Service Manual PLC
Contents
1. ZZZZ lt Z lt lt Z lt lt lt lt lt AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc AX cyc o o o o o o o o oo o o ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion ion Electrical Adjustments Group Item Name Function Initial Range Note 154 DCOffset_MNS_G_11 0 0 2047 _ MIN lt gt MAX cyclation 155 DCOffset MNS_G_12 0 0 2047 _ MIN lt gt MAX cyclation 156 DCOffset_PLS_G 0 0 1023 MIN lt gt MAX cyclation 157 DCOffset_PLS_G_01 0 0 2047 _ MIN lt gt MAX cyclation 158 DCOffset_PLS_G_02 0 0 2047 _ MIN lt gt MAX cyclation 159 DCOffset_PLS_G_03 0 0 2047 _ MIN lt gt MAX cyclation 160 DCOffset_PLS_G_04 0 0 2047 _ MIN lt gt MAX cyclation 161 DCOffset_PLS_G_05 0 0 2047 _ MIN lt gt MAX cyclation 162 DCOffset_PLS_G_06 0 0 2047 _ MIN lt gt MAX cyclation 163 DCOffset_PLS_G_07 0 0 2047 _ MIN lt gt MAX cyclation 164 DCOffset_PLS_G_08 0 0 2047 _ MIN lt gt MAX cyclation 165 DCOffset_PLS_G_09 0 0 2047 _ MIN l2. Electrical Adjustments Service Adjustment Data Table These initial values are the reference data written from the Group Item Group 0 8 4 5 Group 10 3 12 13 14 15 16 20 Group 35 Group 40 Item Name AD Converter PW392 ADC G GAIN ADC R GAIN ADC B GAIN SOGTH SOGHYSDIS HS1TH HSOTH Sync Processor ADC G GAIN ADC R GAIN ADC B GAIN CPU ROM to memory IC when replaced new memory IC The Mo adjustment items indicated with gt are required to readjust following to the Electrical adjustments Other items should be used with the initial data value Function Initial Range Note YCbCr 480i 575i YCbCr 480p 575p YCbCr 720p 720p50 YCbCr 1080i e a 1035i 1080i50 265 200 200 200 200 265 0 1023 G Gain Adjustmen SCART YCbCr 480i 575i YCbCr 480p 575p YCbCr 720p 720p50 YCbCr 1080i 1035i 1080i50 265 205 205 205 205 265 0 1023 R Gain Adjustmen SCART YCbCr 480i 575i YCbCr 480p 575p YCbCr 720p 720p50 YCbCr 1080i ori 1035i 1080150 255 205 205 205 205 265 0 1023 B Gain Adjustmen SCART RGB COMPONENT SCART 2 4 4 0 15 RGB COMPONENT SCART 1 1 0 0 1 H Sync1 Threshold RGB COMPONENT SCART 1414 deb H Sync0 Threshold RGB COMPONENT SCART TEE D 1E PC YCbCr 480i 575i YCbCr 480p 575p YCbCr 720p 720p50 YCbCr 235 120 120 135 135 0 1023 1080i 1035i 1080i50 PC YCbCr
3. Notice SANYO 9 CORRECTION _ PRODUCTION CHANGE SERVICE FLASH ADD INFORMATION FILENO REVISION 3 Please add this notice to the Service Manual listed below Category Multi media Projector Issued Date December 2010 Model _ PLC WXU700A Effective from Chassis No KY7 WXU700A00 Canada U S Europe Destination Asia U K SM5111153 NOTE Match the Chassis No on the rating label of the projector with the Chassis No in the Service Manual If the Chassis No does not match the projector additional Service Literature is required Only the difference service information is given in this manual For detailed service information refer to the service manual original SM5111153 00 issued in November 2009 for Model PLC WXU700A Reason of Change To correct the adjustment procedure on the Electrical Adjustments The Pedestal Adjustment is not necessary for this model To correct and update the information of Service Adjustment Data Table FILE WITH ORIGINAL SERVICE MANUAL SM5111153 PRODUCT CODE PLC WXU700A 1 122 457 20 KY7AE 1 122 458 20 LY7AE 1122 458 22 LY7CE REFERENCE NO SM5111153 03 Electrical Adjustments Service Adjustment Menu Operation To enter the service mode To enter the Service Mode press and hold the MENU button and SELECT button on the projector for more than 3 seconds or press and hold the MENU button on the remote control for than 20 seconds T
4. 8 Select group no 0 item no 5 and adjust the ampli tude a to be minimum by changing the Data value y White Level 5 Auto Calibration adjustment Component 1 Enter the service mode 2 Receive the 8 color 100 color bar 1080i component signal with Computer1 Component mode 3 To start the auto calibration for Component adjust ment select group no 260 item no 0 and then change data value from 0 to 1 After the auto cali bration completed OK will appear on the screen Below adjustments are performed when the above auto calibration is failed Gain adjustment Component 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer1 Component mode 3 Connect an oscilloscope to test point TP35G and chassis ground 7 4 Select group no 0 item no 3 and adjust the ampli tude a to be minimum by changing the Data value L White Level Electrical Adjustments 6 Auto Calibration adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video sig nal with Video Video mode 3 To start the auto calibration for Component adjust ment select group no 260 item no 0 and then change data value from 0 to 1 After the auto cali bration completed OK will appear on the screen below adjustment is performed when the above auto calibration is failed Gai
5. 90 15 450 sec Cooling Time stting at Fan Mode L2 x 9 Cooling Time L2 30 sec 4 1 15 1 30 3 90 15 450 sec 10 Temp Error Cooling Time Fa setting at Temp Erro x 3 1 15 18 Electrical Adjustments Group item Item Name Function Initial Range Note 1 onstan Cooling Start Thresh 60 0 100 12 After shutdown cooling Cooling after shutdown 0 No 1 Yes 1 0 1 Group Fan Dimmer Setting Dimmer Avarage measurement Time 0 AGO Check 0 10sec 1 30sec 2 6sec 1 0 10 90sec 10 300sec pron Fan IC Temp for Netowrk model 0 a Cooling Cheas Temp A check cycle at Standby 5 0 100 1 zi Cooling Sto Cooling start threshold temp A 46 0 100 2 Standby Cooling Enable Cooling in standby Enable 1 0 1 yy Auto Calibration Commn Auto Calibration Executes Auto Calibration when 0 Execute Calibration 0 0 1 changiing the Value PC White 100 Maxi E tion Ti OFFSET 1 Loop Count SGAIN eun Times 8 1 30 Result of Auto Calibration Last 0 OK 1 Adjusting 9 Error 2 Auto Status Memory 0 0 1 98 ReadOnly 3 AutoWait Wait Value for each setting 3 1 20 4 CHECK Tolelance Torelance of OFFSET 4 1 255 5 Time out wait Time out waiting time sec 20 1 255 Group Auto Calibration RGB 261 0 OFFSET AREA H START EEA 975 0 1000 1 OFFSET AREA V START A DAU V Start 500 0 1000 2 GAIN AREA H START White Level Acquiring Area H Start 25 0 1000 Position 3 GAINAREAV START nite eve Acauining SAS 500 0 1000 4 Image AREA H WIDTH Blac
