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1
Projector Service Manual
Model : S5200/P5205 series Version: Rev1
First Edition (Oct. 2009)
RESTRICTIONS ON USE OF MATERIALS:
2
Index REVISION LIST ................................................................................................................... 3 CHAPTER 1 SYSTEM SPECIFICATION......................................................................... 4
Product Specification ..................................................................................................................4 Electrical Specification.......................................................................................... 10 Power Supply Specification .................................................................................. 16
System Block Diagram .............................................................................................................17 Product Overview ......................................................................................................................18
CHAPTER 2 SYSTEM UTILITIES ................................................................................. 22 Firmware Upgrade SOP ...........................................................................................................22 Method to enter factory menu .................................................................................................31 EDID Upgrade SOP ..................................................................................................................32 Serial Number Upgrade SOP ..................................................................................................35
CHAPTER 3 SYSTEM DISASSEMBLING AND REPLACEMENT ............................... 37 Main Unit Disassembling..........................................................................................................37 Module Assembly Key Point - Optical Engine ......................................................................42 Module Assembly Key Point Mechanical ...........................................................................57
CHAPTER 4 TROUBLESHOOTING ............................................................................. 78 System Analysis ........................................................................................................................78 Optical & Optical Engine Trouble Shooting Guide ...............................................................79 Power Supply Trouble Shooting Guide ..................................................................................80 LED Messages Definition.........................................................................................................82 Error Count Messages Definition............................................................................................83 RS232 Connection ....................................................................................................................84 Adjustment / Alignment Procedure .........................................................................................86
CHAPTER 5 FRU LIST.................................................................................................. 90 Exploded Diagram.....................................................................................................................90 Module 1 Total Exploded View.............................................................................................90 Module 2 ASSY UPPER CASE ...........................................................................................94 Module 3 ASSY LOWER CASE ..........................................................................................95 Module 4 ASSY FRONT CASE ...........................................................................................96 FRU List ......................................................................................................................................97
APPENDIX A - CODE LIST: IR / RS232 / DDC DATA..................................................... 102 1. Remote Control Code: .......................................................................................................102 2. RS-232 Command Code ...................................................................................................103 3. DDC Data .............................................................................................................................105
3
Revision List
Version Release
Date Revision History
Vendor Model Name
Rev0 2009.10.16 First Release
Rev1 2009.10.22
Add P5205 different part (1) Ch1-SPEC (2) Ch3- Disassembly process, Module Assembly Key Point (3) Ch5-FRU List (4) Appd. A- DDC table
Rev1 2009.10.27 P5205 Photo in FRU List
4
Chapter 1 System Specification
Product Specification
1.0 Optical Performance 2.0 Image Quality 3.0 Mechanical Specification 4.0 Packaging 5.0 Thermal Specification 6.0 Environmental 7.0 Regulatory 8.0 Reliability 9.0 Power Requirements 10.0 Panel Specification 11.0 Compatibility 12.0 Image Interface 13.0 Control Interface 14.0 User Interface
5
1.0 Optical Performance Tested under 60 (diagonal) image size with Wide projection lens position unless other specified. 1.1 ANSI Brightness S5200 : Minimum 2400 Lumens P5205 : Minimum 3200 Lumens 1.2 Brightness Uniformity 1.2.1 ANSI Uniformity S5200 : Minimum 45% P5205 : Minimum 55% 1.2.2 JBMA Uniformity S5200 : Minimum 65% P5205 : Minimum 75% 1.2.3 Upper-Down unbalance 0.5~2 1.2.4 Left-Right unbalance 0.6~1.67 1.3 Contrast Ratio 1.3.1 ANSI Contrast Minimum 150:1 1.3.2 FOFO Contrast without APM
S5200 : Minimum 1450:1 P5205 : Minimum 1600:1
1.3.3 FOFO Contrast with APM Minimum 1800:1 1.4 Light Leakage
1.4.1 Light Leakage in Active Area
6
2.3.2 Vertical TV Distortion S5200/P5205 :
7
1944 EA @ 40 container, or 972 EA @ 20 container by Sea 5.0 Thermal Specification Mechanical component temperature at ambience 0~35
5.1 Surface held or touched for short periods Metal < 65C; Plastic
8
Typical S5200 : 315W Max. P5205 : 425W Max.
9.2 Power consumption Standby
S5200 : 1W Max. at 100 ~ 240VAC, disable loop through, LAN control P5205 : 1W Max. at 100 ~ 240VAC, disable loop through LAN control and 12V output function.
9.3 Power Connector IEC-60320C14 10.0 Panel Specification
10.1 Type 0.55 XGA 2xLVDS Type-X DMD 10.2 Pixels H: 1024 X V: 768 10.3 Color Depth 27 Bits (134,200,000 colors)
11.0 Compatibility Adhere to Electrical Specification 11.1 PC PC Compatible 640X480 1024X768, compressed 1600X1200; Composite-Sync; Sync-on-Green 11.2 Video NTSC/ NTSC4.43/ PAL (Including PAL-M, PAL-N)/ SECAM/ PAL60/ 11.3 YpbPr NTSC (480i)/ 480p/ PAL (576i)/ 576p, HDTV (720p/ 1080P) 11.4 DDC EDID1.3 Adhere to Appendix A(DDC data)
12.0 Image Interface Adhere to Electrical Specification
12.1 Analog RGB Input 15 pin D-Sub (Female) x 2 G(Y): Video amplitude 0.7/1.0 Vp-p : Impedance 75 RB(CbCr): Video amplitude 0.7 Vp-p : Impedance 75 HD/VD/CS: TTL Level
12.2 Video Input RCA jack (Yellow) Video amplitude 1.0 Vp-p : Impedance 75
12.3 S-Video Input 4 pin Mini-Din (Female) Y: Luminance amplitude 1.0 Vp-p : Impedance 75 C: Chroma amplitude 0.268 Vp-p : Impedance 75
12.4 YPbPr Input 15 pin D-Sub (Female) x 2 Y: Luminance amplitude
1.0 Vp-p: Impedance 75 PbPr/CbCr: Chroma amplitude 0.7 Vp-p : Impedance 75
12.5 HDMI Input HDMI 1.3 x1 ( HDCP ) 12.6 Analog RGB Output 15 pin D-Sub (Female) x 1 ( D-sub 1 only )
G(Y): Video amplitude 0.7/1.0 Vp-p : Impedance 75 RB(CbCr): Video amplitude 0.7 Vp-p : Impedance 75 HD/VD/CS: TTL Level
13.0 Control Interface 13.1 IR Receiver IR Receiver x2 (Front, Rear) Angle: 30 Distance 0~8m 13.2 Serial Connector RS232 9pin(male type), command table adhere to Appendix A 13.3 Lan Control RJ45 x1 follow IEEE 802.3u
14.0 User Interface Adhere to Electrical Specification
14.1 Operator Keypad 9 Keys: Power ; Source ; Resync ; e ; Menu ; Left ; Right ; Up(Keystone-) ; Down(Keystone+)
14.2 Indicators 3 LEDs: Power On/Off Status; Lamp Status; Temperature Status 14.3 Electric Keystone Manual vertical keystone and adjustable range 40
15.0 Audio
9
15.1 PC Audio Input 3.5mm stereo mini jack 500mVrms 10 K or more 15.2 Video Audio Input RCA Audio Jack right and left 15.3 Audio output 3.5mm mono mini jack 15.2 Speaker Speaker 4 5W X 2, Amplifier 4W X 2
16.0 Lamp hour S5200 : Lamp hour = [Hour used in Normal Mode] + 3/4 *[Hour used in Eco. Mode] P5205 : Lamp hour = [Hour used in Normal Mode] + 2/3 *[Hour used in Eco. Mode]
17.0 Closed Caption (CC) 17.1 CC version CC1/CC2/CC3/CC4 18.0 3D Projection
10
Electrical Specification
1. Timing Table The PC timing is as following: Resolution Mode Refresh rate (Hz)
H-frequency (kHz)
Clock (MHz)
VGA_60 59.940 31.469 25.175 VGA_72 72.809 37.861 31.500 VGA_75 75.000 37.500 31.500 640 x 480 VGA_85 85.008 43.269 36.000 VGA_70 70.087 31.469 28.3221 720 x 400 VGA_85 85.039 37.927 35.500
SVGA_56 56.250 35.156 36.000 SVGA_60 60.317 37.879 40.000 SVGA_72 72.188 48.077 50.000 SVGA_75 75.000 46.875 49.500
800 x 600
SVGA_85 85.061 53.674 56.250 XGA_60 60.004 48.363 65.000 XGA_70 70.069 56.476 75.000 XGA_75 75.029 60.023 78.750 1024 x 768 XGA_85 84.997 68.677 94.500
SXGA_70 70.012 63.851 94.500 1152 x 864 SXGA_75 75.000 67.500 108.000 1152 x 864 SXGA_85 84.990 77.094 121.500
SXGA_60 60.020 63.981 108.000 SXGA_72 72.000 76.970 134.600 SXGA_75 75.025 79.976 135.000 1280 x 1024 SXGA_85 85.024 91.146 157.500
QuadVGA_60 60.000 60.000 108.000 1280 x 960 QuadVGA_75 75.000 75.000 126.000 1400 x 1050 SXGA+_60 59.978 65.317 121.750 1600 x 1200 UXGA_60 60.000 75.000 162.000 640x480@60Hz Mac G4 59.940 31.469 25.170 640x480@67Hz MAC13 66.667 35.000 30.240 800x600@60Hz Mac G4 60.317 37.879 40.000 832x624@75Hz MAC16 74.546 49.722 57.280 1024x768@60Hz Mac G4 60.004 48.363 65.000 1024x768@75Hz MAC19 75.020 60.241 80.000 1152x870@75Hz MAC21 75.061 68.681 100.00
