Orion Pdp Opm 4240 Users Manual

							58
OPM-4240 / OPM-4240R
59
Infinitely Expandable 
Data -
IndexIDSet Data BitRead /WriteAddressBIC Data
Size1 byte1 byte1 byte1 byte4 byte
ValueVariable0x040x00VariableVariable
 
Length  -:	Length	value	is	0x08,	because	currently	only	32bit	configuration	is	applied. 
Check Sum  -: Add all the values in “Data” area. Then perform “NOT” operation.
Graphic User Mode Control3.19. 
Command for controlling Brightness, Contrast, Sharpness, Color and Tint by User -Command Code  -: 0x8A (Brightness), 0x8B (Contrast), 0x8C (Sharpness), 0x8D (Color), \
0x8E (Tint)One way communication (Send to PDP) -Data: ID(1 byte) + Control Data(1 byte) -The range of Control Data value and Applicable Input Mode -* All Input Mode: Brightness ("0" ~ "100"), Contrast ("0" ~ "100"), an\
d Sharpness ("0" ~ "28")* DTV, DVD, S-Video, Vide Input Mode: Color ("0" ~ "100"), Tint ("0" ~ "90")
Caution:  
Adjusted value cannot be applied during “Stand-by” or “No signa\
l” status. There must be input signal for each input mode to apply adjusted value, while MPDP is operated.
e.g.) Adjust Brightness "47(0x2F)" for MPDP ID No.1 -
STXCMDLengthIDControl DataETX
Value0x020x8A0x020x010x2F0x03
If you want to apply the adjusted value for all MPDP, set the value of ID area as "0x00". -
White Balance Control3.20. 
Command for controlling Gain R/G/B and Offset R/G/B of White Balance by user -Command Code  -: 0xAC (Gain R), 0xAD (Gain G), 0xAE (Gain B), 0xB0 (Offset R), 0xB1 (Offset G), 0xB2 (Offset B)One way communication (Send to PDP) -Data; ID (1 byte) + Control Data (1 byte) -The range of Control Data: "0 (0x00)" ~ "255 (0xFF)" -
Caution 1:   
Although ID area value is set as "0x00" to apply the same value to all M\
PDP, White balance may not be adjusted due to the deviation between sets. So, individual White Balance adjustme\
nt is recommended.
Caution 2:  
Adjusted value cannot be applied during "Stand-by" or "No signal" status\
. There must be input signal for each input mode to apply adjusted value, while MPDP is operated.
e.g.) Adjust Gain R "240(0xF0) for MPDP ID No. 1 -
STXCMDLengthIDControl DataETX
Value0x020x AC0x020x010xF00x03
RGB/DTV/DVD Data Control3.21. 
Command for adjust RGB value of PC input and Gain R/G/B and Offset R/G/B of Component input -Command Code (PC RGB, DTV, DVD Identity)  -: 0xB5 (Gain R), 0xB6 (Gain G), 0xB7 (Gain B), 0xB8 (Offset R), 0xB9 (Offset G), 0xBA (Offset B)One way communication (Send to PDP)  -Data: ID (1 byte) + Control Data (2 byte) -Control Data  -: Data Range : "0 (0x00)" ~ "1023 (0x3FF)" : Control Data 0 (Upper Byte), Control Data 1 (Lower Byte)Ex)  511(0x1FF)   → Control Data0: 0x01, Control Data1: 0xFF 
10(0x0A) → Control Data0: 0x00, Control Data1: 0x0A
Caution 1:   
Although ID area value is set as "0x00" to apply the same value to all M\
PDP, White balance may not be adjusted due to the deviation between sets. So, individual White Balance adjustme\
nt is recommended.
Caution 2:  
Adjusted value cannot be applied during "Stand-by" or "No signal" status\
. There must be input signal for each input mode to apply adjusted value, while MPDP is operated.
Caution 3:   Input mode should be decided before execute this command. Since Command Code is used for PC, DTV and DVD commonly, execute Multi-Scale command or Input Mode Change Command to adjust val\
ue for the exact input mode.
e.g.) Adjust Gain R “360(0x168)” of DTV Mode for MPDP ID No.1 -
STXCMDLengthIDControl DataETX
Value0x020xB50x030x010x010x680x03
e.g.) Adjust Offset R “500(0x1F4)” of PC Mode for MPDP ID No.2 -
STXCMDLengthIDControl DataETX
Value0x020xB80x030x020x010xF40x03
VIDEO Data Control3.22. 
Command for controlling Brightness, Contrast and Color of Video input -Command Code: 0xBE (Brightness), 0xBF (Contrast), 0xC0 (Color), -One way communication (Send to PDP) -Data: ID (1 byte) + Control Data (1 byte) -Control Data Range: "0 (0x00)" ~ "255 (0xFF)" -
Caution 1:  
Although ID area value is set as "0x00" to apply the same value to all M\
PDP, White balance may not be adjusted due to the deviation between sets. So, individual White Balance adjustme\
nt is recommended.
Caution 2:  
Adjusted value cannot be applied during "Stand-by" or "No signal" status\
. There must be input signal for each input mode to apply adjusted value, while MPDP is operated.
- e.g.) Adjust Brightness "128 (0x80)" for MPDP ID No.1 -
STXCMDLengthIDControl DataETX
Value0x020xBE0x020x010x800x03
Get Current Status3.23. 
Command	for	finding	out	current	PDP 	status -Command Code: 0x87 -Protocol Format - Two way Communication (Send to PDP, Receive From PDP) -
Caution: It will not respond during Stand-by. It should be executed only during operating status.
* Send to PDP
STXCMDLengthIDETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) -* Receive From PDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byte31 byte1 byte1 byte
               
