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Pioneer RMS-V4011/V5011 Projector Accessories User Manual

Contents

1. 31 12 Effects of rtu c citta eager aid ni ie ERR ES 31 13 Connection with a Power Supply ssssssssssseesseeeeneennee nennen nennen SORES trennen ene SAE Eaa Ea 32 14 Cabes Used M 33 15 Semi outdoor Installation 33 16 Precautions for Use of User Obtained 33 2JINSTAEEATION AND ASSEMDBDLY Eo LER UE LIB ERA E ERE SE ERE AIT ee EXER 34 C E D 34 2 Opening the Packaging 22 bese riae rrr teen bereit S 34 3 Carrying the Units After Opening Packaging 39 3JPRECAUTIONS FOR TRANSPORTATIO IN casu inan ener uiu eene te ete ee HER Eee 39 4 ASSEMBLING THE SYSTEM it ote n teu 41 1 Assembling the Projection Frame RMF V4011 V5011 es 41 2 Assembling the Systerm n 42 b SPECIALE 5 ie e D eine pte ete eres e ie e resa 53 s 53 2 Diagonal installation
2. gt unit whose ABL voltage is controiled the most Much M S mail Luminance inconsistency on multi screen Luminance of whole multi screen High d Low Recommended Usage of Modes ABL1 ABL2 ABL3 When importance is placed on 2 2 When importance is placed on con luminance ievel of whole multi sistency of furninance of multi screen screen rather than consistency of rather than luminance level of whole luminance of multi screen muiti screen tOutdoor large amount of multi No gap smali amount of multi Screens etc Screens etc At shipment the ABL switch will be set to ABL3 87 ADJUSTMENTS figure When this panel is removed there will be two yo Cl Remove the amp panei of the rear panel shown in the left 4 printed circuit boards as shown in Fig 4 1 Rear View The ABL switch is at the bottom right of the board below the two printed circuit boards gt gt gt ca w DRG gt Po 5 Bs Fig 4 1 The position of the switch differs according to the product lot If the switch is not located at the position shown in the above figure it will be located at the position in the figure below Remove the six screws to of the rear panel in the left figure 88 ADJUSTMENTS Remove the rear panel The switch will be at the position marked C m gt m 5 gt r no E
3. 53 3 Architrave pro6BSSITiQg eer rrr er aere ke SEDE n DR ERR Ru ERU 53 4 Upside down install 53 5 Hanging Onw ERE EE EE CDD P 53 CHAPTER 4 ADJUSTMENTS itii coda ien ie ect y Fa v E aae 1 ADJUSTMENT PREPARATIONS is er 2 Mo ARGUING E LIMEN CONTENTS 295 4 Adjustment 5 5 Equipment Required Adjustments 221 1115 360 ta 2 415 5252 EE 56 1 Convergence Adjustment Memory 56 CZF TES VSO RET e 56 3 White Balance Adjustment Memory 0 2 22 58 4 Combined Use of Remote Control and Personal Computer eese etate 58 5 Memory of Adjustment Data and Settings 58 6 Giving IDs EC E 2 59 3
4. 1 Frame L BNG1208 Holder R BNG1150 Hotder 1 BNG1151 Attachment BNG1173 sees 2 Attachment L 61174 2 Rear holder R 12051 2 2 2 1 Rear holder 1206 1 Rear panel upper BMR1069 1 Rear panei L upper 1070 1 Rear panel lower 1071 1 Rear panel L lower BMR1072 1 Fig 2 4 1258 870 Cushion A IBMR1106 1 Cushion B 11071 2 22 2 Hinder panel BMR1075 322 Adjuster 1011 Cover 1012 Screw M5X15 PMBSOP150FZB Screw 5 50 5 500 2 2 Screw M5X20 20 2 Screw 3X12 ABA1167 snnt 4 Screw 3X8 230 8 2 10 Nut M8 NABOFZK c 2 15 GENERAL SPECIFICATIONS 5 Projection Install Table RM V112 RMA V5010 XD Projection Install Table RM V112 For only RMF V4011 Base weight 61 2kg Integrated weight 62kg Dimension Include packing WXHXD 920X 1370 795mm Rear
5. o0000000000C at 5 Rear View Main Specifications of Multi Video Processor Input video signal eene NTSC format Input signal band Above 4 2 MHz Input Video input Input signal ront rtr etnies Input system Standard input level Y C separation Input signal NTSC Y C separation signal BNC Inp t systerm n n cete tee 4 line Standard input level Y 1 Vp p 75Q load 286 mVp p 750 load burst signal The video input or Y C separation input is to be selected by the switch on the rear panel Reference sync signal input Input signal oes Composite sync BNC Standard input level 0 Control input Input signal Conforms to RS 232C 25 pin D sub Line up series of RMD V2110 with 9 OUTPUT CIRCUITS 1 SSS 5 et See Spee 4 4 29 3 E ic 3 e ee 51 f 1 9 2 21 zt 482 5 Front View i DOMENUS 86 Side View Fig 2 8 RMD V2170 Output Video output OQutp t sigtnal t ceterae NTSC composite video signal O tput System ree HEURES 16 line Standard output level 1Vp p 750 load Y C separation output Output signal NTSC Y C separation signal BNC Output SyStem eerte nemo tt eines 16 line S
6. 5 MAIN USES CUBE SYSTEM Z 1 Expansion Individual Switching at Multi Video Processor example of RM V2000 senes 61 2 When Switching the Cube Input Function Disuiay example expected on 4000 system 61 3 When Switching Source Inputs to Multi Video Processor 1 When using Pioneer s new Mutti Video Processor 62 4 When Switching Source Inputs to Multi Video Processor 2 wnen using Pioneer s Multi Video Processor 62 B When Using Two Multi Video Processors without Frame Adjusting Function eese 63 6 When Single Screen is Used ener emet ettet 2 63 7 When Switching the Source Input to the Multi Video Processor 64 4 SCREEN ADJUSTMENTS ERE 65 11 Adjustment Flowcliart m urit ettet ertet m emen tatnen nia se side mae tease 65 2 Convergence Adjustment Flowchart sess eesstesessececeneaterseesecneneerseseeseseeteseavavacsteneesseeeseneeeeaeses 66 67 86 3 Convergence Adjustment Contents eee 4 White Balance Adjustment Flowchart 5 White Balance Adjustment sese rnnt tenete ttes e tese banner tha ista ta sehen en ene st nsns annee 6 External Control by 9 232 isse denen unen Eae dE es eieae or taea erener rime Eye
7. i 1 Frame Fresnel lens Lenticular sheet Fig 5 6 120 OPERATIONS Cleaning the screen As dust adheres to the surface of the screen easily it should be cleaned periodically Use the following cleaning items for cleaning Name No Cleaning cloth Minimax GED 009 Cleaning solution B4 GEM1004 This can be used for the CRT as weil As hand prints and finger prints stick easily to the screen do not touch the screen with your bare hands and put on gioves when working 1 Slight dirt can be removed easily by blowing on the screen and wiping off with a soft cloth such as the specified cloth or gauze As the screen surface scratches easily do not rub it with hard items nor dust with dusters 2 If the lenticuiar sheet is very dirty moisten the above specified cloth with the specified cleaning solution and wipe it Note lack print on th rf f the lenticular sh j i Note i i 11 i ff Also clean off difficult ta ctean oil with a dry cloth If c eaning solution must be used bear in mind that the above antistatic effects will be lost However if these effects are iost only partially the image quality will not be affected Note It is recommended that antistatic agent be applied to the surface of the lenticular sheet Use the following product Antistatic agent Nondust GYD1004 When spraying the antistatic agent spray from as far as possible with the appropriate amount If sprayed excessively t