WXGA_60 59.870 47.776 79.500 WXGA_75 74.893 60.289 102.250 1280 X 768 WXGA_85 84.837 68.633 117.500
1280 x 720 WXGA_60 60.000 45.000 74.250 1280 x 800 WXGA_60 59.810 49.702 83.500 1440 x 900 WXGA+_60 59.887 55.935 106.500 1680 x 1050 1680x1050_60 59.954 65.290 146.250 1920 x1080 1920x1080_RB 60.000 66.587 138.500 1920 x1080 1920x1080_EIA 60.000 67.500 148.500 1366 x 768 acer_16:9 59.790 47.712 85.500 1024 x 600 acer_timing 60.000 37.500 50.400
11
640 x 480 VGA_120 119.518 61.910 52.500 800 x 600 SVGA_120 119.854 77.425 83.000 1024 x 768 XGA_120 119.804 98.958 137.750
The DVI_D & HDMI (HDCP) Established timing is as following: Resolution Mode Refresh rate (Hz)
H-frequency (kHz)
Clock (MHz)
VGA_60 59.940 31.469 25.175 VGA_72 72.809 37.861 31.500 VGA_75 75.000 37.500 31.500 VGA_85 85.008 43.269 36.000
640 x 480
VGA_120 119.518 61.910 52.500 VGA_70 70.087 31.469 28.3221 720 x 400 VGA_85 85.039 37.927 35.500
SVGA_56 56.250 35.156 36.000 SVGA_60 60.317 37.879 40.000 SVGA_72 72.188 48.077 50.000 SVGA_75 75.000 46.875 49.500 SVGA_85 85.061 53.674 56.250
800 x 600
SVGA_120 119.854 77.425 83.000 XGA_60 60.004 48.363 65.000 XGA_70 70.069 56.476 75.000 XGA_75 75.029 60.023 78.750 XGA_85 84.997 68.677 94.500
1024 x 768
XGA_120 119.804 98.958 137.750 SXGA_70 70.012 63.851 94.500 1152 x 864 SXGA_75 75.000 67.500 108.000
1152 x 864 SXGA_85 84.990 77.094 121.500 SXGA_60 60.020 63.981 108.000 SXGA_72 72.000 76.970 134.600 SXGA_75 75.025 79.976 135.000 1280 x 1024 SXGA_85 85.024 91.146 157.500
QuadVGA_60 60.000 60.000 108.000 1280 x 960 QuadVGA_75 75.000 75.000 126.000 1400 x 1050 SXGA+_60 59.978 65.317 121.750 1600 x 1200 UXGA_60 60.000 75.000 162.000 640x480@60Hz Mac G4 59.940 31.469 25.170 640x480@67Hz MAC13 66.667 35.000 30.240 800x600@60Hz Mac G4 60.317 37.879 40.000 832x624@75Hz MAC16 74.546 49.722 57.280 1024x768@60Hz Mac G4 60.004 48.363 65.000 1024x768@75Hz MAC19 75.020 60.241 80.000 1152x870@75Hz MAC21 75.061 68.681 100.00
WXGA_60 59.870 47.776 79.500 WXGA_75 74.893 60.289 102.250 1280 x 768 WXGA_85 84.837 68.633 117.500
1280 x 720 WXGA_60 60.000 45.000 74.250 1280 x 800 WXGA_60 59.810 49.702 83.500 1440 x 900 WXGA+_60 59.887 55.935 106.500 1680 x 1050 1680x1050_60 59.954 65.290 146.250
12
1920 x1080 1920x1080_RB 60.000 66.587 138.500 1920 x1080 1920x1080_EIA 60.000 67.500 148.500 1366 x 768 acer_16:9 59.790 47.712 85.500 1024 x 600 acer_timing 60.000 37.500 50.400
480p 60 31.47 27 576p 50 31.25 27.000
720p_60 60 45.00 74.25 720p_50 50 37.50 74.25 1080i_60 60 33.75 74.25 1080i_50 50 28.13 74.25
1080p 60 67.5 148.5
Vedio(HDMI)
1080P 50 56.26 148.5
YPbPr support timing is as following: Signal format fh(kHz) fv(Hz) 480i(525i)@60Hz 15.73 59.94 480p(525p)@60Hz 31.47 59.94 576i(625i)@50Hz 15.63 50.00 576p(625p)@50Hz 31.25 50.00 720p(750p)@60Hz 45.00 60.00 720p(750p)@50Hz 37.50 50.00 1080i(1125i)@60Hz 33.75 60.00 1080i(1125i)@50Hz 28.13 50.00 1080P@60HZ 67.5 60.00 1080P@50Hz 56.26 50.00
Video, S-Video support timing is as following: Video mode fh(kHz) fv(Hz) fsc(MHz) NTSC 15.73 60 3.58 PAL 15.63 50 4.43 SECAM 15.63 50 4.25 or 4.41 PAL-M 15.73 60 3.58 PAL-N 15.63 50 3.58 PAL-60 15.73 60 4.43 NTSC4.43 15.73 60 4.43
13
2. Characteristics of inputs/outputs Signal Parameter Min Type Max
Impedance 75 Ohm Amplitude 0.7 Volts
peak-to-peak Black pedestal 0 Volts
RDATA GDATA BDATA
Pixel Clock 170 M Hz Impedance 75 Ohm Amplitude 1 Volts
peak-to-peak Video amplitude 0.7 Volts
peak-to-peak Sync amplitude 0.3 Volts
peak-to-peak Black pedestal 0 Volts
GDATA_SOG
Pixel Clock 170 M Hz Impedance 1 K ohm Amplitude, low level 0 0.8 volt Amplitude, high level 2.5 5 Volt
HDATA
Frequency 31 93 K Hz Impedance 1 K ohm Amplitude, low level 0 0.8 volt Amplitude, high level 2.5 5 Volt
VDATA
Frequency 48 120 Hz Amplitude, low level 0 0.8 volt SDADATA Amplitude, high level 2.5 5 Volt Amplitude, low level 0 0.8 volt SCLDATA Amplitude, high level 2.5 5 Volt
RXD Amplitude -25 25 Volt TXD Amplitude -13.2 13.2 Volt
Amplitude, total (video+ sync)
1 Volts peak to peak
Amplitude, video 0.7 Volts peak to peak
Amplitude, sync 0.3 Volts peak to peak
CVBS Luminance
Impedance 75 ohm Amplitude 300 m Volts peak to
peak CVBS Chroma
Impedance 75 ohm Impedance (audio in) 10 Kohm Amplitude (audio in) 500 mVolts rms Bandwidth 300H
z 16kH
z
S/N Ratio 40 %
Audio
Total Harmonic Distortion
10 %
14
3. Electrical Interface Character Interface Definition 15 pin definition of the mini D-sub male for DDC2B protocol 1
5
6
10
11
15
Pin Definition Pin Definition Pin Definition Pin Definition 1 Red video
(Pr) 2 Green Video
(Y) 3 Blue Video
(Pb) 4 NC
5 NC 6 Red Video Return
7 Green Video Return
8 Blue Video Return
9 DDCP 5V 10 GND 11 GND 12 Bi-directional data (SDA)
13 Horizontal Sync
14 Vertical Sync 15 Data clock (SCL)
Video & Component Input
S-Video input Pin Description 1 GND 2 GND 3 Luminance 4 Chroma
RS232 Control Port
Pin Definition 1 Composite video input
Pin Description Pin Description 1 NC 2 RX 3 TX 4 NC 5 GND 6 NC 7 RTSZ 8 CTSZ 9 NC
Composite input
Composite inputComposite input
Composite input
1
11
1
2
4
1
3
15
LAN Control Port
HDMI Input
Pin Signal Pin Signal 1 TD+ 5 Common Mode Termination 2 TD- 6 RD- 3 RD+ 7 Common Mode Termination 4 Common Mode Termination 8
Common Mode Termination
16
Power Supply Specification
1. Input Power Specification Specification Description Input Voltage Range The unit shall meet all the operating requirements with the range
90 ~ 264 VAC Frequency Range The unit shall meet all the operating requirements with an input
frequency range 47 Hz ~ 63 Hz Power Consumption Normal operation:
S5200 : 315W (Max), P5205 : Normal operation: 425W (Max) standby mode: < 1W, at 100 ~ 240VAC, loop through off, LAN and 12V output off
Regulation Efficiency 80 % (typical) measuring at 115Vac and full load
2. Output Power Requirement The power supply can provide DC output as below NO. Voltage Regulation Load Current Range Ripple & Noise 1 +12 V 10 % 0 A ~ 2 A 240 mV 2 +5V 5 % 0.03 ~ 0.1A 100mV 3 +380V 370~400 0.2A 25V
3. Lamp Power specifications Specification Description Applicable Lamp S5200 : Nor: 210W, Eco: 170W, AC operation
P5205 : Nor: 280W, Eco: 245W, AC operation Starting pulse from Ignitor S5200 : 2.1KV Min.
P5205 : 4KV Min.
4. Power Protection Item Criteria Short protection No damage OVP 5V: 6 ~6.5V, 12V: 13 ~16V, 380V: 450 ~490V 30ms OPP DC-DC 120~160%
5. Surge test: Meet EN61000-4-5 L N 1KV, L, N PE 2KV, Criteria B
6. Electrical Fast Transients (EFT):Meet EN61000-4-4 2 KV, Criteria B
7. Voltage Dips: Meet EN61000-4-11 0% 250 cycle; 40%, 70% reduction 5 cycle, no damage
8. Harmonic current test: Meet EN61000-3-2
17
System Block Diagram
18
Product Overview
19
20
21
22
Chapter 2 System Utilities
Firmware Upgrade SOP
Basic Operating Standby Mode
This mode is applied for normal situation. If you want to enter this mode, you could just plug in power cord. Power LED will show Red for 1 sec then show Orange.
When the power LED shows Red, it means system is not ready for low-power standby. In another word, if the power LED shows Orange, it means system is in low-power standby mode and the whole system is not supported by power except MCU and its related circuits. Meanwhile, the power consumption should under 1W.
Download Mode This mode is applied for Download firmware or
debug. One method to enter this mode is that you should
press and hold keypad Power and Menu together, then plug in power cord. Release the two keypads until the Power LED show Purple continuously.
The other method is to type RS-232 Command*Stby=H#
In download mode, system will be supported by full power but not turn on projector. You can use DLP composer and communicate with DLP ASIC. Thus, you should download firmware in this mode.
Download WT6702 MCU Code, LAN Code
System needs a few sec to download WT6702 MCU automatically. (in Low-Power Standby) When DownloadingPOWER and Temp LED will show red. When Download SuccessSystem will go back Low-Power standby mode and Power LED will show red.
When Download Fail: POWER and Lamp LED will show red.
Download LAN Code System needs 1 or 2 mins to download CS6209G automatically.
When DownloadingPOWER and Lamp LED will show red. When Download SuccessSystem will go back Low-Power standby mode and Power LED will show red.
When Download Fail: POWER and Temp LED will show red.
Standby Mode
Download Mode
23
DLP Composer LIte Installation Process (1) Installation Installation (All Platforms) 1. Double click the Setup file for DLP Composer Lite to start to install program. 2. When the Installation Wizard appears, click Next.
3. Select to accept the License Agreement, than click Next
4. Click Next in the following steps to continue installation process.
24
Note: The default installation directory is: C:\Program Files\DLP Composer Lite 7.2 If you want to install to a different directory (perhaps alongside a prior release of DLP Composer Lite), click the "Browse" button on the "Select Features" page.
5. When finishing installation, click Finish, and then restart your computer to complete the installation process.
25
(2) Setting for your first use Select Library: 1. When start to use this program to download at first time, you need to check if the library
folder is existed under the path of Library.
2. Check if there are library files in the assigned path. If not, unzip the file library_20070830.zip into the path.
Set communication (for download by RS232): 1. Select Edit->Preference.
Click Browse to select path for library files
Click the library folder to assign the path.
