LITEMAX SLO2137 Sunlight Readable 21.5” LED B/L LCD User
Contents
1. FIN SEZ cu E AR 272mmX100mmX20mm Page 24 AD2662GDV MO ANE Saal N US JU Bo i m m di gt at ja a me bi I VS a Sante SEARS L6 C ED Cr Jc Uc Si ES See Ud Toe i Y I CU Te E Xx 1 INO RARARAAARAA NI I N w E i i He ad S Page 25 U ZON 10 0000000 o 0 0 Hama BH AD2662 Board Pin Define J3 Panel connector CN3 DVI D INPUT Connector CONECTO 1 MDS Data2 9 MDS Data 1 17 MD S Data0 i M D S Data2 ei M D S Data1 ei M D S Data0 T M D S Data2 4 T M D S Dat2. ENRICH YOUR VISUAL WORLD by LITEMAX Wide Temp LED Bac tig LITEMAX SLO2137 Sunlight Readable 21 5 LED B L LCD User Manual 1st Edition 2014 Mar 25 All information is subject to change without notice Approved by Checked by Prepared by LITEMAX Electronics Inc 8F No 137 Ln 235 Baogiao Rd Xindian Dist New Taipei City 23145 Taiwan Tel 886 2 8919 1858 Fax 886 2 8919 1300 Homepage http www litemax com Page 1 RECORD OF REVISION Version and Date Page Old Description New Description Remark Page 2 Contents RECORD OFREVISION ma ae aaa 2 CONN TOTNM 3 1 0 GENERAL DESCRIPTION kikit a AA a e pr n sa 4 2 0 Electrical characteristics ee een 6 SO OPTICAL SPECIFICATION eiii 16 4 0 LED DRIVING BOARD SPECIFICATIONS coococococonononononononononononannnnnnananananananananananans 19 5 0 AD2662GDVAR SPECIFICATIONS ete tate anan nannan nana nana nas kaka un nn nn nn nn nn un nn nn nn nn nn nn nn nn nn nn nn 22 6 0 MECHANICAL DRAWING nk Gd Wan re 37 TU PRECAUTIONS edo 38 Page 3 1 0 GENERAL DESCRIPTION SLO2137 is 21 5 wide color TFT LCD module as active switching devices with 1 400nits LED backlight powered by Durapixel technology This module has a 21 5 inch diagonally measured active area with Full HD resolutions 1920 horizontal by 1080 vertical pixel array Each pixel is divided into RED GREEN BLUE dots which are arranged in vertical stripe and this module can display 16 7M col
3. 0 1434 EN 0 03 B E 0 0674 Da 2 y 0 03 10 3078 n ur 0 03 mE W 0 3456 ES z y 0 03 X axis right g 0 Y ES EN X axis left p 180 ii EN Mow ne y axis Degree a up 9 90 yaxis down Da 89 p 0 Page 16 Test Mode 1 Definition of Viewing Angle Ox Oy Normal Ox Oy 0 12 o clock direction ny m om om oun a ms 6 o clock ax 90 y 90 2 Definition of Test Point L IA 1 4L ger PUN A B C 1 4 I 4 9 Active Area Page 17 3 BM 7 Measurement Setup LCD Module LCD Panel Center ofthe Screen Field of View 2 500 mm 4 Klein K 10 Measurement Setup LCD Module LCD Panel Page 18 BM 7 Light Shield Room Ambient Luminance lt 2 lux Center of the Screen 4 0 LED DRIVING BOARD SPECIFICATIONS 1 LED Application This specification is applied to LED converter unit for SLO2137 1400 nits LED backlight 2 Operating Characteristics Hem symbol Condition MIN IYE MAX unit Remark _ oe Current m adj 5V mi Pet n Current VIN 12V Vadj 0V a ka si LED Current VIN 12V Vadj 5V ele LED Current aem 2V Vadj 0V High Brightness 1 49 1 52 1 55 Working Frequency fe Vadi ov 240 250 260 KHZ Brightness Control Connection of Voltage RESI Vadji5 Yo Ven ermaroperatos 2 s v ON OFF Control Vott Normal
