ~ 5V, 0 ~ 10V K3F-AD2A 1 ~ 5V, 0 ~ 10V 10 ~ 10V 3 . 1 ~ 5V 1V 0 5V 4000 . 1mV(1/4000) 1mV 1 1mV .

[ 1.5] A/D (1 ~ 5V )]

0 ~ 10V 0V 0 10V 4000 . 2.5mV (1/4000) 2.5mV 1 2.5mV .

4000

2000

0 1V 3V 5V

2002

2001

1999

2000

1998

1997

3.000V 3.001V

4000

2000

0 0V 5V 10V

2002

2001

1999

2000

1998

1997

5.000V 5.0025V

[ 1.6] A/D (0 ~ 10V )

1

LG

3

-10 ~ 10V -10V 0 10V 4000 . 5mV (1/4000) 5mV 1 5mV .

2)

4 ~ 20mA 4mA 0 20mA 4000 . 4(1/4000) 4 1 4 .

[ 1. 7] A/D (-10 ~ 10V )

4000

2000

0 -10V 0V 10V

2002

2001

1999

2000

1998

1997

0.000V 0.005V

[ 1.8] A/D (4mA ~ 20mA)

4000

2000

0 4mA 12mA 20mA

2002

2001

1999

2000

1998

1997

12.000mA 12.004mA

1

LG

4

1.3

K1000S K300S K200S K7F-AD4B K7F-AD3A K4F-AD3A K4F-AD2A K3F-AD2A 16 8 4 4

(DC) 1~5V 4~20mA 1~5,0~10V

4~20mA -5~5,-10~10V

-20~20mA

1~5,0~10, -10~10V 4~20mA

-8000~8000 0~16000 0~4000 -8000~8000

0~16000 0~4000

3ms/1 5ms/1

,

,

/ 16

2

LG

5

2. K200S AD(K3F-AD2A) . 2.1 A/D PLC CPU . . K3F-AD2A

(10))

0 On(1):, Off(0):

/

1 On(1) : -2048~2047 Off(0) : -48~4047

-48~4047

/

2 On(1): , Off(0) :

/

3 0

2

/

4 1

2

/

5 2

2

/

6 3

: 2 ~ 255

2

/

/

7 SET On(1) : 0~6

Off(0) : 0~6

/

8 0 A/D -

9 1 A/D -

10 2 A/D -

11 3 A/D -

12 On(1) : , Off(0) : -

13 0 -

14 2 -

15 3 -

16 4

0 : 17 :

-

2

LG

6

2.2 1(Word) 16(Bit) . 16 On 1 Off 0 . K3F-AD2A Bit4~Bit15 .

1 )

(1)A/D / . (2) . (3) . (4) A/D / .

Bit15 Bit14 Bit1 Bit12 Bit11 Bit10 Bit9 Bit8 Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1 Bit0

7

6

5

4

3

2

1

0

2 ) (K7F-AD3A, K4F-AD3A )

(1) . (2) DC1~5V . (3) . (4) Off(0) .


Bit6

Bit5

Bit4

Bit3

Bit2

Bit1 Bit0

7

6

5

4

3

2

1

0

3) (K3F-AD2A ) (1) .


Bit6

Bit5

Bit4

Bit3

Bit2

Bit1 Bit0

3

2

1

0

0

On(1): , Off(0):

On(1) : DC010V, Off(0) : DC15V

1

1

On(1) : -2048~2047, Off(0) : -48~4047

1

2

LG

7

4) /

(1) / (2) . (3) / .


Bit6

Bit5

Bit4

Bit3

Bit2

Bit1 Bit0

7

6

5

4

3

2

1

0

5)

(1) 2 ~ 255 . (2) 2 . (3) .

K3F-AD2A

3 0

4 1

5 2

6 3

2

/ On(1) , Off(0) :

2

LG

8

6) SET

(1) SET On(1) 0~10 (K3F-AD2A 0~6) A/D A/D . (2) 0 On(1) 0 ~ 10 (K3F-

AD2A 0 ~ 6) A/D A/D .

(3) SET . K3F-AD2A

0Bit15 Bit14 Bit1 Bit12 Bit11 Bit10 Bit9 Bit8

Bit7

Bit6

Bit5

Bit4

Bit3

Bit2

Bit1 Bit0

7) ( 8 ~ 11 )

1) . 2) .

8) (13~16) .

0

17

7

SET On(1) : 06 Off(0) : 06

2

LG

9

2.3 K3F-AD2A

No

RUN LED

K3F-AD2A

DC 1~5V

DC 0~10V

DC-10~10V

DC 4~20mA

1 2 3

J1

J2

1 2 3

J1

J2

1 2 3

J1

J2

1 2 3

J1

J2

1

2

J1

J2

K3F-AD2A

V+ I+ CO

CH

K3F-

V+ I+ CO

CH

V+ I+ CO

CH

V+ I+ CO

CH

-10+10V +4+20

F

RUN

2

LG

10

2.4 - PLC ( ) .

- / , / .

4000

3000

2000

1000

0

0 5 10V

1 3 5

0V 10V

DC 0~10V

DC 1~5V

DC-10~10

-0.12V

0.952V

10.12V

10.24V

5.048V

4047

-48

DC4~20 4 12

20 3.808 20.192

-10V

20002047

1000

0

-1000

-2000 -2048

10.24V

2

LG

11

2.5 ( /) A/D 16.

1) - GET, GETP

< GET GETP > GET : On ( ) GETP : ( )

A/D 3 8, 9 CPU D10, D11 Read

() CPU D A/D ()

D09 7 D10 0 A/D 0 A/D 8 D11 1 A/D 1 A/D 9 D12 10 D13

11

n1 n2 Read D Read Device M, P, K, L, T, C, D, #D n3 Read

GET

GET n1 n2 D n3

GET 00003 0008 D0010 00002

GETP

GETP 00003 0008 D0010 00002 GETP

GET GET

ON 1SCAN CPU D .

ON CPU D .

2

LG

12

2) - PUT, PUTP

< PUT PUTP > PUT : On ( ) PUTP : ( )

A/D 6 CPU D50, D51 3, 4 Write

() CPU D A/D ()

D49 2 D50 1 0 3 D51 2 1 4 D52 5 D53

6

n1 n2 Write

S Write Device

M, P, K, L, T, C, D, #D,

n3 Write

PUT

PUT n1 n2 S n3

D M0000

PUT 00006 00003 D0050 00002

PUTP

PUTP 00006 00003 D0050 00002 PUTP

PUTP

PUT

M0000

3

LG

13

3.

3.1 1) Slot : 2 0~3 10~10V 0~4000 D100~D103 .

( .) 2)

V I SHORT.

R

R

CH3

CH0

V+ I+

COR

R

R

V+ I+

COR

-15V

+15V

FG

K3S- 304S

K3P- 07AS

K3X- 240S

K3Y- 304S

K3F- AD2A

+V

COM

( 0 ) ( 0 )

3

LG

14

1 2 3

J1

( -10~10V )

3

LG

15

3) AD (1) Address0 : . (PUT). 0: 1:

Bit F E D C B A 9 8 7 6 5 4 3 2 1 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1

hex 0 0 0 F

Slot No. Address DATA DATA PUT 2 0 H000F 1

(2) Address1 : (PUT). 0: 0~4000 1: -2000~2000

Bit F E D C B A 9 8 7 6 5 4 3 2 1 0

Data type 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

Hex 0 0 0 0

Slot No. Address DATA DATA PUT 2 1 H0000 1

AD 0 . (3) Address 2~6 : . (4) Adderss 7 : AD . SET data

Bit F E D C B A 9 8 7 6 5 4 3 2 1 0 Set

channel 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1

Hex 0 0 0 F

Slot No. Address DATA DATA PUT 2 7 H000F 1

3

LG

16

(5) Address 8~11 : D100~D103 .

Slot No. Address DATA DATA GET 2 8 D100 4

: DATA 4

*

* No AD buffer CPU memory 1 Channel0 D100 2 Channel1 D101 3 Channel2 D102 4 Channel3 D103

3

LG

17

4) Program

PUT 00002 00000 h000F 00001 (channel 0,1,2,3)

PUT 00002 00001 00000 00001 (-48~4047 )

PUT 00002 00007 h000F 00001 Set data (channel 0,1,2,3)

GET 00002 00008 D0100 00004 A/D channel 0~3

END

F12

1SCAN ON

F10

on

Slot No.

AD

Write word

Device

Write word

3

LG

18

3.2 AD 1) 2) AD

3) (1) 0 2000 P0020 ON. (2) 2 3600 P0021 ON. (3) 3 2000 3600 P0022 ON. (4) 3 2800 P0023 ON. (5) 0 BCD P003(Word) .

No.

1 Channel 0,2,3 0 h000D or 2 0~4000 1 h0000 or 00000

3 Channel 2,3 2 h000C or 00012

Ch2 : bit2 On Ch3 : bit3 On

Channel 2 : 100 5 h0064 or 00100 4 Channel 3 : 50 6 h0032 or 0050

Set data - 7

h000D or 00013

K3S- 304S

K3P- 07AS

K3X- 240S

K3Y- 304S

K3F- AD2A

Digital BCD display (A/D conversion value)

Channel 0,2,3 (DC -10 ~ 10V)

P0030~P003F

3

LG

19

4)

0 F0012

PUT 00002 00000 h000D 00001

PUT 00002 00001 00000 00001

PUT 00002 00002 h000C 00001

PUT 00002 00005 00100 00001

PUT 00002 00006 00050 00001

PUT 00002 00007 h000D 00001

F0010 GET 00002 00008 D0012 00001

GET 00002 00010 D0014 00001

GET 00002 00011 D0016 00001

END

> 02000 D0012 P0020

0 2000 P0030

< 03600 D0014 P0021

2 3600 P0031

= 03600 D0016 P0022

3 2000 3600 P0032 ON.

= 02800 D0016 P0023

Slot No.

Buffer memory address

data.

write

(2,3 )

( Channel 2 : 100 )

( Channel 3 : 50 )

Set data (channel 0,2,3)

device

0 (D0012)

3 2800D P003 ON.