						

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Data:  ID(1 byte) + Status(30 byte) -
no.DataLengthExplanation
0ID1 byteRange: 1 ~ 225 (for Full MPDP: 15 x 15)
1Input Source1 byte0x0C: PC, 0x0E: DVI, 0x0D: DT V, 0x07: DVD, 0x05: S-Video, 0x02: Video
2Resolution1 byteValue for the detected Resolution
3PWR Status1 byte0 : Power Off, 1: Power On
4BIC Mode1 byte0 : BIC Off, 1: BIC On
5Global Offset1 byte0 : Global Offset Off, 1: Global Offset On
6Color Temp.1 byte0 : Normal mode, 1: Studio mode
7Auto-Power Mode1 byte0 : Auto-Power Off, 1: Auto-Power On
8 ~13F/ W Version6 byteYear: 2 byte, Month: 2byte, Day: 2byte2012Year 12Month 29Day → 0x01 0x02 0x01 0x02 0x02 0x09
14Video Zoom Level1 byteDefault: 5, Allowable range: 1 ~ 9
15 ~2 2S/N8 byte123456 → 0x00 0x00 0x01 0x02 0x03 0x04 0x05 0x061 → 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x01
23~28Elapsed Time6 byte54321 → 0x00 0x05 0x04 0x03 0x02 0x0110 → 0x00 0x00 0x00 0x00 0x01 0x00
29Temperature1 byte0 ( 0x00 ): 0℃ ~ 127( 0x7F): 127℃  / 128 ( 0x80 ): -1℃ ~ 254 ( 0xFE): -127℃0xFF: Temp. Sensor Error
30FAN Status1 byte0x30 : Good, 0x31: Error
Check Sum -:Add all the values in "Data" area. Then perform "NOT" operation.< Detected Resolution (Different from supporting Resolution)>
ResolutionValueResolutionValueResolutionValue
640x480x600 (0x00)720Px602 0 ( 0 x14 )1600x1200x5043 ( 0x2B)
640x480x851( 0x01)720Px5021( 0 x15 )800x600x5044 ( 0x2C)
800x600x562(0x02)576Px5022 ( 0 x16 )1360x768x6045 ( 0x2D )
800x600x603(0x03)480Px602 3 ( 0 x 17 )640x350x8546 ( 0x2E)
800x600x754(0x04)1920x1080ix6024(0x18)640x480x7547( 0 x 2F )
800x600x855(0x05)1920x1080ix5025 ( 0 x19 )640x480x7248(0x30)
853x480x606 (0x06)1280x720Px6026 ( 0 x1A )115 2 x 8 6 4 x 7 549 ( 0x31)
1024x768x607( 0x07)1280x720Px5027( 0 x1B )1280x720x6050 (0x32)
1024x768x708 (0x08)PA L28 ( 0 x1C )1280x768x7551( 0 x 3 3 )
1024x768x759 (0x09)SECAM2 9 ( 0 x1D )12 8 0x1024x7552(0x34)
1024x768x8510 ( 0 x0A )PA LP30 (0x1E)1366x768x5053(0x35)
1280x768x6011 ( 0 x 0 B )NTSC31 ( 0 x1F )1400x1050x5054(0x36)
1280x960x6012 ( 0 x 0 C )NTSCP32( 0x20 )1440x900x6055 ( 0x37)
12 8 0x1024x6 013 ( 0 x 0 D )Unknown34(0x22)576ix5056(0x38)
1366x768x6014 ( 0 x 0 E )No-Signal35 ( 0x23)480ix6057( 0x39 )
1600x1200x6015 ( 0 x 0 F )853x480x5038(0x26)1080px6058 (0x3A)
1400x1050x6016 ( 0 x10 )12 8 0x1024x5 039 ( 0x27)1080px5059 (0x3B)
1706x960x6017( 0x11)1360x768x5040 ( 0x28 )1920x1080px6060 (0x3C)
1080ix6018 ( 0 x12 )1600x900x5041 ( 0 x 2 9 )1920x1080px5061( 0x3D )
1080ix5019 ( 0 x13 )1600x900x6042( 0x2A)
Theresolutionsinredanditaliccanbedetected,buttheyarenotsupportingresolution.※
Get Picture Control Data3.24. 
Command	for	finding	out	the	value	for	current	Picture	Control	Data	such	as	User	mode,	White	Balance,	Graphic,	and	Video. -Command Code: 0x88 -Protocol Format - Two way communication (Send to PDP, Receive from PDP) -
Caution 1: It will not respond during Stand-by. It should be executed only during operating status.