4. PRECAUTIONS 1 High temperature or humidity may reduce the performance of module Please store LCD module within the specified storage conditions 2 It is dangerous that moisture come into or contacted the LCD module because the moisture may damage LCD module when it is operating 3 It may reduce the display quality if the ambient temperature is lower than 10 C For example the response time will become slowly and the starting voltage of lamp will be higher than the room temperature OPERATION PRECAUTIONS 1 Do not pull the I F connector in or out while the module is operating 2 Always follow the correct power on off sequence when LCD module is connecting and operating This can prevent the CMOS LSI chips from damage during latch up Page 38
5. power Pattern FIG 3 Mosaic pattern amp White Pattern for power consumption measurement Page 6 Interface Connections LCD Module LCD Connector CN1 15100 L300 C23 UJU GT103 305 HF15 LSM Mating Connector FI X30C2L Manufactured by JAE or Equivalent Table 3 MODULE CONNECTOR CN1 PIN CONFIGURATION Description 1 FROM Minus signal of odd channel O LVDS Plus signal of even channel 1 LVDS 2 FROP Plus signal of odd channel 0 LVDS Ground 3 FRiM Minus signal of odd channel 1 LVDS V Minus signal of even channel 2 LVDS 4 FRiP Plus signal of odd channel 1 LVDS Plus signal of even channel 2 LVDS 5 FR2M Minus signal of odd channel 2 LVDS SCLKINM Minus signal of even clock channel LVDS 6 FR2P Plus signal of odd channel 2 LVDS SCLKINP Plus signal of even clock channel LVDS f GND Ground SR3M Minus signal of even channel 3 LVDS 8 FCLKINM Minus signal of odd clock channel LVDS EA SR3P Plus signal of even channel 3 LVDS 9 FCLKINP Plus signal of odd clock channel LVDS GND Ground FR3M Minus signal of odd channel 3 LVDS NC No Connection I2C Serial interface for LCM FR3P Plus signal of odd channel 3 LVDS NC No Connection I2C Serial interface for LCM SROM Minus signal of even channel 0 LVDS ITLC Interlace mode selection SROP Plus signal of even channel 0 LVDS Vico Power Supply 5 0V GND Ground VLCD P
6. DS Clock to Clock Skew Marain Even to Odd Exew Eo Page 9 TI lu I LUBE Ciudad Clock F 1 T LWDS Even Glock l A II i lt Clock skew margin scan channels 3 Data Format 1 LVDS 2 Port 7 Telk l l RCLK Telk 47 Tolk 47 Tak 1 7 RXin00 ore om om om sa Bi eo oe oe alia oct oc og oc 061 oe om oc RXin02 oe om om om DE em am Te RXin03 Dar or a ow KE x AA RXinED L ERS so cr Saat 1 miei I iti L L RXGNET er em EG Em EGI aje FAH I EDO T FCS Si Fra I RXinE2 e em OO De eme es em vec ee ue lee PreviousiNH th cdo current ag Zr MexkN Rh Cycle an ODD tst Pixel EVEN 2nd Pixel lt ESSA RE GASON LE EZB LESER A A E EGRE EIA E EE E A A EIERN A EI ES DAN ESL ESL EI DONN AI I COCO E II ZI II EI EI EN I SI RT ER EI E I IA A SIZE A ZI EIER BEER TITTEN IE lt LVDS Data Format gt Page 10 Signal Timing Specifications This is signal timing required at the input of the TMDS transmitter All of the interface signal timing should satisfied with the following specifications for it s proper operation Table 6 TIMING TABLE Period Frequency Period Horizontal Valid Horizontal Blank Hsync Frequency Width Horizontal Back Porch Horizontal Front Porch Period 1090 Vertical Valid 1080 1080 Vertical Blan
