Sharp Pn S655 Operation Guide

							11E
You can return the settings to their factory-preset values and 
restrict operations.
1. After pressing 
SIZE for about 5 seconds, press  , 
 ,  , and  in that order.
OFF 
UNLOCKED  ON 
ON 
LED 
OFF 
FUNCTION 1/1 
ALL  RESET 
ADJUSTMENT LOCK 
RS-232C/LAN 
OSD DISPLAY  
LED 
TEMPERA TURE ALERT 
ST ATUS  ALERT 
END…
[MENU]
2.  Select and set the items.
ALL RESET
Resets the settings to the factory default settings.  
Press 
 , select the resetting method, and then press MENU.
After initialization, turn the main power switch off and 
then back on.
ALL RESET1  ....Resets all the settings to the factory 
default settings.
ALL RESET2  ....Returns all settings to the factory default 
settings except for the following items:  
LAN SETUP, RS-232C/LAN SELECT, 
NETWORK, MAIL, and SERVICE & 
SUPPORT (See page 7, and pages 25 
to 28.)
ADJUSTMENT LOCK
You can disable operations on the monitor and the 
remote control unit that use buttons.
OFF  ... Enables operation.
1......... Disables all operations other than turning power 
on/off and FUNCTION.
2......... Only the FUNCTION operation is enabled.  
Disables all operations other than FUNCTION (not 
even power on/off).
RS-232C/LAN
Specifies whether to allow control via RS-232C or LAN 
(see pages 12 and 21).
OSD DISPLAY
Hides/shows menus. 
The FUNCTION screen cannot be hidden.
LED
Specifies whether to light power LEDs.
Initialization (Reset)/Functional Restriction Setting
TEMPERATURE ALERT
Selects the notification method for an abnormal 
temperature.
OFF  .............. Do not notify about an abnormal 
temperature.
OSD & LED  ..When an abnormal temperature is 
detected, the power LED flashes in red 
and green alternately and the screen 
displays a message: TEMPERATURE.
LED............... When an abnormal temperature is 
detected, the power LED flashes in red 
and green alternately.
STATUS ALERT
Selects the notification method for a hardware error.
OFF  .............. Do not notify about the error.
OSD & LED  ..When a hardware error is detected, the 
power LED flashes in red and the screen 
displays a message: STATUS [xxxx].
LED............... When a hardware error is detected, the 
power LED flashes in red.
3.  Press 
MENU to return to the normal screen.
TIPS
• When both abnormal temperature and hardware error are 
detected, the hardware error notification overrides.
 
						

							12E
Controlling the Monitor with a PC (RS-232C)
You can control this monitor from a PC via RS-232C (COM 
port) on the PC.
You can also connect multiple monitors via a daisy chain by 
using a PC. By assigning ID numbers to each monitor (see 
page 13), you can make input mode selection/adjustment or 
can check the status of a specific monitor.
Caution
• To control the monitor via RS-232C, set RS-232C/LAN 
SELECT to RS-232C.
•  You cannot use RS-232C and LAN control simultaneously.
PC connection
nOne-to-one connection with a PC
Connect with RS-232 straight cable between the PC’s COM 
port (RS-232C connector) and the RS-232C input terminal on 
the monitor.
RS-232 straight cable  
(commercially available) 
To
 COM port  PC 
RS-232C input terminal
n
Daisy chain connection…Advanced operation
Connect with RS-232 straight cable between the PC’s COM 
port (RS-232C connector) and the RS-232C input terminal on 
the first monitor. 
Next, connect RS-232 straight cable to the first monitor’s 
RS-232C output terminal and to the second monitor’s 
RS-232C input terminal. Connect in the same way to the third 
and subsequent monitors.
Up to 25 monitors can be connected. (Depending on the 
length of the cable used and the surrounding environment.)
RS-232 straight cables  
(commercially available) 
First monitor 
Second monitor 
PC 
To COM port 
RS-232C  
output terminal 
RS-232C 
input terminal
Communication conditions
Set the RS-232C communication settings on the PC to match 
the monitor’s communication settings as follows:
Baud rate
9600 bpsStop bit1 bit
Data length 8 bits Flow controlNone
Parity bit None
Communication procedure
nCommand format
When a command is sent from the PC to the monitor, the 
monitor operates according to the received command and 
sends a response message to the PC.
C1 
C2 C3 C4 P1 P2 P3 P4 
Return code 
Command field   (4 prescribed  
alphanumerical characters)  Parameter field
 