6. 0 English 1 Japanese 0 Normal operation 1 Auto Picture Control O Disable 1 Enable O Disable 1 Enable O Disable 1 Enable Default 100 Default 300 O Auto 1 Manual Lampo manual control O Dim 15 Bright Luminance Level 1 Data for Dimmer Dim Level 1 at the less than the Value Luminance Level 2 Data for Dimmer Dim Level 2 at the less than the Value Luminance Level 3 Data for Dimmer Dim Level 3 at the less than the Value Luminance Level 4 Data for Dimmer Dim Level 4 at the less than the Value Luminance Level 5 Data for Dimmer Dim Level 5 at the less than the Value Luminance Level 6 Data for Dimmer Dim Level 6 at the less than the Value Luminance Level 7 Data for Dimmer Dim Level 7 at the less than the Value Luminance Level 8 Data for Dimmer Dim Level 8 at the less than the Value 16 o o gt o BE 100 80 21 28 35 42 49 56 0 10 o FE oc SEN 0 1 0 300 1 500 OEA 0 15 0 255 0 255 0 255 0 255 07255 0 255 0 255 0 255 Effective after AC On 0 19200bps 1 9600bps 2 115200bps O Disable 1 Enable O Disable Serial Command Eanble 1 Enable PW Debug Mode O Enable 1 Disable No last memory 1 On O Off 1 On O Off Read only Read only 0 On 1 Off Set default language O Disable 1 Enable 0 FrameLockOFF at PC signal 1 FrameLock
7. 1 78 EnbyPosUp1 32 0 255 79 EnbyPosDwn1 827 0 1023 80 EnbyPosUp2 32 0 255 81 EnbyPosDwn2 827 0 1023 82 FrmlRRMode 0 0 3 83 CRCTCoef_R_C 0 0 2047 84 CRCTCoef_R_S 128 0 255 85 CRCTCoef_R_E 128 0 255 12 Electrical Adjustments Group Item 86 87 88 89 90 ail 92 93 94 95 96 9 98 99 00 101 103 104 105 106 107 108 m gt a io s gt 5 E BA ii EJ PS EJ o PES e BR RB R SRO VW W VW W KI v RB o S IS Ro S a SE n Sa sOOMN OMB WNSOOLON Q QUMWBRBWNBOOPWOND Q QUMRWNBO RA OO0INSG5OS ON Item Name CRCTCoef_G_C CRCTCoef_G_S CRCTCoef_G_E CRCTCoef_B_C CRCTCoef_B_S CRCTCoef_B_E OutputLimitMax_R 102 OutputLimitMax_G OutputLimitMax_B VideoRRefCont_H VideoRRefCont_L DCOffset_MNS_R DCOffset_MNS_R_01 DCOffset_MNS_R_02 DCOffset_MNS_R_03 DCOffset_MNS_R_04 DCOffset_MNS_R_05 DCOffset_MNS_R_06 DCOffset_MNS_R_07 DCOffset_MNS_R_08 DCOffset_MNS_R_09 DCOffset_MNS_R_10 DCOffset_MNS_R_11 DCOffset_MNS_R_12 DCOffset_PLS_R DCOffset_PLS_R_01 DCOffset_PLS_R_02 DCOffset_PLS_R_03 DCOffset_PLS_R_04 DCOffset_PLS_R_05 DCOffset_PLS_R_06 DCOffset_PLS_R_07 DCOffset_PLS_R_08 DCOffset_PLS_R_09 DCOffset_PLS_R_10 DCOffset_PLS_R_11 DCOffset_PLS_R_12 Lvl9Mode_R_0000 Lvl9Mode_R_0512 LvI9 Mode R 1024 LvI9 Mode R 1536 LvI9 Mode R 2048 LvI9Mode R 2560 LvI9 Mode R 3072 LvI9Mode
8. R 3584 LvI9 Mode R 4096 VideoGRefCont H CRSTLK_COEF2_R_C CRSTLK_COEF2_R_S CRSTLK_COEF2_R_E CRSNEKCOE ZEGIE CRSTLK_COEF2_G_S CRSTLK_COEF2_G_E CRSTLK_COEF2_B_C CRSTLK_COEF2_B_S CRSTLK_COEF2_B_E VideoGRefCont_L DCOffset_MNS_G DCOffset_MNS_G_01 DCOffset_MNS_G_02 DCOffset_MNS_G_03 DCOffset_MNS_G_04 DCOffset_MNS_G_05 DCOffset_MNS_G_06 DCOffset_MNS_G_07 DCOffset_MNS_G_08 DCOffset_MNS_G_09 DCOffset_MNS_G_10 Function 13 Initial 0 128 128 0 128 128 2045 128 128 2045 128 128 2045 128 128 4095 4095 4095 4088 450 l o EI o Bl o i lt o Bl o Ilo Glo Gio Bio fe O Bio o mo PA o co NOR 1023 1020 1018 1018 4088 450 o li O 2 O lt lt o lc o le Range Note 0 2047 0 255 0 255 0 2047 0 255 0 255 0 2047 0 255 0 255 0 2047 0 255 0 255 0 2047 0 255 0 255 0 4095 0 4095 0 4095 0 4095 0 4095 0 1023 0 2047 2047 0 2047 0 204 0 204 0 204 0 204 0 204 0 20 0 204 0 204 0 204 0 102 0 204 0 2047 0 2047 0 2047 0 2047 0 2047 0 2047 0 2047 0 2047 0 2047 0 2047 lt gt 0 2047 0 1023 0 1023 0 1023 0 1023 0 1023 0 1023 0 1023 0 1023 0 1023 0 4095 0 4095 0 1023 0 204 0 204 0 204 0 204 0 204 0 204 0 204 0 204 0 204 0 2047 R v pa EJ Kl Kj ZZZZZ lt Z lt lt Z lt lt lt lt lt I ZZZZ lt Z lt Z lt lt Z lt lt lt NES d BI EB AA RJ
9. Video 1080p 24 O Total Dots 2750 0 4095 1 Disp Dots 1874 0 4095 2 H Back Porch 250 0 4095 3 V Back Porch 56 0 4095 4 Disp Line 1051 0 4095 5 Clamp 80 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 250 0 4095 23 USB V Back Porch 56 0 4095 25 USB Clamp 80 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 1080SF 30 O Total Dots 2200 0 4095 1 Disp Dots 1875 0 4095 2 H Back Porch 249 0 4095 3 V Back Porch 90 0 4095 4 Disp Line 1013 0 4095 5 Clamp 80 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 249 0 4095 23 USB V Back Porch 90 0 4095 25 USB Clamp 80 0 4095 26 USB Clamp Width al 0 4095 Group RGB Video 1080SF 25 O Total Dots 2640 0 4095 1 Disp Dots 1875 0 4095 2 H Back Porch 249 0 4095 3 V Back Porch 90 0 4095 4 Disp Line 1013 0 4095 5 Clamp 80 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 249 0 4095 23 USB V Back Porch 90 0 4095 25 USB Clamp 80 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 1080PSF 24 557 O Total Dots 2750 0 4095 1 Disp Dots 1888 0 4095 2 H Back Porch 145 0 4095 3 V Back Porch 47 0 4095 4 Disp Line 1063 0 4095 5 Clamp 80 0 4095 25 Electrical Adjustments Group 930 22 23 25 26 Item Name Function Clamp Width USB H Back Porch USB V Back Porch USB Clamp USB Clamp Width AutoGamma GAM_CALG_STATUS 26 31 181 51 80 31 Range 0 409
10. feet being minimum range and then enter the service mode 2 Select group no 75 item no 3 and set data value from 0 to 5 3 By pressing the SELECT button the Keystone Offset adjustment will start When it has completed the OK message will appear on the screen By pressing any button on the projector or the remote control the OK message will disappear Data value of Group no 102 item no 3 will be back from 5 to O for initial value al 7 13 Color Shading Correction adjustment If the correction of the Color shading adjustment is nec essary please adjust the Color shading by using the COLOR SHADING CORRECTION software supplied separately The color shading correction adjustment for this model should be performed with the whole gray patterns specified as below 4 input patterns 6 gray 12 590 gray 25 gray 50 gray Note On White Uniformity Adjustment If you find the color shading on the screen please adjust the white uniformity by using the proper com puter and Color Shading Correction software supplied sep arately The software can be order as ordered as follows COLOR SHADING CORRECTION Ver 4 00 Service Parts No 645 075 9611 Electrical Adjustments Test Points and Locations MAIN BOARD GNVddl LOSOI YGINA dl O _ K8E K8N K6M K6L ymw