7. EWETWNEZEXNW pes ah ap or haaa alt 111311 ilo 0000000 pa hah mom mil osso so aa aa aaa ap woo GG aa I TO o i Page 13 Power Sequence Power Supply For LCD Vico U Lg a ga Ti Ta M Ma I I A p i K Valid Data A 3 Interface Signal Tx OY Option Signal ITLC Power Supply for LED LED Off LED On LED Off Table 8 POWER SEQUENCE Parameter 0 01 500 200 0 01 1000 Please avoid floating state of interface signal at invalid period When the interface signal is invalid be sure to pull down the power supply for LCD V to OV The invalid signal means out of the signal timing specification which define as page 14 The above power sequence should be satisfied the basic power on off and resolution timing transition 5 LED power must be turn on after power supply for LCD and interface signal are valid Motes P bah pe Page 14 VLCD Power Dip Condition Vicp GND ground FIG 6 Power dip condition 1 Dip condition 3 5V SV lt 45V ty lt 20ms 2 Vip 3 5V Viep dip conditions should also follow the Power On Off conditions for supply voltage Page 15 3 0 OPTICAL SPECIFICATION fem Teba min me Mec um Note Contrast Ratio CRn 1300 1 Luminance of White Lave 1200 1400 cd m 2 Response Time TDRV 5 E ms 3 0 6621 Si 0 03 EN i R 0 3308 Ed E y 0 03 Es E 0 3078 Ki E 0 03 0 6114 Gy l coo TO Chromaticity
8. ICAL DRAWING SLO2137 Page 37 7 0 PRECAUTIONS HANDLING PRECAUTIONS 1 The module should be assembled into the system firmly by using every mounting hole Be careful not to twist or bend the module 2 While assembling or installing modules it can only be in the clean area The dust and oil may cause electrical short or damage the polarizer 3 Use fingerstalls or soft gloves in order to keep display clean during the incoming inspection and assembly process 4 Do not press or scratch the surface harder than a HB pencil lead on the panel because the polarizer is very soft and easily scratched 5 If the surface of the polarizer is dirty please clean it by some absorbent cotton or soft cloth Do not use Ketone type materials ex Acetone Ethyl alcohol Toluene Ethyl acid or Methyl chloride It might permanently damage the polarizer due to chemical reaction 6 Wipe off water droplets or oil immediately Staining and discoloration may occur if they left on panel for a long time 7 If the liquid crystal material leaks from the panel it should be kept away from the eyes or mouth In case of contacting with hands legs or clothes t must be washed away thoroughly with soap 8 Protect the module from static electricity it may cause damage to the C MOS Gate Array IC 9 Do not disassemble the module 10 Do not pull or fold the lamp wire 11 Pins of I F connector should not be touched directly with bare hands STORAGE
9. O BOARD Pin Define J1 Component Y Component Cb Component Y GND Component Cr GND S Video Y GND S Video C GND Composite 11 GND 12 GND 13 TXD 14 RXD 15 GND 16 GND 17 GND 18 GND 19 Audio IN L 20 Audio IN R Page 30 IR Receive Board Pin Define J1 IR Connector 1 DATA OUT 2 GND 3 VCC 4 NC DC Characteristics Operation Temperature 0 70 C Storage Temperature Note These values are for the A D board body Page 31 OSD menu Here are some instructions for you to use the OSD On Screen Display By pressing the menu you will see the below picture Timing shows resolution H frequency and V frequency of the panel Version shows the firmware control version This 2 information is not changeable by user SOURCE TIMING There are 7 sub pages inside the OSD manual Brightness Signal select Sound Color Image Tools and Exit When you press menu button you enter the Brightness sub page You will see 5 selections i J 7 Jei press menu ipress menu OSD Brightness press right key press menu once you can go into adjust the brightness Press left you can dim down the brightness to 0 while press right you can increase the brightness to 100 Ambient light sensor press this Icon must to accompany with Litemax ambient light sensor to auto dimming OPTION Potentiometer press this icon adjust VR functio
