LITEMAX DLF/DLH2415 Sunlight Readable 24” LED B/L LCD User
Contents
1. 4 gt we DS S N N N SS erden N AR Se lt N b N NP IR A X m N P N K n EN N EN DA Y XA IL ES N E Ne P2 z s A ES AT rd N N s N x N x N b 4 y b c gt ERA R ye Si P Nie gt E E K gt XA Y La N A G S Kee A gt Page 22 AD2662GDVAR 272mmX100mmX20mm va eal qe Y 60 IA nn A NN SE i ON OO I N N N wy Ao A TAG LO Y Y NAL A Ir 2 7 MM 7 L Ln aX x Y NON E x 3 i C 2 NP A dh N UN Y E A N S 5s If ZA E a i o A Lo E AH 7 Ha a ap N gt2. 0V LED Current VIN 12V Vadj 5V DEES LED Current VIN 12V Vadj 0V A High Brightness loutH 1 1 1 1 1 1 ON OFF Control Von off E 7 A Output Voltage Vout VIN 12VVadi 0v EN Efficiency viN 12vVadj OV Page 17 3 Connector Socket 3 1 Input Connector J1 JST B2B PH K S or Compatible PNNo Symbol Deseriton 0 vin vin vin GND GND GND 8 como m ng 3 2 Output Connector J2 J3 JST S2B EH or Compatible Page 18 4 Mechanical Characteristics Dimension 124mm 50mm 15mm INPUT CONNECTOR J1 PIN1 VIN PIN2 VIN PIN3 VIN PIN4 GND PIN5 GND PIN6GND PIN7 BRIGHTNESS PIN8 ON OFF WUE L yA wor e WUG T wug T Muck 15mm Page 19 8 0 AD2662GDVAR SPECIFICATIONS DLH2415 Only 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 8 1 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 External RS232 control optional Input Pow
3. H LiteMax 250 600 De 05 08 S A 031 TI 2U13 U3 UO Electronic Inc Page 36 10 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 1t 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 it 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 sh
4. and this module can display 16 7M colors 1 1 FEATURES Sunlight Readable LED Backlight Full HD 1920x1080 High Shock amp Vibration Resistance Low Power Consumption High Uniformity Low EMI Noise Wide Dimming Life Expectancy 1 2 GENERAL SPECIFICATIONS Model No DLF2415 DLH2415 Description 24 TFT LCD LED Backlight 1000nits FHD 1920x1080 Display Area mm 531 4 x 298 9 mm Brightness 1000 cd m Resolution 1920x1080 FHD Contrast Ratio 1000 1 Pixel Pitch mm 0 276 H x 0 276 V Viewing Angle 85 85 H 80 80 V Display Colors 16 7M Response Time Typical 5ms Sync LVDS Power Consumption 30W 38W Dimensions mm 555 9x323 3x14 6 mm Weight Net 2 67kg DLF Panel LED Driving Board DLH Panel LED Driving Board Control Board Page 4 1 3 ABSOLUTE MAXIMUM RATINGS TFT LCD Module Logic LCD Drive Voltage ABSOLUTE RATINGS OF ENVIRONMENT Note 1 With in Ta 25 C Note 2 Permanent damage to the device may occur if exceeding maximum values Note 3 For quality perfermance please refer to AUO IIS Incoming Inspection Standard Twb 38 E 100 T240 C H 907 3n e 80 Y e d as es x xS i x ME II T 50 C H 55 m e d X ks m d e ma k Me 3 Be 60 Goin D DN XQ 7474 N 0 41 LL t N O OO OOOO 5 De EE T 60 C H 29 orsa 3 ZA Ah Ap FW E EA AE AAA A Y ME HH Ve Du A ul www E i Ki 4 4 ei LER pa N de C Matt 1L Md
5. D0cDwaCbk e BOND BueReum 3 sb DoGSeiDam o BLUE eane e Long eaea 13 RED eane 5 async Horizon syne JS1 Power DIN 12V JS1 Power Jack 12V Page 25 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 J6 Key Pad 9PIN 2 0mm POWER KEY MENU KEY GREEN LED AUTO KEY Ls emer mm J10 Speaker Connector 4PIN 2 0mm Page 26 J11 Extern Funtion Connector 11P X 2PIN 2 0mm J5 Ambient 3PIN 2 0mm J4 VR connector 3PIN 2 0mm Page 27 8 4 VO 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 28 8 5 IR Receive Board Pin Define J1 IR Connector 1 DATA OUT 2 GND 3 VCC 4 NC 8 6 DC Characteristics Operation Temperature 0 70 C Storage Temperature 20 85 Note These values are for the A D board body Page 29 8 7 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 e a a OFFSET