Caution 2: Values by Color temperature (Normal mode/ Studio mode) will be displaye\
d.
* Send to PDP
STXCMDLengthIDETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) -* Receive From PDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byte51 byte1 byte1 byte
Data:  ID(1 byte) + Status(30 byte) -
no.DataLengthExplanation
0ID1 byteRange: 1 ~ 225 (for Full MPDP: 15 x 15)
1User Mode – Brightness1 byteRange: 0 ( 0x00 ) ~ 100 ( 0x64)
2User Mode – Contrast1 byteRange: 0 ( 0x00 ) ~ 100 ( 0x64)
3User Mode – Sharpness1 byteRange: 0 ( 0x00 ) ~ 28 ( 0x1C )
4User Mode – Color1 byteRange: 0 ( 0x00 ) ~ 100 ( 0x64)
5User Mode – Tint1 byteRange: 0 ( 0x00 ) ~ 90 ( 0x5A)
6White Balance – Gain R1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
7White Balance – Gain G1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
8White Balance – Gain B1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
9White Balance – Offset R1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
10White Balance – Offset G1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
11White Balance – Offset B1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
12 ~13Graphic ( PC ) – Gain R2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
14 ~15Graphic ( PC ) – Gain G2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
16 ~17Graphic ( PC ) – Gain B2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
18 ~19Graphic ( PC ) – Offset R2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
20~21Graphic ( PC ) – Offset G2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
22~23Graphic ( PC ) – Offset B2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
24~25Graphic ( DT V ) – Gain R2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
26~27Graphic ( DT V ) – Gain G2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
28~29Graphic ( DT V ) – Gain B2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
30~31Graphic ( DT V ) – Offset R2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
32~33Graphic ( DT V ) – Offset G2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
34~35Graphic ( DT V ) – Offset B2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
36~37Graphic ( DVD ) – Gain R2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
38~39Graphic ( DVD ) – Gain G2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
4 0 ~ 41Graphic ( DVD ) – Gain B2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
42~43Graphic ( DVD ) – Offset R2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
44~45Graphic ( DVD ) – Offset G2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
46~47Graphic ( DVD ) – Offset B2 byteRange: 0 ( 0x00 ) ~ 1023 ( 0x3FF)
48Video – Brightness1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
49Video – Contrast1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
50Video - Color1 byteRange: 0 ( 0x00 ) ~ 255 ( 0xFF)
Check Sum -: Add all the values in "Data" area. Then perform "NOT" operation.
               