(4 character string comprised of:  0-9, +, -, space, ?)
 Example:   VOLM0030
  VOLM 
   30
* Be sure to input 4 characters for the parameter. Pad with 
spaces (“
”) if necessary.  
(“ 
 ” is a return code (0DH, 0AH or 0DH))
Wrong  : VOLM30
Right : VOLM    30
When inputting a negative value, specify a numerical value in 
three digits.
 Example: AUTR-009
Do not use spaces for MPOS, DATE, and SC01 through 
SC08. Specify parameters using a specified number of 
characters. Example: MPOS010097
If a command has “R” listed for “DIRECTION” in the 
“RS-232C command table” on page 16, the current value can 
be returned by using “?” as the parameter.
 Example:
VOLM ? ? ? ? ←
From PC to monitor (How much 
is current volume setting?).
30←From monitor to PC (Current 
volume setting: 30).
* If an ID number (see page 13) has been assigned  
(For example, ID number = 1).
VOLM 
? ←From PC to monitor.
30   001 ←From monitor to PC.
 
						

							E13
Controlling the Monitor with a PC (RS-232C)
n Response code format
When a command has been executed correctly
O 
K Return code
(0DH, 0AH)
A response is returned after a command is executed.
*  If an ID number has been assigned
O  K SPC  0 0  1 
ID number of responding monitor  Space (20
H) 
Return code
(0DH, 0AH)
When a command has not been executed
R 
R 
E Return code
(0DH, 0AH)
*  If an ID number has been assigned
R  R 
E  SPC 0 0  1 
ID number 
Space (20
H) 
Return code
(0DH, 0AH)
TIPS
• 
“ERR” is returned when there is no relevant command or 
when the command cannot be used in the current state of 
the monitor.
•   If communication has not been established for reasons 
such as a bad connection between the PC and monitor, 
nothing is returned (not even ERR).
•   If no monitor has been assigned the designated ID number 
(e.g. if the command IDSL0002 
 is used, but no monitor 
with ID number: 2 is found), no response is returned.
•   If RS-232C/LAN COMMAND is set to options other than 
NORMAL, the return code for a response is 0D
H only.
If execution of the command is taking some time
I 
W  T 
A Return code
(0DH, 0AH)
When the following commands are used, “WAIT” is returned. 
In this case, a value will be returned if you wait a while. Do not 
send any command during this period.
No ID number is attached to WAIT response.
•  Commands which return WAIT:
1.  When repeater control is used
2.  When an IDSL or IDLK command is used
3.  When one of the following commands is used: RSET, 
INPS, ASNC, WIDE, EMAG, EPOS, PXSL, POWR, 
AGIN, MWIN, MWIP, MWPP, ESTG, EMHV, EPHV, 
ESHV
When control via RS-232C is locked (to prevent use) 
using the operation lock function (see page 11)
E 
C  D 
K 
O 
L 
Return code
(0D
H, 0AH)
When RS-232C/LAN SELECT is set to LAN
U N  S E  L E  C  T E D 
Return code
(0D
H, 0AH)
nCommunication interval
• 
After OK or ERR is returned, you must send the following 
commands.
  To set a timeout for the command response, specify 10 
seconds or longer.
•  Provide an interval of 100 ms or more between the 
command response and the transmission of the next 
command.
VOLM0020 
OK 
 
 
INPS0001 
WAIT 
OK  Interval of 100 ms or more
TIPS
• 
When executing ALL RESET, set the timeout period to 30 
seconds or longer. 
•  When turning the power on while the POWER ON DELAY 
function is in use, set the timeout period to the POWER ON 
DELAY period + 10 seconds or longer.
Advanced operation
This section explains commands for daisy chain connection. 
The basic communication procedure is the same as in the 
“One-to-one connection with a PC” section.
n ID numbers
You can assign a unique ID number to each monitor (see 
page 7). This allows you to control a particular monitor in a 
daisy chain of monitors.
You can assign ID numbers either from the menu screen (using 
the remote control) or from the PC using RS-232 cable.
[Example] 
ID number: 1 
ID number: 2  ID number: 3 ID number: 4
If monitors are connected as shown above, you can 
execute commands like “Set the volume of the monitor with 
ID 4 to 20”.
When controlling monitors linked in a daisy chain by 
designating ID numbers, you should basically avoid any 
duplication of ID numbers.
ID numbers do not have to be assigned in ascending order 
starting from the PC. They can also be connected as shown 
below.
[Example] 
ID number: 3  ID number: 2  ID number: 4 ID number: 1
 