BCD D0012 P003 0 P003 BCD

write

2 (D0014)

3 (D0016)

3

LG

20

:

K7F-AD3A, K4F-AD3A

0 On(1) : , Off(0) : /

1 On(1) : DC010V, Off(0) : DC15V

Off(0) .

DC15V

/

2 On(1) : , Off(0) : /

3 0 2 /

4 1 2 /

5 2 2 /

6 3 2 /

7 4 2 /

8 5 2 /

9 6 2 /

10 7

: 2 255

2 /

11 SET On(1) : 010 Off(0) : 010

/

12 0 A/D -

13 1 A/D -

14 2 A/D -

15 3 A/D -

16 4 A/D -

17 5 A/D -

18 6 A/D -

19 7 A/D

-

20 On(1) : , Off(0) : -

21 0 -

22 1 -

23 2 -

24 3 -

25 4 -

26 5 -

27 6 -

28 7

0 : 17 :

-

3

LG

21

K3F-AD2A

0 On(1):, Off(0): /

1 On(1) : -2048~2047 Off(0) : -48~4047

-48~4047 /

2 On(1): , Off(0) : /

3 0 2 /

4 1 2 /

5 2 2 /

6 3

: 2 255

2 /

/ 7 SET

On(1) : 06

Off(0) : 06

/

8 0 A/D -

9 1 A/D -

10 2 A/D -

11 3 A/D -

12 On(1) : , Off(0) : -

13 0 -

14 2 -

15 3 -

16 4

0 : 17 :

-

3

LG

22

K7F-AD4B

(10)

0 On(1) : , Off(0) : 1 On(1) : , Off(0) :

2 On(1) : - 8000 ~ 8000, Off(0) : 0 ~ 16000 0 ~ 16000

3 On(1): , Off(0): 4 0 5 1 6 2 7 3 8 4 9 5 10 6 11 7 12 8 13 9 14 10 15 11 16 12 17 13 18 14 19 15

: 1 ~ 99 1

20 On(1): , Off(0): 21 / On(1): , Off(0): 22 0 / 23 1 / 24 2 / 25 3 / 26 4 / 27 5 / 28 6 / 29 7 / 30 8 / 31 9 / 32 10 / 33 11 / 34 12 / 35 13 / 36 14 / 37 15 /

: 96 ~ 12000 : 2 ~ 4000

96

38 SET 0 On(1) : , 0 Off(0) :

/

39 0 A/D 40 1 A/D 41 2 A/D 42 3 A/D 43 4 A/D 44 5 A/D 45 6 A/D

- -

46 7 A/D 47 8 A/D 48 9 A/D 49 10 A/D 50 11 A/D 51 12 A/D

- -

3

LG

23

(10)

52 13 A/D 53 14 A/D 54 15 A/D

- -

55 On(1):, Off(0): 56 0 57 1 58 2 59 3 60 4 61 5 62 6 63 7 64 8 65 9 66 10 67 11 68 12 69 13 70 14 71 15

0 : 16 : 17 : /

K4F-AD2A

(10)

0 On(1) : , Off(0) :

1 On(1) : -8192 ~ 8192, Off(0) : -192 ~ 16191 -192 ~ 16191 2 On(1): , Off(0): 3 0 4 1 5 2 6 3

: 1 ~ 99 1

7 On(1): , Off(0): 8 / On(1): , Off(0): 9 0 / 10 1 / 11 2 / 12 3 /

- : 40 ~ 20,000 - : 2 ~ 4000

40

13 SET On(1): 0 ~ 12 Off(0): 0 ~ 12

/

14 0 A/D 15 1 A/D 16 2 A/D 17 3 A/D

18 On(1):, Off(0): 19 0 20 1 21 2 22 3

0 : 16 : 17 : /

Analog Output

1

1.

MK200/300/1000S CPU / (Digital/Analogue Converter Module). (K7F-DV3A, K4F-DV3A, K4F-DV2A, K3F-DV2A) (K7F-DI3A, K4F-DI3A, K4F-DI2A, K3F-DI2A) . 8 (K7F-DV3A, K7F-DI3A, K4F-DV3A, K4F-DI3A) 4 (K4F-DV2A, K3F-DV2A, K4F-DI2A, K3F-DI2A) . ( D/A ) CPU 12 16 ( ) .

1.1 1) 1 8/4 D/A .

K7F-DV3A : 8 D/A (). K7F-DI3A : 8 D/A (). K4F-DV3A / K4F-DV2A : 8/4 D/A (). K4F-DI3A / K4F-DI2A : 8/4 D/A (). K3F-DV2A : 4 D/A ( ). K3F-DI2A : 4 D/A ( ).

2) . (, .)

V : I :

K FD

4 : 16 3 : 8 2 : 4 1 : 2

7 : K1000S 4 : K300S 3 : K200S

A : A type B : B type

Analog Output

2

1.2

1)

, . , , , , , . 1.1 PLC . . PLC . A/D .

2)

0, 1, 2, 3 . On, Off 0 1 . BCD .

CPU . CPU . CPU CPU . D/A .

0~1000

: -10~+10V : -20~20mA A/D

CPU ()

A/D

D/A

0~10V, 1~5V 4~20

0~10V, -10~10V 4~20

Analog Output

3

3) /

(1) - K4F-DV3A/K4F-DV2A/K3F-DV2A

/ CPU . 0 ~ 4000 K4F-DV3A, K4F-DV2A, K3F-DV2A 10 ~ 10V K7F-DV3A 0 ~ 10V . . . K4F-DV3A, K4F-DV2A, K3F-DV2A 5mV (1/4000). , 1 5 .

(2) Current output K4F-DI3A/K4F-DI2A/K3F-DI2A

0 ~ 4000 4 ~ 20mA . 0 4mA , 4000 20mA . 4 (1/4000). , 1 4 .

20011998 1999 2000 2002

0 005V

0V5

10V

0V

10V0V 2000 4000

D/A ( )

[D/A ( )

20

12

40V0 2000 4000

12.004

12.0004

20011998 1999 2000 2002

Analog Output

4

2.

2.1

5

1) System

2) (1) : channel 0

3) Descriptions of the Program (1) P0001 On 0 0(-10V) . (2) P0002 On 0 1000(-5V) . (3) P0003 On 0 2000(0V) . (4)P0004 On 0 3000(5V) .

(5)P0005 On 0 4000(10V) .

(P0001)

(P0002)

(P0003)

(P0004)

(P0005)

Initial

K3S-304S

K3P-07AS

K3X-310S

K3Y-303S

0

1000

2000

3000

4000

K3F-DV2A

SLOT 3

K3F-AD2A

Analog Output

5

4)

K4F-DV3A/K4F-DV2A/K3F-DV2A

K4F-DI3A/K4F-DI2A/K3F-DI2A

*1 : 2

1

2D/A Converter

CH7

2~1

Motor Driving Module etc.

15 16 21

GND

GND

CH0

*1

*1

D/A Converter

Motor driving module etc.

1 2

CH7

510

15 16 510

GND

GND

CH0

*1

*1

D/A Converter

D/A Converter

In this example

Analog Output

6

5) Memory

Addres

s (decima

l)

K4F-DV3

A

K4F-DV2A K3F-DV2A

K4F-DI3A

K4F-DI2A K3F-DI2A

0 0

R/W

1 1

"

2 2

"

3 3

"

4 - - 4

"

5 - - 5

"

6 - - 6

"

7 - - 7

D/A :

-48 ~ 4047

K4F-DV3A K4F-DV2A

K3F-DV2A 2000 K7F-DV3A K7F-DI3A K4F-DI3A, K4F-DI2A

K3F-DI2A 0

"

Analog Output

7

6) DA

(1) Address0 : 0 .(PUT).

Address DATA PUT 3 0 3000 1

0 5V . 400020000Digital Input Value 4047 -48

-10V

0V

10V

-10.24V

10.24V

-5V

5V

1000 3000

4mA

12mA

20.192mA20mA

8mA

16mA

3.808mA Analog output value

Practical Analog Output Value

Input/ output conversion characteristic example

Analog Output

8

[ PUT 00003 00000 00000 0001]

[ PUT 00003 00000 01000 0001]

[ PUT 00003 00000 02000 0001]

[ PUT 00003 00000 03000 0001]

[ PUT 00003 00000 04000 0001]

[ END]

P0001 ON 10V

P0002 ON 5V

P0003 ON 0V

P0004 ON 5V

P0005 ON 10V

7)

M0000

56

0

P0001

P0002

P0003

P0004

P0005

Analog Output

9

2.2

D/A

1) System

2) (1) : channel 0, 1

3) (1) P0001 On BCD 0 ~ 4000 D/A 0 .

(2) P0002 On BCD 0 ~ 4000 D/A 1 . (3)P0003 On 0 1 0 .

(P0010 ~ P001F)

(P0002)

(P0003)

(P0001) 0

1

0, 1, 0 1

K3S-304S K3P-07AS K3X- 210S K3Y- 303S K3F- AD2A

K3F- DV2A

Analog meter

Analog Output

10

[ PUT 00003 00000 00000 00002 ]

( )

[ PUT 00003 00001 D0010 00001]

[ PUT 00003 00000 D0010 00001 ]

[

CNET

LG 1

1. .

1) (1) (Simplex) . .

(2) 2 (Half-Duplex) 1 .

(3) 2 (Full-Duplex) 2 .

2) (0 1 2 ) , , 2 (1)() 1 1Bit . . RS-232C, RS-422, RS-485 .

0 1 0 0 1 1 0 1

01234567

7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0

CNET

LG 2

(2)() 1Byte(8Bit) .

3) ( ) 1 . (Clock ) . 1 (Start Bit) (Stop Bit) .

0 1 0 0 1 1 0 1

01234567

1

0

1

1

0

0

1

0

'KOREA'

START

KSTART

OSTART

RSTART

ESTART

A

Start BitStop Bit Data Bits

PARITY

PARITY

PARITY

PARITY

PARITY

Parity Bit

START

STOP

ENQ

PARITY (05H)

START

EOT

PARITY (04H)

STOP

STOP

STOP

STOP

STOP

STOP

CNET

LG 3

4) (Protocol) , . , , , , , .