						

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Factory Data Load (Picture Control Data)3.25. 
Picture Control value such as User Mode, White Balance, RGB Data, DTV Da\
ta, DVD Data and VIDEO Data that are adjusted at the factory will be  -applied. (It is different from Default Data Load)Command Code: 0x83 -One way Communication (Send to PDP) -Data: ID (1 byte) -e.g.) Load the factory value for MPDP ID No.1 and Read Picture Control Data -
STXCMDLengthIDETX
Value0x020x830x010x010x03
IfyouneedFactorydatavalueforallMPDP,setthevalueofIDareaas"0x00"※
STXCMDLengthIDETX
Value0x020x880x010x010x03
Pleasereferto"GetPictureControlData"※
DVI Over-Scan On/Off3.26. 
User can select Over-scan when DTV resolution is detected from DVI input\
. -Command Code: 0xE4(On), 0xE5(Off) -One way communication (Send to PDP) -Data: ID (1 byte) -e.g.) DVI Over-scan On and Off for MPDP ID No.1 -
STXCMDLengthIDETXSTXCMDLengthIDETX
Value0x020xE40x010x010x030x020xE50x010x010x03
IfyouwanttoexecuteDVIOver-Scan(On/Off)forallMPDP,setthevalueofIDareaas"0x00".※
Get Temperature Status (for IP Board)3.27. 
Command for collecting temperature information of IP board -Command Code: 0x7F -Protocol Format - Two way communication (Send to PDP, Receive from PDP) -
- Caution: It will not respond during Stand-by. It should be executed only during operating status.
* Send to PDP
STXCMDLengthIDETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) -* Receive From PDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) + Temp. Data(1 byte) -Temp.	Data:		0(0x00):	0℃	~	127(0x7F):	127℃		  -128(0x80):	-1℃	~	254(0xFE):	-127℃ 
0xFF: Temp. Sensor ErrorCheck Sum -: Add all the values in "Data" area. Then perform "NOT" operation.
Adjust H-Align(for DTV, DVD mode)3.28. 
If H align is not correct at the expanded image of 2x2 or wider with DTV\
/DVD input, it can be adjusted.   -Also the adjusted data can be read with this function.Command Code: 0xED(Set), 0xEE(Get) -Set command is one-way communication (Send to PDP), Get command is two\
-way communication (Send to PDP, Receive from PDP) -
Caution: it does not respond at Stand-by status. It should be used at op\
erative status. 
Set Command (one-way communication) -* Send to PDP
STXCMDLengthDataETX
1 byte1 byte1 byten byte1 byte
Data: ID(1 byte) + Data(1 byte) -
IndexIDAdjust Data
Size1 byte1 byte
ValueVariableVariable (1~5)
Length : The value of "Length" is "0x02".  -
Get Command (two-way communication) -* Send to PDP
STXCMDLengthIDETX
1 byte1 byte1 byte1 byte1 byte
Data:  ID(1 byte) -* Receive From PDP
STXCMDLengthDataCheck SumETX
1 byte1 byte1 byte1 byte1 byte1 byte
-Data:  ID(1 byte) + Data(1 byte)-Check Sum     : Add all the values in "Data" area and execute "Not" operation.
 
The difference between OPM-4240 Protocol and MIS-4230 Protocol4. 
Revised or Deleted items  4.1. 
Protocol Format Change (Total Data length reduced): Refer to Page 50~51 -Additional SHDN Control command will not be sent, when Data read command\
 is sent. -Multi-Scale Data Format change (within 8 byte): Refer to Page 52 (3.3\
. Multi-Scale) -Picture Control Variable change -
1."Color"and"Tint"in"UserMode"canbeadjustedonlyinDTV,DVDandVIDEO:Refertopage58(3.19.GraphicUserModeControl)
2."Cr","Cb"and"Tint"adjustmentin"VideoData"aredeleted(VideoandS-Videocontrolarecombined):Refertopage59(3.22.VIDEOData
Control)
Newly added items4.2. 
Temperature measurement (for IP): Refer to Page 62 (3.27. Get Temperature Status (for IP Board)) -Elapsed time: Refer to Page 56 (3.14. Elapsed Time) -APL Soft: Refer to Page 55 (3.11. APL Control) -DVI Over-Scan; Refer to Page 62 (3.27. Get Temperature Status (for IP Board)) -Auto-Calibration: Refer to Page 56 (3.16. Auto-Calibration) -
               