						

							E14
Controlling the Monitor with a PC (RS-232C)
n Commands for ID control
The command examples shown on this page assume the 
following connection and ID number set up.
ID number: 1 
ID number: 2  ID number: 3 ID number: 4
IDST .........  A monitor receiving this command sets its own ID 
number in the parameter field.
 Example: IDST0001
OK 
  001 ←The ID number of this monitor is set to 1.
TIPS
You can automatically assign ID numbers by using the IDST 
command with the Repeater control (see “Repeater control” 
on page 15).
For example, using the command “IDST001+” automatically 
sets the ID numbers, as shown below.
[Example] 
ID number: 1  ID number: 2  ID number: 3 ID number: 4
IDST001 + ←ID setting command with repeater control
WAIT
OK 
  001←“OK” response from ID number: 1
OK   002←“OK” response from ID number: 2
OK   003←“OK” response from ID number: 3
OK   004←“OK” response from ID number: 4 (End)
IDSL ........The parameter of this command sets the ID number 
of the monitor. The monitor is subject to the next 
command.
 Example: 
IDSL0002 ←
The next command is for the monitor 
with ID number: 2.
WAIT←Searching for monitor with ID number: 
2
OK   002←Found monitor with ID number: 2
VOLM0030 ←Sets volume of monitor with ID 
number: 2 to 30.
WAIT←Processing
OK   002←OK response from monitor with ID 
number: 2
VOLM0020 ←Sets volume to 20.
OK   001←The volume of the monitor with ID 
number: 1 (the one directly connected 
to the PC) is set to 20.*
*  The IDSL command is effective only once, for the 
immediately succeeding command.
IDLK  ........The parameter of this command sets the ID 
number of the monitor. The monitor is subject to all 
subsequent commands.
 Example: 
IDLK0002 ←
Following commands are for the monitor 
with ID number: 2.
WAIT←Searching for monitor with ID number: 
2
OK   002←Found monitor with ID number: 2
VOLM0030 ←Sets volume of monitor with ID 
number: 2 to 30.*
WAIT←Processing
OK   002
VOLM0020 ←
Sets volume of monitor with ID 
number: 2 to 20.*
WAIT
OK 
  002
IDLK0000 ←
Canceling fixed ID number setting
WAIT←Canceling IDLK
OK   002←Cancelation complete
VOLM0010
OK 
  001←The volume of the monitor with ID number: 
1 (the one directly connected to the PC) is 
set to 10. (IDLK is canceled.)
*  The IDLK command remains effective until it is 
canceled, or power is shut off.
IDCK  ........Provides screen display of the ID number currently 
assigned to a monitor, and the ID number currently 
set for IDLK (if any).
 Example:
(After executing IDLK0002) IDCK0000
←(Parameter has no meaning.)
ID : 001    IDLK : 002
←Returned response. The ID 
number is also displayed on the 
monitor screen.
IDCK000 + 
←Repeater control. (If a command 
is used with repeater control, ID 
designation using IDSL or IDLK 
is canceled.)
WAIT
ID : 001    IDLK : 000
ID : 002    IDLK : 000
ID : 003    IDLK : 000
ID : 004    IDLK : 000
 
						

							E15
Controlling the Monitor with a PC (RS-232C)
n Repeater control
This system has a function to allow setting of multiple 
monitors connected in a daisy chain using a single command. 
This function is called repeater control. You can use Repeater 
control function without assigning ID numbers.
[Example] 
Set 1 
  Set 2 
Set 3Set 4
*  If monitors are connected as shown above, you can 
execute a command like “Set all monitors’ input settings to 
PC1 DVI-D”.
nRepeater control command
Repeater control is achieved by setting the FOURTH 
CHARACTER of the parameter to “+”.
Example: VOLM030 + ←
Sets volume of all monitors to 30.
In repeater control, responses are returned by all the 
connected monitors.
If you want to determine that a value has been returned by a 
specific set, assign ID numbers to each monitor in advance.
When some monitors do not return their responses, the 
probable cause is that the monitors could not receive the 
command or command processing is not complete. Do not 
send a new command.
Example:  (When 4 monitors are connected, and 
assigned ID numbers: 1 through 4)
VOLM030 +
WAIT
OK 
  001
OK 
  002
OK 
  003
OK 
  004 ←If 4 monitors are connected in 
a chain, reliable operation can 
be ensured by sending a new 
command only after a reply 
has been returned by 4th (last) 
monitor.
Repeater control can also be used for reading settings.
Example:
VOLM ? ? ? +
WAIT
10 
  001 Volume settings for all 
monitors are returned.
20 
  002
30 
  003
30 
  004
TIPS
•  If repeater control is used during ID designation (IDSL, 
IDLK), the ID designation is canceled.
 
