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41

E

MONITOR

STDR

WR

0-1

0-1 0: LANDSCAPE, 1: PORTRAIT

○

OSD H-POSITION 

OSDH

WR

0-100

0-100

OSD V-POSITION

OSDV

WR

0-100

0-100

OPERATION MODE

FNCM

WR

0-1

0-1 0: MODE1, 1: MODE2

STANDBY MODE

STBM

WR

0-1

0-1 0: STANDARD, 1: LOW POWER

(“ERR" when SCHEDULE is effective.)

OFF IF NO OPERATION

ATOF

WR

0-1

0-1 0: OFF, 1: ON

POWER ON 
DELAY

SET

PODS

WR

0-1

0-1 0: OFF, 1: ON

INTERVAL

PWOD

WR

0-60

0-60 0: OFF, 1-60 seconds

SELF ADJUST

SELF ADJUST

AADJ

WR

0-1

0-1 0: OFF, 1: ON

START TIMING

AADD

WR

10-200

10-200 10: 1 second through 200: 20 seconds

42

E

ENLARGE

ENLG 

WR

0-1

0-1 0: OFF, 1: ON

-

ENLARGE MODE

EMAG

WR

0-4

0-4 0: OFF, 1: 2 x 2, 2: 3 x 3, 3: 4 x 4, 4: 5 x 5

EMHV

WR

11-55

11-55 1 x 1 (OFF) to 5 x 5 (“m x n” is expressed as “mn”, where m and n are the 

numbers of monitors specified for the longest direction and the shortest direction 
respectively.)

IMAGE POSITION (M x N)

EPHV

WR

11-55

11-55 Specifies values in the order of IMAGE POSITION IN LONGEST/ SHORTEST 

DIRECTION.

IMAGE POSITION (2 x 2)

EPOS

WR

0-3

0-3 See the description below.

IMAGE POSITION (3 x 3)

EPOS

WR

0-8

0-8

IMAGE POSITION (4 x 4)

EPOS

WR

0-15

0-15

IMAGE POSITION (5 x 5)

EPOS

WR

0-24

0-24

ENLARGED 
SCREEN 
POSITIONING

THE LONGEST 
DIRECTION

EPSH

WR

-999-999

-999-999 The setting range depends on the ENLARGE MODE setting and the IMAGE 

POSITION.

THE SHORTEST 
DIRECTION

EPSV

WR

-999-999

-999-999

BEZEL ADJUST

BZCO

WR

0-1

0-1 0: OFF, 1: ON

BEZEL ADJUST

TOP

BZCT

WR

0-1

0-1 0: OFF, 1: ON

BOTTOM

BZCB

WR

0-1

0-1 0: OFF, 1: ON

RIGHT

BZCR

WR

0-1

0-1 0: OFF, 1: ON

LEFT

BZCL

WR

0-1

0-1 0: OFF, 1: ON

BEZEL WIDTH

TOP

BZWT

WR

0-100

0-100

BOTTOM

BZWB

WR

0-100

0-100

RIGHT

BZWR

WR

0-100

0-100

LEFT

BZWL

WR

0-100

0-100

ENLARGE/IMAGE POSITION SETTING ESTG

WR

XXYY

XXYY XX: ENLARGE MODE (Same as EMAG), YY: IMAGE POSITION (Same as 

EPOS)

ESHV

WR

XXYY

XXYY XX: ENLARGE MODE (Same as EMHV), YY: IMAGE POSITION (Same as 

EPHV)