6. DUBCIOD aria een 24 CNS DVI D Connector 16pin 2 0MIM sss sese ee ee ee eee 25 CN2 Analog RGB Input connector D SUB 15Pin sese eee ee eee nee 25 CN4 Analog RGB Input connector 13pin connector 25 KS POwSr DIN FAT a nen asa 25 Jal PowerJack E EE 25 J1 Power connector 12V 6PIN 2 0MM se sese eee ee ee ee 26 J8 Power connector 5V 12v 4PIN 2 0mm sss i 26 J2 Inverter Connector 8PIN 2 Omm ne KOUT 22 ss nennen 26 J7 9 FAN ZPIN 2 eur EE 26 JO Key Pad E EE 26 J10 Speaker Connector 4PIN 2 0MM sse eee eee eee 26 J11 Extern Funtion Connector 11P X 2PIN 2 0MM ee ee ee 27 USSAMDIENE SPINZ OMM celebri 27 J4 VR connector sPIN2 0MmMm illeso 27 J12 1R GonnectorSPIN 2 0MM r ln a 27 JPI PANEEVGG 3PINZ2 54MM c seen 27 8 4 1 0 BOARD PI DENE nile r 28 8 5 IR Receive Board Pin Define Benno anne nenn nenn anne nnne nenn nennen 29 8 6 DCG Characion e sli Nele 29 VAS SPA II M ra as 30 9 0 MECHANICAL DRAWOIN Q 2 sss sss ee c Dudas ds 35 10 0 die ipe 37 Page 3 1 0 GENERAL DESCRIPTION DLF DLH2415 is 24 wide color TFT LCD Display as active switching devices with 1 000nits LED backlight powered by Durapixel technology This LCD display has a 24 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
7. ENT TFT LCD Module Connector Name Designation Interface Connector Interface card Manufacturer Starconn FFXB3OSRL HF11 093F30 BOTO1A Mating Housing Part Number FI X3OHL Locked Type PIN AN T L NN Type Part Number Nb NC for AUO test only Do not connect VDD Page 13 6 0 OPTICAL SPECIFICATION Optical Item Symbol Condition Data Unit Note Color chromaticity Test Mode Luminance of White MO Uniform a Contrast Ratio om FI Mode Color Saturation NTSC 1 C4 Horizontal Viewing Test Mode Angle 1 3 a Page 14 Test Mode 1 Definition of Viewing Angle Ox Oy Normal gx By 0 12 o clock direction y 90 weg m momo Ta g 6 o clock Du 90 2 Definition of Test Point L 4L 1 4L 4L 1 4L A B C zi L e A 2 3 e yy Active Area Page 15 3 BM 7 Measurement Setup LCD Module LCD Panel Center of the Screen Field of View 2 500 mm 4 Klein K 10 Measurement Setup LCD Module LCD Panel Page 16 BM 7 Light Shield Room Ambient Luminance lt 2 lux Center ofthe Screen 7 0 LED DRIVING BOARD SPECIFICATIONS 1 LED Application This specification is applied to LED converter unit for DLF DLH2415 1000nit LED backlight 2 Operating Characteristics E Input Current VIN 12V Vadj 5V cover BE EEE Input Current VIN 12V Vadj
8. IUE 4 LITEMAX ENRICH YOUR VISUAL WORLD a Sunlight Readable LCD LITEMAX DLF DLH2415 Sunlight Readable 24 LED B L LCD User Manual 5 Edition 16 July 2013 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 ula Old New nmn Remark Aus22000 2010 Preliminary Release Release Update data of LED Nov 12 Now122000 DI 14 Update page 13 14 data page 13 14 data Page 2 Contents RECORD OF REVISION msn seen ee 2 REES 3 TO GENERAL DESCRIPTION LL ARA alli 4 e O ets E lie 4 1 2 GENERALSPEEIFIGATIONS zen 4 1 3 ABSOLUTE MAXIMUM RATINGS cuidad i 5 2 0 Electrical EE eeneg ix saxo ee gene 6 Re Te Te WE d 9 4 0 TIMING Character St vicio encata te 11 5 0 CONNECTOR and PIN ASSIGNMENT 222 22222000000022nn00000nnnnnnnnnnnnnnnnnnnnnnn nun 13 6 0 OPTICAL SPECIFICATION esea aeaaea dese 14 7 0 LED DRIVING BOARD SPECIFICATIONS ee eeeeeeeeeer nennen 17 8 0 AD2662GDVAR SPECIFIC ATIONS sss sss sese eee seene eenn ennenen 20 9 T General Re leie HHT 20 8 2 Oullne DIMENSIONS es 21 0 3AD2662 Board Pin Deline ie 24 JS PANG COMM ECON sac rennen tern 24 NS DYED INPUT GO
9. SS 5 Ny EN Y Nu NS A i Y Es SS Lf B U Pera R NZ o L d H A 3 LL G Y i SS d e pe Fa N Ne CS A S U ON o E ah S SY o o LN nn GM E E o 4 M a If UEM E p a al E N o 4 sa S pp GE 2 mq m B N nn N 4 E H E E E HN I xm E I FA N Cd C l A S lt oO O Ms N Xe D 10 Page 23 8 3 AD2662 Board Pin Define J3 Panel connector CN3 DVI D INPUT Connector CONECTO 1 TMDS Data2 9 MD 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 Data1 3 T M D S Data0 5 arco ata X3 IH a4 r M D T M D S Data4 Data4 ie T M D T M D S Data Data3 20 fr M D T M D S Datab 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 EE 5V DDC Data 8 Not Connected 16 Hot Plug Detect 24 fr M D S Clock Page 24 CNS DVI D Connector 16pin 2 0mm 2 RX2 8 DDC SCL 14 GND s ben me EN CN2 Analog RGB Input connector D SUB 15Pin mue symbol Description Pin No Symbol Description Rb mora o name 5 REGI ReaRewn 14 VSYNC pa sne s awe weren CN4 Analog RGB Input connector 13pin connector Pino Symbol Description Pinno Symbol Description a feo