11. n gt BON SW BON Ke Y GAIN AREA V START CB GAIN AREA H START CB GAIN AREA V START CR GAIN AREA H START CR GAIN AREA V START Image AREA H WIDTH Image AREA V HIGHT Y OFFSET TARTGET CB OFFSET TARGET CR OFFSET TARGET Y GAINTARGET CB GAIN TARGET CR GAIN TARGET OFFSET torelance GAIN torelance Image Level Tolerance AutoPC Adjsut AutoPCAdjustEnable Frequency Step Frequency Threshold Fine Phase BLKDET PHASEMSK YCBCR Level Acquiring Area YCBCR Level Acquiring Area Height Torelance of OFFSET Adj Torelance of GAIN Adj Auto PC Adj Operation Enable if Un supported Signal Input Freguency Steps of TotalDot Total Dot Fregency Threshold Do Phase Adj after Total Dot Adj Black Level Detection Area Phase Detection Filter PanelType Panel Type Check GammaL R View GammaL R Change Closed capture Caption Mode Color Mode Multi Window Caption Current Setting Check Setting of Gamma Capture Mode OFF CC1 CC2 CC3 CC4 Color Mode PIP Closed cation display ON OFF swicth turning on the Main screen 0 OFF 1 ON Composite NTSC Composite S Video Disp Dots H Back Porch V Back Porch Disp Line Disp Dots H Back Porch V Back Porch Disp Line Disp Dots H Back Porch V Back Porch Disp Line SCART 480i Total Dots Disp Dots H Back Porch Composite PAL Composite S Video Composite SECAM Composite S Video 20 500 800 5
12. no 0 Check the data value as follows Data value O For l Type of LCD Panel Data value 20 For R Type of LCD panel 3 Panel Type Setting Select group no 290 item no 1 and change data value from 10 to O or 20 depending on your LCD Panel type When the data value reaches O or 20 it returns to 10 quickly The gamma characteristics changes accord ing to your selection Electrical Adjustments 4 Auto Calibration adjustment PC 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer2 RGB mode 3 To start the auto calibration for PC adjustment select group no 260 item no 0 and then change data value from 0 to 1 After the auto calibration com pleted OK will appear on the screen Below adjustments are performed when the above auto calibration is failed Gain adjustment PC Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer2 RGB mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 0 item no 3 and adjust the ampli tude a to be minimum by changing the Data value 5 Connect an oscilloscope to test point TP35R and chassis ground 6 Select group no 0 item no 4 and adjust the ampli tude a to be minimum by changing the Data value 7 Connect an oscilloscope to test point TP35B and chassis ground
13. to turn on the lamp 23 ED A Warning Offset Right to change the Lamp mode 40 0 100 Temp C A Warning Offset a 24 Time 40 0 100 ae Fan Control Range Setting Temp Voltage Normal Ceiling O High Fan Control Min Temp Temp Senser Control Start End Temp 38 38 20 100 1 High Fan Control Max Temp at High 42 42 20 100 2 High Fan1 Min 95 95 0 255 3 High Fan1 Max 135 135 0 255 4 High Fan2 Min F oe 85 85 0 255 5 High Fan2 Max Fan voltage value at High unit 0 1V 130 130 0 255 6 High Fan3 Min 75 UD 0 255 7 High Fan3 Max 77 77 0 255 12N Fan Control Min Te 38 38 20 10 CD HI Y MIRI Temp Senser Control Start End Tem p 8 13 Normal Fan Control Max at Normal 42 42 20 100 Temp 14 Normal Fan1 Min 80 80 0 255 15 Normal Fan1 Max 125 125 0 255 16 Normal Fan2 Min Fan voltage value at Normal unit 75 75 0 255 7 Normal Fan2 Max 0 1V 80 120 0 255 18 Normal Fan3 Min 70 70 0 255 19 Normal Fan3 Max 70 70 0 255 24 Eco Fan Control Min Temp Temp Senser Control Start End Tem p 36 36 20 100 25 Eco Fan Control MaxTemp at Eco 42 42 20 100 26 Eco Fan1 Min 65 65 0 255 27 Eco Fan1 Max 115 115 0 255 28 Eco Fan2 Min 2 70 70 0 255 29 Eco Fan Max Fan voltage value at Eco unit 0 1V 110 110 0 255 30 Eco Fan3 Min 53 53 0 255 31 Eco Fan3 Max 53 53 0 255 Group Fan Start Cooling Setting O Fan1 Initial Volt 60 0 145 1 Fan2 Initial Volt Fan Start Voltage 0 1V 60 0 145 2 Fans Initial Volt 60 0 145 Cooling Time stting at Fan Mode L1 x 8 Cooling Time L1 30 sec 3 1 15 1 30 3
14. 0 20 20 20 20 20 0 1000 22 Alpha BB Green 20 20 20 20 20 20 0 1000 23 Alpha BB Blue 20 20 20 20 20 20 0 1000 Group75 Auto Keystone Setup Value O OFFSET 0 DE 1 OFFSET SWITCH 0 0 1 2 DEBUG MODE 0 0 1 3 SERVICE CALIBRATION 0 0 1 4 LOCK COUNT 5 1 255 5 DELT VERT RESULT 64 1 255 6 ANGLE 1 COUNT 1 1 10 7 ANGLE 2 COUNT 5 1 10 8 BLIND SECTOR 1 160 0 1024 9 BLIND SECTOR 3 32 0 1024 10 BLIND SECTOR BIAS 61 0 1024 Group104 Panel EP7111 Services O FRP_SET 100 0 4095 1 DXOut_R 266 0 1023 2 DXOut_G 266 0 1023 3 DXOut_B 266 0 1023 4 H_Change_Pos 26 0 256 5 SH_Pos 20 8 0 4095 6 SH_Pos_R 1 0 12 7 SH_Pos_G 1 1 12 8 SH_Pos_B 1 0 12 9 NGR_Pos 48 0 127 10 NGR_Width 51 0 255 11 FRP_Pos 27 0 255 2 SWAP_InOut 1093 0 2047 13 OSD_Pos 2 0 3 4 OSD_Ptn 0 0 9 15 GammaCtrl 3 0 1023 6 GammaCtrl_Ena 1 0 1 1 Enable 0 Disable 17 GammaCtrl_PreEnable 0 0 1 1 Enable O Disable Electrical Adjustments Group Item Name Function Range Note 18 REF_GatePos 46 0 1023 19 REF_GateDur 155 0 1023 20 BasePos_R 6 0 11 21 BasePos_G 6 0 11 22 BasePos_B 6 0 11 23 RGB_sIDEMODE 0 0 7 24 LineCont 0 0 4095 25 GhostPos_R 6 0 23 26 GhostPos_G 6 0 23 27 GhostPos_B 6 0 23 28 GHOSTCoef_R_C 0 0 2047 lt gt MAX cyclation 29 GHOSTCoef_R_S 128 0 255 30 GHOSTCoef_R_E 128 0 255 31 GHSTCoef_G_C 0 0 2047 lt gt MAX cyclation 32 GHSTCoef_G_S 128 0 255 33 GHSTCoef_G_E 128 0 255 34 GHSTCoef_B
15. 0 3 3 Bypass Anti Alias Filter DTIBYPASSAAL 0 0 1 4 Lower DCTI Frequency LOWERDCTIFREQ 1 0 1 5 DCTI Gain DCTIGAIN 4 0 15 6 DCTI Frequency DCTIFREQ 0 0 3 7 Color Shift Limit COLORSHIFTLMT 3 0 3 Group Image 0 Center Contrast 534 534 578 492 492 512 0 1023 1 Center Brightness 512 512 512 512 512 512 0 1023 2 Center Color 560 560 512 512 560 512 0 1023 3 CenterTint 90 90 90 90 90 90 0 180 EE up 8 8 8 8 8 8 0 37 5 anes Sharpness Down 8 8 8 8 8 8 0 37 caling 3 3 Center Sharpness Models YT Video And Ran without FPGA GB DIG TO IE GA RGB Video HDCP PC HDCP AV 7 Center WB Red 512 512 512 512 512 512 0 1023 SCART PJ Net 8 Center WB Green 512 512 512 512 512 512 BEE NKK NU To 9 Center WB Blue 512 5 12 512 512 512 512 0 1023 x Alpha 10 Center 10 Center BB Red 512 512 512 512 512 512 OCZ op FPGA arpness setting Value 1 Center BB Green 512 512 512 512 512 512 0 1023 Center Menu Value MENU Center 12 Center BB Blue 512 512 512 512 512 512 0 1023 Value xAlpha 10 a Setting Value to PW 3A pha Contrast 60 60 60 60 60 60 0 1000 Contrast Max 1023 Min O 14 Alpha Brightness 90 90 90 90 90 90 0 1000 Brightness Max 1023 Min 0 5_ Alpha Color 140 140 140 140 140 140 0 1000 Color e ka pmo 16 A pha Tint 10 10 10 10 10 10 0 1000 Sharpness Max 57 Min 0 17 Alpha Sharpness 10 10 10 10 10 10 0 1000 18 Alpha WB Red 40 40 40 40 40 40 0 1000 9 Alpha WB Green 40 40 40 40 40 40 0 1000 20 Alpha WB Blue 40 40 40 40 40 40 0 1000 21 Alpha BB Red 2