8. Brightness Figure 2 5 ABL LEVEL adjustment i ABL LEVEL works only when combination is ON and link cables are connected It reduces the difference of each Cube s brightness in case of ABL operation The ABL combination is the function to work ABL of all connected Cube uniformly However the change ofthe brightness will not be the same condition by only connecting the cables if the operating point on each cube is different ABL LEVEL reduces a difference with the ABL variation of each Cube when connected The microprocessor controls the contrast and the brightness level when the combination is ON The ABL LEVEL should be adjusted not to produce a brightness change at combination mode ON OFF cycle with condition of 100 white signal is fed Adjustment can be done only when the combination mode is ON The ABL combination ratio SW For only US model also effective only when the combination mode is ON Before adjusting ABL GAIN ABL LEVEL the R G B LOW and HIGH adjustment must be done
9. 21 2 SYSTEM DIMENSIONS is tecti be 1 22 1 160 inch 40 inch 4x4screens For 4011 44 0 0 22 2 150 inch 50 inch 3x3screens For 5011 23 3 160 inch 40 inch 4x4 screens For 4011 4 24 CHAPTER 3 INSTALLATION AND ASSEMBLY ennnen na 25 T INSTALLATION COND ITIO eR RES 25 Grouridi e rene EE UR Das Unius ra I 25 2 t 26 3 Eront SpdcBzus UE 26 4 ROARS PAGO e 26 b Number of Units Stacked Up ires ne Spree sever kn aee TR i 26 6 Prevention ot Filting 3 555 elie i ee p E tes e 26 7 Calculating the Heat Quantity 23507 8 TEM POSTAL Seay AUN ICY lena ee nene PER er Lee eye e e Rue ee rU 27 9 GondensatiOl i E err Seat x 27 10 151016 28 11 Ati
10. is the same as before Up to five screens can be piled on top of each other without any reinforcement Use of reinforcement enables the level to be increased Q By adopting the frame structure a mullion less system can be realized 4 FEATURES OF CABINET TYPE G Outstanding durability due to its dynamic design using aluminum As the cabinet need to be piled up only in installation setup time is very short It therefore proves efficient in cases where time is limited conditions are harsh etc Such as events adopting an unique mullion structure ultra thin mullion about 3 mm when screens are combined has been thereby resolving the problem of missing images and characters The RM V4000Y or RMA V2130 can be mounted CHAPTER 2 GENERAL SPECIFICATIONS 1 SPECIFICATIONS 1 Multi Projection Unit RM V4000V V5000V TV FOF NTSC PAL automatic selection Each mode provided Projection 7 inch CRTx3 Horizontal resolution600 TV lines In video input mode 1 Luminance For white peak 600ft L 40 inch 420ft L 50 inch Practical visible angleHorizontal direction 150 deg Vertical direction 60 deg 1 Input signals Video input Standard input level 75 ohm load 1 Vp p Input terminal BNC connectorx1 Y C separation inputStandard input level 75 ohm load Luminance Y signai 1 Vp p With sync signal Color C signai 286m Vp p B
11. V STATIC If supplied excessively distortion will occur as shown in the right figure No distortion occurs in adjustments by ADJUSTMENTS V PHASE 69 ADJUSTMENTS Explanation of BLK L and BLK Adjustments H BLK L and BLK R adjustments are performed to obtain the optimum convergence adjustment wave form when the display range changes due to changes in the H SIZE and frequency Video signal Display range gt Convergence Color deviation adjustment wave form Video signal Display range af p ter size 1 changed When size is increased with H BLK L and H BLK R not ad justed en No color deviation Convergence E T adjustment td wave form TE MN Convergence Image after H BLK L and H BLK R has been adjusted adjustment wave form Adjustment by Adjustment by H BLK L H BLK R 70 ADJUSTMENTS 5 BLK Adjustment Output all three colors R G B observe the right side of the screen and adjust with H BLK R so that the color stops deviating RGB Observe here RGB BGR When BLK adjustment is not properly performed 71 ADJUSTMENTS NOTE When BLK R is adjusted so that the three colors R G B do not deviate if the horizontal line distortion a shown in the right figure occurs move H BLK R un
12. The remote control signal is output to the next unit via the link terminal onty when a certain ID is set to the multi projection units When operating several units set this ID to all the units Only units connected with the link cable located after the units to which the remote control unit is connected can be operated Upto 16 units can be operated using the remote control at one time using the link cable To operate more than 16 units use a personal computer as well or reconnect the remote control Handle the wire carefully Warning for Use of Dry Batteries N Using dry batteries incorrectly will result in battery liquid leakage damage etc Take note of the following Also refer to precautions provided for dry batteries Load the and sides of the batteries correctly as shown on the battery case Do not use old and new batteries together Batteries of the same shape may have different voltages Do not use different batteries together When not using the unit for a long period of time one month remove the batteries to prevent battery liquid leakage If leakage occurs wipe the liquid thoroughly and load new batteries Do not charge short circuit disassembte nor throw into fire the dry batteries provided 117 CHAPTER 5 OPERATIONS MAINTENANCE 1 MAINTENANCE 1 Re adjustments After 3 months Although the RM V4000V V5000V is adequately adjusted at the time of installation
13. MANUAL RM V4000V V5000V RMS V4011 V5011 RMF V4011 V5011 PROJECTION CABINET RMF V4011R Notes Caution Pioneer will not be liable for any loss caused by defects This symbol refers to a hazard or unsafe practice which can result in personal injury or property damage of the parts supplied other than by Pioneer An damage during shipping will be compensated for only in the case where Pioneer s specific packing mate rials for shipping are used The guarantee of performance is applicable only when the assembly and adjustment described in this technical manual and the adjustment described by the system manual of RM V2000 have been carried out 0 PIONEER The Art of Entertainment 0 PIONEER The Art of Entertainment PIONEER RM V4000 5000 MANUAL This Acrobat IE a PDF file version of the Pioneer RM V4000 5000 manual was made from the original digital document and scanning an existing manual Because of this there are many less then perfect pages and hand written comments As Pioneer is constantly working towards providing the best possible documentation for our products there may be an improved version of this document available Please contact your Pioneer representative for additional information Josh Kairoff Pioneer New Media Technology October 27 1997 CONTENTS CHAPTER 1 FEATURES OF PROJECTION CUBE SYSTEM e
14. GET DEFL DATA GET W B DATA GET CNV SEL DATA GET STATUS DATA Adjusts deflection PHASE Adiusts H deflection SIZE BLK width adjustment for forming conver gence correction waveform Left BLK width adjustment for forming conver gence correction waveform Right H PHASE H SIZE H BLK L H BLK R ry ID SET x x Sets ID ID CLEAR Clears 10 INPUT 1 c x x Selects video input INPUT 2 x x Selects Y C input i INPUT 3 2 Selects RGB input INFO MODE ON x x Turns ON information mode INFO MODE OFF Turns OFF information mode Displays onty RED Displays only GREEN Displays only BLUE Adiusts LINEAR WHITE LIGHT ONLY RED LIGHT ONLY GREEN LIGHT ONLY BLUE LINEAR WHITE XXXX OXXX OXXX Turns ON peripheral light amount correction Turns OFF peripheral light amount correction MULTI YES MULTI NO OO x xX XX Sets TV SYSTEM to NTSC Note 4 TV SYSTEM NTSC 98 POWER ON POWER OFF POWER ON MUTE TV SYSTEM PAL RED 00 59 P CONV ADJ 61 P CONV ADJ P4 RED HIGH LIGHT RED LOW LIGHT RED ON RED OFF SHARPNESS STD W B DATA STD W B DATA SWITCH MENU 1 SWITCH MENU 2 TINT EST CROSS 1 TEST CROSS 5 TV SYSTEM AUTO UP 10 UP n UP FULL USER 5 USER