10. a1 3 T M D S Data0 5 arco ata gag 4a r M D T M D S Datas Data4 de M D T M D S Datas Data3 20 fr M D T M D S Datas Data5 T M D S Data4 T M D S Data3 T M D S Data5 DDC Clock 5V Power T M D S Clock Shield round T M D S Clock ha 5V DDC Data 8 Not Connected 16 Hot Plug Detect 24 fr M D S Clock Page 26 CN5 DVI D Connector 16pin 2 0mm into Funcion Pinno Funcion Pinno Function er as f we 7 2 Da fee pono me p CN2 Analog RGB Input connector D SUB 15Pin Le sm oesrpton Pio Sym _ Description _ marea o ov mc o REDRIN Rearoum 14 VSYNC vericasme e BERT ome Rem CN4 Analog RGB Input connector 13pin connector Pin No Symbol Description Pinho Symbol Description Sa opopascex s BND BwReum 3 sb Doc Sera Date o BLUE Arson Bue e V9mG vertical syne 13 RED Analog Red 7 esme Horzonaisme JS1 Power DIN 12V JS1 Power Jack 12V Page 2 J1 Power connector 12V 6PIN 2 0mm J2 Inverter Connector 8PIN 2 0mm BRIGHT Dimming adjust 6 12VDC Input 12VDC J7 J9 FAN 2PIN 2 0mm 3 owe 6 WNUKY a ea 8 ow 4 ome gt ow Ds E J10 Speaker Connector 4PIN 2 0mm Page 28 J11 Extern Funtion Connector 11P X 2PIN 2 0mm J5 Ambient 3PIN 2 0mm J4 VR connector 3PIN 2 0mm Page 29 V
11. are not satisfied about the Autotune result you can adjust manually by Clock The screen will be wider if you adjust this function Phase If you see double image on characters you can adjust Phase to make it perfect image HPos You can shift the screen horizontally by this function Vpos You can shift the screen vertically by this function Exit Back to normal screen TOOLS On the Tools sub menu you will see 4 icons SOUPLE TIMING SOURCE TIMING Page 35 Osd_time You can selection the time of OSD from 2 sec to 16 sec C Osd_HPos You can move the OSD horizontally over the screen Osd_VPos You can move the OSD Vertically over the screen Exit back to main menu Factory_Reset By pressing this the screen will be back to the factory setting on very beginning and lost all the personal settings Sharpness You can make the characters looks sharper Exit E E GE T BURNIN MODE Factory Burn in mode While your VGA cable is connected on the monitor press Menu and Left and Right lt simultaneously you will see BURN IN MODE on the center of the screen for 3 sec Then unplug the VGA cable the screen will show Red Green Blue White and Black in sequence automatically You can plug in the VGA signal cable and re plug the power connector to exit the burn in mode KEY LOCK MODE OSD Lock Function It is possible to lock all the OSD buttons
12. data output 2 14 pa TTL Input G5 Tx OUT2 Negative LVDS differential data output 2 TIL Input B0 LVDS GND Ground pin for LVDS 16 DI6 TTL Input B6 LVDS Voc Power Supply for LVDS Power Supply for TTL Input Tx OUT1 Positive LVDS differential data output 1 lis DI TTL Input B7 Tx OUT1 Negative LVDS differential data output 1 19 ve TTL Input B1 Tx DUTO Positive LVDS differential data output 0 20 DIS TTL Input B2 Tx OUTO Negative LVDS differential data output O Ground pin for TTL Input LVDS GND Ground pin for LVDS TTL Input TTL pt R6 TTL Input 84 si vo mna o Tinga 65 TTL Input R1 TTL Input RSVD GND Ground pin for TTL power Supply for TE Input TTL pt 2 TTL pit HSIN TTL Input R TTL Input SNO TTL pt Rd Notes 1 Refer to LVDS Transmitter Data Sheet