						

							E16
RS-232C command table
How to read the command tableCommand:  Command field (See page 12.)
Direction:  W When the “Parameter” is set in the parameter field (see page 12), the command functions as described 
under “Control/Response Contents”.
  R The returned value indicated under “Reply” can be obtained by setting “????”, “
?” or “???+” 
(repeater control) in the parameter field (see page 12).
Parameter:  Parameter field (See page 12.)
Reply:  Response (Returned value)
*:  “A” indicates a command which can be used in power standby mode regardless of the ST ANDBY MODE 
setting.
  “B” indicates command which can be used in power standby mode when STANDBY MODE is set to 
STANDARD. (It cannot be used in the power standby mode when LOW POWER is \
selected.)  
“–” indicates a command which cannot be used in power standby mode.
Power control/Input mode selection
FunctionCommand DirectionParameter Reply Control/Response contents *
POWER CONTROL POWRW 0
 Switches to standby mode.
A
1
Returns from standby mode.
R 0Standby mode
1 Normal mode
2 Input signal waiting mode
INPUT MODE SELECTION INPSW 0Toggle change for input mode. Terminals not selected in DVI SELECT/
BNC SELECT/HDMI SELECT cannot be selected.
B
1
PC1 DVI-D
“ERR” when AV1 DVI-D is selected for DVI SELECT.
2 PC3 D-SUB
3 AV3 COMPONENT
“ERR” when PC4 RGB is selected for BNC SELECT.
4 AV5 VIDEO
6 PC4 RGB 
“ERR” when AV3 COMPONENT is selected for BNC SELECT.
7 AV1 DVI-D
“ERR” when PC1 DVI-D is selected for DVI SELECT.
8 AV4 S-VIDEO
9 AV2 HDMI
“ERR” when PC2 HDMI is selected for HDMI SELECT.
10 PC2 HDMI
“ERR” when AV2 HDMI is selected for HDMI SELECT.
R 1PC1 DVI-D
A
2
PC3 D-SUB
3 AV3 COMPONENT
4 AV5 VIDEO
6 PC4 RGB
7 AV1 DVI-D
8 AV4 S-VIDEO
9 AV2 HDMI
10 PC2 HDMI
SCREEN menu
FunctionCommand DirectionParameter Reply Control/Response contents *
AUTO ASNCW 1When the input mode is PC3, PC4.
-
CLOCK
CLCKWR 0-12000-1200When the input mode is PC3, PC4. Varies depending on the signal.
PHASE PHSEWR 0-630-63When the input mode is PC3, PC4.
POSITIONING POSITION OF 
THE LONGEST 
DIRECTION HPOS
WR 0-1000-1000-800 on PC3/PC4.   
Varies depending on the signal.
POSITION OF 
THE SHORTEST  
DIRECTION VPOS
WR 0-1000-1000-200 on PC3/PC4.  
Varies depending on the signal.
SIZE POSITION OF 
THE LONGEST 
DIRECTION HSIZ
WR 0-1000-100
POSITION OF 
THE SHORTEST  
DIRECTION VSIZ
WR 0-1000-100
RESOLUTION H-RESOLUTIONHRESWR 300-1920300-1920When the input mode is PC3, PC4.   
Only even numbers are valid for parameters.  
Varies depending on the signal.
V-RESOLUTION
VRESWR 200-1200200-1200
RESET ARSTW 1
Controlling the Monitor with a PC (RS-232C)
 
						