15. If the number of units arranged are odd E g 3 x 329 screens Adjust the screen unit to the cabinet at the center of the bottom level and temporarily tighten the linking bolts Do not tighten tightly Adjust the left and right balance with your hand and tighten the linking bolts tightly so that the two centers coincide Top view Linking bolt Linking bolt Adjust the left and Adjust the left and right balance with ES 4 right balance with your hand Projection screen your hand Reference Unit Fig 3 25 If the number of units arranged are even E g 4 x 4 16 screens Adjust the screen unit to the right cabinet or left cabinet at the center two cabinets of the bottom level and temporarily tighten the linking bolts Do not tighten tightly Adjust the left side of the screen unit attached and left side of the cabinet rights sides if the screen unit was attached to the left cabinet at the center so that they are aligned precisely with your hand and tighten the linking bolts Join the left side or right side screen unit to the unit mounted first as closely as possible Adjust so that they are aligned precisely Reference Unit Fig 3 26 46 INSTALLATION AND ASSEMBLY 2 Join the next screen beside the screen mounted as the reference and mount the remaining screens in order Stack them from the bottom to the top 3 If n
16. INSTALLATION AND ASSEMBLY 3 Carrying the Units After Opening Packaging To carry the screen unit and multi projection unit after opening the packaging hold them by the parts shown in the figure and lift and move them Screen Unit Multi Projection Unit Lifted by one or two persons Must be lifted by two persons Hold the parts indicated by C Fig 3 11 Never drag the system along the floor when moving the units The lenticular sheet damages very easily as it is very thin Therefore move it gently and do not apply excessive shock or vibration to it As the panels supporting the screen are very thin and deform easily be careful that they do not hit or get hooked onto surrounding objects when moving them 3 PRECAUTIONS FOR TRANSPORTATION Do not stack the units on their sides or backs when transporting them Always place them upright If they are stacked on their sides or backs vibration and shock may cause damage or fire hazards 39 INSTALLATION AND ASSEMBLY lliPrecautions for Transporting RMS V4011 V5011 As RMS V4011 must always be installed it will not need to be re packed and transported Packaging instructions are pro vided for your reference just in case it has to be transported again Pack it properly according to the packaging specifications Also check the following conditions 1 The protection panel has been property attached by the transportation screws eight Use the pro
17. MEMORY 4 When TV SYSTEM NTSC The convergence memory is always set to MEMORY 1 regardless of the input signal When TV SYSTEM PAL The convergence memory is always set to MEMORY 2 regardless of the input signal In standard settings MEMORIES 1 to 4 are selected as described above but MEMORIES 5 to 7 can be selected if preset using the remote control or commands of the Personal Computer When the input signal is NTSC only or PAL only by setting the TV SYSTEM to NTSC or PAL smooth input switching no image distortion will be possible Normally no problems will be encountered with the above method But if two or more types of signals are input to the same input function convergence adjustment has to be performed according to the respective input source For example when there is signal phase difference in each input source when connecting several PCs and switching from outside etc In such cases use convergence adjustment memories 5 to 7 MANUAL 1 to 3 The 5 to 7 convergence adjustment memories can be switched from outside using the Personal Computer Finally examples of main uses by the system of these units are provided below For details of how to set the convergence memory specific example refer to 3 Examples of Main Uses of Cube System 57 ADJUSTMENTS 3 White Balance Adjustment Memory ADJUSTMENTS has altogether six white balance adjustment memories Color mode 1 Normal VIDEO Y C input m
18. 2V 30m To use a longer cable the VIDEO signal must be corrected 15 Semi outdoor installation This system is basically designed for use indoors However if it has to be installed outdoors take note of the following Waterproof and rustproof measures Temperature difference and humidity difference Light on the screen So that it is not exposed to direct sunlight Wind containing salt 16 Precautions for Use of User Obtained Parts it is recommended that Pioneer products be used for the projection stand mount unit etc Users obtaining these parts sepa rately by themseives should take note of the following When obtaining stands and mount units separately make sure that the system be installed horizontally Also calculate strength properiy and take adequate measures against tilting of the screen If the recommended stand and mount unit are not used Pioneer will bear no responsibility whatsoever for accidents and injuries incurred due to incomplete connections and mounting natural disasters etc When mounting top board side board rear panei obtained separately use the holes for mounting the Pioneer stand ana projection frame Refer to Fig 3 30 a3 INSTALLATION AND ASSEMBLY 2 INSTALLATION AND ASSEMBLY 1 Confirmation Q Decide the position for installing the system according to the installation conditions in Chapter 3 Check Items 1 Dimensions of installing position space at the back dista
19. 9 NC No 4 40 UNC screw 5 HD Sync VIDEO Input The video output terminal is the input through out terminal When connecting to other units terminate the terminal of the unit to be connected at 75 ohm and turn off the 75 ohm TERMINATE switch of the main unit When not connecting other units always turn on this switch 11 GENERAL SPECIFICATIONS POWER SUPPLY outlet Power supply outlet No switch linkage Below 10A For muiti projection unit expansion Do not use for other purposes Power supply outlet power consumption Up to two muiti projection units can be connected to one multi projection unit UNSWITCHED AC100 120V 10AMAX 50 60Hz Focus Adjustment essen Adjusting Adjusting Method Move the iens assembly left and right and optimize the focus Rotate the focus VR and optimize the focus Adjust the lens assembly and focus VR repeatedly Note Perform the following adjustment again only when the blue focus has been adjusted Rotate the blue focus VR in the clock wise direction and enlarge the blue color vertically until it barely projects out of its area Rotate the focus VR by about 10 deg fapproximate for your reference Adjustment Focus control VR1 of lens assembiy attached to the replaced CRT assembly and the focus variable re sistor Focus adjustment Cross hatch Note ASK our servicemen if the Focus