5) BPS(Bits Per Second) CPS(Characters Per Second) 1) BPS 1 . 2) CPS 1 . 3) 1 1Byte(8Bit) CPS .

6) (Node) . .

7) (Packet) Package Buket () .

8) (Port) Cnet RS-232C RS-422 .

9) RS-232C CCITT EIA . . 1:1 , RS-422, RS-485.

10) RS-422/RS-485 () RS-232C 1:N . RS-422 TX(+), TX(-), RX(+), RX(-) 4 , RS-485 (+), (-) 2 . RS-422 , RS-485 .

11) BCC(Block Check Character) BCC BCC BCC , BCC .

CNET

LG 4

12) KGL_WIN PLC Cnet , /, , KGL_WIN . , PLC .( 1 .)

KGL_WIN : MK & .

KGL_WIN

PLC BPLC A

MODEM

RS-232C

MODEM

KGL_WIN

CPU Cnet CPU Cnet

CNET

LG 5

13) (Frame) . [, , ], () [ENQ, ACK, EOT, ETX], , BCC . Cnet . [ ]

14) . 15) . 16) BCC (Block Check Character) Byte . BCC .

4)

ENQ

EOT

BCC

ACK

ETX

BCC

CNET

LG 7

2. RS232C/RS422 K1000S K7F-CUEA, K300 K4F-CUEA K200S RS232C K3F-CU2A,RS422 K3F-CU4A . 2.1 1) K7F-CUEA

K7F-CUEA

MODE

RS-232C

RUN/BPSTX/BPSRX/BPSACK/DATA-BITNAK/PARITYERR/EVEN-ODDMODEM/STOP-BITSYS-RUNRUN/BPSTX/BPSRX/BPSACK/DATA-BITNAK/PARITYERR/EVEN-ODDRS-485/STOP-BITSYS-ERR

RS-422

DISPLAY

RDA

RDB

SDA

SDB

SG

FG

RS-232C

RS-422

LED K7F-CUEA

Display

RS-232C

RS-232C

RS-422/485

RS-422/485

CNET

LG 8

2) K4F-CUEA

K4FK4FK4FK4F-CUEA-CUEA-CUEA-CUEA

MODE

RS-422

RS-232C

DISPLAY

RUN/BPS TX/BPS RX/BPS ACK/DATA NAK/PARITYERR/EVEN-ODD MODEM/STOP SYS-RUN

RUN/BPSTX/BPSRX/BPSACK/DATANAK/PARITYERR/EVEN-ODDRS-485/STOPSYS-ERR

RS-232C RS-422

RDA

RDB

SDA

SDB

SG

FG

LED K4F-CUEA

Display

RS-232C

RS-232C

RS-422/485

RS422/485

CNET

LG 9

3) K3F-CU2A

LED K3F-CU2A

RS-232C

MODE

RUN NAK TX COM-ERROR RX MODEM ACK SYS-

RS-232C

CNET

LG 10

4) K3F-CU4A

LED K3F-CU4A

RS-422/485

RS-422/485

SDA

SG

SDB

RDA

RDB

FG

MODE

RUN NAK TX COM-ERROR RX RS-485 ACK SYS-

CNET

LG 11

2.2

Cnet , [ 3.1] . [ 3.1 ] No.

1 0+55

2 -25+70

3 595%RH,

4 595%RH,

10f< 57 - 0.075mm

57f150 9.8 -

10f< 57 - 0.035mm

5

57f150 4.8 -

X,Y,Z 10

IEC 1131-2

6 * :147(15g) * :11 * : (X,Y,Z 3 3)

IEC 1131-2

1,500V

LG

: 4 kV( ) IEC 1131-2, IEC 801-2 27 ~ 500 MHz, 10 V/m

IEC 1131-2, IEC 801-3

(24V )

(24V )

7

/

2 kV 1 kV 0.25 Kv

IEC 1131-2, IEC 801-4

8 ,

9 2000m

10 2

11

CNET

LG 12

2.3 [ 3.2] . [ 3.2]

RS-232C 1 RS-232C .

RS-422/485 1 [ 1] RS-422/485 .

Cnet [ 2]

LG /1 1

KGL-WIN Master K PLC KGL-WIN KGL-WIN PLC .

(

RS-232C/422 )

.( )

Data Bit 7 8 Stop Bit 1 2 Start Bit 1 2

Parity Even / Odd / None

[ 3]

/ [ 4]

(bps) 300/600/1200/2400/4800/9600/19200/38400/76800 bps [ 5]

0 - 31 32 ( ). RS-232C : 15m( )

RS-422 : 500m Loop-Back

16 LED (K200S 8 LED )

100mA [ 1] RS-422 RS-422, RS-485 . [ 2] RS-232C RS-232C [ 3] RS-232C RS-422 . [ 4] , . [ 5] 76800/153600 bps RS-422(RS-485) , Cnet 1.3 . K200S RS-232C/422/485 38400bps .

CNET

LG 13

2.4 RS-422 RS-485 RS-422 . [ 3.3] . [ 3.3] .

: Low Capacitance Lan Interface Cable : LIREV-AMESB : 2P X 22AWG(D/0.254 TA) : LG

[ 3.3 Cnet ]

1) /KM 59 (DC) V/1min 500V 1 MEGA -KM 1,000 Pf/M 45 1 KHz 120 12 10 MHz

2) .

2 2 AWG 22 22 NO./mm 1/0.64 7/0.254

mm 0.64 0.76 mm 0.55 0.55

mm 1.64 1.76

[ 2.1 ]

AL/MYLER TAPE

CNET

LG 14

2.5 RS-422 . , (1/2W) . 3.3 120 . 1/2W .

1) RS-422

RS-422

RDA

RDB

SDA

SDB

SG

FG

RS-422

RDA

RDB

SDA

SDB

SG

FG

RS-422

RDA

RDB

SDA

SDB

SG

FG

RS-422

RDA

RDB

SDA

SDB

SG

FG

2) RS-485

RS-422

RDA

RDB

SDA

SDB

SG

FG

RS-422

RDA

RDB

SDA

SDB

SG

FG

RS-422

RDA

RDB

SDA

SDB

SG

FG

RS-422

RDA

RDB

SDA

SDB

SG

FG

CNET

LG 15

3. 3.1 Cnet /

. Off

.

Off .

[ 3-1/2] .

[ 3.1 ]

RS-232C RS-422

0

1

[ 1]

2

3

[ 2]

4

5

6 KGL-WIN

7 KGL-WIN

Loop-Back Loop-Back

5

67

98

43 2

1

0

8 [ 3] [ 4] Display

[ 1] RS-232C RS-422 RS-232C

(RS-422 Disable ), RS-232C

.

[ 2] RS-232C/RS-422 .

[ 3] Cnet

Cnet

.

[ 4] LOOP-BACK .

[ 5] RS-232C/RS-422

5

67

98

0

CNET

LG 16

[ 3.2 K4F-CU2A/4A ]

0

1

2 KGL-WIN

3 LOOP-BACK

4

5

6

7

8 [ 1]

5

67

98

43 2

1

0

9

[ 1] .

[ 2]

Software

, Cnet Cnet

.(K7F-CUEA,K4F-CUEA )

[ 3] Cnet Stop On/Off Cnet

Run .

CNET

LG 17

1)

RS-232C RS-422 . , RS-232C

RS-422 , RS-422

RS-232C .

RS-232C , RS-232C

, RS-422 Cnet RS-232C

.

[ 3.1 ]

1) RS-232C , RS-422

.

2) RS-232C .

( 2-6 )

RS-232C .

3)K200S .

RS-422

PLC CPU

TX

RX

RX

TX

RS-232C

RS-422

RS-232C

CNET

LG 18

2)

RS-232C RS-422

. RS-232C, RS-422 ,

/ .

.

[ 3.2 ]

1) . Off

.(Cnet Ver2.0 .)

2) RS-232C/RS-422 RS-

232C,RS-422 .

RS-422

PLC CPU

TX

RX

RX

TX

RS-232C

RS-422

RS-232C

CNET

LG 19

3) (Loop-Back)

Loop-Back

8 .

CNET

LG 20

3.2()

1) RS-232C

RS-232C 9 (Female) .

.

[ 3.3 RS-232C 9 ]

(Cnet)

1 CD Carrier Detect DCE DTE .

2 RxD Received Data

3 TxD Transmitted Data

4 DTR Data Terminal Ready DTE DCE .

5 SG Signal Ground

6 DSR Data Set Ready DCE DTE .

7 RTS Request To Send DTE DCE .

8 CTS Clear To Send DCE DTE .

9 RI Ring DCE DTE Ringing Tone .

RS-232C ,

. RS-232C

, .

.

* DTE:Data Terminal Equipment

* DCE:Data Communication Equipment

CNET

LG 21

(1) RS-232C .

Cnet , RS-232C [ 3.4]

.

[ 3.4 RS-232C ] Cnet(9-PIN) (25-PIN)

1 CD CD 8

2 RXD RXD 3

3 TXD TXD 2

4 DTR DTR 20

5 SG SG 7

6 DSR DSR 6

7 RTS RTS 4

8 CTS CTS 5

9 RI

RI 22

(2) RS-232C .

7 (Handshake ) 3 (Handshake ) .

[ 3.6] 7 , CD(Carrier Detect)

.

[ 3.6 7 (Handshake )] Cnet(9-PIN) /

1 CD CD

2 RXD RXD

3 TXD TXD

4 DTR DTR

5 SG SG

6 DSR DSR

7 RTS RTS

8 CTS CTS

9 RI

RI

CD [ 4.6] 3

. PC CD ,PC 3

.