for detail descriptions 2 7 means MSB and 0 means LSB at R G B pixel data Page 8 LVDS Input characteristics 1 DC Specification LVDS PA Vin max VIN MIN Mo LVDS LVDS Veu LVDS LVDSSH2 Symbol im LVDS Differential Voltage LVDS Common mode Voltage ETET LVDS Input Voltage Range Change in common mode Voltage we e 2 AC Specification la Tek pi I L LVDS Clock n ri i Lo E sew Far Te i 1 95 MHz gt Folk gt 85MHz 300 300 t aew 2 85 MHz gt Folk 2 65MHz 400 400 3 65 MHz gt Folk gt 30MHz 600 600 LVDS Clock to Data Skew Margin usi ren gt Fclk 65MHz LV
13. ity control and LED string current is typical value FIG 2 Temperature and relative humidit 90 60 dA 60 UH 50 E Storage Wet Bulb Ay Temperature C A 3 40 7 Pa fx A 40 gr i r i o gos i E I 11096 70 80 Dry Bulb Temperature C Page 5 2 0 Electrical characteristics TFT LCD Module Power Specification Input power specifications are as following Parameter MODULE Power Supply Input Voltage Permissive Power Input Ripple ILCD Mosaic ILCD White Pc Mosa Power Consumption Power Supply Input Current E Pewne Rush current RUSH Note 1 Permissive power ripple should be measured under V 5 0V 25 C frame frequency MAX condition and At that time we recommend the bandwidth configuration of oscilloscope is to be under 20Mhz See the next page 2 The specified current and power consumption are under the VLCD 5 0V 25 2 C fV 60Hz condition whereas Typical Power Pattern Mosaic shown in the Figure 3 is displayed 3 The current is specified at the maximum current pattern 4 Maximum Condition of Inrush current The duration of rush current is about 5ms and rising time of power Input is 500us 20 min e Permissive Power input ripple Vico 5 0V 25 C fv frame frequency MAX condition White pattern Black pattern e Power consumption V co 5V 25 C fV frame frequency 60Hz condition Typical power Pattern Maximum
14. k 20 80 Width 16 Vertical Back Porch 32 Vsync Frequency 75 Vertical Front Porch 32 Note Hsync period and Hsync width active should be even number times of tcLk If the value is odd number times of tcLK display control signal can be asynchronous In order to operate this LCM a Hsync Vsyn and DE data enable signals should be used 1 The performance of the electro optical characteristics may be influenced by variance of the vertical refresh rates 2 Vsync and Hsync should be keep the above specification 3 Hsync Period Hsync Width and Horizontal Back Porch should be any times of of character number 4 4 The polarity of Hsync Vsync is not restricted 5 The Max frequency of 1920X1080 resolution is 82 5Mhz Page 11 Signal Timing Waveforms 1 Dax DE DATA waveforms First data Invalid data Chine 0 0 X Ping 20X Invalid data Valid data Second data Invalid data ee 1 0 Pixel 3 0 x 7 Invalid data DE Data Enable 2 Horizontal waveform THP tuv E C 0M_MY DE Data Enable A DE 3 Vertical waveform tuv DE Data Enable DE Page 12 Color Input Data Reference The Brightness of each primary color red green blue is based on the 8 bit gray scale data input for the color the higher the binary input the brighter the color The table below provides a reference for color versus data input Table 7 COLOR DATA REFERENCE mes ee EC em eere eese ees alo Ce NE