20. BYTE Output in command name Exampie MLY indicates MULTI MODE ON COLOR MODE state 3 BYTE Output in command name Example CM1 Indicates COLOR MODE 1 COMBINATION state 3 BYTE Output in command name Example CMY Indicates COMBINATION ON ZZINFORMATION MODE state 3 BYTE Output in command name Example IMY Indicates INFORMATION ON DTV SYSTEM state 3 BYTE Output in command name Note 1 Example TVA Indicates TV SYSTEM AUTO Defiection and convergence data memory area state 3 BYTE Note 1 US1 Indicates that CONV MEMO 1 for NTSC is selected US2 indicates that CONV MEMO 2 for PAL is selected US3 Indicates that 3 for is selected US4 indicates that 4 for HIGH FREQ is seiacted US5 Indicates that CONV MEMO 5 is selected US6 Indicates that 6 is selected US7 Indicates that CONV MEMO 7 is selected IOFLICKER FREE presence absence 3 BYTE Normally LU CA MODEL Absent WGW MODEL Present 000 FLICKER FREE BOARD tIndicates absent TT1 FLICKER FREE BOARDzindicates present STFLICKER FREE ON OFF state 3 BYTE Output in command name Note 2 Example FFN indicates FLICKER FREE BOARD OFF 12OSD display enable disable setting state 3 BYTE Output in command name Example DIY Indicates OSD display enabled BETX 03H Note 1 When INPUT VIDEO or Y C the VIDEO or Y C input setting is output When INPUT RGB the RGB input setting is output Note 2 When F
21. FEATURES OF PROJECTION CUBE SYSTEM Incorporates functions such as multi switch which aim at high quality image for enlarged images and solid screen Although peripheral light is given adequate luminance to construct the mutti screen the multi switch is loaded to realize a huge screen with more consistent brightness by the peripheral light compensation circuit It is equipped with a func tion which performs contour correction during enlargement of images to provide natural and high quality enlarged im ages The incorporated auto white balance function and ABL auto brightness limiter link function controt inconsistencies of color and brightness between the screens Q Wired remote control RU V107 Optional for adjustments In the setting of the multi screen system using the wired remote control in convergence and white balance adjustments enables the images to be viewed at the same time These adjustments are performed to obtain uniformity of the entire screen It is efficient for adjustments to be performed by several persons and in temporary adjustments Sticking easing function A contrast selection function for easing sticking is provided G Memory function from the standard values set at shiprnent up to 7 numbers can be memorized for the adjusting vaiue G Convenient color mode selection switch for camera reexposure A convenient color mode selection switch which can set two types of white balance data i
22. LINEARITY adjustment data 3 BYTE 19 lt 1 gt H BLK L adjustment data 3 BYTE TT HBR H BLK R adjustment data 3 BYTE 43bETX 03H adjustment data 3 BYTE 102 ADJUSTMENTS 14 GWB GET W B DATA White balance adjustment data is output Format Output in the following order TSTX 02H LWT LINEAR WHITE S lt CNT gt CONTRAST lt BRT gt BRIGHTNESS D lt COL gt COLOR S TNTS TINT T 8LW BLUE LOW LIGHT GLW GREEN LOW LIGHT D lt RLW gt RED LOW LIGHT TO BHI BLUE HIGH LIGHT T lt GHl gt GREEN HIGH LIGHT 2 RHIS RED HIGH LIGHT Si SHP SHARPNESS ABL ABL LEVEL lt ABG gt ABL GAIN ETX 03H Note 1 Dummy when INPUTZRGB Note 2 No dependent on mode Has one data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data adjustment data Note 3 Dummy when PAL signal is input INPUTZVIDEO or Y C Note 4 Dummy when COMBINATION OFF Data is output when Note 5 SHARPNESS data for OFF is output when MULTI MODE OFF and SHARPNESS data for ON is output when MULTI MODE ON 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE 3 BYTE Note 1 Note 1 and Note 3 Note 1 and Note 5 Note 2 and Note 4 Note 2 5
23. PR PE E E SR SERRE 2 Rear holder R BNG31205 eter triente rena eun es 1 Rear holder LE BNG41206 5 2 niei teet eater ette Eon eR ee 1 Rear panel R upper BMR 1069 retinentur rennen nonno nani rne euentu tne animes 1 Rear panel L upper BMRT070 irent nitent rrr tici erra 1 Rear panel R lower 1071 nennen nnt tanen nn 1 Rear panel L lower BMRT1072 ener ertet nene tr 1 Cushion A BMR1106 iii iion bc ee ERR Gd EEG 1 Cushion B4BMR31107 iae eec ne 2 Hirnider panel BMRT10Z5 p I e 2 Adj ster BEFT1011 i itii en IRERE 2 e igi hzuppP 1 Screw 5 15 50 150 2 essent 18 Spare 2 Screw MbXb0 PMBbOPBOOEZB Ea 4 Screw M6x20 200 228 2 hl i RR ELE 4 Screw 3X12 ABAT107 isi eben ven trece 4 Screw 3x8 IBBZ3OPOSOEZK citate ir t ee 10 Nut M8 NA80FZK 2 21 SENERAL SPECIFICATIONS 2 SYSTEM DIMENSIONS 1 160 inch 40 inch 4XAscreens For RMF V4011 33
24. Q C124 L H 4D BOW adjustment data 3 BYTE f3 C1112 7H 5D SKEW adjustment data 3 BYTE lt 17 gt CK 6D BOW adjustment data 3 BYTE 18 lt gt MID SIZE adjustment data 3 BYTE 9 304 LH MID LIN adjustment data 3 BYTE lt J23 gt OH 5D SIZE adjustment data 3 BYTE 8 LJ29 DH 6D LIN adjustment data 3 BYTE 13 lt 019 gt CH 3D KEY adjustment data 3 BYTE 9 1120 3D S KEY adjustment data 3 BYTE C 125 H 4D PIN adjustment data 3 BYTE lt 126 gt 2 4D S PIN adjustment data 3 BYTE lt 09 gt MID KEY adjustment data 3 BYTE L 10 CH MID 5 adjustment data 3 BYTE S D15 L H MID PIN adjustment data 3 BYTE 801163 MID S PIN adjustment data 3 BYTE 9 0121 MID 3D KEY adjustment data 3 BYTE 9 lt 122 gt MID 3D S KEY adjustment data 3 BYTE lt j272 L0H MID 4D PIN adjustment data 3 BYTE S9 728 C iH MID 4D S PIN adjustment data 3 BYTE DETX 03H Note or Gor B 13 lt GDD gt GET DEFLECTION DATA gt Defiection adjusting data is output Format Output in the following order TSTX 02H PHASE adjustment data 3 BYTE 3 lt 51 SIZE adjustment data 3 BYTE G VPH PHASE adjustment data 3 BYTE G VST V STATIC adjustment data 3 BYTE E lt VSl gt V SIZE adjustment data 3 BYTE V LINEARITY adjustment data 3 BYTE lt VMS gt V MID SIZE adjustment data 3 BYTE G lt VML gt H MID
25. RGB TV SYSTEM AUTO Or synchronize with the switching of Multi Video Processor 1 2 and switch NTSC fixing PAL fixing The converter data required for display Two Cube RGB MEMORY1 2 is automatically switched by the microprocessor 6 When Single Screen is Used VGA MAC Input Function RGB TV SYSTEM AUTO Converter data required for display Two Cube RGB For example adjust VGA with MEMORY4 and MAC with MEMORY 5 or 6 or 7 and switch the signal selection data 63 ADJUSTMENTS 7 When Switching the Source Input to the Multi Video Processor NTSC Expanded NTSC f 531 75 kHz Multi Video RGB f y 35 kHz Cube Computer 1 Processor f 31 75 kHz Personal Computer 2 f y 35 kHz Input Function RGB TV SYSTEM AUTO Converter data required for playing Three For example set as follows and switch the data to input using RS 232C Expanded NTSC MEMORY 4 Personal computer 1 MEMORY 5 Personal computer 2 MEMORY 6 64 ADJUSTMENTS 4 SCREEN ADJUSTMENTS 1 Adjustment Flowchart The following shows the order for performing the adjustments generally required in the setup of the multi projection system For details see the descriptions on the next page and later D Give ID 2 Adjust the size of each screen 3 Adjust the convergence of each screen 4 Adjust the joining of the screens Ad