Then Click OK.
26
2. Select Communications-> Serial Port -> Config.
3. Make sure the settings are the same as below figure-> Click OK.
4. Click OK.
27
Download Procedure How to download Hardware required 1. Standard RS232 Download cable 2. D-sub 9-pin Female for Both terminals
Pin Description Pin Description 1 NC 2 RXD 3 TXD 4 NC 5 GND 6 NC 7 RTS 8 CTS 9 NC
3. Personal computer or laptop computer
Software required 1. DLP Composer Lite program 2. New version FW
Download procedure 1. Connect RS-232 cable to PC and projector
2. Let projector be in Full-power standby mode : -> Press and hold keypad Power and Menu together, then plug in power cord. -> Release the two keypads. -> Power LED will show Purple light continuously as below figure.
3. Execute DLP Composer Lite program
1 2 3 4 5
6 7 8 9
1 2 3 4 5
6 7 8 9
28
4. To select the RS-232 communications interface, choose "Preferences" from the "Edit" menu, click the "Communications" page and choose "Serial Port".
5. Check communication is RS232 (Serial Port): Select Edit->Preference->Communications->Serial Port Then select the connection port between projector and your computer.
6. Select Flash Loader and make sure to check on Skip boot Loader Area. (Select 32KB).
START menu -> Program files ->DLP Composer Lite
Select the connection port between projector and your computer.
29
7. Click on Flash Loader and Browse->select file->Open to select the path of the image file(new version firmware)
30
8. Click Reset Bus and then check the status that shows Bus Reset.
9. Select Start download.
10. After download complete, program will show Download complete message, and projector will reset to stand by mode.
11. If program pops out another checksum error message after download complete, its ok to skip the error message.
12. After download completing, its necessary to unplug power cord, then re-plug power cord and restart projector.
13. When download complete, LED signal on projector will show standby status.
When FW is downloading, Start Download becomes disabled.
31
Method to enter factory menu 1. Press keypad Power and image will show Power Down OSD function 2. Press keypad Left twice then press Menu, then enter the Factory mode.
Step 1 Step 2
32
EDID Upgrade SOP
Equipment List 1. PC : with parallel (printer) port 2. EDID Board 3. Printer cable : 25pin male-female (connect PC to EDID board) 4. D-sub cable* : with full 15pin (connect EDID board to Projector) 5. HDMI cable*(connect EDID board to Projector) 6. DVI cable* (connect EDID board to Projector) (*Note: Not every models EDID input (D-sub, DVI, HDMI) is the same. Need to check what kind of file you need before download.)
Setup Equipment 1. Connect between PC, EDID board and the Projector:
2. Need to set Jumper before using EDID board : J6 : 1,2 short J8 : 1,2 short J10 : short
3. How to use Download Tool :
Link to Main board : For D-sub DDC download
Link to Projector : For HDMI DDC download (no need in X1130/ X1230/ X1230S/ X1235/ X1230K series)
Link to Projector : For DVI-D DDC download (no need in X1130/ X1230/ X1230S/ X1235/ X1230K series)
25pin male-female cable (normal printer cable)
EDID board
PC with parallel (printer) port
Please ignore this connector
33
Software Installation, Un-installation : Unzip the Q-EDID program files in the same directory. Install Q-EDID tool : Execute Install Q-EDID.BAT to install & register EDID Board
into the computer.
Un-install Q-EDID tool : If you want to uninstall this tool, execute Uninstall Q-EDID.BAT, then it will remove EDID Board from the computer.
How to use Download Tool : (1) Execute EDID Tools V0.16:
1. Run Q-EDID-V016.exe.
2. Program will appear as below picture.
(2) Write EDID: When write D-SUB/DVI EDID: 1. EDID Type Selection : Choose EDID 128 Bytes. 2. Open Files : Click Open File to select file *.DDC
(Note : If your DDC file name is not like *.DDC (e.g. *.2dc), please rename it to *.DDC) 3. Write EDID : Click Write EDID, and it will execute writing process. 4. While complete, it will show message as Write EDID OK.
(Note : Check cable connection before write. It will show Write EDID OK even the connection is not stable.)
34
(3) Read EDID: Read D-SUB/DVI EDID: 1. EDID Type Selection : Choose EDID 128 Bytes 2. Read EDID : Click Read EDID. 3. While complete, it will show message Read EDID OK , and the read-out DDC will
show in the table in program.
Important Note : Be reminded to connect Only One port every time, because the software will not be able
to identify the command signal from which port. After connecting all equipment, always read DDC before writing DDC to ensure the
connection status is OK for writing DDC.
Step1
Step2 Step3
Step4
Step1
Step2
SteStep3
35
Serial Number Upgrade SOP
Hardware required 1. Standard RS232 Download cable 2. Personal computer or laptop computer
Software required 1. Acer_Service_Tool(Data)_3.1.exe
When need to use this Serial Number Upgrade program: When its time to replace Main board for repair, its necessary to rewrite original S/N and some adjustment values into new Main board by the following process.
Upgrade procedure 1. Prepare the download equipment: RS232 cable connect to PC and projector 2. Plug power cord into projector, and the projector will be in stand by mode. 3. Execute Acer_Service_Tool(Data)_3.1.exe, and it will appear as below picture. 4. Change to connected COM port and Click Port Open icon.
5. Read data from original Main board: Click Read system Data, and it will read the Adjustment data (except Auto keystone data) & Serial Number from projector and show the Read complete message in information block.
4-1. Change to connected COM Port number
4-2. Click Port Open
5-1. Click this icon to read all data
5-2. Show Read Complete!
36
6. Click Save to save data into the assigned file name.
7. Change new Main board: (1) Unplug power cable and RS232 cable from projector, and change new Main board
into Projector. (2) After changing Main board, reconnect power cable and RS232 cable into
Projector.
8. Write S/N & data into new Main board: Press Retrieve System and write Data & SN to projector.
9. Load from data & Retrieve System : (1) Click Load from data and select load file. (2) Click Retrieve System to write the values into main board.
6-1. Click Save icon.
6-2. This window will pop out, and it shows the file saving folder.
6-3. Enter file name here. Suggest to use Serial Num as the file name.
6-4. Click Save to save data.
9-1. Click Load From Data to load data.
9-2. Select the file source
9-3. Click Load to finish file load.
10. Click Retrieve System to write data.
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Chapter 3 System Disassembling and Replacement Main Unit Disassembling Tool : Screw Driver --Hex (#4-40) and Cross(Mechanical : M3,M4, Opt.Engine :M2) Process :
Step Discription Tool
1
(1) Disassemble thescrews*5(M3*L8) in the lowercase.(2) Disassemble thescrews*2(M2.5*L10) in the inletand outlet case.(3) Take off the lamp-door.
screwdriver
2
(1) Disassemble the screws*3(M3*L6) connecting the U/C withthe machine(you may need todisclose the film on the uppercase).(2) Hit the inlet-case to loose thehook and at the same time lift theupper case.
S5200/P5205 Dismantle SOP
1
52
4 3
1
2 3
Hook in U/C
Hit the inlet case toloose the hook
at the sametime lift theupper case
Lamp door
3
(1) Untie the tie in the engine andloose the wire in it(Figure1).(2) Disassemble thescrew*1(M3*L8) connecting theF/C with the L/C.(Figure2).(3) Extract the IR 3pin wire in themain board and take off the frontcase. (Figure 3)
Attention : DON'T TOUCH ORBREAK THE LEN.
Figure1 Figure2
IR 3pin Wire
Figure3
Notice: Please releasethe IR wire before takeoff the Front Case.
38
4
(1) Disassemble the screws*8(STAND OFF XH4#-40*6L) andthe screw*1(M3*L8) and theHDMI screw*1(M3*L6), then takeoff the R/C.(Figure1).(2) Disassemble the screws*5(M3*L6) and loose the wiresconnecting the engine and themain board, and then take off theSHD of the main board(Figure2).
screwdriver
screwdriver
5
(1) Extract all the wires in themain board and loose the wire inclips.(Figure1,2)(2) Take off the ourlet case andthe Fans*2.(3) Take off the main board.
Attention: DON'T TWIST THEPIN UNDER THE MB.
3
45
21
Figure2 loose these wires
12 3 4 5
7 8
6 (M3*L8)
Figure1
(M3*L6)
CW 3pinwire
CW wire
ballast 5pinwire
speakerwireIR
wire
inlet fanwire
Figure1
blowerwire
twins fan wire
outlet speaker wire
Figure2
Main BD
Note: Circuit boards > 10cm2 has been highlighted with the yellowrectangle as above image shows. Please detach the Circuit boardsand follow local regulations for disposal.
39
6
(1) Dismantle the screws*2(M3*L6) to loose the twonozzles.(Figure1)(2) Dismantle the Groundingscrew*1(M4*L6) in the shield andloose the Grounding wire.(Figure2)
Figure1 Figure2
12
screwdriver
8
(1) Extract the white lamp wire inthe lamp box and disassemblethe screw*1(M3*L6) connectingthe lamp module in the machine,then take off the lampmodule.(Figure1)(2) Dismantle the screws*2(M3*L6) of the BKT in the neck ofthe engine and take off theBKT.(Figure2)
screwdriver
(1) Dismantle the screws*4(M3*L8) connecting the PowerBDshield and the L/C, then take offthe shield.(Figure1)(2) Take off the inlet casefollowing the way indicated asFigure2, then extract all the wiresin the power board.(3) Take off the power board(Figure3).
7
Figure 1
screwlamp wire
1
2
Figure 2
1
2
3
4
Figure2
Figure1
Note: Circuit boards > 10cm2 has been highlighted with the yellowrectangle as above image shows. Please detach the Circuit boardsand follow local regulations for disposal.
Figure3
40
9
(1) Disassemble the screws*3(M2.5*L10), then take off theengine.(Figure1)(2) Disassemble the screws*2(M3*L8), and take off BKT underthe engine.(Figure2)(3) Take off the ballast mylar.(Figure 3)
screwdriver2
13
Figure 1Figure 2
1
2
Figure 3
10
(1) Extract all the wire in theballast and dismantle thescrews*2(M3*L6), then take offthe ballast.(Figure1)(2) Dismantle screws*2 (M3*L6)connecting the blower with themachine and take off the theblower.(Figure2)(3) Dismantle screws*3 (M3*L8)connecting the lamp box with themachine and take off thelampbox.(Figure3)
screwdriver
1
2 32
1
Figure1
Figure2
Figure3
Note: Circuit boards > 10cm2 has been highlighted with the yellowrectangle as above image shows. Please detach the Circuit boards andfollow local regulations for disposal.
Step Discription Tool
1
S5200 :(1) Disassemble the ringfocus.(pull it out with force.)(2) Disassemble the screws*3(M3*L6) connecting the len andtake off the len carefully.ATTENTION: DON'T TOUCHTHE LEN'S SURFACE ORBREAK THE LEN.