15. n OPTION Ambient light sensor with OSD offset press this Icon Press menu once you can adjust min luminance to fit your application OPTION Contrast Press menu and right you can adjust the contrast from 0 to 100 by pressing the left and right Exit You can exit this sub menu back to normal screen Page 32 Sound SOURCE YEA TIMING Se er ae There are 3 options for Sound sub page n Audio Volume Audio volume adjustment O ni Mute You can mute the speaker by pressing this option Exit back to the normal screen SOURCE TIMING Auto Color by press this Auto Color option you can get the optimal color performance a SRGB Windows standard color setting Page 33 SOURCE VGA TIMING 6500 HM Color Tempture You can have 3 options in this selection Color Tempture User Color Tempture_6500K Color Tempture_9300K user mode 6500K Warm color scheme 9300K Cold color scheme Def ault is user and inside all R G and B are set 100 Exit back to the normal screen Image Go into the Image page you can see below picture SOURCE TIMING Page 34 Auto just Pressing this option the AD2662 will adjust the optimal frequency of horizontal and vertical You will see Auto tune On the screen for around 3 seconds Clock If you
16. nal RS232 control optional Input Power 12V DC CBVS S VIDEO YCbCr optional INPUT Audio in and b2Wx2 Audio Out optional IR Remove control Page 22 Outline Dimensions AD2662 150mmX100mmX20mm Be NL N NAI po mo CN a Ban oo Qe Y E ai freni O n l cm Er Er TE Cess CD o E AA MO gt NI ES SEP N N VA u ba If gx E a o a o A a a 7 9 4 NI a m e N SA n a a 4 e 4 gom MM Y la E a m SA Ha a a a o x a o E n Sal a E a Se N o LU o pm o L del e LI H 2 AT L SE ate Ny MES NZ LIN HE NS U a Be Page 23 VO BOARD 160mmX25mmX 15mm NAG ZEN NE NG si NAG
17. operation 0 18 V Output Voltage Vout VIN 12V Vadj 0V 24 68 24 74 248 v Page 19 3 Connector Socket Input Connector J1 JST S8B PH SM3 TB or Compatible Symbol Description Vin DC 12V 2 Vin DC 12V 6 D Ground 8 Control lonoFF control Output Connector J2 J3 JST S2B EH or Compatible PIN NO oymbol Description 1 Output LED High Voltage Output LED Low Voltage Page 20 4 Mechanical Characteristics 125mm 50mm 12 5mm Dimension BHINCV V Cay os nee p p B aes Moss E N LL at BEES mn a NO NG 5222555 le uup S L PINI VIN PIN2 VIN PIN3 VIN PIN4 GND PINS GND PIN6GND PIN7 BRIGHTNESS PIN8 ON OFF 12 5mm Page 21 5 0 AD2662GDVAR SPECIFICATIONS We developed this A D board to support industrial high brightness and commercial applications This A D board has many functions It has an external luminance sensor as an option an optional VR button to control brightness fan rotation and RS232 Rev 1 is European RoHS compliant General Description Max Resolution Up To WUXGA Analog RGB Input up to 205MHz ULTRA RELIABLE DVI INPUT Dual single LVDS interface Support Panel DC5V or 3 3V 12V Output External Fan Control by Software OSD Control Inverter Analog or PWM Dimming Control External V R brightness control optional External light sensor brightness control optional Exter
18. ors FEATURES Sunlight Readable LED Backlight High Shock amp Vibration Resistance Low Power Consumption High Uniformity Low EMI Noise Wide Dimming Life Expectancy GENERAL SPECIFICATIONS Model No SLO2137 Description 21 5 Wide TFT LCD LED Backlight 1400 nits FHD Display Area mm 476 H x 267 7 V Brightness 1 400 cd m Resolution 1920 x 1080 FHD Contrast Ratio 1300 1 Pixel Pitch mm 0 08265 H x 0 24795 V Viewing Angle 178 H 178 V Display Colors 16 7M colors Response Time Typical 5 ms Sync LVDS Power Consumption 50W Dimensions mm 545 W x 370 H x 60 D mm