							E17
PICTURE menu
FunctionCommandDirectionParameter Reply Control/Response contents *
AUTO AGINW 1When the input mode is PC3, PC4. -
CONTRAST CONTWR 0-600-600-127 on PC3/PC4.
B
BLACK LEVEL
BLVLWR 0-600-600-127 on PC3/PC4.
TINT TINTWR 0-600-60
COLORS COLRWR 0-600-60
SHARPNESS SHRPWR 0-240-24
ADVANCED
(When the input 
mode is AV.) FLESH TONE
FLESWR 0-20-20: OFF, 1: LOW, 2: HIGH
B
3D-NR
TDNRWR 0-20-20: OFF, 1: LOW, 2: HIGH
MPEG-NR MPNRWR 0-10-10: OFF, 1: ON
3D-Y/C YCSPWR 0-10-10: OFF, 1: ON   (When the input mode is AV5)
C.M.S.-HUE CMHRWR -10-10-10-10R
B
CMHY
Y
CMHG G
CMHC C
CMHB B
CMHM M
CRST W 1Resets the hue.
C.M.S.-
SATURATION CMSR
WR -10-10-10-10R
CMSY Y
CMSG G
CMSC C
CMSB B
CMSM M
CRST W 2Resets the saturation.
C.M.S.-VALUE CMVRWR -10-10-10-10R
CMVY Y
CMVG G
CMVC C
CMVB B
CMVM M
CRST W 3Resets the brightness.
COLOR MODE BMODWR 00STD
B
2 2VIVID
3 3sRGB (When the input mode is PC)
WHITE BALANCE THRUCTMPWR 00When the input mode is PC1/PC2.
B
PRESET
1-151-15From 1: approximately 3,000K to 15: approximately 10,000K
(500K steps)
USER 9999
R-CONTRAST CRTRWR 0-5120-512“ERR” when CTMP is not set to 99.
G-CONTRAST CRTGWR 0-5120-512
B-CONTRAST CRTBWR 0-5120-512
COPY TO USER CPTUW 0Copies a preset value to the user setting. -
GAMMA GAMMWR 0-20-20: 1.8, 1: 2.2, 2: 2.4 B
RESET ARSTW 2 -
AUDIO menu
FunctionCommandDirectionParameter Reply Control/Response contents *
TREBLE AUTRWR
-10-10 -10-10
B
BASS
AUBSWR-10-10 -10-10
BALANCE AUBLWR-10-10 -10-10
RESET ARSTW 3 -
Controlling the Monitor with a PC (RS-232C)
 
						

							E18
SETUP menu
FunctionCommandDirectionParameter Reply Control/Response contents *
OSD H-POSITION OSDHWR 0-1000-100
B
OSD V-POSITION OSDVWR 0-1000-100
LANGUAGE LANGWR 1414ENGLISH
B
1
1DEUTSCH
2 2FRANÇAIS
3 3ITALIANO
4 4ESPAÑOL
5 5РУССКИЙ
6 6
 