CNET

LG 22

[ 3.7 3 (Handshake )] Cnet(9-PIN) /

1 CD CD

2 RXD RXD

3 TXD TXD

4 DTR DTR

5 SG SG

6 DSR DSR

7 RTS RTS

8 CTS CTS

9 RI

RI

[ 4.7 C-NET C-NET (Handshake )]

Cnet(9-PIN) Cnet(9-PIN)

1 CD CD 1

2 RXD RXD 2

3 TXD TXD 3

4 DTR DTR 4

5 SG SG 5

6 DSR DSR 6

7 RTS RTS 7

8 CTS CTS 8

9 RI

RI 9

CNET

LG 23

2) RS-422

RS-422 6 (Terminal Block) . [ 3.8]

.

[ 3.8 RS-422 6 ]

(Cnet)

1 RDA (+)

2 RDB (-)

3 SDA (+)

4 SDB (-)

5 S.G

6 F.G

RS-422 RS-422 RS-485() . RS-

422 RS-422 RS-422

RS-485 RS-422 [ 3.10] .

[ 3.9] RS-422 .

[ 3.9 RS-422 ]

(Cnet)

1 RDA SDA

2 RDB SDB

3 SDA RDA

4 SDB RDB

5 S.G S.G

6 F.G

F.G

CNET

LG 24

[ 3.10 RS-485 ]

(Cnet)

1 RDA SDA

2 RDB SDB

3 SDA RDA

4 SDB RDB

5 S.G S.G

6 F.G

F.G

[ 3.10] RS-485 . RS-422 RDA

SDA , RDB SDB ,

RS-422 RS-485 .

CNET

LG 25

4. 4.1 MMI S/W CUEA MMI S/W TOUCH PANEL CNET . , DATA, STOP bit, Parity . 1) 2) K3F-CU2A MODE SETUP

K3S-304S K3P-07AS K3X- 240S K3Y- 303S K3F- AD2A

K3F- DV2A

K3F- HSCA

K3F- CU2A

RS-232C

PMU-300S PMO-300S (RS-232C OPTION)

MODE

RUN NAK

TX

COM ERROR

RS-232C 5

67

98

43 2

1

0

COMMUNICATION CONFIG. Buad rate : 19600 bps Data bit : 8bit Stop : 1bit Parity : None

Mode 1 : Dedicated

?

MASTER CNET CNET CNET OPEN

CNET

LG 26

3)

Connection of 3-line type(handshake )

Cnet(9-pin) PMU (9-pin)

Pin No. Name Connection No. and signal direction

Name Pin No. 1 CD CD 1 2 RXD RXD 2 3 TXD TXD 3 4 DTR DTR 4 5 SG SG 5 6 DSR DSR 6 7 RTS RTS 7 8 CTS CTS 8 9 RI

RI 9 CUEA .

CNET

LG 27

4) FRAME EDITOR' (1) . (2) . . (PMU) .

CNET

LG 28

(3) PC PLC CPU . (4) PC . (5) PLC .

FRAME EDITOR

PC

C P U

Connection Diagram 2 --------------3 3---------------2 5---------------5

CNET

LG 29

. PC PLC CPU . (6) .

! 3) . 4)

KGL-WIN . 4)

CU2A

CNET

LG 30

(7) RS232C . POWER OFF ON .

CNET

LG 31

4.2 MASTER-K CNET CNET V2.0 . 1) 2) (1) CU2A (2)

PLC 00 PLC 01



RI 9

SLOT 5 SLOT 5

RS-232C

00 01

K3F-CU2A

Mode 1 : Dedicated

5

67

98

43 2

1

0

PLC 00 : MASTER .

PLC 01 : SLAVE .

Mode 1 : Dedicated

5

67

98

43 2

1

0

CNET

LG 32

(3) DATA MAP

PLC 00, MASTER PLC 01, SLAVE WORD AREA AREA WORD

10 D100~D109 READ D400~D409 10

10 D200~D209 WRITE D500~D509 10

(4) CPU . PLC00

PLC01

CNET

LG 33

3) Master K CNET CNET (1) READ

Master K1000S, K3000S, K200S . ( ) .

:

READ sl st D S n SS

Flag

M P K L F T C D #D

Step

Error (F110)

Zero (F111)

Carry (F112)

sl St D S n SS

11

sl CNET(slot) st Read (2 Word) RS232C/422 D Read Data S Read n Read Data Word SS Link

) RS232C/422 [ SND H0005 D0000 D100 D200 8 M10 ] Slot5 CNET D0000 D0002 RS232/422( D0002=0 : RS232C, D0002=1 : RS422 ) st 4Word .

CNET

LG 34

(2) WRITE ( ) .

:

WRITE sl st D S n SS

Flag

M P K L F T C D #D

Step

Error (F110)

Zero (F111)

Carry (F112)

sl st D S n SS

11

sl CNET(slot) st Write (4 Word) RS232C/422 D Write CPU S Write Data n Write Data Word SS Link

CNET

LG 35

4)

(1) D0000 . (2) 5 CU2A (01) D400~D409 10WORD (00) D100~D109 . (3) 5 CU2A (00) D200~D209 10WORD (01) D500~D509 .

READ 00005 D0000 D0100 D0400 00010 M010 WRITE 00005 D0000 D0200 D0500 00010 M011 CU2A

1

2

3

CNET

LG 36

5) TM/TC PLC DATA . (1) CU2A(CUEA)

Cnet(9Cnet(9Cnet(9Cnet(9----PIN)PIN)PIN)PIN) (25(25(25(25----PIN)PIN)PIN)PIN)

1 CD CD 8

2 RXD RXD 3

3 TXD TXD 2

4 DTR DTR 20

5 SG SG 7

6 DSR DSR 6

7 RTS RTS 4

8 CTS CTS 5

9 RI

RI 22

K200S

CU

2A

K200S

CU

2A

CNET

LG 37

(2)

: . : .

CNET

LG 38

4.3 CNET PLC . CNET 2.0 2 RS232C K200S K300S, K1000S CUEA . 1) SYSTEM CONFIGURATION 2) (1)

SLOT 5 SLOT 5

RS-232C

00 01

K3F-CU2A

Mode 0 : User definded

5

67

98

43 2

1

0

Mode 1 : Dedicated

5

67

98

43 2

1

0

PLC A : MASTER .

PLC B : SLAVE .

CNET

LG 39

(2)

PLC A PLC B



RI 9 (3) DATA MAP

PLC A, MASTER PLC B, SLAVE WORD AREA AREA WORD

10 D100~D109 READ D400~D409 10

10 D200~D209 WRITE D500~D509 10

CNET

LG 40

3) CNET . (1) READ [ PLC 00 PLC 01]

Format name Header

Tail

Frame ENQ 01 RSB 06 %DW400 0A EOT Byte 1 2 3 2 2 1

: : : : %DW40 5 .

% D W 4 0 0 1 2 3 4 5

: 01 PLC

MASTER-K PLC : P, M, L, K, C, D, T, S, F % DEVICE .

X, WORD W .

Data type Ind. charac.. BIT X(58H) %MX0, %PX0, %LX0, %FX0

WORD W(57H) %DW10, %PW0, % LW0, %FW0

: 10WORD, D400~D409 . :

LENGTH OF

CNET

LG 41

(2) READ [ PLC 00 PLC 01]

Format name Header

Data Tail

Frame ACK 01 RSB 01 14 10 WORD DATA ETX

Bytes 1 2 3 2 2 20 1 : : PLC 01 : : 01. : BYTE 10WORD 20BYTE 16 14 .

: PLC 01 D400~D409 data )

DATA 3456 1234 5678 9ABC CDEF FFEE DDCC BBAA 0A0B 12DF PLC 01 Memory

Address D400 D401 D402 D403 D404 D405 D406 D407 D408 D409

:

CNET

LG 42

(3) WRITE ( WRITE DATA) [ PLC 00 PLC 01]

Format name Header

Data Tail

Frame ENQ 01 WSB 06 %MW500 0A 10WORD EOT Bytes 1 2 3 2 2 1 1

: : :

: ( %DW0500 7.) % D W 5 0 0 1 2 3 4 5 6

: PLC 01 Memory Address : %DW400 WORD PLC 01 DATA(D400~D409) Example

DATA 3456 1234 5678 9ABC CDEF FFEE DDCC BBAA 0A0B 12DF PLC 01 Memory

Address D200 D201 D202 D203 D204 D205 D206 D207 D208 D209

: (4) WRITE [ PLC 00 PLC 01]

Format name Header

Station No. Command Tail

Frame ACK 00 WSB ETX Bytes 1 2 3 1

: : PLC 01 : :

LENGTH OF VARIABLE

CNET

LG 43

4) PLC 00 (1) READ . LIST 0 . 0 LIST .

CNET

LG 44

. 1 8 .( )

.

PLC01 .

CNET . [ ] . [ ] . ) [ENQ], [ACK], [ETX], [NCK], [CR], [LF].. [ : ], [ , ], [ A ], [ B ]..

Header setting

. (01) D100~D109 CONST() . ASCII CNET ASCII CODE . ) .

CONST 0 0 R S B 0 6 0 A

(ASCII) 30 30 30 36 30 41

CONST HEX 16 0~F .

h41424344 ASCII

HEX ABCD

CONST

ABCD

CNET

LG 45

Tail. [ ] . BCC [BCC] . BCC .

CNET

LG 46

(2) READ 1 . : B / : Receive : [ACK] 1 : CONST, ASCII, 00RSB0114 2 : ARRAY, RD1. , HEX , SIZE 20 ARRAY, RD1. : PLC B D400~D409 10WORD ARRAY, RD1. . RD1. PLC (D100~D109) . RD1 . . HEX : 0~F HEX

CNET

LG 47

SIZE : 10 WORD byte 20 Tail : [ ETX ]

h31323334

ASCII

HEX h1234

h31323334

PLC DATA

CNET

LG 48

(3) WRITE 2 . : C / : Send : [ ENQ ] 1 : CONST, ASCII, 00WSB06%DW5000A 2 : ARRAY, SD1. , HEX , SIZE 20 ARRAY, SD1. : PLC 01 D500~D509 10WORD PLC 00 ARRAY, HEX, SD1. . SD1. PLC A (D200~D209) . SD1 . . HEX 0~F HEX SIZE : 10 WORD byte 20

h31323334

ASCII

HEX h1234

PLC

h1234

CNET

LG 49

Tail : [ EOT ] (4) WRITE 3 . : D / : Receive : [ACK] 1 : CONST, ASCII, 00WSB : [ ETX ]

CNET

LG 50

4) (1) (2) .