(3) Disassemble the screws*3(M3*L4) connecting the frameand take off the frame.
screwdriver
S5200/P5205 Optical Engine Dismantle SOP
1
3
2
3
PULL
41
1
P5205 :(1) Disassemble the ringfocus.(pull it out with force.)(2) Disassemble the screws*2(M2*L3.5) in Figure 1 and take offthe ring zoom carefully.(3) Disassemble the screws*3(M3*L4) in Figure 2 and take offthe lens carefully.ATTENTION: DON'T TOUCHTHE LEN'S SURFACE ORBREAK THE LEN.
screwdriver
2
(1) Disassemble the springscrews*4(M3*L15.15) connectingthe Hsink and take it off.(2) Take off the chip under theHeatsink and the baffle under thechip.(3) Rotate the switch to loose thechip and take it off.
screwdriver
3
(1) Disassemble screws*2(M3*L4) connecting the BKT andtake it off.(2) Disassemble screw*1(M3*L4)and take off the C/W module.
screwdriver
4
(1) Dismantle screws*2(M2.5*L5)connecting the ILL module andtake it off.(2) Take off the detail parts in theILL module if necessary.
screwdriver
2
14
3
1
2
M3*L4
C/W moduleBKT
1
2
Note: Circuit boards > 10cm2 has been highlighted with the yellowrectangle as above image shows. Please detach the Circuit boardsand follow local regulations for disposal.
Figure 1 2
13
Figure 2
1 2
PULL
5
(1)Take off the Sphere len in theHSG(2) Dismantle screws*2(M2*L3) toloose the clip covering the L/Pmodule.(3) Take off the L/P module.
screwdriverL/P clip
3R0
L/P clip
M2*L
Sphere len
L/P
42
Module Assembly Key Point - Optical Engine
1. Light Pipe Module assembly and overfill alignment
1.1 Assembly LP Module to HSG DMD (1) Assembly two Overfill adjustment screws to HSG DMD (Fig. 1-1).
** Adjustment criteria refer to below item (2) Assembly Clip LP and lock with screw well (Fig. 1-2). (3) Press CLIP of RE_BKT_LP first, and then push it into the hole (Fig. 1-3). (4) Placed LP Module on LP datum of DMD HSG and adjustment screw well (Fig.1-4). (5) Assembly Baffle LP first (Fig. 1-5-1) & push Baffle LP to hook DMD HSG, and
then lock with screw well (Fig. 1-5-2).
1.2 Overfill Adjustment @ LP Module Overfill Adjustment Criteria:
(1) Pre-assembly 2 adjusting screws. Criteria shown as Fig.1-6. (2) Alignment Sequence:
a. To adjust Horizontal Adjustment Screw firstly, and then Vertical Adjustment Screw.
b. Refer to Fig. 1-6. (3) For Overfill Re-adjustment:
a. Those 2 Adjustment Screws must be released closely to the Pre-assembly positions first.
b. Follow adjustment steps shown in Item 1.2.
Fig. 1-1 Fig. 1-2
Overfill Vertical Adjustment Screw
Overfill Horizontal Adjustment Screw
Clip LP
43
Fig. 1-3
Fig. 1-4
1. Press down the Clip
2. Insert the LP Module
Overfill adjustment screws
LP Datum of DMD HSG
44
Fig. 1-5-1 Fig. 1-5-2
Fig. 1-6
1. Place Clips on BKT surface
2. Push Baffle LP to hook DMD HSG
3. Lock screw
Pre assemble this screw not over the side surface.
Pre assemble this screw not over the bottom surface.
45
2. Assembly FM Module: Place FM on HLD FM surface(Fig. 2-1) and use Clip FM to fix FM(Fig. 2-2).
Fig. 2-1 Fig. 2-2
3. Assembly HSG ILL Module: 3.1 CM Assembly
I. Insert Clip CM Side first, and then place Clip Front CM to fixed-shaft of ILL SUB before locking screw (Fig. 3-1, Fig. 3-2).
II. Assemble CM to HSG ILL and to make CM contact three datum on the HSG ILL Well (Fig. 3-3). III. Assemble CLIP TOP CM (with forceps) to the HSG IL (Fig. 3-4,). IV. To check and make sure CLIP of CM hooks the HSG ILL very Well (Fig. 3-5). V. Paste Sponge tube AL on cannelure of HSG ILL (Fig. 3-6).
6.2 FM Module Assembly 1. FM Module must be placed to fixed shaft and on the datum surface of ILL SUB
and then lock with screw well (Fig. 3-7).
Fig. 3-1 Fig. 3-2
Screw
Clip CM Side
Fixed shafts of ILL SUB
Touch the side surface
Clip FM hook the punch points
46
Fig. 3-3
Fig. 3-4 Fig. 3-5
Fig. 3-6
Datum1
Datum2
Datum3
Clip UP CM
Sponge
47
Fig. 3-7
4. AL, HSG ILL and HSG DMD Assembly: 4.1 Placed AL on the HSG DMD. The raised surface of AL shall toward DMD
direction (Fig. 4-1). 4.2 To assemble HSG ILL SUB Module with HSG DMD and cover over on AL and the
then lock with screws (Fig. 4-2).
Fig. 4-1 Fig. 4-2
AL
DMD Direction
screw
Fixed shafts& holes
screw
48
5. DMD and Chip B/D Module: 5.1. Judge Chip B/D and DMD alignment keying first (Fig. 5-1, 5-2). 5.2. Alight keying and Assemble DMD to Chip B/D (Fig. 5-3). 5.3. Push DMD slightly and use screwdriver rotate clockwise button to lock (close notation) DMD on Chip B/D (Fig. 5-4).
Fig. 5-1 Fig. 5-2
Fig. 5-3 Fig. 5-4
5.4 Place Damper on the surface of Chip-BD Fig. 5-5.
.
Fig. 5-5
5.5 Place Damper on the surface of Chip-BD (Fig. 5-6).
Damper
Alignment keying
Button
Open notation
49
Fig. 5-6
5.6 Place EMI Gasket on the surface of Chip B/D (Fig. 5-7). (only for P5205)
Fig. 5-7
6. Assembly Optical Engine: 6.1 Assemble BKT Link Lamp & CW shield on DMD HSG and then lock with screws well (Fig. 6-1).
Fig. 6-1 Screws*2
Shield CW
BKT Link Lamp
EMI Gasket
Damper
50
7. Assembly OP ENG 7.1 Assemble Baffle DMD to HSG DMD (Fig.7-1). 7.2 Assemble Chip B/D Module to HSG DMD (Fig. 7-2).
Fig.7-1
Fig.7-2-1 Fig. 7-2-2 7.3 Assemble Thermal Pad & Gasket Hest-sink then place contact DMD(Fig. 7-3Fig. 7-3-1) 7.3.1 Press center of Heatsink before assemble spring screws*4, then keep pressing until
spring screws assembly finish. 7.3.2 Pre-fastening Sequence: [ 1 ] - [ 2 ] - [ 3 ] - [ 4 ]. 7.3.3 Fastening Sequence: [ 2 ] - [ 1 ] - [ 4 ] - [ 3 ]. 7.3.4 Screw Torque must be confirmed to be 6 kg-cm. 7.3.5 Assemble Gasket to DMD HSG.
Fixed shafts of DMD HSG
Fixed holes of ILL SUB HSG
Fixed holes of DMD
Fixed shafts of DMD HSG
51
Fig. 7-3
Fig. 7-3-1 7.4 Assemble CW Module to DMD HSG and lock with screws well (Fig.7-4).
Fig.7-4
Fixed shafts of DMD HSG
Screw
Press Heatsink when assemble spring screw
1
4
3
2
Gasket
52
7.5 Assemble Mylar Antidust well (Fig. 7-5).
Fig.7-5 For S5200: 7.6 Assemble Frame B-ST and lock with screws well (Fig. 7-6). Note: Overfill Adjustment @LP Module must be done before this step.
Fig. 7-6
7.7 Assemble TH Pad to Lens well (Fig. 7-7, Fig. 7-8).
Screws*3
Fixed shafts of DMD HSG
Fixed shafts of DMD HSG
Mylar Antidust
53
Fig. 7-7
Fig. 7-8
7.8 Assemble PL Lens and lock with screws well (Fig. 7-9, Fig 7-10). The Assembly direction must be horizontaland do not impact CM.
Fig. 7-9-1
Insert TH Pad well
1. Concentric Circle
Assemble horizontally
This surface must be covered
54
Fig. 7-9-2
Fig. 7-10
7.9 Assemble Ring Focus (Fig. 7-11).
Fig. 7-11
Screws
Fixed shafts of Frame B-ST
Ring Focus
Dont impact CM
55
7.10 Assemble Lamp Module to BKT Link Lamp and then lock with screw well (Fig. 7-12).
Fig. 7-12
For P5205 : 7.11 Assemble PL Lens and lock with screws well (Fig.7-13).
Fig. 7-13
Screw insert
screw
56
7.12 Assemble Ring Zoom and lock with 2 screws well (Fig. 7-14).
Fig. 7-14
7.13 Assemble Ring Focus well (Fig. 7-15).
Fig. 7-15
7.14 Assemble Lamp Module to BKT Link Lamp and then lock with screw well (Fig. 7-16).
Fig. 7-16
screw
screw
57
Module Assembly Key Point Mechanical
1. Appearance Case assembly concern 1.1 Lower Case module
Label
Adjust Foot x1 (Free drop)
Push button Spring
Mold in nut*3 Adjust Foot x2 (thread)
Add glue on thread
foot
Sub_Assy M4 Heat melt nut*2
Sub_Assy M2.5 Heat melt nut*3
Stand off*2
Sub_Assy M3 Heat melt nut*2
Sponge adjust
Sponge Align the boss
Tape Light Leakage Mylar align to the Rib on LC
58
1.2 Upper Case module
Rubber keypad
KEYPAD
DOOR LAMP
LED LENS LED
Align Pin
Please make sure: 1. Press all rubber close to upper case. 2. After assembled please check rubber surface even.
M3 Screw
59
1.3 Lamp door module
1.4 Front Case and Rear Case module (S5200) (P5205)
Front Case
ASSY_SUB: Heat Melt IR LENS Please make sure IR lens fixed close to front case.
ASSY_SUB: IR_board &wire Please make sure IR board fixed close to front case.
nut location
Mylar for U/C light leakage
Align these ribs
Front Case Module
ASSY_SUB:
Heat Melt IR
LENS
Please make
sure IR lens
fixed close to front case.
60
1.5 Inlet Case and Outlet Case module
IR LENS Rear Please make sure IR lens fixed close to rear case.