HDMI AUTO VIEW HDAWWR 0-10-10: OFF, 1: ON B
PICTURE FLIP PFILWR 0-30-30: STANDARD, 1: MIRROR, 2: UPSIDE DOWN, 3: ROTATE B
Power On Delay PWODWR 00OFF
B
1-60 1-60ON
STANDBY MODE STBMWR 0-10-10: STANDARD, 1: LOW POWER B
RS-232C/LAN SELECT CTLSWR 0-10-10 : RS-232C 1 : LAN B
RS-232C/LAN COMMAND CMDMWR 0-20-20 : NORMAL, 1 : MODE1, 2 : MODE2 B
ID NUMBER ID NO. SETTINGIDSTW 0-255 Sets the monitor’s ID number. (“0” means “no ID number”.)
A
R
0-255Returns the monitor’s ID number.
ID NO. SETTING 
(ONCE) IDSL
W 1-255 Sets a monitor ID number.
This ID number is only effective for the command immediately after this 
command.
0 Clears the ID number if one has been designated.
ID NO. SETTING 
(SUBSEQUENT) IDLK
W 1-255 Sets a monitor ID number. 
This ID number is effective for the next and all subsequent commands 
after this command.
0 Clears the ID number if one has been designated.
ID CHECK IDCKW 0ID  : xxx 
IDLK  : yyy Displays monitor’s own ID number and the selected ID number on the 
screen.
B
OPTION menu
FunctionCommand
DirectionParameter Reply Control/Response contents *
DATE/TIME SETTING DATEWRAABBCCDDEE AABBCCDDEEAA: Year, BB: Month, CC: Day, DD: Time, EE: Minute
B
SCHEDULE SC01-
SC08WR
ABCDEFFGGH ABCDEFFGGHSchedule of a specified number
A: Schedule  0= Not effective, 1 = Effective
B: Power  0 = OFF, 1 = ON
C: Day of the week 1  0 = Only once, 1 = Every week, 2 = Every day
D: Day of the week 2  0 = Sunday, 1 = Monday through 6 = Saturday,
  9 = Not exist
E: Day of the week 3  0 = Sunday, 1 = Monday through 6 = Saturday,
  9 = Not exist
F: Time  00-23
G: Minute  00-59
H: Input  0 = Not specified, 1 = PC1/AV1, 2 = PC3,
  3 = PC4/AV3, 4 = AV5, 5 = AV4, 6 = PC2/AV2 B
INPUT SELECT DVI SELECTDVSLWR 0-10-10: PC1 DVI-D, 1: AV1 DVI-D B
BNC SELECT BNSLWR 0-10-10: PC4 RGB, 1: AV3 COMPONENT B
HDMI SELECT HDSLWR 0-10-10: PC2 HDMI, 1: AV2 HDMI B
HDMI AUDIO SELECTHMDAWR 0-10-10: DIGITAL, 1: ANALOG B
QUICK SHOOT (PC) QSPCWR 0-10-10: OFF, 1: ON B
QUICK SHOOT (AV) QSAVWR 0-10-10: OFF, 1: ON B
AUDIO OUTPUT AOUTWR 0-10-10: VARIABLE, 1: FIXED B
INPUT 
RESOLUTION 
(PC)
RESOLUTION CHECKPXCK R Returns current resolution in the form of hhh, vvv.
-
PIXEL SETTING 
(PC3, PC4)
PXSL
WR 11V: 768) 1360 x 768
2 2V: 768) 1280 x 768
3 3V: 768) 1024 x 768
5 5V: 480) 848 x 480
6 6V: 480) 640 x 480
7 7V: 1050) 1680 x 1050
8 8V: 1050) 1400 x 1050
9 9V: 768) AUTO
10 10V: 480) AUTO
INPUT RESOLUTION (AV)RESOLUTION CHECKRESO R -480i, 480p, 1080i, 720p, 1080p, VGA , etc. -
SCAN MODE SCANWR 0-20-20: MODE1, 1: MODE2, 2: MODE3   (When the input mode is AV) B
SELF ADJUST AADJWR 0-10-10: OFF, 1: ON B
POWER MANAGEMENT PMNGWR 0-10-10: OFF, 1: ON B
AUTO INPUT CHANGE AINCWR 0-10-10: OFF, 1: ON B
COLOR SYSTEM CSYSWR 0-50-50: AUTO, 1: PAL, 2: PAL-60, 3: SECAM, 4: NTSC3.58, 5: NTSC4.43 B
Controlling the Monitor with a PC (RS-232C)
 
						

							E19
ENLARGE menu (When the input mode is PC)
FunctionCommandDirectionParameter Reply Control/Response contents *
ENLARGE MODE EMAGWR 0-40-40: OFF, 1: 2 x 2, 2: 3 x 3, 3: 4 x 4, 4: 5 x 5
-
EMHV
WR 11-5511-551 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.)
BEZEL WIDTH WIDTH OF THE
SHORTER SIDEBEZH
WR 0-1000-100
WIDTH OF THE
LONGER SIDE BEZV
WR 0-1000-100
IMAGE POSITION (M x N) EPHVWR 11-5511-55Specify values in the order of ENLARGE-POS H/ENLARGE-POS V. (See 
page 9.)
IMAGE POSITION (2 x 2) EPOSWR 0-30-3See the description below.
IMAGE POSITION (3 x 3) EPOSWR 0-80-8
IMAGE POSITION (4 x 4) EPOSWR 0-150-15
IMAGE POSITION (5 x 5) EPOSWR 0-240-24
ENLARGED 
SCREEN 
POSITIONING THE LONGEST 
DIRECTION
EPSH
WR -999-999-999-999The setting range depends on the ENLARGE MODE setting and the
IMAGE POSITION.
THE SHORTEST 
DIRECTION EPSV
WR -999-999-999-999
ENLARGE/IMAGE POSITION SETTING ESTGWR XXYYXXYYXX: ENLARGE MODE (Same as EMAG), YY: IMAGE POSITION (Same 
as EPOS)
ESHV WR XXYYXXYYXX: ENLARGE MODE (Same as EMHV), YY: IMAGE POSITION (Same 
as EPHV)
• IMAGE POSITION (EPOS) setting
 