26. S KEY adjustment data 3 BYTE 8 402 1 4D PIN adjustment data 3 BYTE 2 lt 46 gt CH 4D S PIN adiustment data 3 BYTE 23 C49 LH MID KEY adjustment data 3 BYTE lt 55 gt MID S KEY adjustment data 3 BYTE 23 LL50 LCH MID PIN adjustment data 3 56 2 MID 5 adjustment data 3 BYTE 22 C51 L H MID 3D KEY adjustment data 3 BYTE 8 L57 L2H MID 3D S KEY adjustment data 3 BYTE 3 lt 52 gt MID 40 PIN adjustment data 3 BYTE 9 lt 58 gt MID 4D S PIN adjustment data 3 BYTE 03H Note or G or B 101 ADJUSTMENTS o i V OYOnn n A 121 GRV GET RV CONV DATA RED horizontal convergence data is output GGV GET GV CONV DATA GREEN horizontal convergence dats is output GBV GET BV CONV DATA BLUE horizontal convergence data is output Format Output in the following order TSTX 02H lt 500 gt OH STATIC adjustment data 3 BYTE 3 lt 1706 0 SKEW adjustment data 3 BYTE G L 122 LH BOW adjustment data 3 BYTE G L101 LiH SIZE adjustment data 3 BYTE amp 022 L H LINEARITY adjustment data 3 BYTE G LjJ072 L H KEY adjustment data 3 BYTE S 108 L H SUB KEY adjustment data 3 BYTE G L13 0H PIN adjustment data 3 BYTE 16 lt 014 gt CH SUB PIN adjustment data 3 BYTE S D18 LH 3D SKEW adjustment data 3 BYTE
27. STATIC function causes more DC voltage against the output amplifiers to move the beam and the amplifiers load be increased To fix data value on 128 beforehand is an ideal Adjust within 10 mm on the screen is recommended when using STATIC of the convergence Adjust the center position with PHASE to the utmost According to the whole tendency if the individual screens with the size 95 of the left 90 of the right are many it is better to unify to the size of majority It becomes the same size 9595 of the left 9096 of the right with the expanded multi image After this adjustment the phase shift function of MVP Multi Video Processor can correct simply either side or center without changing the convergence Some of the RM V4000V can not be adjusted V PHASE when multi function is ON because ofthe difference of firmware revision In this case the center position should be adjusted by the phase adjustment of the MVP before the Cube s adjustment V STATIC of the deflection can be used to move the vertical position If it s impossible to move by the MVP and do not use GV STATIC of the convergence as much as possible 2 Size adjustment POINT The difference of the deflection adjustment and the convergence adjustment Two types of the size control are available One is the deflection adjustment that can control three RGB colors simultaneously and the other is the convergence adjustment that can
28. View Top View 1309 189 1120 665 5 Front View Side View Fig 2 5 2 Projection Install Table RMA V5010 For oniy RMF V5011 with Munting Unit Making inquiries separately 16 GENERAL SPECIFICATIONS 6 Munting Unit RMA V2050 V2060 Double munting unit RM V2050 Base weight 34 0kg Integrated weight 70kg Dimension Inctude packing WXHXD 1850 340 1460mm 1692 1185 609 237 609 185 T 2025 100 12 42 1300 Fig 2 6 17 GENERAL SPECIFICATIONS 7 Multi Video Processor RMD V3216 V3109 RMD V2170 Multi Video Processor RMD V3216 V3109 Rear View 8 d 299 2 9 e e ic e 9 15 y gt 430 314 i 4 482 6 Front View Main Specifications of Multi Video Processor RMD V3216 V3109 Input signal Input video signal Can be expanded up to four systems 2 line RMD V3216 1 line RMD V3109 BNC terminal D Composite video signal 1 0 Vp p 75ohm terminated 2 Y C separation signal Y With SYNC 1 0Vp p 75ohm C burst level 0 286 Vp p 750hm 1 or 2 signal format can be selected Only 1 has a terminate switch throughout BNC terminal 0 286 to 4 0 Vp p Input standard sync signal D Composite sync signal 2 Composite video signal Video level 0 to 0 714 Vp p 750hm S
29. and brightness is abnormat or the switches do not function turn off the main power switch once and turn it on again several seconds later in some cases the screen from appear bluish when seen from the left and slightly reddish when seen from the right This phenomenon called color shift is inevitable due to the structure of the projection system in which the R G B tubes are lined up and light is projected from the rear When the one image still image and caption is displayed for a long period of time the image will stick onto the screen and cannot be removed this is in vitable due to the projection system it must be resolved through software contents displaying method system structure etc When bright images are displayed in the dark the light reflected on the lens will shine in the darkness siightly This phe nomenon called tube inside reflection is inevitable due to the structure of the projection whose CRT light has been ex panded using the lens Fig 6 1 fig 6 1 125 PRECAUTIONS When OSD is displayed at the same time the input signal is switched the displayed characters may eniarge or reduce size not synchronize etc This is normal When switching the VIDEO and Y C input using the EXT CONTROL terminal the signal cannot be switched between differ ent TV formats EXample VIDEO input Y C input 5 VIDEO input Y C input NTSC X Ntsc gt O Take note that whi
30. brightness and same depth If consistency cannot be adjusted with animated images re input the rough adjustment data and re adjust View the moving images If a screen is darker than the others due to excessive ABL increase the contrast and decrease the R G B High Light so that ABL is suppressed 5 White peak images FRAME NO 08272 Readjust the Linear White adjustment if the whiteness on the white peak screen differed on each screen 1 Confirm the moving images View the moving images If W B is incorrect set to rough adjustment If the luminance of the muiti screen is dark or incon sistent set the ABL switch f Precautions 1 Avoid adjusting with images with high tube radiation FRAME NO 13590 If only one spot is bright in a very dark image the screen will look bright due to the spot Refer to the separate sheet for precautions on white balance 2 Precautions on screen hue If the hue of the screens is green or yellow images wiil not be displayed clearly The white parts of bright images especially will appear yellow These images can be made clear by adjusting so that they appear slightly bluish However if made bluish excessively brightness may appear insufficient due to the CRT characteristics 92 ADJUSTMENTS 3 Color Adjustment White Balance a Effects of brightness Take note of dark images which have some high iuminance parts reflected light overlap with surrounding dark parts at
31. control the three colors separately However the output amplifiers for the convergence adjustment do not have enough room therefore the image may have some distortion or power protection may work when a lot of size factors are added at the convergence adjustment gt Itis recommended that set GH SIZE and GV SIZE of the convergence within 1282 10 range then picture size should be adjusted by the deflection V SIZE mainly The size of all individual images must be equal for the length and the width The screen size that is adjusted in the individual screens becomes the enlarged picture size finally The miss convergence occurs when changing an image size in this case adjust it by using H BLK 1 and command in the deflection adjustment mode Refer to the technical manual P73 3 The adjustment of the high scan signal Refer to the technical manual P56 for the memory allocation When a high frequency signal is fed some distortion of the image appear on the display because the data which has been stored at factory is adjusted with standard NTSC signal POINT Adjust by using the command H BLK L and H BLK R When high horizontal frequency signal is fed the image may be distorted to bend the horizontal line since the blanking width is not proper for the convergence adjustment It is the same distortion which appears when size is changed Refer to the technical manual P73 and adjus