•  IMAGE POSITION (EPOS) setting

1

3

0

2

0

1

2

3

4

5

6

7

8

2

6

10

3

7

11

0

1

4

5

8

9

12

13

14

15

0

5

10

15

20

1

6

11

16

21

2

7

12

17

22

3

8

13

18

23

4

9

14

19

24

2 x 2

3 x 3

4 x 4

5 x 5

2 x 2

3 x 3

4 x 4

5 x 5

2

0

3

1

15

14

13

11

10

9

7

6

5

12

8

4

3

2

1

0

24

23

22

19

18

17

14

13

12

21

16

11

9

8

7

6

4

3

2

1

20

15

10

5

0

8

7

6

5

4

3

2

1

0

43

E

PIP MODES

MWIN

WR

0-3

0-3 0: OFF, 1: PIP, 2: PbyP, 3: PbyP2

○

PIP SIZE

MPSZ

WR

1-64

1-64

PIP POS

THE LONGEST 
DIRECTION

MHPS

W

0-100

R

0-100

THE SHORTEST 
DIRECTION

MVPS

W

0-100

R

0-100

PIP POS LD+SD BATCH

MPOS

W

0-100,0-100

Specify the position in MPOSxxxyyy format. 
(xxx: Longer side, yyy: Shorter side position)

R

0-100,0-100 Returns a response in (xxx,yyy) format. 

(xxx: Longer side, yyy: Shorter side position)

PIP BLEND

MWBL

WR

0-15

0-15

PIP SOURCE

MWIP

WR

1

1 DVI-I

2

2 D-SUB[RGB]

3

3 D-SUB[COMPONENT]

4

4 D-SUB[VIDEO]

9

9 HDMI1[AV]

10

10 HDMI1[PC]

12

12 HDMI2[AV]

13

13 HDMI2[PC]

14

14 DisplayPort

SOUND CHANGE

MWAD

WR

1-2

1-2 1: MAIN, 2: SUB

MAIN POS (Main screen)

MWPP

WR

0-1

0-1 0: POS1, 1: POS2

PbyP2 POS (Sub screen)

MW2P

WR

0-2

0-2 0: POS1, 1: POS2, 2: POS3

AUTO OFF

MOFF

WR

0-1

0-1 0: MANUAL, 1: AUTO

SCREEN MOTION PATTERN

SCSV

WR

0-4

0-4 0: OFF, 1-4: PATTERN1-4

○

MOTION TIME1

MTIM

WR

0-20

0-20

MOTION TIME2 

(PATTERN1)

MINT

WR

10-990

10-990 Per 10 seconds

MOTION TIME2 

(PATTERN2-4)

MINT

WR

5-20

5-20 Per second

POWER MANAGEMENT (PC)

PMNG

WR

0-1

0-1 0: OFF, 1: ON

POWER MANAGEMENT (AV)

PMAV

WR

0-1

0-1 0: OFF, 1: ON

AUTO INPUT CHANGE

AINC

WR

0-1

0-1 0: OFF, 1: ON

LOGO SCREEN

BTSC

WR

0-1

0-1 0: OFF, 1: ON

INPUT 

RESOLUTION 

(PC)

RESOLUTION CHECK PXCK

R

- Returns current resolution in the form of hhh, vvv.

-

PIXEL SETTING 

(D-SUB[RGB], 

DVI-I(analog))

PXSL

WR

1

1 768) 1360 x 768

2

2 768) 1280 x 768

3

3 768) 1024 x 768

5

5 480) 848 x 480

6

6 480) 640 x 480

7

7 1050) 1680 x 1050

8

8 1050) 1400 x 1050

9

9 768) AUTO

10

10 480) AUTO

INPUT RESOLUTION (AV) RESOLUTION CHECK RESO

R

- 480i, 480p, 1080i, 720p, 1080p, VGA , etc.