Inlet Case Module
Please notice wire dressing route
hook use M3 screw to fix it on F/C
Tape PLATE RC CONNECTOR and NAME PLATE on RC
61
Inlet Case Module & Fan
FAN60*60*13
fan wire direction
Notice: The align pin must insert to fan 6013 completely
Align pin on inlet-case
Outlet Case Module
62
2. Lamp Box & Blower, Power Board assembly concern Blower: (S5200)
(P5205)
Blower
Nozzle Assy_Nozzl Cu plate: Opening face outside.
Thermal breaker- Text face outside
BKT
Plastic mount
Blower & BKT- Text face outside
Plastic mount*2 direction
Blower
Nozzle
Assy_Nozzle Cu plate: Opening face outside.
Thermal breaker- Text face outside
BKT
Plastic mount
63
M3*6L
Lamp Box:
Louver Lamp Box Please press to bottom and check hook position.
Lamp connector
Door Switch
Lamp Box module
Mylar on BKT lamp box
Door Switch
Align the BKT
Align the BKT
Blower & BKT- Text face outside
Plastic mount*2 direction
64
(S5200)
(P5205)
The two pin with heat shrinkage tube away from the lamp box
attach tape on lampbox then align the edge secend
align the edge first
TAPE LIGHT-LEAK Align the two edges
65
3. Ballast wire alignment concern
Ballast
Notice wire cross dressing
Wire ballast dressing
Lamp box
blower
Wire under the lamp box
fix the wire at the slot
fix the wire at the slot
66
(S5200)
(P5205)
Ballast to lamp wire addressing
Mylar ballast align pin
Wire Blower
Ballast to lamp wire addressing
lamp wire through the hole
Ballast to lamp wire addressing
67
4. Power Board wire alignment
5. Opt Engine assembly alignment (S5200)
Power Board
Wire Ballast BOSS*2
BKT ST Lens Bottom
OPTICAL ENG.
The arrow align the line on ST lens
Rubber for light leakage on ST lens
68
(P5205)
BKT ST Lens Top
Notice: Dont press the rubber arrow
Notice: The Engine screw Priority
Clip on Eng screw-2
OPTICAL ENG.
Screw First
Second screw with clip cable
Screw Third
69
6. Common parts assembly notice:
Notice wire
Mylar BKT
Wire clip slot
Assy the inlet-case before PW-BKT
Notice: The Bkt. Not pressed the part on power board
Wire clip
Fan 8025 Fan 9225 Fan 8025 wire
70
7. Main Board wire alignment (S5200)
Grounding
CW wire Wire dressing regular and avoid to wire break.
Wire saddle
Fix this screw at first
Clip Wire
Clip Fix --Wire Fan8025 & 9225 FixWire speaker
ESD
Yellow Green wire goes through here.
71
(P5205)
Use clip to bind fan wire , speaker wire,IR wire, & CW wire
Wire ballast
Ballast wire: insert to main-board directly
This screw fixed with U/C
Connector Blower
Connector Fan8025 & 9225
Connector Speaker (Outlet side)
Let the saddle fix the wire fan & speaker
72
Wire ballast
Ballast wire insert to main-board directly
Fix this screw at first
Connector Color Wheel Signal
Connector Color Wheel power
Connector Fan 6013
Connector Speaker
Connector Front IR
Light Leakage Mylartape to this wall
73
8. Shield, rear case, upper case, lamp module assembly notice
Rear Case
SHD Main-Board: first assemble back side then front side.
Push rear cover vertically.
Upper Case
Put upper case
Attach mylar on UC
align this edge
First
Secend
FC use one M3 screw assembly with LC
74
M3 screw
75
Before fixed screw, please check all hooks.
Notice wire dressing and dont interfere with lamp holder
Film lamp exploded
76
9. Overall wire review
(S5200)
(P5205)
Let the Clip Cable to fix the wire IR, CW single wire, Speaker & Fan6013
IR wire should be fixed to this groove
77
78
Chapter 4 Troubleshooting System Analysis
Keypad LED OK No
If Power On, Lamp On?
Yes
No
No Signal?
Power Auto Turn Off
IR Remote Control NG?
Pixel Fail?
Yes
No
No
No
Yes
Yes
Yes
Yes
Step: 1. Check Lamp Door 2. Check Power Board and Interlock 3. Check Connection between PWR
BD and Main BD 4. Check Main Board
1. Check Lampen wire , Lamp wire and Ballast wire
2. Check C/W and wire connection 3. Check Main board 4. Check Lamp 5. Check Ballast
1. Check Input Cable 2. Check OSD Source set up 3. Check Main board
1. Check OSD Lamp Hours 2. Check Lamp Door 3. Check Lamp still light or not? 4. Check Fan still spin or not? 5. Check Thermal status
1. Check Remote module battery 2. Check Remote module 3. Check IR Reciver on Main board 4. Check IR Reciver on IR board
1. Check the connection between Main BD and Chip BD
2. Check the connection between OP engine and DMD Chip
3. Check Chip board 4. Check Main board
79
Optical & Optical Engine Trouble Shooting Guide No. Item Trouble Shooting Guide 1 Brightness Change lamp 2 Uniformity Change lamp
3 FOFO Contrast
Check ADC calibration Check users menu brightness & contrast are default Clean DMD Clean PL Check ILL stop assy
4 ANSI Contrast Clean PL Clean DMD Change PL
5 Color Check color wheel delay Check CW 50% point. Replace CW if necessary 6 Color Uniformity Change lamp
7 Blue Edge Refer to Item#2-1 (attached below) Change CM Change SUB HSG
8 Blue/Purple Border Refer to Item#2-1(attached below) Change CM Change SUB HSG
9 Focus Change Projection Lens Check parallel between PL datum and DMD 10 Dust Clean DMD
11 Horizontal/Vertical Strips
Check connector between chipBD and MainBD Re-install DMD with chipBD Check if any pin of C-Spring is missing, damaged or dirty Change new ChipBD/C-Spring Change new DMD
12 Pixel Fail Change new DMD 2-1. Blue Edge Trouble Shooting:
1. Re-adjust Overfill first. 2. For Overfill Re-adjustment: Those 2 Adjustment Screws must be released for around
2 mm first. 3. Alignment Sequence:
3.1. To adjust Horizontal Adjustment Screw firstly, then Vertical Adjustment Screw. 3.2. Refer to Figure 2-1..
Fig. 2-1 4. Re-assemble LP moduleinclude LP, LP Baffle, LP clip.
(2) Overfill Vertical Adjustment Screw
(1) Overfill Horizontal Adjustment Screw
80
Power Supply Trouble Shooting Guide
81
82
LED Messages Definition
Lamp_LED Temp_LED Power_LED Power_LED Red Red Red Blue Power Plug Flash ON to OFF Flash ON to OFF Flash ON to OFF -- Standby -- -- ON -- Power button ON -- -- -- ON
Lamp retry -- -- --
0.5 second H(On), 0.5 second L(Off) flashing
Cooling state -- --
0.5 second H(ON), 0.5 second L(OFF) flashing --
Power button OFF: Cooling completed; Standby Mode -- -- ON -- Firmware Download -- -- ON ON Thermal sensor error (T2 85 ) (Lamp Over Temperature) OSD shows Projector Overheated -- ON -- ON Thermal sensor error (T1 40 ) OSD shows Projector Overheated -- ON -- ON Fan lock error OSD shows red Fan Fail, Will automatically turn off soon --
0.5 second H(On), 0.5 second L(Off) flashing -- ON
Lamp error (Lamp, ballast) ON -- -- ON
Color Wheel fail
0.5 second H(ON), 0.5 second L(OFF) flashing -- -- ON
83
Error Count Messages Definition
Error Count Definition Specification
LAMP Fail error LAMP OFF DETECT LAMPLIT
FAN 1 Speed Error LAMP FAN SPEED ERROR SPEED OVER 20% FAN 2 Speed Error BALLAST FAN SPEED
ERROR SPEED OVER 20%
FAN 3 Speed Error BLOWER FAN SPEED ERROR
SPEED OVER 20%
FAN 4 Speed Error Lens FAN SPEED ERROR SPEED OVER 20% Sensor 1 Open Error Main Board SENSOR ERROR DETECT Sensor 1
Sensor 2 Open Error Power board SENSOR ERROR N/A
Sensor 1 Short Error Main Board SENSOR ERROR DETECT Sensor 1
Sensor 2 Short Error Power board SENSOR ERROR N/A
Temperature 1 Error over limited temperature DETECT Sensor 1
Temperature 2 Error over limited temperature N/A
FANIC 1 I2C ERROR I2C communication error DETECT Fan IC
FANIC 2 I2C ERROR I2C communication error N/A
84
RS232 Connection
1. Connection: Below shows the illustration of connection between PC and Projector.
Make sure that your computer and projector are turned off before connection. Power on the computer first, and then plug the power cord of the projector. (It may
cause Com port incorrect function, if you do not follow this instruction) Adapters may be necessary depending on the PC connected to this projector. Please
contact with your dealer for further details.
2. Hardware connection
WIRE ARRANGEMENT
P1 COLOR P2 1 BLACK 1 2 BROWN 3 3 RED 2 4 ORANGE 4 5 YELLOW 5 6 GREEN 6 7 BLUE 8 8 PURPLE 7 9 GRAY 9 CASE DRAIN WIRE CASE
Pin Description Pin Description 1 NC 2 RXD 3 TXD 4 NC 5 GND 6 NC 7 RTS 8 CTS 9 NC
1 2 3 4 5
6 7 8 9
1 2 3 4 5
6 7 8 9
85
Interface Settings RS-232 protocol
Baud Rate 115200 bps Data Length 8 bit Parity Check None Stop Bit 1 bit Flow Control None
Command Category Refer to Appendix A
86
Adjustment / Alignment Procedure
Content :
1. Color Wheel Delay Alignment 2. Overfill adjustment 3. PC Alignment Procedure
87
1. Color Wheel Delay Alignment
Procedure: 1. Enter Factory Mode 2. Enter Block 1 3. Change CW Delay by adjusting the following gray pattern to smooth
32 Gray pattern
88
2. Overfill adjustment (Blue Edge adjustment) 1. Full White Pattern is suggested for this alignment. 2. Adjust 2 LP-alignment Screws (upper side / lower front side of Optical Engine) behind
Color Wheel. 3. Alignment Criteria is to adjust these 2 screws until No Dark Edges and No
Shadows can be observed in image.