						

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Infinitely Expandable 
STX
ETX02
03
※a
ttachment : a SCii to HEX Conversion Table
※Hex code value according to Set iD 
iD 1
id[0] = 0x30
id[1] = 0x31
iD 2
id[0] = 0x30
id[1] = 0x32
iD 3
id[0] = 0x30
id[1] = 0x33
iD 4
id[0] = 0x30
id[1] = 0x34
iD 5
id[0] = 0x30
id[1] = 0x35
iD 6
id[0] = 0x30
id[1] = 0x36
iD 7
id[0] = 0x30
id[1] = 0x37
iD 8
id[0] = 0x30
id[1] = 0x38
iD 9
id[0] = 0x30
id[1] = 0x39
iD 10
id[0] = 0x30
id[1] = 0x3A
iD 11
id[0] = 0x30
id[1] = 0x3B
iD 12
id[0] = 0x30
id[1] = 0x3C
iD 13
id[0] = 0x30
id[1] = 0x3D
iD 14
id[0] = 0x30
id[1] = 0x3E
iD 15
id[0] = 0x30
id[1] = 0x3F
iD 16
id[0] = 0x31
id[1] = 0x30
iD 17
id[0] = 0x31
id[1] = 0x31
iD 18
id[0] = 0x31
id[1] = 0x32
iD 19
id[0] = 0x31
id[1] = 0x33
iD 20
id[0] = 0x31
id[1] = 0x34
iD 21
id[0]	=	0x31
id[1]	=	0x35
iD 22
id[0]	=	0x31
id[1]	=	0x36
iD 23
id[0]	=	0x31
id[1]	=	0x37
iD 24
id[0]	=	0x31
id[1]	=	0x38
iD 25
id[0]	=	0x31
id[1]	=	0x39
(MPDPD 5X5)
7.1. Before calling for service
Before calling for any repair, check the following and then refer to a near A/S center.
7. Other tips
▶"Tick" sound from the main body.
 
If there is no problem with the screen or sound, the “tick” sound is likely to result  y
from the cabinet lightly shrinking with the change of room temperature.  The sound 
does not affect product’s performance.
▶no image at upper and lower part of the screen.
As for a screen which is over 16:9 in width (such as cinema-sized one), no image  y
may be displayed at upper and bottom part of the screen.
▶Speckles or white lines on the screen
 
Check whether the problem is caused by vehicle, streetcar, high-voltage cable or  y
neon sign, which emitting interference wave or electromagnetic induction.  Avoid any 
interfering object.
▶Screen or a PDP Set is hot
PDP sets or screen can be hot, because basic principle of PDP driving is Plasma  y
discharge between electrodes. 
It is not a defect or a malfunction of the product, you may continue to use the product. y
               
						

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7.2. about Plasma display panel
The followings are phenomena caused by characteristics of the plasma display panel. 
Since it is not a fault, you may continue to use the product.
▶Black or twinkling spots on the screen
Although the plasma display panel is manufactured with high-precision  y
technology, there may exist black or twinkling spots on the screen. 
Since it is not a fault, you may continue to use the product.
▶Burn-in effect
Displaying static images such as still video frames or computer screen  y
images for an extended period of time may cause burn-in effect.   
The burn-in effect may be gradually reduced by displaying full white 
pattern. 
However, please always be careful in using static images on this product,  y
because such burn-in effect may cause permanent damages in some 
cases.
▶noise from the inside
When you turn on the product slight buzzing sound may be heard  y
from the rear of display panel. Since it is not a fault, you may continue 
to use the product.
▶Screen decolorization
Optical film that is attached on the panel can be slightly decolorized  y
after long time of use.  The degree of decolorization may vary 
depending on display contents and conditions. 
It is due to the characteristics of the film, but it is not a defect. 
(It is caused by chemical characteristics of the film.)
Caution
Caution
Caution
Caution
8. applicable signals
8.1. DVD / DTV
8.2. PC & DVi
When you select PC for input source, it does not support DTV signal.  y
InputSignalResolutionRemarks
DVD
480i720x480
480p720x480
576i720x576
576p720x576
DTV
720p1280x720
1080i1920x1080
1080p1920x1080
ResolutionV-Freq.(Hz)H-Freq.(KHz)Remarks
640x4806031.46VESA DMT
800x6005030.99VESA CVT
800x6006037.88VESA DMT
853x4805031.50-
853x4806031.50VESA DMT1024x7686048.36
1280x7686047.69VESA CVT
1280x9606060.00VESA DMT
1280x10245052.67VESA CVT
1280x10246063.97VESA DMT
1360x7685039.56VESA CVT
1360x7686047.71VESA DMT
1366x7685048.79-
1366x7686048.77-
1400x10506065.317VESA CVT
1600x9005046.39VESA CVT
1600x9006055.99VESA CVT
1600x12005061.79VESA CVT
1600x12006075.00VESA DMT1706x9606059.57
               