16. 00 700 500 13 512 512 900 985 985 On 674 24 18 454 662 30 18 542 662 32 18 542 854 664 144 0 1000 0 1000 0 1000 0 1000 0 1000 0 4095 0 4095 0 1023 0 1023 0 1023 0 1023 0 1023 0 1023 255 1 255 52135 0 1 0 3 0 10 OI 0 20 0 20 0 5 0 1 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 4095 0 Enable 1 Disable 0 I lt gt 10 Not matched 0 Executes Fine Phase 1 Not Execute 0 Effective All Bit 1 Disable Lower 1 bit 2 Disable Lower 2 bit 3 Disable Lower 3 bit 0 Gamma for L Turn 20 Gamma for R Turn Read only Sets LTurn Gamma if the Value is set to 0 Sets R Turn Gamma if the Value is set to 20 Electrical Adjustments Item Name Function Range Note 3 V Back Porch 47 0 4095 4 Disp Line 449 0 4095 5 Clamp 0 0 4095 6 Clamp Width 0 0 4095 25 USB Clamp 0 0 4095 26 USB Clamp Width 0 0 4095 Group SCART 575i O Total Dots 872 1 Disp Dots 656 0 4095 2 H Back Porch 163 0 4095 3 V Back Porch 60 0 4095 4 Disp Line 531 0 4095 5 Clamp 0 0 4095 6 Clamp Width 0 0 4095 25 USB Clamp 0 0 4095 26 USB Clamp Width 0 0 4095 Group yCbCr 480i 0 Total Dots 858 0 4095 1 Disp Dots 664 0 4095 2 H Back Porch 150 0 4095 3 V Back Porch 43 0 4095 4 Disp Line 456 0
17. 255 0 255 0255 0 255 0 6 0 1 0 145 0 145 0 145 0 6 30 100 30 100 30 100 0 100 0 100 30 100 30 100 30 100 0 100 Read only Read only Unit 8bit Raw Data Read only Electrical Adjustments Group Temp C A to judge the Temp Error at 9 Temp C A Warning Normal Normal Clogging Det 0 100 a i Temp A to judge the Temp Error at _ 0 Temp A Warning Eco Eco Room 46 46 30 100 41 T Temp B to judge the Temp Error at 1 Temp B Warning Eco Eco Panel 62 62 30 100 oT Temp C to judge the Temp Error at A 2 Temp C Warning Eco Eco Lamp 60 60 30 100 aT 8 Temp B A to judge the Temp Error at 3 Temp B A Warning Eco Normal Clogging Det 100 100 0 100 AAT 7 Temp C A to judge the Temp Error at 4 4 Temp C A Warning Eco Normal Clogging Det 100 100 0 100 ar Temp A Warning Offset E 5 Temp 5 0 100 16 Temp B Warning Offset Offset of Temp Error Temp 15 0 100 ms 5 Error Setting Value is increased XC at Temp C Warning Offset the below condition R to Temp Standby le SOC 7 Right to turn on the lamp 8 nia A Warning Ofiset Right to change the Lamp mode 100 0 100 4o Temp C A Warning Offset 9 Temp 100 0 100 Temp A Warning Offset A 20 Time 15 0 100 21 Temp B Warning Offset Offset of Temp Error Minutes 30 0 100 Time Error Setting Value is increased X min Temp C Warning Offset ute at the below condition gt 22 Time Standby 30 0 100 7 Right
18. 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 Read only Read only Read only Read only Read only Electrical Adjustments Item Name Function Range Note 6 ClampWidth 31 0 4095 22 USB H Back Porch 225 0 4095 23 USB V Back Porch 125 0 4095 25 USB Clamp 80 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 480i 540 0 Total Dots 1716 0 4095 1 Disp Dots 1346 0 4095 2 H Back Porch 174 0 4095 3 V Back Porch 48 0 4095 4 Disp Line 460 0 4095 5 Clamp 1 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 292 0 4095 23 USB V Back Porch 45 0 4095 25 USB Clamp 160 0 4095 26 USB Clamp Width 31 0 4095 GroUP RGBVideo 575i O Total Dots 1728 0 4095 1 Disp Dots 1318 0 4095 2 H Back Porch 208 0 4095 3 V Back Porch 64 0 4095 4 Disp Line 536 0 4095 5 Clamp 1 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 328 0 4095 23 USB V Back Porch 62 0 4095 25 USB Clamp 180 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 480P O Total Dots 1716 0 4095 1 Disp Dots 1368 0 4095 2 H Back Porch 163 0 4095 3 V Back Porch 50 0 4095 4 Disp Line 458 0 4095 5 Clamp 1 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 278 0 4095 23 USB V Back Porch 48 0 4095 25 USB Clamp 180 0 4095 26 USB Clamp Width 31 0 4095 Group
19. 4095 5 Clamp 85 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 92 0 4095 23 USB V Back Porch 60 0 4095 25 USB Clamp 10 0 4095 26 USB Clamp Width 31 0 4095 Group ycbCr 575i O Total Dots 864 0 4095 1 Disp Dots 658 0 4095 2 H Back Porch 164 0 4095 3 V Back Porch 55 0 4095 4 Disp Line 542 0 4095 5 Clamp 98 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 109 0 4095 23 USB V Back Porch 70 0 4095 25 USB Clamp 15 0 4095 26 USB Clamp Width 31 0 4095 Group ycbCr 480P O Total Dots 1716 0 4095 Read only 1 Disp Dots 1368 0 4095 2 H Back Porch 281 0 4095 3 V Back Porch 46 0 4095 4 Disp Line 458 0 4095 5 Clamp 180 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 164 0 4095 23 USB V Back Porch 50 0 4095 25 USB Clamp 1 0 4095 26 USB Clamp Width 31 0 4095 Group ycbCr 575P O Total Dots 1728 0 4095 Read only 1 Disp Dots 1360 0 4095 2 H Back Porch 304 0 4095 3 V Back Porch 58 0 4095 4 Disp Line 544 0 4095 5 Clamp 168 0 4095 6 Clamp Width 31 0 4095 21 Electrical Adjustments Group Item 22 23 25 26 Group 524 0 1 2 3 4 5 6 22 23 25 26 Group 525 0 1 2 3 4 5 6 22 23 25 26 Group 526 0 1 2 3 4 5 6 22 23 25 26 Group 527 0 1 2 3 4 5 6 22 23 25 26 Group 528 0 1 2 3 4 5 Item Name USB H Back Porch USB V Back Porch USB Clamp USB Clamp Width YCbCr 720P 60 Total Dots Di
20. 480i 575i YCbCr 480p 575p YCbCr 720p 720p50 YCbCr 235 140 140 155 155 0 1023 1080i 1035i 1080i50 PC YCbCr 480i 575i YCbCr 480p 575p YCbCr 720p 720p50 YCbCr 235 140 140 155 155 0 1023 1080i 1035i 1080i50 Video Decoder R Read Only Value Y Level C Level XCXL Parameter Sync Amp Low Sync Amp High Luma Setup Enable Anti Alias Filter Anti Alias Downsample Anti Alias High Freguency Comb 3D Cross Luma Top Bottom Amplitude DVI Egualizer DS16E5110 CHO Boost Data CH1 Boost Data CH2 Boost Data General P Mode 3 2 PullDown Mod e Detect Film Mode Enable NR Enable for Digital YUV R Enable for Digital YUV Composite S Video Y Level ADC Composite S Video RGB Gain 175 185 0 1023 Gain Adjustment Video Composite S Video C Level ADC A Saturation 405 440 0 1023 Composite S Video XCXL Level 2 0 4 NTSC PAL Minimum sync amplitude threshold s for HLOCK 1 to O transition 0x0700 0 9999 NTSC PAL Minimum sync amplitude threshold A for HLOCK O to 1 transition 0X1000 Er 7 5IRE Mode 0 0 1 Effective only NTSC Signal Anti Alias Filter 4 0 7 Anti Alias Downsample 3 0 3 Anti Alias High Frequency 3 0 3 for PAL SECAM only 3 0 3 DVI Equalizer CHO Boost Value 0 7 DVI Equalizer CH1 Boost Value 0 7 DVI Equalizer CH2 Boost Value 0 7 O IP Block not used parent 1 0 1 4 IP OFF used with IP Block bit0 Global Motion 1 1 3 bit0 Global Motion bit1 Video Motion b