32. front of frames R and L BNG1207 1208 using the rear slits of the multi projection unit and attach using screw 5 x15 the screws 5 x 15 1 piece x 2 locations 2 Insert the claws of holders R and L BNG1150 1151 into the slits of frames R and L rotate them as shown Drop the screw lock fluid to screws so as not to in the figure and attach using the screws 5 15 2 loosen Right and left pieces x 2 locations 4 Attach the parts assembled at steps 1 and 2 onto the multi projection unit Attach the attachments R and L to frajmes R and L using the screw M5 x 15 as shown in the figure and attach the attachments R and L to the rear of the pro jection unit using the screws M5 x 50 2 screws x 2 locations 50 INSTALLATION AND ASSEMBLY 5 Paste spacer A BMR1073 to the top board of the 7 Attach the attachments R and L to the unit through the multi projection unit and spacers B BMR1074 to the top board of the unit using the screws M6 x 20 and two sides at the position shown in the figure after then attach attachments R and L to the unit from the peeling off the seal back using screws M6 x 20 2 screws x 2 locations center of the top board to that of spacer A Paste without cover ing the fan Drop the screw lock fluid to screws so as not to loosen 4 points 8 Check the Focus and reajust if necessary 9 Attach the cover BNE1012 to the top board of the
33. in the ABL combination ON state Note 2 The UP DOWN commands that can be used for the point convergence adjustment are Move up UP1 Move down DW1 Move to right RI1 Move to left LE1 effective for the following only Note 3 The COL CON and COF commands are not valid during RGB input Note 4 The TV SYSTEM related commands can be set separately for the input function VIDEO Y C and RGB Note 5 The TNT commands are not valid during RGB input Neither valid during PAL input besides RGB Note6 The SHP commands are not valid during RGB input Normal valid Command which can be used only when the adjustment mode is set using a command Number direct Command which can directly be specified as the adjusting value when added with 000 to 255 UP DWN command Command which can manipulate the adjusting value for the number added when UPn DWn n is any number from 0 to 9 to it 100 ADJUSTMENTS LIST OF GET COMMANDS What are GET Commands Commands which output adjustment data etc from Multi projection unit microprocessor to the PC The adjustment data is output for every mode Example 1 When GGH command is set when CONV DATA 1 is selected the GREEN horizontal convergence data of MEMO 1 will be get in the same way when GGH command is set when CONV DATA MEMO 2 to 7 are selected the GREEN horizontal conver gence data of MEMO 2 to 7 wili be get Example 2 co
34. pin When connecting it to a normal outlet use an exclusive 3P AC adapter The AC plug of Multi projection unit is a 3P with a ground pin To prevent electric shocks connect the ground pin to the ground when connecting the power supply 2 Connection of signal cable Use coaxial cables Normally if less than 15m use 3C 2V If less than 30m use 5C 2V The signal transmission equipment and Multi projection units should be as close as possible to each other 3 Connection of ABL link cable By connecting the ABL link cables in cascade form control signals RS 232C remote control signal can be transmitted to all the units Personal Computer 5 232 Multi Projection Multi Projection Multi Projection Unit Unit Unit or OUT IN OUT IN OUT Link cable Link cable Remote control 2 Wiring Handling Except for short term installations such as events etc in normal long term installations adjust the length of the wiring appropriately taking into consideration the overall route to be wired Make sure the connection terminals are not subjected to direct weight and force Tie the wires up in short term use and bind them up properly in long term use 3 Aging After turning on the power input the 10096 white signal or moving images and perform aging until Multi projection unit stabilizes about 1 hour If adjustments are performed without performing aging as Multi p
35. unit 6 Insert the multi projection unit from the rear of the using the four screws 5 x 15 unit in this state Screw M5 x 15 T 51 INSTALLATION AND ASSEMBLY 10 Attach the adjuster BEF1011 attached with a nut 12 Attach each rear panel BMR1069 1070 1071 1072 to M8 to the rear holders R and L BNG1205 and 1206 the unit and the rear holders R and L using the screws 3 x 8 Furthermore to cover up the gap at the top of the projection unit paste the hinder panel BMR1075 over the top board and projection unit 11 While tilting the parts assembled at step 10 insert it into the holes on the shoulder of the multi projection unit and attach with the screws 3 x 12 2 screws x 2 locations Furthermore pull up the adjuster to the top of the unit while rotating it and pull down the nut to the rear holders R and L while rotating it to secure the projection unit After Completion Tighten the nuts tightly 07 Mounting the Projection Cabinet RMF V4011R Projection cabinet can mount to use the conventional method For details refer to the RM V2000A technical manual 52 INSTALLATION AND ASSEMBLY 5 SPECIAL INSTALLATION 1 Wall inset If removing the screen after installing the system the person must go behind the screen diagonally shaded part of the figure Therefore when insetting the unit in the wall careful take this into account before installation Screen When fixin
36. used PC etc and check them via the expander actually used Note Depending on the user memory used the image may become distorted as shown in the figure on the right Marked color deviation In this case before adjusting the center adjust H BLK and BLK L first 67 ADJUSTMENTS 7 center adjustment Center V PHASE Set to only green and adjust the center with PHASE V STATIC when PHASE MULTI ON When MULTI as V PHASE does move adjust it at the splitter side If not possible adjust with V STATIC H PHASE Three colors R G B move together NOTE Do not adjust the center using convergence such as GH STATIC GV STATIC Green POINT CONVER etc Considerable load will be imposed on the adjustment circuit causing malfunctions GH STATIC GV STATIC Only Green moves The center adjustment by PHASE V PHASE adjusts the timing for displaying video signals and therefore current is not supplied to the deflection york Current is on the other hand supplied to the convergence york in the center adjustment by convergence such as GH STATIC GV STATIC POINT CONVER MODE etc and therefore imposes load on the circuit 68 Current is also supplied to the vertical deflection york with
37. 0 400 640 480 640 480 Clock frequency MH z 25 175 30 240 Frequency kHz 31 469 Scan time 4 S H 31 778 28 57 H 25 422 Non display S a 11 1 907 2 12 Oo H SYNC 3 713 2 12 Frequency 2 70 08 70 08 59 94 66 67 V iv 14 260 14 268 16 68 150 j 328 122711 Non display m S 3 145 1 557 381 1 112 n 0 064 Figure 1 Example of signal timing d 1 176 1 906 0 064 PPP PEE 1 White balance adjustment White balance adjustment As the difference with the RM V2000 series model the Green Low and the Green High adjustment are additional By this in case of the white balance adjustment for the RM V4000V series model the contrast and brightness for each display should be set to the same value The ABL adjustment takes difficulty if the contrast and brightness value is different on each display The adjustment of the low light and the high light effect respectively as a brightness adjustment function to the signal of low and high level But they influence a mutual brightness each other Even if the middle level is well balanced the brightness doesn t match with the others screen in the point ofthe ABL operation level or the light starting the shine when the balance is collapsing for the low and the high adjustment ABL adjustment ABL Auto Brightness Limit is the circuit which limits a beam current aut