89
3. PC Alignment Procedure Equipment:
- Pattern generator (Chroma-2250) OSD Default value:
Item Value Cal R Offset 127 Cal G Offset 127 Cal B Offset 127 Cal R Gain 127 Cal G Gain 127 Cal B Gain 127 YPbPr R Offset 127 YPbPr B Offset 127
Procedure: Gray Level:
1. Connect power, D-sub, into projector. 2. Change Timing and pattern of pattern generator: 3. Timing: 1024*768 @60Hz (XGA) 4. Pattern: As Figure1 {A near white color (240,240,240) and a near black
color(16,16,16)} 5. Light on projector 6. Set user OSD values to default. 7. Enter factory mode. 8. Set Factory values to default. 9. Press Calibration RGB to let the black level to just distinguish, and the light output
of white level to just max. 10. Check the 32 levels of gray. All steps must appear. 11. Calibrate Dsub_1 only .( Dsub_2 follows Dsub_1 )
White-black pattern
90
Chapter 5 FRU List Exploded Diagram
Module 1 Total Exploded View
(S5200)
91
92
(P5205)
93
94
Module 2 ASSY UPPER CASE
95
Module 3 ASSY LOWER CASE
96
Module 4 ASSY FRONT CASE
(S5200)
(P5205)
97
FRU List
Model CATEGORY PARTNAME ACER PART NO. Photo
S5200/ P5205 ACCESSORY
REMOTE CONTROLLER (25 keys w/o Laser)
VZ.J9000.001
S5200/ P5205 BOARD
DMD CHIP BAOD 55.J900Q.004
S5200/ P5205 BOARD
IR SENSOR BOARD 55.J900Q.005
S5200/ P5205
BOARD
TOOL KIT FOR EDID UPLOAD 6K.J900Q.001
P5205 BOARD BALLAST (LAMP DRIVER) 55.K130Q.002
S5200 BOARD POWER BOARD 55.K140Q.003
P5205 BOARD POWER BOARD 55.K130Q.003
S5200 BOARD MAIN BOARD 55.K140Q.001
P5205 BOARD MAIN BOARD 55.K130Q.001
S5200 BOARD BALLAST (LAMP DRIVER) 55.K140Q.002
S5200/ P5205 CABLE
POWER CORD THAILAND 27.J900Q.001 -
98
S5200/ P5205 CABLE
POWER CORD EUR 27.LBJ0Q.001 -
S5200/ P5205 CABLE
POWER CORD US 27.LBJ0Q.002 -
S5200/ P5205 CABLE
POWER CORD AUS 27.LBJ0Q.004 -
S5200/ P5205 CABLE
POWER CORD INDIA 27.LCE0Q.001 -
S5200/ P5205 CABLE
POWER CORD ARF 27.LCE0Q.002 -
S5200/ P5205 CABLE
POWER CORD UK 27.LDW0Q.001 -
S5200/ P5205 CABLE
POWER CORD JP 27.LE20Q.001 -
S5200/ P5205 CABLE D-SUB CABLE 50.J900Q.001 -
S5200/ P5205 CABLE RCA CABLE 50.J900Q.002 -
S5200/ P5205 CABLE
POWER CORD CHINA 50.LE10Q.004 -
S5200/ P5205 CABLE
POWER CORD SWIS 50.LE20Q.004 -
P5205 CABLE CABLE BALLAST TO LAMP
50.K130Q.001
S5200/ P5205 CABLE
CABLE M/B TO BALLAST 50.K140Q.004
P5205 CABLE CABLE LAMP DOOR SWITCH 50.K130Q.003
S5200/ P5205 CABLE
CABLE M/B TO IR BOARD 50.K140Q.001
S5200 CABLE CABLE- LAMP DOOR SWITCH 50.K140Q.005
S5200 CABLE CABLE BALLAST TO LAMP
50.K140Q.002
99
S5200 CABLE CABLE POWER BOARD TO BALLAST
50.K140Q.003
P5205 CABLE CABLE POWER BOARD TO BALLAST
50.K130Q.002
S5200 CASE/COVER/BRACKET ASSEMBLY FOCUS RING 60.K140Q.007
P5205 CASE/COVER/BRACKET ASSEMBLY FOCUS RING 60.K130Q.004
P5205 CASE/COVER/BRACKET ASSEMBLY ZOOM RING 60.K130Q.005
S5200/ P5205
CASE/COVER/BRACKET ASSEMBLY INTEL CASE 60.K140Q.002
S5200/ P5205
CASE/COVER/BRACKET ASSEMBLY OUTLET CASE 60.K140Q.003
S5200 CASE/COVER/BRACKET ASSEMBLY FRONT CASE (W/O IR BOARD) 60.K140Q.006
P5205 CASE/COVER/BRACKET ASSEMBLY FRONT CASE (W/O IR BOARD) 60.K130Q.002
S5200 CASE/COVER/BRACKET ASSEMBLY LAMP DOOR 60.K140Q.008
P5205 CASE/COVER/BRACKET ASSEMBLY LAMP DOOR 60.K130Q.003
100
S5200/ P5205
CASE/COVER/BRACKET ASSEMBLY
UPPER CASE (W/ KEYPAD RUBBER& BRACKET)
60.K140Q.004
S5200 CASE/COVER/BRACKET ASSEMBLY LOWER CASE (W/ ADJUST FOOT)
60.K140Q.005
P5205 CASE/COVER/BRACKET ASSEMBLY LOWER CASE (W/ ADJUST FOOT)
60.K130Q.001
S5200/ P5205
CASE/COVER/BRACKET ASSEMBLY REAR CASE 60.K140Q.001
S5200 DIGITAL LIGHT DEVICE LIGHT PIPE 57.J900Q.002
P5205 DIGITAL LIGHT DEVICE LENS 57.K130Q.002
S5200 DIGITAL LIGHT DEVICE LENS 57.K140Q.002
S5200/ P5205 DIGITAL LIGHT DEVICE DMD CHIP 57.K140Q.003
P5205 DIGITAL LIGHT DEVICE LIGHT PIPE 57.K130Q.001
S5200/ P5205 DIGITAL LIGHT DEVICE
COLOR WHEEL MODULE(W/ SENSOR BD & CABLE)
57.K140Q.001
S5200 DIGITAL LIGHT DEVICE S5200 Lamp Module 210W, E20.9
EC.K1400.001
101
S5200 DIGITAL LIGHT DEVICE ENGINE MODULE 57.K140Q.004
P5205 DIGITAL LIGHT DEVICE Philips P5205 Lamp Module 280W, E21.7
EC.K1300.001
P5205 DIGITAL LIGHT DEVICE ENGINE MODULE 57.K130Q.003
S5200/ P5205 FAN FAN (X2) 23.K140Q.001
S5200/ P5205 FAN FAN 23.K140Q.002
P5205 FAN FAN BLOWER MODULE 23.K130Q.001
S5200 FAN FAN BLOWER MODULE 23.K140Q.005
S5200/ P5205 MISCELLANEOUS FOOT ADJFOOT 47.J900Q.001
S5200/ P5205 MISCELLANEOUS
RUBBER ADJFOOT PAD 47.K140Q.001
S5200/ P5205 MISCELLANEOUS
FILM LAMP EXPLODE SATURN4
47.K140Q.002
S5200/ P5205 SPEAKER SPEAKER 23.K140Q.003
S5200/ P5205 SPEAKER SPEAKER 23.K140Q.004
(Note) The updated P/N refers to latest Spare Part List
102
Appendix A - Code List: IR / RS232 / DDC Data
1. Remote Control Code: IR setting value
Frequency: 38kHz Protocal: NEC format
b. IR command code a. IR setting value Frequency: 38kHz Protocal: NEC format
b.IR command code Customer code0813
103
2. RS-232 Command Code
General command type (Projector receives commands) No Code (character) Function feature Note
1 OKOKOKOKOK Power On support 2 * 0 IR 001 Power On support 3 * 0 IR 002 Power Off support 4 * 0 IR 004 Keystone support 5 * 0 IR 006 Mute support 6 * 0 IR 007 Freeze support 7 * 0 IR 008 Menu support 8 * 0 IR 009 Up support 9 * 0 IR 010 Down support 10 * 0 IR 011 Right support 11 * 0 IR 012 Left support 12 * 0 IR 013 Enter Unsupport 13 * 0 IR 014 Re-Sync support 14 * 0 IR 015 Source Analog RGB for D-sub support 15 * 0 IR 016 Source Digital RGB Unsupport 16 * 0 IR 017 Source PbPr for D-sub support 17 * 0 IR 018 Source S-Video support 18 * 0 IR 019 Source Composite Video support 19 * 0 IR 020 Source Component Video support 20 * 0 IR 021 Aspect ratio 16:9 support 21 * 0 IR 022 Aspect ratio 4:3 support 22 * 0 IR 023 Volume + support 23 * 0 IR 024 Volume support 24 * 0 IR 025 Brightness support 25 * 0 IR 026 Contrast support 26 * 0 IR 027 Color Temperature support 27 * 0 IR 028 Source Analog RGB for DVI Port Unsupport 28 * 0 IR 029 Source Analog YPbPr for DVI Port Unsupport 29 * 0 IR 030 Hide support 30 * 0 IR 031 Source support 31 * 0 IR 032 Video: Color saturation adjustment support 32 * 0 IR 033 Video: Hue adjustment support 33 * 0 IR 034 Video: Sharpness adjustment support 34 * 0 IR 035 Query Model name support 35 * 0 IR 036 Query Native display resolution support 36 * 0 IR 037 Query company name support 37 * 0 IR 040 Aspect ratioL.Box Unsupport 38 * 0 IR 041 Aspect ratio 1:1 Unsupport
104
39 * 0 IR 042 Keystone Up support 40 * 0 IR 043 Keystone Down support 41 * 0 IR 044 Keystone Left Unsupport 42 * 0 IR 045 Keystone Right Unsupport 43 * 0 IR 046 Zoom support 44 * 0 IR 047 e-Key support 45 * 0 IR 048 Color RGB support 46 * 0 IR 049 Language support 47 * 0 IR 050 Source HDMI support
General command type (Projector transmits commands) NO Code (character) Function feature Note
1 Model XXXXXXXX Return the Model name support
2 Res XXXXX Return the Native display resolution support
3 Name XXXXXXXX Return the company name support
Lamp command type (Projector receives commands) NO Code (character) Function feature Note
1 * 0 Lamp ? Query the lamp ON/OFF support 2 * 0 Lamp Query the lamp hours support
Lamp command type (Projector transmits commands) NO Code (character) Function feature Note
1 Lamp 0 Return Lamp OFF status support 2 Lamp 1 Return Lamp ON status support 3 XXXX Return Lamp hours support
Source command type (Projector receives commands) NO Code (character) Function feature Note
1 * 0 Src ? Query source input type support
105
3. DDC Data S5200 Analog DDC:
EDID Version # 1, Revision # 3 ______________________________________________________________________
______________________________________________________________________
EDID Block 0, Bytes 0-127 [00H-7FH] Block Type: EDID 1.3
0 1 2 3 4 5 6 7 8 9 A B C D E F ________________________________________________________________
0 | 00 FF FF FF FF FF FF 00 04 72 05 14 01 00 00 00 10 | 01 13 01 03 0E 00 00 78 0A D1 B9 A3 57 5A 96 23 20 | 16 52 63 3F CF 80 31 7C 45 7C 61 7C 81 80 81 C0 30 | 81 00 95 00 B3 00 64 19 00 40 41 00 26 30 18 88 40 | 36 00 00 00 00 00 00 18 00 00 00 FD 00 30 78 1F 50 | 5D 11 00 0A 20 20 20 20 20 20 00 00 00 FC 00 53 60 | 35 32 30 30 0A 20 20 20 20 20 20 20 00 00 00 FF 70 | 00 4B 31 34 30 35 30 30 31 38 34 30 31 0A 00 CE ______________________________________________________________________