21. 5 0 4095 0 4095 0 4095 0 4095 0 1 Note Auto Gamma adjust Electrical Adjustments 27 SANYO KY7AE December 2010 DC 50 Printed in Japan SANYO Electric Co Ltd
22. 75Q terminated 16 steps gray scale pattern Image control mode SIANDARD mode unless otherwise not ed 4 4 White 100 Black 100 Note Please refer to Service Adjustment Menu Operation for entering the service mode and adjusting the service data B BLK A White 100 Black 100 Electrical Adjustments After replacing the Power Board readjust the Output voltage adjustment as follows I I of K6A 1 Connect a digital voltmeter to pins 1 and 2 2 Adjust the voltage by using VR601 as following AC Input Reading 230V 370V 2V Caution Be sure to connect the lamp when taking this adjust ment This adjustment is not required even if the power board is replaced because this adjustment is carried out before parts shipment eci cuoca 1 Fan Control adjustment Enter the service mode Connect a digital voltmeter to test point TPFANA and chassis ground Select group no 250 item no 0 and change data value to adjust voltage to be 4 5 0 1V 3 Connect a digital voltmeter to test point TPFANB and chassis ground Select group no 250 item no 2 and change data value to adjust voltage to be 4 5 0 1V 4 Connect a digital voltmeter to test point TPFANC and chassis ground Select group no 250 item no 4 and change data value to adjust voltage to be 4 5 0 1V 5 Connect a digital voltmeter to tes
23. 78 0 255 1 VREF_R 242 0 255 2 VREF_G 242 0 255 3 VREF_B 242 0 255 15 Electrical Adjustments Item Name Function Group Option 0 Logo Prohibition Forced No Brand 1 RS232C Baudrate 4 CABLE SW PW Debug Command Enable 6 Device Refresh Disable 50 Lamp Replacement Display 51 Filter Warning Display 52 Lamp Counter reset Times 54 Factory Default Execute Times 55 Motor Disable 56 enu Position 57 enu Position 58 Lamp Go Out 60 Lanuage Default setting 63 Souce Search Enable 71 Component ADC Device Select 80 Determination Setting 100 Disable Auto Picture Control Group Option signal 0 FrameLock Option 1 Dither Enable 3 Field Sense Invert Enable Soup Simulation mode 0 PW392C Enable 1 PW610 Enable gro up Spread Spectrum O Enable Spead factor 2 Wave period a Group LampContorl 0 Dimmer SW 1 Manual Control 2 DIMMER_CTRL_LEVEL1 w MER_CTRL_LEVEL2 4 DIMMER_CTRL_LEVEL3 5 DIMMER_CTRL_LEVEL4 6 DIMMER_CTRL_LEVEL5 7 DIMMER_CTRL_LEVEL6 8 DIMMER_CTRL_LEVEL7 9 DIMMER_CTRL_LEVEL8 Logo Prohibition 0 Menu 1 Forced 2 China 3 9 not used Baud Rate Long Cable Lamp Warning Display On Off Filter Warning Display On Off Reset Times of Lamp Counter Reset times of Fanctory Default Motors Disable Move menu X asis Move menu Y asis O English Default 1 Janpanese Source Search Enable 0 ISK51002 1 PW392 AFE
24. 95 Dynamic 2000 0 4095 Real 2048 0 4095 BlackBoard 2048 0 4095 R_Board 2048 0 4095 B_Board 2048 0 4095 Y_Board 14 Electrical Adjustments Group Item Name Function 216 VideoBright_R 0 0 4095 Standard 0 0 4095 Dynamic 0 0 4095 Real 24 0 4095 BlackBoard 0 0 4095 R_Board 30 0 4095 B_Board 0 0 4095 Y Board 24 0 4095 G_Board 217 VideoGammaShift R 2048 0 2048 PC 2048 0 2048 AV 218 VideoCont_G 2048 0 4095 Standard 2048 0 4095 Dynamic 2000 0 4095 Real 2000 0 4095 BlackBoard 2010 0 4095 R_Board 2000 0 4095 B_Board 1900 0 4095 Y_Board 1940 0 4095 G_Board 219 VideoBright_G 0 0 4095 Standard 0 0 4095 Dynamic 0 0 4095 Real 0 0 4095 BlackBoard 24 0 4095 R_Board 24 0 4095 B_Board 0 0 4095 Y Board 0 0 4095 G_Board 220 VideoGammaShift_G 2048 0 2048 PC 2048 0 2048 AV 221 VideoCont_B 2048 0 4095 Standard 2048 0 4095 Dynamic 2000 0 4095 Real 2048 0 4095 BlackBoard 2048 0 4095 R_Board 1860 0 4095 B_Board 2048 0 4095 Y_Board 2020 0 4095 G_Board 222 VideoBright_B 0 0 4095 Standard 0 0 4095 Dynamic 0 0 4095 Real 0 0 4095 BlackBoard 40 0 4095 R_Board 0 0 4095 B_Board 36 0 4095 Y Board 24 0 4095 G_Board 223 VideoGammaShift_B 2048 0 2048 PC 2048 0 2048 AV Group Panel Services 6170 0 201_R 4 0 31 1 601_G 4 0 31 2 A01_B 4 0 31 3 202 R 40 28 64 4 602 G 40 28 64 5 A02 B 40 28 64 6 205_R 26 0 31 7 605_G 26 0 31 8 A05_B 26 0 31 9 300_R 130 0 255 10 700_G 130 0 255 11 BOO_B 130 0 255 Group Panel Service 62334 0 VMID 1
25. DCOffset_MNS_B_11 0 0 2047 _ MIN lt gt MAX cyclation 192 DCOffset_MNS_B_12 0 0 2047 MIN lt gt MAX cyclation 193 DCOffset_PLS_B 0 0 1023 MIN lt gt MAX cyclation 194 DCOffset_PLS_B_01 0 0 2047 _ MIN lt gt MAX cyclation 195 DCOffset_PLS_B_02 0 0 2047 _ MIN lt gt MAX cyclation 196 DCOffset_PLS_B_03 0 0 2047 _ MIN lt gt MAX cyclation 197 DCOffset_PLS_B_04 0 0 2047 _ MIN lt gt MAX cyclation 198 DCOffset_PLS_B_05 0 0 2047 MIN lt gt MAX cyclation 199 DCOffset_PLS_B_06 0 0 2047 MIN lt gt MAX cyclation 200 DCOffset_PLS_B_07 0 0 2047 MIN lt gt MAX cyclation 201 DCOffset_PLS_B_08 0 0 2047 _ MIN lt gt MAX cyclation 202 DCOffset_PLS_B_09 0 0 2047 _ MIN lt gt MAX cyclation 203 DCOffset_PLS_B_10 0 0 2047 _ MIN lt gt MAX cyclation 204 DCOffset_PLS_B_11 0 0 2047 _ MIN lt gt MAX cyclation 205 DCOffset_PLS_B_12 0 0 2047 _ MIN lt gt MAX cyclation 206 Lvi9Mode_B_0000 18 0 2047 _ MIN lt gt MAX cyclation 207 Lvl9Mode_B_0512 15 0 1023 MIN lt gt MAX cyclation 208 Lvl9Mode_B_1024 12 0 1023 MIN lt gt MAX cyclation 209 Lvl9Mode_B_1536 8 0 1023 MIN lt gt MAX cyclation 210 LvI9 Mode B 2048 2 0 1023 MIN lt gt MAX cyclation 211 LvI9 Mode B 2560 1023 0 1023 MIN lt gt MAX cyclation 212 Lvl9Mode_B_3072 1020 0 1023 MIN lt gt MAX cyclation 213 Lvl9Mode_B_3584 1018 0 1023 MIN lt gt MAX cyclation 214 LvI9 Mode B 4096 1018 0 1023 MIN lt gt MAX cyclation 215 VideoCont_R 2048 0 4095 Standard 2048 0 40
26. ON at PC signal and 47Hz Vfreg Panel freguency of input signal Electrical Adjustments Group Item 10 11 12 13 14 15 16 TZ 18 19 20 21 23 24 Group 220 0 49 50 Group 250 0 1 2 3 4 5 Group 252 1 2 3 4 5 9 Group 253 0 1 2 3 4 5 Temp A Warning Normal 7 Temp C Warning Normal Item Name Function Luminance Level 9 Data for Dimmer DIMMER_CTRL_LEVEL9 Dim Level 9 at the less than the Value Luminance Level 10 Data for DIMMER_CTRL_LEVEL10 Dimmer Dim Level 10 at the less han the Value Luminance Level 11 Data for DIMMER_CTRL_LEVEL11 Dimmer Dim Level 11 at the less han the Value Luminance Level 12 Data for DIMMER_CTRL_LEVEL12 Dimmer Dim Level 12 at the less han the Value Luminance Level 13 Data for DIMMER_CTRL_LEVEL13 Dimmer Dim Level 13 at the less han the Value Luminance Level 14 Data for DIMMER_CTRL_LEVEL14 Dimmer Dim Level 14 at the less han the Value Luminance Level 15 Data for DIMMER_CTRL_LEVEL15 Dimmer Dim Level 15 at the less han the Value DIMMER AVERAGE POINT Luminance Data Avarage Point for immer DIMMER AVERAGE DATA MU Data Avarage Value for DIMMER_LEVEL_AUTO Current Dimmer Leverl DIMMER LEVEL NORMAL ormal Dimmer Level DIMMER LEVEL ECO Eco Dimmer Level VOLTAGE LEVEL Lamp Voltage DIMMER LEVEL HIGH Dimmer level High Projector Warning Log Warning Log 1 Warning Log 50 Warning Log Re