Weight Net 5 5Kg SLO Panel LED Driving Board Control Board Housing Page 4 ABSOLUTE MAXIMUM RATINGS The following are maximum values which if exceeded may cause faulty operation or damage to the unit ABSOLUTE RATINGS OF ENVIRONMENT Parameter Power Input Voltage at 25 2 C Operating Temperature Storage Temperature Operating Ambient Humidity Storage Humidity LCM Surface Temperature T Operation amies Note 1 Temperature and relative humidity range are shown in the figure below Wet bulb temperature should be 39 C Max and no condensation of water 2 Maximum Storage Humidity is up to 40C 70 RH only for 4 corner light leakage Mura 3 Storage condition is quaranteed under packing condition 4 LEM Surface Temperature should be Min OC and Max 650 under the VLCD 5 0V fV 60Hz 25 ambient Temp no humid
19. ower Supply 5 0V Minus signal of even channel 1 LVDS iC Power Supply 5 0V Note 1 All GND ground pins should be connected together and to Vss which should also be connected to the LCD s metal frame 2 All VLCD power input pins should be connected together 3 Input Level of LVDS signal is based on the IEA 664 Standard 4 ITLC is Interlace mode selection pin L Normal Mode H Interlace mode If you don t use this pin it should be connected to GND Low level Input Voltage GND 0 4V High level Input Voltage 1 6 3 6V Absolute maximum ratings 0 5 4V 1 30 I e Rear view of LCM FIG 4 Connector diagram Page Table 4 REQUIRED SIGNAL ASSIGNMENT FOR Flat Link TI 5N75LVD583 Transmitter i ve Power Supply for TTL Input GND Ground pin for TTL TTL input 7 TTL input 09 3 TTL Input R5 31 Tx CLKIN TTL Level clock Input ES TTL Input G0 PWR DWN Power Down Input Ground pin for TTL PLL GND Ground pin for PLL 6 TTL Input G1 PLL Voc Power Supply for PLL 7 v9 TTL Input G2 PLL GND Ground pin for PLL lea DIO TTL Input G6 LVDS GND Ground pin for LYDS 9 Ve Power Supply for TTL Input TxOUT3 4 Positive LVDS differential data output 3 TTL Input G7 TxOUT3 Negative LVDS differential data output 3 TTL Input G3 Tx CLKOUT Positive LVDS differential clock output TTL Input G4 Tx CLKOUT Negative LVDS differential clock output Ground pin for TTL Tx OUT2 Positive LVDS differential
20. to prevent unauthorized changes to occur by pressing Menu and right gt buttons simultaneously You will see the lock icon below on the center of the screen for 3 seconds If any button is pushed after the lock function is initiated the below icon will appear on the screen To release the OSD lock press Menu and Right gt The below icon will appear on the center of the screen for 3 seconds Now all OSD keys are active again KEY UNLOCK Page 36 REV ECN NO DESCRIPTION SIGN DATE LA Desin drawing SECTION A A em S45OUTLINE 535 32 6 479 8CBEZEL OPENING 476 06 ACTIVE AREA KEYPAD 33 36 Li EE A u lt O o Ul ii E i Z Lu paa Li our a gt E ou gt tou Au ario o lo 4 5 UI KO CO IN o A CO lt T ca 9 Od gt NI Lil LI cume ess gt Nas N bd N cime et gt Rod Mm i e mM Ol N Aa CU ag e 7 em mn 00000 I 305 VESA SCREW M4x4mm Length Limits ORIGINAL MODEL A a 3rd Angie SLO2137 UNIT SCALE WEIGHT ANGLE GENERAL TOLERANC mm Outline Dimension VGA General tolerance t MATERIAL uma DIMENSIONI DRAWING NOXPART NO 5 1 12 3 SELEC o ts eve L9 O Pas me er ff fae EE e Dicky Oaa us nesne EN E CKY es z Tospozpoes LiteMax w PANTS AH Date 2013 10 08 Electronic Inc VI 6 0 MECHAN
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