(08H-09H) ID Manufacturer Name _________________________ = ACR (0AH-0BH) Product ID Code ______________________________ = 1405 (0CH-0FH) Last 5 Digits of Serial Number _______________ = 00001 (10H) Week of Manufacture __________________________ = 01 (11H) Year of Manufacture __________________________ = 2009 (12H) EDID Version Number __________________________ = 1 (13H) EDID Revision Number _________________________ = 3 (14H) VIDEO INPUT DEFINITION: Analog Signal 0.700, 0.300 (1.000 Vp-p) Sync on Green, Composite Sync, Separate Syncs Error: (0-5) Incorrect Video Information Byte (15H) Maximum Horizontal Image Size ________________ = mm (16H) Maximum Vertical Image Size __________________ = mm (17H) Display Gamma ________________________________ = 2.20 (18H) DPMS and Supported Feature(s): Preferred Timing Mode Display Type = R/G/B Color (19H-22H) CHROMA INFO: Red x - 0.640 Green x - 0.352 Blue x - 0.139 White x - 0.322 Red y - 0.341 Green y - 0.587 Blue y - 0.089 White y - 0.388 (23H) ESTABLISHED TIMING I: 640 x 480 @ 60Hz (IBM,VGA) 640 x 480 @ 67Hz (Apple,Mac II) 640 x 480 @ 72Hz (VESA) 640 x 480 @ 75Hz (VESA) 800 x 600 @ 56Hz (VESA) 800 x 600 @ 60Hz (VESA) (24H) ESTABLISHED TIMING II: 800 x 600 @ 72Hz (VESA) 800 x 600 @ 75Hz (VESA) 1024 x 768 @ 60Hz (VESA) 1024 x 768 @ 70Hz (VESA) 1024 x 768 @ 75Hz (VESA) 1280 x 1024 @ 75Hz (VESA) (25H) Manufacturer's Reserved Timing: 1152 x 870 @ 75Hz (Apple,Mac II) (38-53) Standard Timing Identification: Standard Timing ID 1: 640 x 480 @120Hz Standard Timing ID 2: 800 x 600 @120Hz Standard Timing ID 3: 1024 x 768 @120Hz Standard Timing ID 4: 1280 x 1024 @60Hz Standard Timing ID 5: 1280 x 720 @60Hz
106
Standard Timing ID 6: 1280 x 800 @60Hz Standard Timing ID 7: 1440 x 900 @60Hz Standard Timing ID 8: 1680 x 1050 @60Hz ______________________________________________________________________
(36H-47H) Detailed Timing / Descriptor Block 1:
______________________________________________________________________
(48H-59H) Detailed Timing / Descriptor Block 2:
Monitor Range Limits: Min Vertical Freq - 48 Hz Max Vertical Freq - 120 Hz Min Horiz. Freq - 31 kHz Max Horiz. Freq - 93 kHz Pixel Clock - 170 MHz GTF - Not Used
______________________________________________________________________
(5AH-6BH) Detailed Timing / Descriptor Block 3:
Monitor Name: S5200
______________________________________________________________________
(6CH-7DH) Detailed Timing / Descriptor Block 4:
Monitor Serial Number: K14050018401
(7EH) Block No: No Extension EDID Block(s) Error: (0-3) Incorrect Extension Flag (7FH) CheckSum OK
107
S5200 HDMI DDC: EDID Version # 1, Revision # 3 ______________________________________________________________________
______________________________________________________________________
EDID Block 0, Bytes 0-127 [00H-7FH] Block Type: EDID 1.3
0 1 2 3 4 5 6 7 8 9 A B C D E F ________________________________________________________________
0 | 00 FF FF FF FF FF FF 00 04 72 05 14 01 00 00 00 10 | 01 13 01 03 80 00 00 78 0A D1 B9 A3 57 5A 96 23 20 | 16 52 63 3F CF 80 31 7C 45 7C 61 7C 81 80 81 C0 30 | 81 00 95 00 B3 00 64 19 00 40 41 00 26 30 18 88 40 | 36 00 00 00 00 00 00 18 00 00 00 FD 00 30 78 1F 50 | 5D 11 00 0A 20 20 20 20 20 20 00 00 00 FC 00 53 60 | 35 32 30 30 0A 20 20 20 20 20 20 20 00 00 00 FF 70 | 00 4B 31 34 30 35 30 30 31 38 34 30 31 0A 01 5B
______________________________________________________________________
(08H-09H) ID Manufacturer Name _________________________ = ACR (0AH-0BH) Product ID Code ______________________________ = 1405 (0CH-0FH) Last 5 Digits of Serial Number _______________ = 00001 (10H) Week of Manufacture __________________________ = 01 (11H) Year of Manufacture __________________________ = 2009 (12H) EDID Version Number __________________________ = 1 (13H) EDID Revision Number _________________________ = 3
(14H) VIDEO INPUT DEFINITION: Digital Signal
(15H) Maximum Horizontal Image Size ________________ = mm (16H) Maximum Vertical Image Size __________________ = mm (17H) Display Gamma ________________________________ = 2.20
(18H) DPMS and Supported Feature(s): Preferred Timing Mode Display Type = R/G/B Color
(19H-22H) CHROMA INFO: Red x - 0.640 Green x - 0.352 Blue x - 0.139 White x - 0.322 Red y - 0.341 Green y - 0.587 Blue y - 0.089 White y - 0.388
(23H) ESTABLISHED TIMING I: 640 x 480 @ 60Hz (IBM,VGA) 640 x 480 @ 67Hz (Apple,Mac II) 640 x 480 @ 72Hz (VESA) 640 x 480 @ 75Hz (VESA) 800 x 600 @ 56Hz (VESA) 800 x 600 @ 60Hz (VESA)
(24H) ESTABLISHED TIMING II: 800 x 600 @ 72Hz (VESA) 800 x 600 @ 75Hz (VESA) 1024 x 768 @ 60Hz (VESA) 1024 x 768 @ 70Hz (VESA) 1024 x 768 @ 75Hz (VESA) 1280 x 1024 @ 75Hz (VESA)
(25H) Manufacturer's Reserved Timing:
108
1152 x 870 @ 75Hz (Apple,Mac II)
(38-53) Standard Timing Identification: Standard Timing ID 1: 640 x 480 @120Hz Standard Timing ID 2: 800 x 600 @120Hz Standard Timing ID 3: 1024 x 768 @120Hz Standard Timing ID 4: 1280 x 1024 @60Hz Standard Timing ID 5: 1280 x 720 @60Hz Standard Timing ID 6: 1280 x 800 @60Hz Standard Timing ID 7: 1440 x 900 @60Hz Standard Timing ID 8: 1680 x 1050 @60Hz ______________________________________________________________________
(36H-47H) Detailed Timing / Descriptor Block 1: 1024x768 Pixel Clock: 65.00 MHz ______________________________________________________________________
Horizontal Image Size: 0 mm Vertical Image Size: 0 mm Refreshed Mode: Non-Interlaced Normal Display - No Stereo
Horizontal: Active Count: 1024 pixels Blanking Count: 320 pixels Sync Offset: 24 pixels Sync Pulse Width: 136 pixels Border: 0 pixels Frequency: 48.36 kHz
Vertical: Active Count: 768 lines Blanking Count: 38 lines Sync Offset: 3 lines Sync Pulse Width: 6 lines Border: 0 lines Frequency: 60.00 Hz
Digital Separate, Horizontal Polarity (-) Vertical Polarity (-)
______________________________________________________________________
(48H-59H) Detailed Timing / Descriptor Block 2:
Monitor Range Limits: Min Vertical Freq - 48 Hz Max Vertical Freq - 120 Hz Min Horiz. Freq - 31 kHz Max Horiz. Freq - 93 kHz Pixel Clock - 170 MHz GTF - Not Used ______________________________________________________________________
(5AH-6BH) Detailed Timing / Descriptor Block 3:
Monitor Name: S5200 ______________________________________________________________________
(6CH-7DH) Detailed Timing / Descriptor Block 4:
Monitor Serial Number: K14050018401
(7EH) Block No: (01) Extension EDID Block(s) (7FH) CheckSum OK
109
EDID Timing Extension Version 3 ______________________________________________________________________
______________________________________________________________________
EDID Block 1, Bytes 128-255 [80H-FFH] Block Type: CEA EDID Timing Extension Version 3
0 1 2 3 4 5 6 7 8 9 A B C D E F ________________________________________________________________
0 | 02 03 1F 31 4A 06 02 95 11 84 13 05 14 10 1F 23 10 | 09 17 07 83 01 00 00 65 03 0C 00 10 00 00 00 01 20 | 1D 80 18 71 1C 16 20 58 2C 25 00 40 84 63 00 00 30 | 9E 01 1D 80 D0 72 1C 16 20 10 2C 25 80 40 84 63 40 | 00 00 9E 01 1D 00 BC 52 D0 1E 20 B8 28 55 40 40 50 | 84 63 00 00 1E 8C 0A D0 8A 20 E0 2D 10 10 3E 96 60 | 00 35 E8 53 00 00 18 8C 0A D0 90 20 40 31 20 0C 70 | 40 55 00 35 E8 53 00 00 18 00 00 00 00 00 00 66
______________________________________________________________________
Extended Block Type: CEA 861B Detailed Timing Blocks start at Byte:(1FH) Native Format: (0x1) (03H) YCbCr (4:4:4) (03H) YCbCr (4:2:2)
Video Short Block Description: (05H) 720(1440) x 480 I 59.94/60Hz 4:3 (06H) 720 x 480 P 59.94/60Hz 4:3 (07H) 720(1440) x 576 I 50Hz 4:3 Native Mode (08H) 720 x 576 P 50Hz 4:3 (09H) 1280 x 720 P 59.94/60Hz 16:9 Native Mode (0AH) 1280 x 720 P 50Hz 16:9 (0BH) 1920 x 1080 I 59.94/60Hz 16:9 (0CH) 1920 x 1080 I 50Hz 16:9 (0DH) 1920 x 1080 P 59.94/60Hz 16:9 (0EH) 1920 x 1080 P 50Hz 16.9
Audio Short Block Description: Numbers of Audio Channels (2) (10H) Linear PCM(IEC60958) Audio Supported: 32kHz, 44.1kHz, 48kHz, 96kHz Audio Bit Rate: 16bit, 20Bit, 24Bit
Speaker Short Block Description:
Playload(3 bytes 14H-16H) Speakers (14H): FL/FR 15H: Reserved 16H: Reserved
Vendor Specific Short Block Description: Bytes: 03H, 0CH, 00H, 10H, 00H
(1FH - 31H) Detailed Timing Descriptions: 1920x540 Pixel Clock: 74.25 MHz ______________________________________________________________________
Horizontal Image Size: 1600 mm Vertical Image Size: 900 mm Refreshed Mode: Interlaced Normal Display - No Stereo