10. 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 iru IE T SG a ipress menu Jeii press menu dilipress 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 or Ambient light sensor press this Icon must to accompany with Litemax i ambient light sensor to auto dimming OPTION Potentiometer press this icon adjust VR function OP TION 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 30 Sound SOURCE VGA TIMING MU 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 s
11. ax SCREW PENTRATION 2999 9 0 5 Dutline Dimension 939 310 3 Bezel Opening 93136 A4ctive Area REV ECN NO DESCRIPTION SIGN DATE V er Penney_Chou 2013 03 06 2 Bezel Opening N e N A 3 303 110 6 0 2X M3 USER HOLE DP 4 2 Max SCREW PENTRATION UNIT SCALE WEIGHT ANGLE GENERAL TOLERANCE ORIGINAL MODEL mm 1 1 ard ante HEH 402415 TITLE AU2415 M240HTN01 2 Outline Dimension Drawing ml DRAWING NOKPART NOD General tolerance Tel RE Te j T nete 911024155201 o 4 01 0l Oe 4 1 01 02 03 Penney Chou 14 63 0 15 Ges 0 35 63 250 015 03 05 250 600 02 05 Og DITE 10 LEVEL TT IW mn 2415 1000ni ts V2 M240HTNOI 2 P ED p Date 2013 03 00 Electronic Inc Page 35 REV ECN NO DESCRIPTION SIGN DATE Note KAMEN Penney_Chou 2013 03 06 1 THE DIMENSION EXCLUDES DEFORMATION Eee 2 MODULE THICKNESS TO BE 13 2 MAX 3 LED B L CONNECTOR HD2505 02 OR COMPATIBLE 4 UE CONNECTOR TO BE JAE FI XB30SR HF11 OR COMPATIBLE 5 M3 USER HOLE SCREW TORQUE 5 0 kgf cm MAX Cable L 400 10mm x2 pcs Connector View Negative pole Positive pole RED JST EHR 2 or Compatible Connector View rave encore sesiones re ee veel Res eegen o a 1 IIe ww Pase mem ER Hs VHB AUO 2415 1000ni ts V2 M240HTN01 2 P Penney Chou gt 01503 Los
12. b died Di BG ee QM M LM x ww Ce ee NENNEN RER 20 T eb 40 30 60 Page 5 2 0 Electrical characteristics TFT LCD Module Power Specification Input power specifications are as following p Max Unt Conditions Volt Logic LCD Drive Voltage Input Current Inrush Current Allowable Logic LCD Drive Ripple Voltage Note 1 Measurement conditions The duration of rising time of power input Is 4 0us ucc cha hoe F1 m Bi 07 E d E High to Law Control Signal Sur E Mi SpET URI D Diurrzau ST 3 OV 7 470us VDD rising time Page 6 r C1 EME VDD 5 0V All black Pattern At 60Hz VDD 5 0V All black Pattern VDD Power Tm Watt At 60Hz mV VDD 5 0V All Black Pattern PP At75Hz IC C LCD Module Input Do UN Signal Electrical Characteristics Input signals shall be low or Hi Z state when VDD is off Please refer to specifications of SN75LVDS82DGG Texas Instruments in detail DC Characteristics of each signal are as following Parameter Min Typ Max Units Condition Differential Input High VICM 1 2V Threshold Note 1 Differential Input Common Mode Voltage VICM Note 1 LVDS Signal Waveform single End LVDS Viu N LVDS Vin P Differential Signal Page 7 AC Characteristics Maximum deviation of input clock frequency during SSC Maximum modulation frequency of input clock during SSC Freq Fm
13. creen 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 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 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 34 9 0 MECHANICAL DRAWING Note 1 THE DIMENSION EXCLUDES DEFORMATION 2 MODULE THICKNESS TO BE 13 2 MAX 3 LED B L CONNECTOR HD2505 02 OR COMPATIBLE 4 IF CONNECTOR TO BE JAE FI XB30SR HF11 OR COMPATIBLE 5 M3 USER HOLE SCREW TORQUE 5 0 kgf cm MAX 25 20 C2X M3 USER HOLE DP 4 2 M