RS-232C cable connection

23

5

23

5

CNET

LG 51

5) 1) DATA READ

1. . (A) 2. A PLC01 .

b : CNET . (RS-232C, slot 5) c : Address 8word . d : A Array SD1. Address . SD1. . e : SD1. Data byte . SD1. 0 . f : error Bit 0 : on. Bit 1 : : 0, Error : 1 Bit 2 ~ 7 : Bit 8 ~ F : Error code 3. . (B) 4. PLC 01 . b : SND c : SND d : B Array RD1. Address . e : byte . f : SND

1

2

3

4

SND H0005 D0000 D0009 0 M001 a b c d e f

RCV H0005 D0010 D0100 D19 M002 a b c d e f

6

CNET

LG 52

6. B , L401 ON.

The list of link flag

L0000 (FRAME 0)

L0001 (FRAME 1)

............ L000E (FRAME 14)

L000F (FRAME 15)

RS-232C

L0030 (FRAME 48)

L0031 (FRAME 49)

............ L003E (FRAME62)

L003F (FRAME63)

L0040 (FRAME 0)

L0041 (FRAME 1)

............ L004E (FRAME14)

L004F (FRAME15)

Slot 0

RS-422 L0070

(FRAME 48) L0071

(FRAME 49) ............ L007E

(FRAME62) L007F

(FRAME64) L0080

(FRAME 0) L0081

(FRAME 1) ............ L008E

(FRAME14) L008F

(FRAME15)

RS-232C

L0110 (FRAME 48)

L0111 (FRAME 49)

............ L011E (FRAME62)

L011F (FRAME63)

L0120 (FRAME 0)

L0121 (FRAME 1)

............ L012E (FRAME14)

L012F (FRAME15)

Slot 1

RS-422 L0150

(FRAME 48) L0151

(FRAME49) ............ L015E

(FRAME62) L015F

(FRAME63) CNET . RS-232C : L=(80 X n)+{Hexadecimal value of Frame No.} RS-422 : L=(80 x n)+{Hexadecimal value of Frame No.}+40 n: Slot No(n=0,1......7) m:Frame No(m=0,1,2....63)

ex) slot number=5 frame number=1

L401 L=(80 X 5)+{1}

CNET

LG 53

(2) DATA WRITE 1. . (C) 2. C PLC01 .

b: CNET . (RS-232C, slot 5) c : Address 8word . d : A Array SD1. Address . e : SD1. Data byte . f : error Bit 0 : on. Bit 1 : : 0, Error : 1 Bit 2 ~ 7 : Bit 8 ~ F : Error code 3. . (D) 4. PLC 01 . b : SND c : SND d : B Array RD1. Address . . e : byte .

f : SND

5. D , L403 ON. ex) slot number=5 frame number=3

L403 L=(80 X 5)+{3}

1

2

3

4

5

SND H0005 D0020 D0200 20 M003 a b c d e f

RCV H0005 D0030 D0038 D0039 M004 a b c d e f

CNET

LG 55

4.4 K200S K10S(K30S, K60S) RS485 K10S RS485 K500/1000H . 1) SYSTEM K3F-CU4A MODE : USER DEFINED 0 (1) RS485 (2) DATA MAP

CPU

K3F-C

U4A

SLOT5 STATION N0

#0 MASTER

K10S

STATION N0 #1

SLAVE

RS485, 9600bps

RDA

RDB

SDA

SDB

SG

FG

+

-

K3F-CU4A K10S RS485 PORT

D300 :

D309 (10WORD)

D400 :

D409 (10WORD)

D100 :

D109 (10WORD)

D200 :

D209 (10WORD)

READ

WRITE

K200S ST NO #0 K10S ST NO #1

(110 Ohm, 0.5W)

CNET

LG 56

2) K10S RS485 PROTOCOL

(1) Word Read

PLC

ENQ

R Address EOT

ACK

NAK

EOT

EOT

R Data

Error Code

ST No : (HEX, 2byte) R : Word Read Address : PLC ,5byte(5) . ex> P0000, M0010, C0127, T0000, P0002 Num : (: word)

(2) Word Write

PLC

ENQ

W Address EOT

ACK

NAK

EOT

EOT

W

Data

Error Code

ST No : (HEX, 2byte) W : Word Write Address : PLC ,5byte(5) . ex> P0000, M0010, C0127, T0000, P0002 Num : (unit: word)

ST Num

ST

ST

ST Num

ST

ST

REQUIRE

RESPONSE

REQUIRE

RESPONSE

CNET

LG 57

3) K10S RS485 (1) KGL-WIN K10S1 .

Double Click

KGL- WIN

PC Connection Diagram

2 --------------3 3---------------2 5---------------5

K10S ST No #1

.

CNET

LG 58

4) K200S (1)


23

5

23

5

K200S

CNET

LG 59

5) (1) K10S (ST#1) WORD READ

(2) K10S (ST#1) WORD READ

CNET

LG 60

(3) K10S (ST#1) WORD WRITE

(4) K10S (ST#1) WORD WRITE

CNET

LG 61

(5) PLC . .

LINK 5

CNET

LG 62

6) 1) DATA READ Program

2) DATA WRITE Program

CNET

LG 63

4.5 HEX . 1) ASCII HEX ASCII ASCII CODE . HEX 2) (1) Byte 1 1 1 2 1 [STX] 01 12 1234 [EOT]

BCD. (2) Data map 1byte WORD byte . D100 byte .

A h41 (:0100 0001)

A hA (: 1010)

CPU

K3F-C

U4A

SLOT5 STATION N0

#0 MASTER

STATION N0 #1

SLAVE

RS485, 9600bps

D100

D101

WRITE

K200S ST NO #0 WRITE

CNET

LG 64

3)

12 01

34 12

D100

D101

0112

1234

12

1234

CNET

LG 65

4) (1) P0000 ON C000 , P0001 ON C000 . byte D100 D101 .

(2)

D100 byte

byte

A 200ms

CNET

LG 66

: HEX,ASCII 1)

:(16) PLC

1001 1010 (hAB)

0100 0001 0100 0010 (h4142)

HEX 0~F .

0100 0001 0100 0010 0100 0011 0100 0100 (h41424344)

PLC D100 hABCD

1001 1010 1011 1100 (hAB)

PLC D100 hABCD

CNET

LG 67

2)

:(16) PLC

1001 1010 (hAB)

0100 0001 0100 0010 (h4142)

HEX 0~F .

0100 0001 0100 0010 0100 0011 0100 0100 (h41424344) D100 hABCD

PLC D100

1001 1010 1011 1100 (hAB) D100 hAB

PLC D100

CNET

LG 69

4.6. AB(DH+), MODBUS LIB DOWNLOAD CNET Version 2.0 AB(DH+), MODBUS . LIB library . library modbus34.lib : K7F-CUEA, K4F-CUEA MODBUS modbus6.lib : K3F-CU2A MODBUS Ab34v20.lib : K7F-CUEA, K4F-CUEA AB(DH+) Ab6v20.lib : K3F-CU2A AB(DH+) 1) lib lib lib download . 2) Library download (1)

K3F-CU2A 8 OFF ON . K7/4F-CUEA 8 DISPLAY OFF ON .

(2) lib lib .

CNET

LG 70

(3) .

CPU LOADER PORT .


23

5

23

5

CNET

CNET

LG 71

3) OFF 9 ON. . OFF ON RS232C RUN .

LG ----1111

R

S

I

2

3

2

C

R

S

I

4

2

2

A. A. A. A. LED LED LED LED

1) 1) 1) 1)

K7F-CUEA, K4F-CUEA

2) 2) 2) 2) LED LED LED LED

Cnet 16 LED .

(1) (1) (1) (1) (LED Display (LED Display (LED Display (LED Display ))))

LED #LED #LED #LED # LEDLEDLEDLED

0 RUN RS-232C On

1 TX RS-232C On

2 RX RS-232C On

3 ACK ACK On / NAK Off

4 NAK NAK On / ACK Off

5 ERR Protocol Error / SIO-Error On

6 MODEM MODEM On

7 SYS-RUN PLC CPU On

8 RUN RS-422 On

9 TX RS-422 On

10 RX RS-422 On



13 ERR Protocol Error / SIO-Error On

14 RS-485 RS-485 On/RS-422 Off

15 SYS-ERROR . [ 1]*

LG ----2222

R

S

I

2

3

2

C

R

S

I

4

2

2

(G6L-CUEB)

LED #LED #LED #LED # LEDLEDLEDLED

0 RUN RS-232C On

1 TX RS-232C On

2 RX RS-232C On



5 COM-ERROR Protocol Error / SIO-Error On

6 MODEM MODEM On

7 SYS-RUN/ERR PLC CPU On

[ 1]*

0 RUN RS-422 On

1 TX RS-422 On

2 RX RS-422 On



5 COM-ERROR Protocol Error / SIO-Error On

6 RS-485 RS-485 On/RS-422 Off

7 SYS-RUN/ERR PLC CPU On

.

[ 1]*

[ 1]

5 Bit(LED 0 - 4) .

(3) LED .

(G6L-CUEC)

LG ----3333

(2)(2)(2)(2)//// (LED Display (LED Display (LED Display (LED Display K3F K3F K3F K3F----CU2/4CU2/4CU2/4CU2/4AAAA ))))

LED Display On/Off

LED . ,

.

. LED 15 LED

15 LED On, Off LED

.

LED LED LED LED

LED Display 15 LED 0 4

LED RS-232C , 8 12 LED RS-422

2 .

LED #LED #LED #LED # Bit Bit Bit Bit

0 d0

1 d1

2 d2

3 d3

4 d4

RS-232C

(0 - 1F)

2

[ 1]

5

6

7

8 d0

9 d1

10 d2

11 d3

12 d4

RS-422

(0 - 1F)

2

13

14

15

[ 1] 2 16 .