27. RGB Video 575P O Total Dots 1728 0 4095 1 Disp Dots 1360 0 4095 2 H Back Porch 185 0 4095 3 V Back Porch 64 0 4095 4 Disp Line 540 0 4095 5 Clamp 1 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 302 0 4095 23 USB V Back Porch 60 0 4095 25 USB Clamp 180 0 4095 26 USB Clamp Width 31 0 4095 GrouP RGB Video 720P 60 544 O Total Dots 1650 0 4095 1 Disp Dots 1248 0 4095 2 H Back Porch 282 0 4095 3 V Back Porch 30 0 4095 4 Disp Line 700 0 4095 5 Clamp 110 0 4095 23 Electrical Adjustments Item Name Function Range Note 6 Clamp Width 31 0 4095 22 USB H Back Porch 274 0 4095 23 USB V Back Porch 34 0 4095 25 USB Clamp 170 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 720P 50 545 O Total Dots 1980 0 4095 1 Disp Dots 1222 0 4095 2 H Back Porch 296 0 4095 3 V Back Porch 30 0 4095 4 Disp Line 700 0 4095 5 Clamp 110 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 288 0 4095 23 USB V Back Porch 35 0 4095 25 USB Clamp 150 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 1080i 60 O Total Dots 2200 0 4095 1 Disp Dots 1872 0 4095 2 H Back Porch 268 0 4095 3 V Back Porch 46 0 4095 4 Disp Line 1052 0 4095 5 Clamp 80 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 258 0 4095 23 USB V Back Porch 54 0 4095 25 USB Clamp 140 0 4095 26 USB Clamp Width 31 0 4095 Group RGBVid
28. _C 0 0 2047 lt gt MAX cyclation 35 GHSTCoef_B_S 128 0 255 36 GHSTCoef_B_E 128 0 255 37 GHSTCoef_1R 0 0 2047 lt gt MAX cyclation 38 GHSTCoef_1G 0 0 2047 lt gt MAX cyclation 39 GHSTCoef_1B 0 0 2047 lt gt MAX cyclation 40 GHSTCoef_2R 0 0 2047 lt gt MAX cyclation 41 GHSTCoef_2G 0 0 2047 lt gt MAX cyclation 42 GHSTCoef_2B 0 0 2047 lt gt MAX cyclation 43 BIKGHSTCoef_R 0 0 2047 lt gt MAX cyclation 44 BIKGHSTCoef_G 0 0 2047 lt gt MAX cyclation 45 BIKGHSTCoef_B 0 0 2047 lt gt MAX cyclation 46 CRSTLKCoef_R_C 0 0 2047 lt gt MAX cyclation 47 CRSTLKCoef_R_S 128 0 255 48 CRSTLKCoef_R_E 133 0 255 49 CRSTLKCoef_G_C 0 0 2047 lt gt MAX cyclation 50 CRSTLKCoef_G_S 128 0 255 51 CRSTLKCoef_G_E 133 0 255 52 CRSTLKCoef_B_C 0 0 2047 lt gt MAX cyclation 53 CRSTLKCoef_B_S 128 0 255 54 CRSTLKCoef_B_E 133 0 255 55 ColshdCtrl 16 0 511 56 ColshdCtrl_Ena 1 0 1 1 Enable 0 Disable 57 ColshdCtrl_PreEna 0 0 1 1 Enable 0 Disable 58 Colshd_RLMin 257 0 1023 59 Colshd_RLMid2 419 0 1023 60 Colshd_RLMid1 559 0 1023 61 Colshd_RLMax 671 0 1023 62 Colshd_GLMin 257 0 1023 63 Colshd_GLMid2 419 0 1023 64 Colshd_GLMid1 559 0 1023 65 Colshd_GLMax 671 0 1023 66 Colshd_BLMin 257 0 1023 67 Colshd_BLMid2 419 0 1023 68 Colshd_BLMid1 559 0 1023 69 Colshd_BLMax 671 0 1023 70 Colshd_Pre_Tbl 0 0 255 71 EnaHSync 1 0 1 72 OutPPos_H 120 0 2047 73 Pixel CONT_Out 2048 0 4095 74 H_Sync 0 0 2047 75 V_Sync 3 0 255 76 FlickerMode 0 0 3 77 EnaVSync 0 0
29. eo 1080i 50 547 0 Total Dots 2640 0 4095 1 Disp Dots 1870 0 4095 2 H Back Porch 268 0 4095 3 V Back Porch 46 0 4095 4 Disp Line 1052 0 4095 5 Clamp 80 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 260 0 4095 23 USB V Back Porch 52 0 4095 25 USB Clamp 140 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 1035i O Total Dots 2200 0 4095 1 Disp Dots 1872 0 4095 2 H Back Porch 180 0 4095 3 V Back Porch 92 0 4095 4 Disp Line 1012 0 4095 5 Clamp 80 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 214 0 4095 23 USB V Back Porch 90 0 4095 25 USB Clamp 120 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 1080p 30 551 O Total Dots 2200 0 4095 1 Disp Dots 1874 0 4095 2 H Back Porch 250 0 4095 3 V Back Porch 55 0 4095 4 Disp Line 1051 0 4095 5 Clamp 80 0 4095 24 Electrical Adjustments Group Item Name Function Initial Range Note 6 Clamp Width 31 0 4095 22 USB H Back Porch 250 0 4095 23 USB V Back Porch 55 0 4095 25 USB Clamp 80 0 4095 26 USB Clamp Width 31 0 4095 Group RGB Video 1080p 25 552 O Total Dots 2640 0 4095 1 Disp Dots 1874 0 4095 2 H Back Porch 250 0 4095 3 V Back Porch 56 0 4095 4 Disp Line 1051 0 4095 5 Clamp 80 0 4095 6 Clamp Width 31 0 4095 22 USB H Back Porch 250 0 4095 23 USB V Back Porch 56 0 4095 25 USB Clamp 80 0 4095 26 USB Clamp Width 31 0 4095 Group RGB
30. he same data as factory shipped data it should be required to perform the re adjustments following to the Electrical Adjust ments Please note that in this case the lamp replace counter will be reset Caution of Main Board replacement in the case memory IC is not defective When the main board is replaced memory IC should be replaced with the one on previous main board After replacement it should be reguired to perform the re ad justments following to the Electrical Adjustments In this case the lamp replace counter can be kept the value as before Electrical Adjustments Circuit Adjustments CAUTION The each circuit has been made by the fine adjustment at factory Do not attempt to adjust the following adjustments except reguiring the readjustments in servicing otherwise it may cause loss of performance and product safety Before adjustment please turn on the projector more than ten minutes WARNING USE UV RADIATION EYE AND SKIN PROTECTION DURING SERVICING CAUTION To prevent suffer of UV radiation those adjustments must be completed within 25 minutes Adjustment Condition 16 steps gray scale pattern input signal Video signal 1 0Vp p 759 terminated 16 steps gray scale Composite video signal Component Video signal 1 0Vp p 759 terminated 8 color 10096 color bar or 16 step gray scale Component video signal Computer signal 0 7Vp p