ZOOM2 SPECIAL SETTING 

(D-SUB[RGB], DVI-I(analog))

Z2SP

WR

0-1

0-1 0: OFF, 1: ON

○

SCAN MODE

SCAN

WR

0-2

0-2 0: MODE1, 1: MODE2, 2: MODE3   (When the input mode is AV)

COLOR SYSTEM

CSYS

WR

0-5

0-5 0: AUTO, 1: PAL, 2: PAL-60, 3: SECAM, 4: NTSC3.58, 5: NTSC4.43

44

E

ALL RESET

RSET

W

0-1

0: ALL RESET 1, 1: ALL RESET 2

-

ADJUSTMENT LOCK

ALCK

WR

0-2

0-2 0: OFF, 1:ON1, 2:ON2

○

ADJUSTMENT LOCK TARGET

ALTG

WR

0-2

0-2 0: REMOTE CONTROL, 1: MONITOR BUTTONS, 2: BOTH

OSD DISPLAY

LOSD

WR

0-2

0-2 0: ON1, 1: OFF, 2: ON2

LED

OFLD

WR

0-1

0-1 0: ON, 1: OFF

TEMPERATURE ALERT

TALT

WR

0-2

0-2 0: OFF, 1: OSD & LED, 2: LED

POWER BUTTON

PBTN

WR

0-1

0-1 0: MONITOR, 1: CONTROLLER

CONTROLLER INPUT

PCIP

WR

0-4

0-4 0: D-SUB, 1: DisplayPort, 2: HDMI1, 3: HDMI2, 4: DVI-I

(”ERR” when MONITOR is selected for POWER BUTTON.)

STATUS ALERT

SALT

WR

0-2

0-2 0: OFF, 1: OSD & LED, 2: LED

SCREEN SIZE (PC)

WIDE

WR

1-5

1-5 1: WIDE, 2: NORMAL, 3: Dot by Dot, 4: ZOOM1, 5: ZOOM2

○

SCREEN SIZE (AV)

WIDE

WR

1-5

1-5 1: WIDE, 2: ZOOM1, 3: ZOOM2, 4: NORMAL, 5: Dot by Dot

VOLUME

VOLM

WR

0-31

0-31

MUTE

MUTE

WR

0-1

0-1 0: OFF, 1: ON

-

INFORMATION

MODEL

INF1

R

Value

●

SERIAL NO

SRNO

R

Value

TEMPERATURE SENSOR

DSTA

R

0 Internal temperature normal

●

1 Internal temperature abnormal has occurred and the monitor is in standby mode
2 Internal temperature abnormal occurred (To delete the information of temperature 

abnormal, turn off the main power.)

3 Internal temperature abnormal has occurred and backlight brightness is dimmed
4 Temperature sensor abnormal

TEMPERATURE ACQUISITION

ERRT

R

Value Temperature at temperature sensors 1 through 6 are returned in the following 

forms:
[Sensor 1], [Sensor 2], [Sensor 3], [Sensor 4], [Sensor 5], [Sensor 6]
Indicates a temperature sensor abnormality when “126” is returned.

○

CAUSE OF LAST STANDBY MODE

STCA

W

0

Initialization

●

R

0 No detectable error has occurred
1 Standby mode by POWER button
2 Main power off by the main power switch
3 Standby mode by RS-232C or LAN
4 Input signal waiting mode by No Signal
6 Standby mode by abnormal temperature
8 Standby mode by SCHEDULE setting

20 Standby mode by OFF IF NO OPERATION setting

RED GAMMA DATA TRANSFER

UGRW

W

aaxxxx ··· xxxxcc

(xxxx: 32 pieces)
aa: 01-16
xxxx: 0000-1023
cc: 00-FF

aa: Block number
xxxx: 32 pieces of user data
cc: Checksum (ASCII data) of the block number and user data

○

GREEN GAMMA DATA TRANSFER

UGGW

W

BLUE GAMMA DATA TRANSFER

UGBW

W

RED GAMMA DATA READ

UGRR

W

1-16 xxxx ··· xxxx

(xxxx: 32 pieces)
xxxx: 0000-1023

xxxx: User data of 32 pieces

GREEN GAMMA DATA READ

UGGR

W

1-16

BLUE GAMMA DATA READ

UGBR

W

1-16

USER DATA INITIALIZE

UGRS

W

0

Initialize the user data.

USER DATA SAVE

UGSV

W

0

Save the user data in the monitor.