2 x 2 4 x 4 5 x 5 3 x 3 
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
PIP/PbyP menu
FunctionCommand DirectionParameter Reply Control/Response contents *
PIP MODES MWINWR 0-30-30: OFF, 1: PIP, 2: PbyP, 3: PbyP2 B
PIP SIZE MPSZWR 1-121-12 B
PIP POS THE LONGEST 
DIRECTION MHPS
W 0-100 B
R 0-100 B
THE SHORTEST  
DIRECTION MVPS
W 0-100 B
R 0-100 B
PIP V/H-POS MPOSW 0-100,0-100 Specify the position in MPOSxxxyyy format. 
(xxx: Longer side, yyy: Shorter side position) B
R 0-100,0-100Returns a response in (xxx,yyy) format. 
(xxx: Longer side, yyy: Shorter side position) B
PIP BLEND MWBLWR 0-150-15 B
PIP SOURCE MWIPWR 11PC1 DVI-D
B
2
2PC3 D-SUB
3 3AV3 COMPONENT
4 4AV5 VIDEO
6 6PC4 RGB
7 7AV1 DVI-D
8 8AV4 S-VIDEO
9 9AV2 HDMI
10 10PC2 HDMI
SOUND CHANGE MWADWR 1-21-21: MAIN, 2: SUB B
MAIN POS (Main screen) MWPPWR 0-10-10: POS1, 1: POS2 B
PbyP2 POS (Sub screen) MW2PWR 0-20-20: POS1, 1: POS2, 2: POS3 B
AUTO OFF MOFFWR 0-10-10: MANUAL, 1: AUTO B
Initialization/Functional Restriction Setting (FUNCTION) menu
FunctionCommandDirectionParameter Reply Control/Response contents *
ALL RESET RSETW 0-10: ALL RESET 1, 1: ALL RESET 2 -
ADJUSTMENT LOCK ALCKWR 0-20-20: OFF B
OSD DISPLAY LOSDWR 0-10-10: ON, 1: OFF B
LED OFLDWR 0-10-10: ON, 1: OFF B
TEMPERATURE ALERT TALTWR 0-20-20: OFF, 1: OSD & LED, 2: LED B
STATUS ALERT SALTWR 0-20-20: OFF, 1: OSD & LED, 2: LED B
Controlling the Monitor with a PC (RS-232C)
 
						

							E20
Controlling the Monitor with a PC (RS-232C)
Others
FunctionCommand DirectionParameter Reply Control/Response contents *
SCREEN SIZE (PC) WIDEWR 1-51-51: WIDE, 2: NORMAL, 3: Dot by Dot, 4: ZOOM1, 5: ZOOM2 B
SCREEN SIZE (AV) WIDEWR 1-51-51: WIDE, 2: ZOOM1, 3: ZOOM2, 4: NORMAL, 5: Dot by Dot B
VOLUME VOLMWR 0-310-31 B
MUTE MUTEWR 0-10-10: OFF, 1: ON -
INFORMATION MODELINF1R Value
A
SERIAL NO SRNOR Value
BRIGHT VLMPWR 0-310-31Brightness B
TEMPERATURE SENSOR DSTAR 0Internal temperature normal
A
1
Internal temperature abnormal (Standby mode)
2 Internal temperature abnormal (Temperature is normal now, but it was 
abnormal during operation.)
3 Internal temperature abnormal (Brightness of the backlight decreases.)\
4 Temperature sensor abnormal
TEMPERATURE  ACQUISITION ERRTR ValueTemperature at temperature sensors 1 through 3 are returned in the 
following forms:
[Sensor 1], [Sensor 2], [Sensor 3]
Indicates a temperature sensor abnormality when “126” is returned. A
CAUSE OF LAST STANDBY MODE STCAW 0Initialization
A
R
0No 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 Waiting mode by No Signal (Incl: VESA DPMS/DMPM)
6 Standby mode by abnormal temperature
8 Standby mode by SCHEDULE setting