31. he service menu appears on the screen as follows To adjust service data Select the adjustment group no by pressing the MENU button increase or SELECT button decrease and select the adjustment item no by pressing the pointer A or W button and change the data value by pressing the or P button Refer to the Service Adjustment Data Table for further description of adjustment group no item no and data value To exit the service mode To exit the service mode press the ON STAND BY button Service Mode Input Computer 1 Group No Data 0 0 179 Ver 0 00 K 7AE Group No Item No Data value Memory IC IC1391 Replacement Memory IC on the main board stores the data for the service adjustments and should not be replaced except for the case of defective device If replaced the re adjustments are required following to the Electrical Adjustments The data of lamp replacement counter is stored in the Memory IC Please note that the lamp replace counter will be reset when the memory IC is replaced Lamp replace counter cannot be set to the previous value Caution to memory IC replacement When memory IC is replaced with new one the CPU writes down the default data of the service adjustments to the replaced IC as the mentioned on the service ad 2 LAMP REPLACE WARNING o o 1 0 ON STAND BY POWER o INPUT Za AUTO SETUP CANCEL OO justment table As these data are not t
32. it1 Video Motion O 2 3pull down amp 2 2pull down 0 2 3pull down amp 2 2pull down 1 2 3pull down 0 0 2 1 2 3pull down 2 2 2pull down 2 2 2pull down 0 Detect Y or UV Noise Reduction 1 0 1 1 DetectY YUV for Noise Reduction Analog YUV PC Video S Video Component 0 0 1 Digital YUV HDMI lt NSYUVEN gt Electrical Adjustments croup Item Name Function Range Note Group Deinterlacer setting Effective only for Progressive Mode 1 Film mode o Aen adaptive E 30 0 255 1 Angle Interpolation Level A asi 4 0 5 2 CUE Low Pass Filter Enable lt CUELPFEN gt 0 0 25b Group Deinterlacer setting Effective only for Progressive Mode2 mode 0 Motion Adaptive Weini DEN 0 0 255 1 Angle Interpolation Level AD A 2 0 5 2 CUE Low Pass Filter Enable lt CUELPFEN gt 0 0 255 Group Noise Reduction Time Effective only for N R L1 O Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2 lt NSREGIONYO gt 1 Noise Region O lt NSREGIONUVO gt 12 0 1023 lt NSREGIONY1 gt 2 Noise Region 1 lt NSREGIONUV1 gt 24 0 1023 lt NSREGIONY2 gt 3 Noise Region 2 lt NSREGIONUV2 gt 40 0 1023 4 Noise Gain Level e 100 0 255 group Noise Reduction Time Effective only for N R L2 O Noise Pixel Range lt NSRANGEY gt lt NSRANGEUV gt 1 0 2 A a lt NSREGIONYO gt 1 Noise Region 0 lt NSREGIONUVO gt 2 0 1023 lt NSREGIONY1 gt 2 Noise Region 1 lt NSREGIONUV1 g
33. k White Level Acquiring Area 13 0 4095 5 Image AREA V HIGHT AS Z Level Acquiring Area 9 0 4095 6 OFFSET target Target Value of Black Level Adj 20 0 1023 7 OFFSET torelance Torelance of Black Level Adj 1 1 1023 8 GAIN target Target Value of White Level Adj 980 0 1023 9 GAIN torelance Torelance of White Level Adj i 1 1023 10 Image Level tolerance 8 1 255 Group Auto Calibration CVBS SVIDEO O Y Image Area Start X Y Acquiring Area H Start Position 20 0 1000 1 Y Image Area Start Y Y Acquiring Area V Start Position 200 0 1000 6 Image Area H Width Image Level Acquiring Area 8 0 4095 7 Image Area V Hight Image Level Acguiring Area Height 3 0 4095 8 Y Target Level Target Value of Y Level Adj 915 0 1023 11 Gain Tolerance Torelance of Level Adj 1 1 255 12 Delta Gain Deviation Width of Gain Value 2 1 255 Group Auto Calibration YCbCr 6 YOFFSETAREAH START Xo Offset Acquiring Area H Start 925 0 1000 SI Aeae 500 0 1000 2 FE AREAH DR Acquiring Area H Start 925 0 1000 If not used use Y s value 3 CECH SEI AREA TAR I NPRN 500 0 1000 If not used use Y s value 4 Ra ARA AREA H ALL Acguiring Area H Start 925 0 1000 If not used use Y s value 5 CHSOFFSETAREAV START ngi case a Alea Stan 500 0 1000 If not used use Y s value 6 Y GAIN AREA H START Y 50 O 1000 19 Electrical Adjustments Item Name Function Range Note Group 280 Group 290 Group 300 Group 500 Group 501 Group 502 Group 510 a
34. n adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video signal with Video Video mode Connect an oscilloscope to test point TP35G and chassis ground Select group no 20 item no 0 and adjust the amplitude a to be minimum by changing the Data value 3 _ White Level Y 7 Common Center adjustment 1 2 Enter the service mode Receive the 50 Whole Gray computer signal with Computer2 RGB mode Select group no 104 item no 76 and change data value to 2 to reduce the panel frequency Project only green light component to the screen Select group no 105 item no 10 and change data value to obtain the minimum flicker on the screen 6 Project only red light component to the screen 7 Select item no 9 and change data value to obtain the minimum flicker on the screen Project only blue light component to the screen Select item no 11 and change data value to obtain the minimum flicker on the screen 10 Select group no 104 item no 76 and change data value to 0 to reset the panel frequency 3 4 5 8 9 8 5090 White adjustment PC 1 Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer2 RGB mode 3 Connect an oscilloscope to test point TP35G and chassis ground 4 Select group no 104 item no 220 and change da
35. se FAN Control FAN1 MIN ADJUST DAC FAN1 MAX ADJUST DAC DAC Output for Fan FAN2 MIN ADJUST DAC Adjust the tolerance of DAC and Fan FAN2 MAX ADJUST DAC Volage FAN3 MIN ADJUST DAC Lamp mode is forced Eco FAN3 MAX ADJUST DAC Fan Option SAFETY SWITCH For test purpose FAN MANUAL SWITCH 0 Auto 1 Manual FAN1 MANUAL VOLTAGE Fan Voltage unit 0 1V FAN2 MANUAL VOLTAGE Effective only when Fan Maual FAN3 MANUAL VOLTAGE switch is 1 All Fan MaxMin Control Fan Tem Error Setting Memorized Temp A to judge the Temp Error at Temp A Warning High High Room Temp B Waming High an I the Temp Error at Temple aU I the Temp Error at Temp B A to judge the Temp Error at High Clogging Det 7 i Temp C A to judge the Temp Error at emp C A Warning High High Clogging Det Temp A to judge the Temp Error at ormal Room Temp B to judge the Temp Error at Normal Panel Temp C to judge the Temp Error at ormal Lamp Temp B A to judge the Temp Error at ormal Clogging Det Temp B A Warning High Temp B Warning Normal Temp B A Warning Normal 17 Normal 46 62 62 100 100 46 62 60 100 Initial 63 70 77 84 91 98 105 224 13 211 13 224 100 100 100 Ceiling 46 62 62 100 100 46 62 60 100 Range Note 0 255 0 255 0 255 0 255 0 255 0 255 0 255 0 32767 0 32767 0 10 05255 0 255 06