14. differential data input Even data RxEIM1 Negative LVDS differential data input Even data 17 GND Power Ground 18 Negative LVDS differential data input Even data Positive LWDS differential data input Even data Positive LWDS differential clock input Even clock RxEIN3 Negative LWDS differential data input Even data 23 Positive LWDS differential data input Even data 24 GND Power Ground 25 No connection for AUO test only Do not connect Mo connection for AUO test only Do not connect MD leas O vob AA Power 5V woo TT Notei Start from left side Page 10 4 0 TIMING Characteristics Basically interface timing described here is not actual input timing of LCD module but close to output timing of SN SLVDS82DGG Texas Instruments or equivalent memi omo win me Mx E CENE RE 3E RN H section 960 960 HN one TM za m wer mm Dee w mw sm pee m V section aa Tok Le 40 m DE Mode Lee Timing diagram Tw nny caf KEN X N Line Telk RGB Data 09 wi me ed re MA ie WT Oooo o o RGB Data TA m X Pixel Pixel Pixel Pixel Pixe OK Pixel Pixel Page 11 Power ON OFF Sequence VDD power and lamp on off sequence are as follows Interface signals are also shown in the chart Signals from any system shall be Hi Z state or low level when VDD is off Power Supply VDD LVDS Signal Backlight On T1 Page 12 5 0 CONNECTOR and PIN ASSIGNM
15. dx F center d FDEV Fce nter Fin ee EN FMOD lt Spread Spectrum gt time Page 8 3 0 SIGNAL Characteristic Pixel Format Image Following figure shows the relationship of the input signals and LCD pixel format 1 2 1919 1920 1st Line 1080 Line The input data format Note 1 R G B data 7 MSB R G B data LSB O Odd Pixel Data E Even Pixel Data Page 9 Signal Description The module using one LVDS receiver SN75LVDS82 Texas Instruments LVDS is a differential signal technology for LCD interface and high speed data transfer device LVDS transmitters shall be SN7SLVDS83 negative edge sampling The first LVDS port RxOxxx transmits odd pixels while the second LVDS port RxExxx transmits even pixels PIN SIGNAL NAME DESCRIPTION Negative LVDS differential data input Odd data Positive LVDS differential data input Odd data 3 Negative LVDS differential data input Odd data Positive LVDS differential data input Odd data Negative LVDS differential data input Odd data DSPTMG Positive LVDS differential data input Odd data DSPTMG Power Ground 8 Negative LVDS differential clock input Odd clock Positive LWDS differential clock input Odd clock RxOIN3 Negative LVDS differential data input Odd data Positive LWDS differential data input Odd data Negative LVDS differential data input Even data 13 Positive LWDS differential data input Even data Power Ground RxEIN1 Positive LVDS
16. er 12V DC CBVS S VIDEO YCbCr optional INPUT Audio in and b2Wx2 Audio Out optional IR Remote control optional Page 20 8 2 Outline Dimensions AD2662GD 150mmX100mmX20mm Be NY N er gt li l N Ra S R Li Qe gt Y gt D o C o 4 j ey Ee E ELI LI o N o SEN E N QI Y A Vasa ir 74 N d N N N E li N lt gt gt N 2 x o E a o e a E o FS E A E qd 9 4 o N E Es AN n H RH Sd o DZ E Hp A E E Wo o E H aa o 4 E o lt E qp d aL x E N o U o 4 pcm t o U o 4 A AT C5 N Cl AT ES HS r ale Ny SZ NY KEN 7 NY U A Be Page 21 VO BOARD 160mmX25mmX 15mm ZA Ea Sa ww N gt lt lt LL Y i
17. etting Page 31 SOURCE VGA TIMING 6500 HM E 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 32 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 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 ee eae TIMING SOURCE TIMING Page 33 Osd_time You can selection the time of OSD from 2 sec to 16 sec L 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 s
18. ould not be touched directly with bare hands STORAGE 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 37
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