						

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Model nameOPM-4240
Power supply100 ~ 240V AC. 50/60Hz
Power consumption
Average (Typical)300W 
Max360W 
Plasma display panel42 inch, 16:9 Aspect Ratio
Contrast ratio10,000 :1 (Dark Room)
Brightness1,000 cd/㎡ (Without film & BIC)
Burn-in effectBurn-In Compensation (BIC)
Front filterAGAR (Anti Glare Anti Reflection)
number of pixels853(H) X 480(V)
Seam gap (In case of multi formation)3.5mm
Environmental condition
Temperature0°C~ 35°C
Humidity20% ~ 70%
Signal
Video signalNTSC, PAL, SECAM
PC signalSVGA, WVGA, XGA, SXGA, WXGA, UXGA
FrequencyHorizontal Frequency  15.5 ~75kHz 
Vertical Frequency  50/60Hz
ConnectorsInputOutput
VideoCVBS : BNC 1pinCVBS : BNC 1pin
S-Video : DIN 4pinS-Video : DIN 4pin
ComponentY, Pb, Pr : BNC 3pinY, Pb, Pr : BNC 3pin
PCPC RGB : D-Sub 15pinPC RGB : D-Sub 15pin
DVITMDS : DVI-D 24pinTMDS : DVI-D 24pin
SerialRS-232C D-Sub 9pin(female)RS-232C D-Sub 9pin (male)
External dimension 924.6mm[W] X 521.8mm[H] X75.4mm[D] 
Weight25kg (±1kg)
※Product design and specification can be changed for quality improvement without prior notice.
924.6 mm(±0.2)75.4mm(±0.5)528.9mm (±1)
521.8mm
(±0.2)
336.0mm
(±1)
Model nameOPM-4240R
Power supply100 ~ 240V AC. 50/60Hz
Power consumption
Average (Typical)300W 
Max360W 
Plasma display panel42 inch, 16:9 Aspect Ratio
Contrast ratio10,000 :1 (Dark Room)
Brightness1,000 cd/㎡ (Without film & BIC)
Burn-in effectBurn-In Compensation (BIC)
Front filterAGAR (Anti Glare Anti Reflection)
number of pixels853(H) X 480(V)
Seam gap (In case of multi formation)5mm
Environmental condition
Temperature0°C~ 35°C
Humidity20% ~ 70%
Signal
Video signalNTSC, PAL, SECAM
PC signalSVGA, WVGA, XGA, SXGA, WXGA, UXGA
FrequencyHorizontal Frequency  15.5 ~75kHz 
Vertical Frequency  50/60Hz
ConnectorsInputOutput
VideoCVBS : BNC 1pinCVBS : BNC 1pin
S-Video : DIN 4pinS-Video : DIN 4pin
ComponentY, Pb, Pr : BNC 3pinY, Pb, Pr : BNC 3pin
PCPC RGB : D-Sub 15pinPC RGB : D-Sub 15pin
DVITMDS : DVI-D 24pinTMDS : DVI-D 24pin
SerialRS-232C D-Sub 9pin(female)RS-232C D-Sub 9pin (male)
External dimension 926.2mm[W] X 523.6mm[H] X76.5mm[D] 
Weight25kg (±1kg)
※Product design and specification can be changed for quality improvement without prior notice.
926.2 mm(±0.2)76.5mm(±0.5)528.9mm (±1)
523.6mm
(±0.2)
336.0mm
(±1)
9. Specifications