110
Horizontal: Active Count: 1920 pixels Blanking Count: 280 pixels Sync Offset: 88 pixels Sync Pulse Width: 44 pixels Border: 0 pixels Frequency: 33.75 kHz
Vertical: Active Count: 540 lines Blanking Count: 22 lines Sync Offset: 2 lines Sync Pulse Width: 5 lines Border: 0 lines Frequency: 60.05 Hz
Digital Separate, Horizontal Polarity (+) Vertical Polarity (+)
(31H - 43H) Detailed Timing Descriptions: 1920x540 Pixel Clock: 74.25 MHz ______________________________________________________________________
Horizontal Image Size: 1600 mm Vertical Image Size: 900 mm Refreshed Mode: Interlaced Normal Display - No Stereo
Horizontal: Active Count: 1920 pixels Blanking Count: 720 pixels Sync Offset: 528 pixels Sync Pulse Width: 44 pixels Border: 0 pixels Frequency: 28.13 kHz
Vertical: Active Count: 540 lines Blanking Count: 22 lines Sync Offset: 2 lines Sync Pulse Width: 5 lines Border: 0 lines Frequency: 50.04 Hz
Digital Separate, Horizontal Polarity (+) Vertical Polarity (+)
(43H - 55H) Detailed Timing Descriptions: 1280x720 Pixel Clock: 74.25 MHz ______________________________________________________________________
Horizontal Image Size: 1600 mm Vertical Image Size: 900 mm Refreshed Mode: Non-Interlaced Normal Display - No Stereo
Horizontal: Active Count: 1280 pixels Blanking Count: 700 pixels Sync Offset: 440 pixels Sync Pulse Width: 40 pixels Border: 0 pixels Frequency: 37.50 kHz
Vertical: Active Count: 720 lines Blanking Count: 30 lines Sync Offset: 5 lines Sync Pulse Width: 5 lines Border: 0 lines Frequency: 50.00 Hz
Digital Separate, Horizontal Polarity (+) Vertical Polarity (+)
(55H - 67H) Detailed Timing Descriptions: 720x480 Pixel Clock: 27.00 MHz ______________________________________________________________________
Horizontal Image Size: 1333 mm Vertical Image Size: 1000 mm Refreshed Mode: Non-Interlaced Normal Display - No Stereo
Horizontal: Active Count: 720 pixels Blanking Count: 138 pixels Sync Offset: 16 pixels Sync Pulse Width: 62 pixels Border: 0 pixels Frequency: 31.47 kHz
Vertical:
111
Active Count: 480 lines Blanking Count: 45 lines Sync Offset: 9 lines Sync Pulse Width: 6 lines Border: 0 lines Frequency: 59.94 Hz
Digital Separate, Horizontal Polarity (-) Vertical Polarity (-)
(67H - 79H) Detailed Timing Descriptions: 720x576 Pixel Clock: 27.00 MHz ______________________________________________________________________
Horizontal Image Size: 1333 mm Vertical Image Size: 1000 mm Refreshed Mode: Non-Interlaced Normal Display - No Stereo
Horizontal: Active Count: 720 pixels Blanking Count: 144 pixels Sync Offset: 12 pixels Sync Pulse Width: 64 pixels Border: 0 pixels Frequency: 31.25 kHz
Vertical: Active Count: 576 lines Blanking Count: 49 lines Sync Offset: 5 lines Sync Pulse Width: 5 lines Border: 0 lines Frequency: 50.00 Hz
Digital Separate, Horizontal Polarity (-) Vertical Polarity (-)
(7FH) CheckSum Valid
112
P5205 Analog DDC: EDID Block 0, Bytes 0-127 [00H-7FH] Block Type: EDID 1.3
0 1 2 3 4 5 6 7 8 9 A B C D E F ________________________________________________________________
0 | 00 FF FF FF FF FF FF 00 04 72 05 13 01 00 00 00 10 | 01 13 01 03 0E 00 00 78 0A D1 B9 A3 57 5A 96 23 20 | 16 52 63 3F CF 80 31 7C 45 7C 61 7C 81 80 81 C0 30 | 81 00 95 00 B3 00 64 19 00 40 41 00 26 30 18 88 40 | 36 00 00 00 00 00 00 18 00 00 00 FD 00 30 78 1F 50 | 5D 11 00 0A 20 20 20 20 20 20 00 00 00 FC 00 50 60 | 35 32 30 35 0A 20 20 20 20 20 20 20 00 00 00 FF 70 | 00 4B 31 33 30 35 30 30 31 38 34 30 31 0A 00 CE ______________________________________________________________________
(08H-09H) ID Manufacturer Name _________________________ = ACR (0AH-0BH) Product ID Code ______________________________ = 1305 (0CH-0FH) Last 5 Digits of Serial Number _______________ = 00001 (10H) Week of Manufacture __________________________ = 01 (11H) Year of Manufacture __________________________ = 2009 (12H) EDID Version Number __________________________ = 1 (13H) EDID Revision Number _________________________ = 3 (14H) VIDEO INPUT DEFINITION: Analog Signal 0.700, 0.300 (1.000 Vp-p) Sync on Green, Composite Sync, Separate Syncs Error: (0-5) Incorrect Video Information Byte (15H) Maximum Horizontal Image Size ________________ = mm (16H) Maximum Vertical Image Size __________________ = mm (17H) Display Gamma ________________________________ = 2.20 (18H) DPMS and Supported Feature(s): Preferred Timing Mode Display Type = R/G/B Color (19H-22H) CHROMA INFO: Red x - 0.640 Green x - 0.352 Blue x - 0.139 White x - 0.322 Red y - 0.341 Green y - 0.587 Blue y - 0.089 White y - 0.388 (23H) ESTABLISHED TIMING I: 640 x 480 @ 60Hz (IBM,VGA) 640 x 480 @ 67Hz (Apple,Mac II) 640 x 480 @ 72Hz (VESA) 640 x 480 @ 75Hz (VESA) 800 x 600 @ 56Hz (VESA) 800 x 600 @ 60Hz (VESA) (24H) ESTABLISHED TIMING II: 800 x 600 @ 72Hz (VESA) 800 x 600 @ 75Hz (VESA) 1024 x 768 @ 60Hz (VESA) 1024 x 768 @ 70Hz (VESA) 1024 x 768 @ 75Hz (VESA) 1280 x 1024 @ 75Hz (VESA) (25H) Manufacturer's Reserved Timing: 1152 x 870 @ 75Hz (Apple,Mac II) (38-53) Standard Timing Identification: Standard Timing ID 1: 640 x 480 @120Hz Standard Timing ID 2: 800 x 600 @120Hz Standard Timing ID 3: 1024 x 768 @120Hz Standard Timing ID 4: 1280 x 1024 @60Hz Standard Timing ID 5: 1280 x 720 @60Hz Standard Timing ID 6: 1280 x 800 @60Hz Standard Timing ID 7: 1440 x 900 @60Hz Standard Timing ID 8: 1680 x 1050 @60Hz ______________________________________________________________________
(36H-47H) Detailed Timing / Descriptor Block 1:
113
1024x768 Pixel Clock: 65.00 MHz ______________________________________________________________________
Horizontal Image Size: 0 mm Vertical Image Size: 0 mm Refreshed Mode: Non-Interlaced Normal Display - No Stereo
Horizontal: Active Count: 1024 pixels Blanking Count: 320 pixels Sync Offset: 24 pixels Sync Pulse Width: 136 pixels Border: 0 pixels Frequency: 48.36 kHz
Vertical: Active Count: 768 lines Blanking Count: 38 lines Sync Offset: 3 lines Sync Pulse Width: 6 lines Border: 0 lines Frequency: 60.00 Hz
Digital Separate, Horizontal Polarity (-) Vertical Polarity (-) ______________________________________________________________________
(48H-59H) Detailed Timing / Descriptor Block 2:
Monitor Range Limits: Min Vertical Freq - 48 Hz Max Vertical Freq - 120 Hz Min Horiz. Freq - 31 kHz Max Horiz. Freq - 93 kHz Pixel Clock - 170 MHz GTF - Not Used ______________________________________________________________________
(5AH-6BH) Detailed Timing / Descriptor Block 3:
Monitor Name: P5205 ______________________________________________________________________
(6CH-7DH) Detailed Timing / Descriptor Block 4:
Monitor Serial Number: K13050018401 (7EH) Block No: No Extension EDID Block(s) Error: (0-3) Incorrect Extension Flag (7FH) CheckSum OK
114
P5205 HDMI DDC: EDID Block 0, Bytes 0-127 [00H-7FH] Block Type: EDID 1.3
0 1 2 3 4 5 6 7 8 9 A B C D E F ________________________________________________________________
0 | 00 FF FF FF FF FF FF 00 04 72 05 13 01 00 00 00 10 | 01 13 01 03 80 00 00 78 0A D1 B9 A3 57 5A 96 23 20 | 16 52 63 3F CF 80 31 7C 45 7C 61 7C 81 80 81 C0 30 | 81 00 95 00 B3 00 64 19 00 40 41 00 26 30 18 88 40 | 36 00 00 00 00 00 00 18 00 00 00 FD 00 30 78 1F 50 | 5D 11 00 0A 20 20 20 20 20 20 00 00 00 FC 00 50 60 | 35 32 30 35 0A 20 20 20 20 20 20 20 00 00 00 FF 70 | 00 4B 31 33 30 35 30 30 31 38 34 30 31 0A 01 5B ______________________________________________________________________
(08H-09H) ID Manufacturer Name _________________________ = ACR (0AH-0BH) Product ID Code ______________________________ = 1305 (0CH-0FH) Last 5 Digits of Serial Number _______________ = 00001 (10H) Week of Manufacture __________________________ = 01 (11H) Year of Manufacture __________________________ = 2009 (12H) EDID Version Number __________________________ = 1 (13H) EDID Revision Number _________________________ = 3 (14H) VIDEO INPUT DEFINITION: Digital Signal
(15H) Maximum Horizontal Image Size ________________ = mm (16H) Maximum Vertical Image Size __________________ = mm (17H) Display Gamma ________________________________ = 2.20 (18H) DPMS and Supported Feature(s): Preferred Timing Mode Display Type = R/G/B Color (19H-22H) CHROMA INFO: Red x - 0.640 Green x - 0.352 Blue x - 0.139 White x - 0.322 Red y - 0.341 Green y - 0.587 Blue y - 0.08