LG ----4444

LED LED LED LED :

LED Display LED

15 LED Off .

RS-232C RS-422 .

LED NO.LED NO.LED NO.LED NO. Bit Bit Bit Bit

0 d0

1 d1

2 d2

RS-232C

(300 38400 bps)

2 []

3 Data Bit On : 8Bit / Off : 7Bit

4 Parity / On : / Off :

5 Even/Odd Parity On : Even / Off : Odd

6

Stop Bit On : 2Bit / Off : 1Bit

7 Off

8 d0

9 d1

10 d2

RS-422

(300 76800 BPS)

2

11 Data Bit On : 8Bit / Off : 7Bit

12 Parity / On : / Off :

13 Even/Odd Parity On : Even / Off : Odd

14

Stop Bit On : 2Bit / Off : 1Bit

15 Off

[] d0 d2 3-Bit 16

.( ) , 76800 bps RS-422 , Cnet

1.3 .

LED LED LED LED LED LED LED LED RSRSRSRS----232C/RS232C/RS232C/RS232C/RS----422 422 422 422

0 - 300, 76800 bps

1 d0 600 bps

2 d1 1200 bps

3 d0,d1 2400 bps

4 d2 4800 bps

5 d0,d2 9600 bps

6 d1,d2 19200 bps

7 d0,d1,d2 38400 bps

LG ----5555


LED .

1)SYS-ERROR LED LED

9

.

2)H/W 15 LED(SYS-ERROR) 1 LED

0 4 LED .

A/S .

3)H/W 0 4 LED LED 0

Bit(d0) LED 4 Bit(d4) 2 16

.

LED 0,1,2 Off LED 3,4 On 2 00011000

16 18h LED 0,2,4 Off LED 1,3 On 2

00001010 16 0Ah .

.

[ ]

(HEX)(HEX)(HEX)(HEX)

1 CLM

2 CLM /

3 CLM

4 PLC CPU

5 /

6 UART(NS-16550)

H/W

7

8 reserved

9 ADDRESS ERROR

A INVALID INSTRUCTION

B ZERO DIVIDE

C 1F reserved

SYS-ERROR LED 1 .

LG ----6666


PLC CPU

.

PLC CPU 0 5 LED

232- LED 422- LED ON RUN LED ON

. , SYS-ERROR LED

LED .

7.2 7.2 7.2 7.2 .

LG ----7777

B. B. B. B.

1) STATUS 1) STATUS 1) STATUS 1) STATUS (((( ))))

STATUSSTATUSSTATUSSTATUS

H0E 14 FNAM 16

FNAM .

H10 16 Cnet

.

SLOT_NO .

H11 17 SLOT_NO Cnet

Cnet

.

H12 18 FB

(: CH,LEN1,)

.

H14 20

.

.

H15 21 Cnet

. ( )

Cnet

.

H40 64 RS-232C/422 (Run)

.

.(

:[- ])

H41 65

.

FNAM

.

H42 66 CPU

.()

1) .

2)CPU .

H43 67 FNAM

.

1) .

2)

.

H44 68

.

.

H45 69 ASCII HEX

.

STATUSSTATUSSTATUSSTATUS

H46 70 .(

LG ----8888

(LEN )

.

Byte .)

H67 103 . 1)

.

2) .

H68 104

.

.

H73 115

.

.

RS-232C : 0,2,4(0 )

RS-422/485 : 2,5,6

LG ----9999

2) NAK 2) NAK 2) NAK 2) NAK (((())))

H0001 PLC PLC On/Off

H0011

*ASCII

(%,_,.),

.

H1132 *

H1232 *

120 Byte .

.

H1332 *

H1432 * . .

H2432 * PLC

H7132

H2232

. * P,M,L,K,D,T,C,F,S .

* .

.

H1152 . * PLC

.

.

H7252 PLC

* PLC PI PI PI

.

H2652 PI * PLC Domain . PLC Domain .

H4252

1)

2)PI

1)

.RUN => PI_STOP Only

.PAUSE=>PI_RESET,PI_RESUME

.STOP=>PI_START Only

.DEBUGPI_RESET Only

2)PI PI

Create

1)

.

2)PI Delete

LG ----10101010

H4201

H4202

H4203

H4204

H4201: RUN

H4202: STOP

H4203: PAUSE

H4204: Debug

(Cnet V1.5

)

H4142

* Domain

Domain / .

KGL-WIN PLC

.

H4200 Domain Delete PI

Domain Delete

PI

H4242 * Domain

* Domain .

Domain / .

Domain .

H4342 /

.

.

H4442 /

.

/ ..

H0090

.

.

H0190 31

H0290 . 31

.

*

* BCC

* /

*

*

* .

* // /

.

* PLC .

.

FNET

LG 1

1. 1. 1. 1.

MASTER-K PLC Fieldbus .

.

MASTER-K200S/300S/1000S CPU

MASTER-K KGL-WIN

MASTER-K

1.1 1.1 1.1 1.1

CIM , IEC/ISA Fieldbus

(Open)(Open)(Open)(Open) .

, , , , , , , , , , , ,

.

, ( )

( ) .

, /

.

1) MASTER-K Fnet Fnet .

2) KGL-WIN 1.4 .

FNET

LG 2

1.2 1.2 1.2 1.2

Fnet [ 1.1] .

[ 1.1] Fnet

GOL-FUEA

K7F-FUEA K1000S

K4F-FUEA K300S

()

K3F-FUEA K200S

(FMM)

K7F-FUOA K1000S

K7F-RBEA K1000S

K4F-RBEA K300S

K3F-RBEA K200S

CPU

GOL-SMQA

( 16 )

GOL-SMIA

(DC 16 )

()

GOL-SMHA

( 8 / 8 )

(FSM)

K7F-RBOA K1000S CPU

GOL-FREA

/ GOL-FOEA /

GOL-FACA

GOL-FAPA

GOL-FABA

GOL-FADA

GOC-T

Fnet

(FOM)

GOC-F

1) K1000S CPU K7F-FUEA, K7F-FUOA 4 .

2) K300S/K200S CPU K4F/K3F-FUEA 2 .

3) .

4) .(:m)() 10m : GOC-

T010

FNET

LG 3

2.

2.12.12.12.1

(Fnet Master Module(Fnet Master Module(Fnet Master Module(Fnet Master Module ;;;; FMM) FMM) FMM) FMM)

I/O Fnet .

(Fnet Slave Module(Fnet Slave Module(Fnet Slave Module(Fnet Slave Module ;;;; FSM)FSM)FSM)FSM)

CPU Fnet .

(Fnet Option Module)(Fnet Option Module)(Fnet Option Module)(Fnet Option Module)

, , Fnet .

CPU /

KGL-WIN .

.

I/O I/O I/O I/O

PLC PLC CPU , I/O

/ / .

Fnet Fnet Fnet Fnet

Fieldbus , OSI 7 3

. 3 H2(1Mbps ), H1(31.23Kbbs ), , (Wireless)

, Scheduled Circulated Token bus ,

.

(Token) (Token) (Token) (Token)

Physical Medium .

FNET

LG 4

Fnet Fnet Fnet Fnet

Fnet .(K7F-FUEA... )

Fnet ,

.

(Active Coupler) (Active Coupler) (Active Coupler) (Active Coupler)

,

.

(Repeater)(Repeater)(Repeater)(Repeater)

,

.

E.O.C(E.O.C(E.O.C(E.O.C(//// ) ) ) )

.

Manchester BiphaseManchester BiphaseManchester BiphaseManchester Biphase----LLLL

Fnet . Manchester-l Code

(Encode) , Manchester (Decode)

.

CRC(Cyclic Redundancy Check) CRC(Cyclic Redundancy Check) CRC(Cyclic Redundancy Check) CRC(Cyclic Redundancy Check)

,

.

Physical Layer .

Fnet 110, 1/2W

(HS Link) (HS Link) (HS Link) (HS Link)

MASTER-K PLC

, KGL-WIN .

KGLKGLKGLKGL----WINWINWINWIN

, PLC CPU , , ,

.

FNET

LG 5

FAM(FA Manager) FAM(FA Manager) FAM(FA Manager) FAM(FA Manager)

,

Fnet , /, ,

.

(Segment)(Segment)(Segment)(Segment)

(Gateway, EOC, ) (Token)

.

(Network) (Network) (Network) (Network)

(Token) .

2.2 2.2 2.2 2.2 Fnet Fnet Fnet Fnet

Fnet LAS(Link Active Scheduler) (Token, )

. LAS FMM , FSM LAS

.

1) 1) 1) 1) LAS LAS LAS LAS

LAS FMM .

(1) FMM LAS .

(2) LAS .

(3) LAS FMM

LAS .

(4) LAS .

2)2)2)2) (Token)(Token)(Token)(Token) (FMM_01 (FMM_01 (FMM_01 (FMM_01 LAS LAS LAS LAS ).).).).

FSM 04 FMM 03 FMM 02 FMM 01(LAS) FSM 05

8ms

FNET

LG 6

FMM 03

8ms

8ms

8ms

FMM 01

(LAS FMM

01 ) FSM 04

LAS

.

8ms

Circulated Circulated Circulated Circulated

Token Token Token Token

PassingPassingPassingPassing

(Token)

LAS

.

FMM 02

FSM 05

FNET

LG 7

3.3.3.3.

3.13.13.13.1 Fnet Fnet Fnet Fnet

[ 3.1]

No.

1 0+55

2 -25+70

3 595%RH,

4 595%RH,

10f< 57 - 0.075mm

57f150 9.8 (1G) -

10f< 57 - 0.035mm

5

57f150 4.8 (0.5G) -

X,Y,Z

10

IEC 1131-2

6

* :147 (15G)

* :11

* : (X,Y,Z 3 3 )

IEC 1131-2

1,500V

LG

: 4 kV( ) IEC 1131-2,

IEC 801-2

27 500 MHz, 10 V/m

IEC 1131-2,

IEC 801-3

(24V )

(24V )

7

/

2 kV 1 kV 0.25 kV

IEC 1131-2,

IEC 801-4

8 ,

9 2000m

10 2

11

1) IEC(International Electrotechnical Commission : )

: ,

2)

: , 2 ,

.