38. 1 V5011 Assemhie the frames from the bottom Assembling them vertically will make it difficult to adjust their left and right positions fig 3 14 Position them while aligning their front and back sides fig 3 15 From the second level the stopper pins wili go into the units below as the cabinet approach these units and the position is fixed Next adjust the front back left right positions to the units below and tighten the hexagon head bolts in the vertical and horizontal directions NDuring the above procedure the table holding the projection units will not be secure Take note that as a result the table may project out when the cabinet is tilted Fig 3 14 Adjust it with the front as a reference Fig 3 15 Table Fig 3 16 Fig 3 17 43 INSTALLATION AND ASSEMBLY 4 Multi Projection Unit RM V4000V V5000V The Multi Projection Unit is designed to be mounted from the back of the cabinet normally If sufficient space cannot be left at the back it can be mounted from the front Mount from front Mount from back Fig 3 18 When mounting from the back 1 Pull the table of the cabinet to the back Fig 3 19 2 Insert the M5 x 35 into the holes Fig 3 20 on the table To prevent the table from moving when placing the projection unit 3 Place the multi projection unit on the table and decide the position The position should be so that the front of the multi projection
39. 2 Adjusts BLUE point convergence Note 2 Adiusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence ADJUSTMENTS Com Normai Number UP DWN Function mand Valid Direct Command P CONV ADJ P2 Note 2 Adjusts BLUE point convergence P CONV ADJ P3 Note 2 Adjusts BLUE point convergence P CONV ADJ P4 Note 2 Adjusts BLUE point convergence BLUE HIGH LIGHT X e Adjusts BLUE HIGH LIGHT BLUE LOW LIGHT X Adjusts BLUE LOW LIGHT BLUE OFF Turns OFF BLUE BLUE ON X Turns ON BLUE BRIGHTNESS D Adjusts BRIGHTNESS Turns OFF ABL operation link Turns ON ABL operation link Sets white balance data to color mode 1 Sets white balance data to color mode 2 COMBINATION NO COMBINATION YES COLOR MODE 1 COLOR MODE 2 CONTRAST Adjusts CONTRAST COLOR Adjusts COLOR COLOR OFF Turns OFF COLOR XXOOXXXX X XOOXXXX COLOR ON Tu
40. 4 ADJ 75 P CONV ADJ 81 P CONV ADJ 82 P CONV ADJ 83 P CONV ADJ 84 P CONV ADJ 85 ADJ 91 ADJ 92 ADJ 93 P CONV ADJ 94 P CONV ADJ 95 P CONV ADJ A1 P CONV ADJ A2 P CONV ADJ A3 P CONV ADJ A4 P CONV ADJ A5 P CONV ADJ P1 Tte se freta asina ace SIG 5 Adjusts BH 3D KEY A Adjusts BH 4D PIN 52 Adjusts BH 5D SIZE Adjusts BH LINEARITY Adjusts BH SUB KEY Adjusts 8H SUB PIN Adjusts BH 3D S KEY Adjusts BH 40 5 Adjusts BH 6D LIN Adjusts BH MID SIZE Adiusts BH MID KEY Adjusts BH MID PIN O Adjusts BH MID 3D KEY Q Adjusts BH MI 4D PIN Adjusts BH 5D SKEW Oo Adjusts BH MID LIN Adiusts BH MID SUB KEY Adjusts BH MID SUB PIN Adjusts BH MID 3D S KEY Adjusts BH MID 4D S PIN Adjusts BH 6D BOW Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adjusts BLUE point convergence Note 2 Adiusts BLUE point convergence Note
41. 400VA 4 Maximum Consumption power 450VA AC outlet Max AC100V to 120V x1 External dimensions 680 W x490 H x610 D mm excluding projection Weight iiri ice eie cs i ieu Ve 50 kg Main unit Accessories Control RM 1 Used for controlling several muiti projection units 1 Projection Screen Kit RMS V4011 V5011 Projection Frame RMF V4011 V5011 Specifications when installed as specified above 2 The RS 232C baud rate is set to 4800BPS before ship ment Either RGB1 or 2 is used by switch selection 4 For NTSC COLOR BAR signal input GENERAL SPECIFICATIONS Dimensions Fig 2 1 GENERAL SPECIFICATIONS Power Supply Panel multi et aay D AC outlet Co ects other muiti projection units Not linked to main powerswitch Note 1 e Turns on and off the power supplied to the main unit Sets into 2 Main power switch See saw switch the standby state when turned on 2 7 Stores the fuse No one except serviceman shouid touch this part tote 1 Refer to page 32 13 Connection with a power supply 1 power supply voltage Control Panel GENERAL SPECIFICATIONS No Name Type Function 0 Control input terminal BNC connector Video input and Y C input external switching control signal in put terminal Y Luminance input terminal BNC conn
42. 5 for ID SET and ID SELECT in the ID SET CLEAR SELECT MODE Cyclically switches ABL COMBINATION ON OFF in the OPERATION MODE Selects H SIZE in the DEFLECTION ADJUST MODE Cyclically selects the item to be adjusted in the CONVERGENCE ADJUST MODE in the following order KEY KEY 30 KEY MID3D A Selects SHARPNESS in the WHITE BALANCE ADJUST MODE 10 Adjustment Mode Selects 6 WHITE BALANCE ADJUST MODE of the main menu of the adjustment mode Selects 6 for iD SET and 10 SELECT in the ID SET CLEAR SELECT MODE Cyclically switches INFORMATION MODE in the OPERATION MODE Selects V LINEARITY in the DEFLECTION ADJUST MODE Cyclically selects the item to be adjusted in the CONVERGENCE ADJUST MODE in the following order SUB KEY MID SUB KEY 30 SUBKEY MID 30 SUB KEY Moves the point to be adjusted to the right in the POINT CONVER ADJUST MODE Selects LINEAR WHITE in the WHITE BALANCE ADJUST MODE Adjustment Mode Selects 7 MEMORY READ MODE of the main menu of the adjustment mode Selects 7 for ID SET and ID SELECT in the ID SET CLEAR SELECT MODE Selects H BLK L in the DEFLECTION ADJUST MODE Cyclically selects the item to be adjusted in the CONVERGENCE ADJUST in the following order BOW 4D BOW 6D 2221 Selects RED HIGHLIGHT in the WHITE BALANCE ADJUST MODE 108 ADJUSTMENTS 13 CZJ Adjustment Mode gt Sele
43. 6 USER 7 USER DATA RESET x QUO XXX X XOO ADJUSTMENTS Turns ON power Turns OFF power Turns ON power with the convergence DAC muted Sets TV SYSTEM to PAL Note 4 RED convergence adjustment Same as BLUE RED point convergence adjustment Same as BLUE REO HIGH LIGHT adjustment RED LOW LIGHT adjustment Turns ON RED Turns OFF RED Adjusts SHARPNESS Note 6 Re writes white balance adjusting data in factory memory Re writes convergence adjusting data in factory memory Displays various settings OSD Displays convergence data switching in OSD Adjusts TINT Note 5 Displays test cross Pattern 1 Displays cross hatch Sets TV SYSTEM mode to auto mode Note 4 Increases adjusting value by 10 Increases adjusting value by n Maximizes adjusting value Switches convergence adjusting data to user 5 Note 4 Switches convergence adjusting data to user 6 Note 4 Switches convergence adjusting data to user 7 Note 4 Reset TV SYSTEM setting data Note 4 99 ADJUSTMENTS Com Normal Number mand Valid Direct UP DWN Command V PHASE Adjusts V deflection PHASE V SIZE 2 5 Adjusts V deflection SIZE V LINEARITY e Adjusts V deflection LIN V STATIC 2 Adjusts V deflection STATIC V MID SIZE Adjusts V deflection MID SIZE V MID LINEARITY 2 x Adjusts V deflection MID LIN Note 1 The ABL command is valid only