36. sp Dots H Back Porch V Back Porch Disp Line Clamp Clamp Width USB H Back Porch USB V Back Porch USB Clamp USB Clamp Width YCbCr 720P 50 Total Dots Disp Dots H Back Porch V Back Porch Disp Line Clamp Clamp Width USB H Back Porch USB V Back Porch USB Clamp USB Clamp Width YCbCr 1080i 60 Total Dots Disp Dots H Back Porch V Back Porch Disp Line Clamp Clamp Width USB H Back Porch USB V Back Porch USB Clamp USB Clamp Width YCbCr 1080i 50 Total Dots Disp Dots H Back Porch V Back Porch Disp Line Clamp Clamp Width USB H Back Porch USB V Back Porch USB Clamp USB Clamp Width YCbCr 1035i Total Dots Disp Dots H Back Porch V Back Porch Disp Line Clamp 22 Initial 187 61 a 1650 1248 315 33 700 140 31 284 40 110 31 1980 1220 330 34 701 140 31 298 39 110 31 2200 1874 302 52 1050 140 31 268 85 80 31 2640 1872 303 49 1052 150 31 268 83 80 31 2200 1874 259 90 1006 140 Range Note 0 0 Qs Os 0 0 0 0 0 0 0 0 0 0 0 0 06 0 0 0 OE 0 Oe 0 OE O 0 0 0 0 0 0 0 0 0 0 0 06 Oc Oe 0 06 0 Oe 0 06 0 0 0 0 0 0 0 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095 4095
37. t gt MAX cyclation 166 DCOffset_PLS_G_10 0 0 2047 _ MIN lt gt MAX cyclation 167 DCOffset_PLS_G_11 0 0 2047 _ MIN lt gt MAX cyclation 168 DCOffset PLS G 12 0 0 2047 _ MIN lt gt MAX cyclation 169 LvI9 Mode G 0000 18 0 1023 MIN lt gt MAX cyclation 170 Lvl9Mode_G_0512 15 0 1023 MIN lt gt MAX cyclation 171 LvI9 Mode G 1024 12 0 1023 MIN lt gt MAX cyclation 172 LvI9 Mode G 1536 8 0 1023 MIN lt gt MAX cyclation 173 Lvl9Mode_G_2048 2 0 1023 MIN lt gt MAX cyclation 174 Lvl9Mode_G_2560 1023 0 1023 MIN lt gt MAX cyclation 175 Lvl9Mode_G_3072 1020 0 1023 MIN lt gt MAX cyclation 176 Lvl9Mode_G_3584 1018 0 1023 MIN lt gt MAX cyclation 177 LvI9 Mode G 4096 1018 0 1023 MIN lt gt MAX cyclation 178 VideoBRefCont_H 450 0 4095 179 VideoBRefCont_L 4088 0 4095 180 DCOffset MNS_B 0 0 1023 MIN lt gt MAX cyclation 181 DCOffset_MNS_B_01 0 0 2047 _ MIN lt gt MAX cyclation 182 DCOffset MNS B 02 0 0 2047 _ MIN lt gt MAX cyclation 183 DCOffset_MNS_B_03 0 0 2047 _ MIN lt gt MAX cyclation 184 DCOffset_MNS_B_04 0 0 2047 _ MIN lt gt MAX cyclation 185 DCOffset_MNS_B_05 0 0 2047 _ MIN lt gt MAX cyclation 186 DCOffset_MNS_B_06 0 0 2047 _ MIN lt gt MAX cyclation 187 DCOffset_MNS_B_07 0 0 2047 _ MIN lt gt MAX cyclation 188 DCOffset_MNS_B_08 0 0 2047 _ MIN lt gt MAX cyclation 189 DCOffset MNS_B_09 0 0 2047 _ MIN lt gt MAX cyclation 190 DCOffset_MNS_B_10 0 0 2047 _ MIN lt gt MAX cyclation 191
38. t 24 0 1023 lt NSREGIONY2 gt 3 Noise Region 2 lt NSREGIONUV2 gt 40 0 1023 4 Noise Gain Level EE 100 0 255 Group 2 2pull down setting R Film Detection Sensitivity 0 22Film Mode Sensitivity lt FILMSTVT22 gt 4 1 5 1 22Film Mode Threshold Low lt FILMTHRD22A gt 80 0 1023 2 22Film Mode Threshold High lt FILMTHRD22B gt 120 0 1023 3 wa Motion Window Start lt VOFSTARX gt 10 0 255 4 wa Motion Window Start _VOFSTARX gt 10 0 255 5 Videg Motion Window Start _VOESTARY gt 10 0 255 6 vee Motion Window Start _VOFSTARYS 10 0 255 Group 2 3pull down setting O Global Motion Sensitivity ilm Detection Sensitivity 4 1 5 1 Video Motion Sensitivity pim Pc Uen CARI 4 1 5 2 Video Motion Threshold Low lt VOFTHRDA gt 120 0 1023 3 Hig UN lt VOFTHRDB gt 180 0 1023 4 Global Motion Threshold lt GMDTHRD gt 100 0 1023 5 23Film Mode Threshold lt FILMTHRD23 gt 10 0 1023 6 Global Motion Window Start X lt GMDSTARX gt 10 0 255 Range of detective for Film mode 7 Global Motion Window Stop X lt GMDSTOPX gt 10 0 255 Range of detective for Film mode 8 Global Motion Window StartY lt GMDSTARY gt 10 0 255 Range of detective for Film mode 9 Global Motion Window StopY lt GMDSTOPY gt 10 0 255 Range of detective for Film mode Group 55 LTI CTI O Video Enhancement Enable VEHEN 1 0 1 1 DLTI Gain DLTIGAIN 3 0 15 10 Electrical Adjustments 11 Group Item Name Function Initial Range Note 2 DLTI Frequency DLTIFREO 2
39. t point TPFANA and chassis ground Select group no 250 item no 1 and change data value to adjust voltage to be 13 5 20 1V 6 Connect a digital voltmeter to test point TPFANB and chassis ground Select group no 250 item no 8 and change data value to adjust voltage to be 13 5 0 1V 7 Connect a digital voltmeter to test point TPFANC and chassis ground Select group no 250 item no 5 and change data value to adjust voltage to be 13 5 20 1V Ni 2 Reference Voltage Adjustment Enter the service mode 2 Receive the 16 step grey scale computer signal with Computer 2 RGB mode 3 Select group no 106 item no 0 to ad just the voltage of TP_VMIDG to be 7 00 0 01V 4 Select group no 106 item no 1 to adjust the voltage of TP35R to make the amplitude D Vppl to be 10 00 0 05V 5 Select group no 106 item no 2 to adjust the voltage of TP35G to make the amplitude D Vppl to be 10 00 0 05V 6 Select group no 106 item no 3 to adjust the voltage of TP35B to make the amplitude D Vppl to be 10 00 0 05V 3 Panel Type Check and Setting Before setting you need to check which type of LCD pan el is placed on the projector according to the item LCD Panel Prism Ass y removal in the chapter Optical Parts Disassembly 1 Enter the service mode 2 Panel Type Check Select group no 290 item
40. ta value to adjust amplitude a to be 1 2V white level a white level 9 White Balance adjustment PC 1 Enter the service mode 2 Receive the 16 step gray scale computer signal with Computer2 RGB mode 3 Select group no 104 item no 217 Red or 223 Blue and change Data values respectively to make a proper white balance Confirm that the same white balance is obtained in vid eo and computer input 10 50 White adjustment Video 1 Enter the service mode Recelve the 16 step grey scale composite video sig nal with Video Video mode Connect an oscilloscope to test point TP35G and chassis ground Select group no 104 item no 220 and change data value to adjust amplitude a to be 1 2V NO al white level a white level Electrical Adjustments 11 White Balance adjustment Video 1 Enter the service mode 2 Receive the 16 step grey scale composite video sig nal with Video Video mode 3 Select group no 104 item no 217 Red or 223 Blue and change Data values respectively to make a proper white balance Confirm that the same white balance is obtained in vid eo and computer input 12 Keystone Offset adjustment After replacing the G sensor circuit IC3851 IC1802 and peripheral circuit readjust the Keystone Offset adjustment as follows 1 Put the projector on a horizontal place with the adjustable
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