.

FNET

LG 8

3333....2222 Fnet Fnet Fnet Fnet

1)1)1)1) Fnet Fnet Fnet Fnet

Fnet : K7FK7FK7FK7F----FUEA,FUEA,FUEA,FUEA,K7FK7FK7FK7F----FUOA,FUOA,FUOA,FUOA,K4FK4FK4FK4F----FUEA,FUEA,FUEA,FUEA,K3FK3FK3FK3F----FUEA,FUEA,FUEA,FUEA,GOLGOLGOLGOL----FUEAFUEAFUEAFUEA

[ 3.2.1] Fnet .

1Mbps

(Fnet )

Manchester Biphase-L

() 750m

( ) 750m * (6 +1) = 5.25km

( ) 3km

(EOC ) 3km * (6 +1) = 21km

+ = 64

( )

256

Circulated Token Passing

Connection Oriented

Connectionless

CRC 16 = X15 + X14 + X13+ .... + X2 + X + 1

K7F-FUEA 170 mA

K7F-FUOA 130 mA

K4F-FUEA 160 mA

K3F-FUEA 182 mA

GOL-FUEA 190 mA

K7F-FUEA 460 g

K7F-FUOA 430 g

K4F-FUEA 270 g

K3F-FUEA 102 g

GOL-FUEA 210 g

FNET

LG 9


Fnet : K7FK7FK7FK7F----RBEA,RBEA,RBEA,RBEA,K7FK7FK7FK7F----RBOA,RBOA,RBOA,RBOA,K4FK4FK4FK4F----RBEARBEARBEARBEA,K3F,K3F,K3F,K3F----RBEARBEARBEARBEA

GOGOGOGOLLLL----SMQA,G0LSMQA,G0LSMQA,G0LSMQA,G0L----SMIA,G0LSMIA,G0LSMIA,G0LSMIA,G0L----SMHASMHASMHASMHA

[ 3.2.2] Fnet .

1Mbps


( ) 750m

( ) 750m * (6 +1) = 5,250m

( ) 3km * (6 EOC+1) = 21km

Link Master Class + Remote Slave Class = 64

256

Circulated Token Passing

Connection Oriented

Connectionless

K7F-RBEA 190 mA

K7F-RBOA 160 mA

K4F-RBEA 150 mA

K3F-RBEA 180 mA

GOL-SMQA 284 mA

GOL-SMIA 111 mA

GOL-SMHA 272 mA

K7F-RBEA 480 g

K7F-RBOA 450 g

K4F-RBEA 260 g

K3F-RBEA 101 g

GOL-SMQA 470 g

GOL-SMIA 350 g

GOL-SMHA 380 g

FNET

LG 10

(1) GOL(1) GOL(1) GOL(1) GOL----SMQA SMQA SMQA SMQA

16

/ 1A/, 2A/4

DC 5V/1Ma

/ AC 250V DC 150V, 3,600/

OffOn 10

On Off 12

2,000

/ 10

AC200V/1.5A, AC240/1A(COS=0.7) 20

AC200V/1A, AC240/0.5A(COS=0.35) 20

DC24V/1A, DC100/0.1A(L/R=7ms) 20

DC 24V 10%(Ripple 24V On) (: 150mA )

8 / 1 COM.

On LED

24 (M3 x 6)

Photo Coupler

( ( ( (2) GOL2) GOL2) GOL2) GOL----SMIA SMIA SMIA SMIA

RA

00

04

07

COM2

03

08

11

COM3

COM4 15

12

COM1

FG 0 1 2 3 COM1 4 5 6 7 COM2 24V

8 9 10 11 COM3 12 13 14 15 COM2 24G

DC24V

FNET

LG 11

DC

7 2mA/

DC24V(Ripple 5%)

100% (8 / 1 COM) On

On DC 19V

Off DC 6V

OffOn 10

On Off 10

8 / 1 COM

On LED

24 (M3 x 6)

Photo Coupler

R

R

R

5V

+

0

7

COM1

R

+

+

8

15

COM2

+

FG 0 2 4 6 COM1 8 10 12 14 24V

1 3 5 7 9 11 24G

+-DC24V

COM2

13 15

FNET

LG 12

( ( ( (3) GOL3) GOL3) GOL3) GOL----SMHA SMHA SMHA SMHA ////

8 8

/ 1A/ 2A/COM

/

DC24V/

7 2mA/ DC 5V/1mA

100% (8/1COM)

On AC250V, DC150V

3,600/

On DC 19V

OFF DC 6V 3,600/

OffOn 10

On Off 12

OffOn 10

2,000

AC200V/1.5A,AC240/1A(COS

=0.7)20

AC200V/1A,AC240/0.5A(COS

=0.35)20

OnOff 10

DC24V/1A,DC100/0.1A(L/R=7ms)

20

8 / 1 COM 4 / 1 COM

DC24V10%(Ripple 4Vp-p)

/ On LED

24 (M3 x 6)

Photo Coupler

FNET

LG 13

R

R R

5V

+

0

7

COM1

R

+

COM2

5V

L0

+

RARARARAL3

FG 0 2 4 6 COM1 0 2 COM2 5 7 24V

1 3 5 7 1 3 4 6 COM3 24G

L L LL

L L LL

+-DC24V

COM3

L

L

4

7

FNET

LG 14


Fnet : GOLGOLGOLGOL----FREA, GOLFREA, GOLFREA, GOLFREA, GOL----FOEA, GOLFOEA, GOLFOEA, GOLFOEA, GOL----FACAFACAFACAFACA

(1) (1) (1) (1) (GOL (GOL (GOL (GOL----FREA)FREA)FREA)FREA)

[ 3.2.3(A)]

1Mbps


()

750m

6

5.25km( 6 )

CRC 16 = X15 + X14 + X13+ ... + X2 + X + 1

DC 24V, AC 110/220V

AC 110V 24 mA

AC 220V 102 mA

430 g

((((2) 2) 2) 2) //// (GOL (GOL (GOL (GOL----FOEA)FOEA)FOEA)FOEA)

[ 3.2.3(B)] /

1Mbps


() ,

3km()/750m()

Regenerating, Reshaping

CRC 16 = X15 + X14 + X13+ ... + X2 + X + 1

DC 24V, AC 110/220V

AC 110V 26 Ma

AC 220V 128 Ma

432 g

FNET

LG 15

((((3) 3) 3) 3) (GOL (GOL (GOL (GOL----FACA)FACA)FACA)FACA)

[ 3.2.3(C)]

1Mbps


()

3km

Regenerating, Reshaping

CRC 16 = X15 + X14 + X13+ ... + X2 + X + 1

GOL-FACA 66 g

GOL-FAPA 252 g

GOL-FABA 1,242 g

3333.3 .3 .3 .3


: GOC : GOC : GOC : GOC----TTTT ( ,:m)

) 10m : GOC-T010

[ 3.3.1] Fnet

Low Capacitance Lan Interface Cable

LIREV-AMESB

2*1.0 mm (GS 92-3032,18 AWG)

LG

/km 21.8

(DC) V/min 500V 1

MEGA -km 1,000

pF/m 45 1 kHz

120 12 10MHz

.

CORE 2

AWG 18

NO./mm 1/1.0

mm 1.0

FNET

LG 16

mm 0.9

mm 2.8

AL/Mylar Tape

2) 2) 2) 2) Fnet Fnet Fnet Fnet

: GOC : GOC : GOC : GOC----FFFF ( ,:m)

) 10m : GOC-F010

[ 3.3.2]

Y22: (for Bi-Directional Communication)

D22: (for Bi-Directional Communication)

ST - Type

(HP)

() ()

Y22 D22

(mm) 2.9 * 5.8 4.8

Loaded(cm) 5.0 7.5

Unloaded(cm) 3.0 4.8

(kg/m) 16 21

(Core) 62.5

(Cladding) 125

5 /

4.5 /

FNET

LG 17

69 : Stainless 09 : Ceramic

) Y226969

ST, Stainless

(Y22) (D22)

3333.4 .4 .4 .4

1) 1) 1) 1) (((( ) ) ) )

6 , 7 , A

6 B 6 , 7 7 . ( :

)

, ,

. GOL-FUEA(PC Fnet )

[ 3.4.1] G0L-FUEA 5 .

6

7

6

7

< A > < B >

6

7

6

7

< G 0 L - F U E A >

5

( )

[ 3.4.1] Fnet ()

2)2)2)2) (((( ) ) ) )

FNET

LG 18

( )

[ 3.4.2(A)] .

,

, (GOL-FUEA [

3.4.2(B)] 5 . CON1 CON2 5

).

6

7

()

9 Socket Type

6

7

9 Socket Type

5

[ 3.4.2(A)] Fnet [ 3.4.2(B)] GOL-FUEA

3)3)3)3)

/ . A RX() -> B

TX(), A TX() -> B RX() .

TX () TX ()

RX () RX ()

3333.5 .5 .5 .5

1) 1) 1) 1) Fnet Fnet Fnet Fnet

: 110 110 110 110 , 1/2 W, 1/2 W, 1/2 W, 1/2 W

:

FNET

LG 19

6

7

9 Socket Type

(110,1/2W)

( ).

/ (GOL-FOEA)

(GOL-FREA)

.

.

FNET

LG 21

4.4.4.4.

Fnet .

4444....1111 Fnet Fnet Fnet Fnet

1)1)1)1) K7FK7FK7FK7F----FUEA,FUEA,FUEA,FUEA, K7F K7F K7F K7F----FUOA,FUOA,FUOA,FUOA, K4F K4F K4F K4F----FUEAFUEAFUEAFUEA

K7F-FUEA

RUNLAS

TOKENTX/RXFAULT

0:ON-LINE1:TEST12:TEST2

MODE

10

1

CON2

CON1

K4F-FUEARUNLAS

TOKENTX/RXFAULT


MODE

CON2

CON1

10

1

1) K7F-FUOA .

2) 4.6 Fnet .

LED

RUN CPU

LAS LAS

TOKEN

TX/RX

FAULT

063

FNET

LG 22

2)2)2)2) K3FK3FK3FK3F----FUEAFUEAFUEAFUEA

LED

RUN CPU

LAS LAS

TOKEN

TX/RX

FAULT

063

( 4.6 Fnet )

RUN

LAS

TOKEN

TX/RX FAULT

K3FK3FK3FK3F----FUEAFUEAFUEAFUEA

MODE ON-LINE

TEST1

CON2

CON1

10 1

FNET

LG 23

3)3)3)3) GOL GOL GOL GOL----FUEA FUEA FUEA FUEA

0

1

2

3

4

5

6

7

8

9

A

B

C

D

E

F

1) 4.6 Fnet

2) 5 (340), 9 (D800) .

3) ,

CONFIG.SYS DEVICE=C:\WINDOWS\EMM386.EXE NOEMS X=D800-DBFF( 9 D800

) .

Port Address

X1 X10

FNET

LG 24

4444.2 Fnet .2 Fnet .2 Fnet .2 Fnet

1) K7F1) K7F1) K7F1) K7F----RBEARBEARBEARBEA, K7F, K7F, K7F, K7F----RBOARBOARBOARBOA

K7F-RBEA

RUNTOKENTX/RXFAULT

SYS FAULT


MODE

10

1

CON2

CON1

RS232C

1

2

3

4

10

1

1) K7F-RBOA .

2) 4.6 Fnet .

FNET

LG 25

LED

RUN

TOKEN

TX/RX

FAULT

SYS FAULT I/O

063

( 4.6 Fnet )

(RS-232C)

KGL-WIN

()

(10 0 63 )

(4.6 Fnet )

FNET

LG 26

2) K4F2) K4F2) K4F2) K4F----RBEARBEARBEARBEA

K4F-RBEARUN

TX/RXFAULT

SYS FAULT


MODE

CON2

CON1

10

1

TOKEN

101

LED

RUN

TOKEN

TX/RX

FAULT

SYS FAULT I/O

063

( 4.6 Fnet )

()

(10 0 63 )

(4.6 Fnet )

FNET

LG 27

3) K3F3) K3F3) K3F3) K3F----RBEARBEARBEARBEA

LED

RUN

TOKEN

TX/RX

FAULT

SYS FAULT I/O

063

()

(10 0 63 )

(4.6 Fnet )

RUN

TOKEN

TX/RX

FAULT ERROR

K3FK3FK3FK3F----RBEARBEARBEARBEA

CON2

CON1

10 1

E-MODE

10

1

FNET

LG 28

3)3)3)3) G0LG0LG0LG0L----SMQASMQASMQASMQA

0 63 (10 )

10

1

LED

PWR (:)

TRX (:)

ERR / (:)

Off ( ) 1

On ( )

2

LED DISPLAY /

G0L-SMQA 16

9-PIN

CON1/CON2 ()

x 1 PWR ERR

MODE On

Off M-STATION S-STATION NO.

x10

x1 TRX

FG 0 1 2 3 COM1 4 5 6 7 COM2

8 9 10 11 COM3 12 13 14 15 COM

24V

24G

INPUT DC 24V

x 10

G0L-SMQA

FNET

LG 29

0 15

COM1 COM4 Common (4 COM)

FG FG (Frame ground)

24V +24VDC

G0L-

SMQA

24G -24VDC

0 63 (10 )

10

1

1) LED .

2) KGL-WIN 0

Off.

FNET

LG 30

5)5)5)5) G0LG0LG0LG0L----SMIASMIASMIASMIA

0 63 (10 )

10

1

LED

PWR (:)

TRX (:)

ERR / (:)

LED DISPLAY /

G0L-SMIA 16

9-PIN

CON1/CON2 ()

0 15

COM1 COM2 Common (8 COM)


24V +24VDC

G0L-

SMIA

24G -24VDC

0 63 (10 )

10

1

x 1 PWR ERR

MODE On


x10

x1TRX

FG 0 2 4 6 COM1 8 10 12 14 COM2

1 3 5 7 . 9 11 13 15 .

24V

24G

INPUT DC 24V

x 10

G0L-SMIA

FNET

LG 31

6)6)6)6) G0LG0LG0LG0L----SMHASMHASMHASMHA

0 63 (10 )

10

1

LED

PWR (:)

TRX (:)

ERR / (:)

()

Off ( ) 1

On ( )

2

LED DISPLAY /

G0L-SMHA 8 /8

x 1 PWR ERR

MODE On


x10

x1TRX

FG 0 2 4 6 COM1 0 2 COM2 5 7

1 3 5 7 . 1 3 4 6 COM

24V

24G

INPUT DC 24V

x 10

G0L-SMHA

FNET

LG 32

9-PIN

CON1/CON2 ()

07(DC IN)/

07(RYOUT) (8 )/(8 )

COM1 COM3 Common (COM1: 8 ,COM2/COM3: 4 )


24V +24VDC

G0L-

SMHA

24G -24VDC

0 63 (10 )

10

1

FNET

LG 33

4.3 4.3 4.3 4.3

1)1)1)1) G0LG0LG0LG0L----FREAFREAFREAFREA

()

LED

PWR On

TRX A, B (:)

AC110 220V AC110V/220V

(Free Voltage)

FG FG (Frame Ground)

24V +24VDC

24G -24VDC

G0L-FREA

PWR

TRX

AC110220V FG 24V 24G AC DC

INPUT

FNET

LG 34

2)2)2)2) G0LG0LG0LG0L----FOEAFOEAFOEAFOEA

(,)

LED

PWR On

TRX A, B (:)

AC110 220V AC110V/220V

(Free Voltage)

FG FG (Frame Ground)

24V +24VDC

24G -24VDC

G0L-FOEA

PWR

TRX

AC110220V FG 24V 24G AC DC

INPUT

FNET

LG 35

3)3)3)3) G0LG0LG0LG0L----FACA / G0LFACA / G0LFACA / G0LFACA / G0L----FAPA / G0LFAPA / G0LFAPA / G0LFAPA / G0L----FADA FADA FADA FADA

3

TX

RX

LED

PWR On

TRX A, B (:)

AC110 220V AC110 220V

NC

FG FG ((Frame Ground)

24V +24VDC

24G -24VDC

ACTIVE COUPLER

TRX

AC110-220V

NC

FG

DC24V

INPUT

OPTIC

TX

OPTIC OPTIC OPTIC OPTIC OPTIC

RX

G0L-FABA G0L-FAPA G0L-FACA G0L-FADA

INPUT

PWR TRX

TX TX TX TX TX

RX RX RX RX RX

OPTIC OPTIC OPTIC OPTIC OPTIC OPTIC

FNET

LG 36

4444.4 Fnet LED .4 Fnet LED .4 Fnet LED .4 Fnet LED

LED LED LED On LED Off

RUN CPU

LAS LAS .

TOKEN

TX/RX

K7F-FUEA

K7F-FUOA

K4F-FUEA

K3F-FUEA

GOL-FUEA FAULT

RUN

TOKEN

TX/RX

FAULT

K7F-RBEA

K7F-RBOA

K4F-RBEA

K3F-RBEA SYS FAULT I/O

PWR On Off

TRX

G0L-SMQA

G0L-SMIA

G0L-SMHA ERR

LED A1 LED .

FNET

LG 37


1)1)1)1)

K7F-FUEA

K7F-FUOA

K7F-RBEA

K7F-RBOA

K4F-FUEA

K3F-FUEA

K4F-RBEA

K3F-RBEA

GOL-FUEA

G0L-SMQA

G0L-SMIA

G0L-SMHA

(1) 063 (10 ).

(2) .

( 0 )

10 10

1 1

(3) K3F-FUEA, K3F-RBEA

PCB .

0

2

5

7

0

2

5

7

X 10

X 1

FNET

LG 38

2)2)2)2)

Fnet Fnet

. ( PCB ).

K7F-RBEA

K7F-RBOA

K4F-RBEA

K3F-RBEA

G0L-SMQA

G0L-SMIA

G0L-SMHA

(1) 063 (10 ).

(2) .

( 0 )

10 10

1 1


1)1)1)1)

K7F-FUEA

K7F-FUOA

K7F-RBEA

K7F-RBOA

GOL-FUEA

K4F-FUEA

K3F-FUEA

K4F-RBEA

K3F-RBEA

(1) 02 .

(2) .

( 0 )

0

2

5

7

0

2

5

7

X 10

X 1

0

1

2

1 2

ON MODE

0:ON LINE

1:TEST 1

2:TEST 2

0

2

5

7 MODE

0:ON LINE

1:TEST 1

2:TEST 2

FNET

LG 39

2) 2) 2) 2)

Fnet ,

I/O

.

K7F-RBEA

K7F-RBOA

1

2

3

ON

4 (Default Reset)

.

.

1

2

3

ON

4

1

2

3

ON

4

K4F-RBEA

K3F-RBEA

G0L-SMQA

G0L-SMIA

G0L-SMHA

1

2

ON

(Default Reset)

.

.

1

2

ON

1

2

ON

1) Off .

2) KGL-WIN .

FAM(FA Manager)

Fnet Board(GOL-FUEA)

Fnet(1Mbps,64,750m, )



K1000S

K1000S

K1000S

KGLWIN

FAM

(GOL-FREA)

(GOL-SMQA)

/

(GOL-FOEA)

RS-232C

K1000S

K1000S

K1000S

K300S

K1000S I/O

(K7F-RBOA)

K1000S

K1000S

K1000S

K1000S I/O

K300S I/O

K300S I/O

/

K300S I/O

Fnet Board

(GOL-FUEA)

K7F-FUEA,K4F-FUEA

K3F-FUEA

MK 1000S/3000S/200S

K7F-FUOA

MK 1000S

K7F-RBEA, K4F-RBEA

MK 1000S/300S

K7F-RBOA

MK 1000S

master-k - kemco.or.krkemco.or.kr/up_load/blog/mk_analog통신교재.pdf제1 장 개요 lg...

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