44. 6 ADS LG Ot ADS OE AJA OE EG ev NIT 09 te 32509 E 6b AIN Aus UG 3216 GIN Wid A pu BNS Ad a t mm A35 5 LE cv Nn e ge 315 gt 219150 85 ADJUSTMENTS 4 White Balance Adjustment Flowchart When adjusting the expanded screen Multi on Comb on ABL off ABL switch setting START 1 Black level adjustment white 10 1 High Light adjustment white 50 i Low Light adjustment white 20 i High Low Light check White 0 to 100 NG OK ABL GAIN adjustment White 10096 1 ABLon Linear White adjustment ABL LEVEL adjustment white 100 WINDOW High Low Light check ABL check White 0 to 100 White 096 to 100 NG Re Linear White adjustment WINDOW ABL LEVEL adjustment 1 Re High Light adjustment White 8096 5096 4 Re Low Light adjustment white 20 ABL GAIN adjustment i High Low Light check White 096 to 100 21 14 1 OK Color TNT SHP check NG OK Color adjustment 1 TNT adjustment ABL switch setting 1 SHARPNESS adjustment NG OK VIDEO or T C input Rough adjustment end 1 Animated image adjustment When W B is incorrect Moving image check Rough adjustment input End NG If the muiti screen iuminance is dark or the luminance is not consist
45. 7 Adjustments by Remote Control sisse eee teer ete tenete tttm toni CHAPTER 5 OPERATIONS MAINTENANCE 22 2 2 2 1 MAINTENANCE s esi a E 1 Re After 3 month Von 2 Periodic Maintenance 3 Replacement of Parts 1 1 1 11 2 PRECAUTIONS FOR PLAYING 22 2 2 11 3 SERVICE SYSTEM decim 4 PRECAUTIONS FOR ASSEMBLING AND MAINTENANCE CHAPTER 6 PRECAUTIONS ER P 1 PRECAUTIONS ON FUNCTION AND PERFORMANCE EOF SYSTEM WARNING N To prevent injuries and physical damages always read and observe this manual and all labels on the unit before assem bly construction and adjustments Do not use the unit outdoors to prevent fire hazards and electric shocks caused by water entering the unit To prevent injuries take note of the sharp edges of this unit When performing setup work at high places to prevent the falling down of the unit and damages caused by falling objects set the Keep Out area To prevent fire hazards and electric shocks do not place foreign objects in the unit nor remodel it To prevent fire hazards observe the following using environment Temperatu
46. 80 845x4 2535 845x3 2520 1890 716 j PERN Tm 665 5 13465 Fig 2 10 As the plate thickness and screw head height are added external dimensions will increase when cabinets and side boards etc are used Refer to Fig 3 30 for the position of the bolts 3236 5 26055 GENERAL SPECIFICATIONS 2 150 inch 50 inch 3X3screens For RMF V5011 3093 1031x3 2062 1031x2 1031 665 5 Fig 2 11 As the plate thickness and screw head height are added external dimensions will increase when cabinets and side boards etc are used Refer to Fig 3 30 for the position of the bolts GENERAL SPECIFICATIONS 3 160 inch 40 inch 4X 4screens For RMF V4011R 3384 846x4 2538 846 3 1692 846x2 1260 MAX 3392 four tier 18 25 cit 315 AE i x E Sia 8 Fig 2 12 As the plate thickness and screw head height are added external dimensions will increase when cabinets and side boards etc are used Refer to Fig 3 30 for the position of the bolts 24 CHAPTER 3 INSTALLATION AND ASSEMBLY 1 INSTALLATION CONDITIONS 1 Installing Ground D Ground The ground must be flat and horizontal It should be able to bear the weight of the system For wooden floors if the part re
47. 9 3P Plug The power cord of this unit has a 3P plug This is to prevent electric shocks caused by leaked currents Always connect it to a 3P outlet Leak Breaker The unit is incorporated with the power line filter to reduce noise Therefore a 0 5 mA leakage current wiil flow with each unit If a leak breaker is equipped check that its sensitive level is above the total leakage current of the system Also calculate each unit such as image transmission unit etc as 0 5 mA It is extremely dangerous to supply power from existing wail outlets etc Position the final outlet connected to each unit of this system as near as possible to the system Set the current capacity slightly greater about more than 2596 of the total consumption power The power voltage should be above 100 102V to 105V when there is no load The power circuit should be controlled so that the voltage will not fall below 96V when ail load is set 14 Cables Used Use coaxial cables Normaily use a 3C 2V for less than 20m iong Use 5 2 for greater lengths 5 2 is recommended for high vision Adjust the length of the cables The distance between the transmission system and multi projection unit should be as short as possible When the distance is great consider the thickness of the cable and electrical compensation carefully The limit is as shown when using the cables to connect the transmission final output terminal and the system 3C 2V 15m 5C
48. AD mode Adjusts the current value both convergence and white balance to the value set at shipment 112 ADJUSTMENTS D Adjustment Exampies 1 Setting the ID 1 Enter the adjustment mode 2 The main menu will be displayed Press the key to select 1 ID CLEAR SET SELECTI 3 Check that the ID display at the top left of the screen is Press the key to select 1 10 SET If an 10 has aiready been set press the key to seiect 0 ID CLEAR of the main menu return to step 1 and set the ID 4 The ID input standby state will be set Use the CA to keys to input the ID 5 If several units are used return to step 1 and set the ID of the next unit 2 Entering the adjustment mode of certain units only 1 Enter the adjustment mode 2 Check that all the screens display the adjustment mode Press the key to select 1 10 CLEAR SET SELECT of the main menu Another menu will be displayed Press the key to select 2 10 SELECT Input the ID of the unit to be adjusted Oniy the unit corresponding to the ID input will display the main menu Ali other units will be in the standby state 3 4 5 6 Per m the usual adjustments 7 amp Ending the adjustment mode sssthe key and return to the NORMAL OPERATION MODE Note Adjusting another unit Repeat the mentioned operation 1 to 7 Note Also press the key surely when the specific unit is time out and returns to the NORMAL MODE If the key is n
49. BL GAIN adjustment White 10095 The ABL GAIN adjustment adjusts the white 100 luminance of a unit to other units after low tuminance and medium lumi nance have been adjusted Normally when white 100 is input ABL is imposed and the current is controlled so that the current flowing in the CRT does not exceed a certa n level Even if the current flowing in the CRT of each unit is the same the difference in the characteristics of each CRT will cause their luminance to become inconsistent The ABL GAIN adjustment converges this inconsistency It adjusts the ABL current flowing virtually in white 100 inputs as the ABL works efficiently the luminance drops when the ABL GAIN of a unit with high luminance is decreased use this adjustment to adjust its luminance to the other units Turn off ABL in the adjustment Normally set ABL GAIN ta maximum ABL LEVEL adjustment White 100 The ABL LEVEL adjustment controls the inconsistency of the ABL control voltage of each unit when ABL is on 1 Set the ABL of all units to ON 121 Turn on and off the ABL of each unit to change the luminance 3 For units whose luminance becomes dark turn UP the ABL level and turn on and off the ABL until the luminance stops changing 141 For units whose luminance does not change turn DOWN the ABL levei to the point just before the luminance becomes dark 5 Perform steps 2 to 4 for ail the units change white from 0 to 100 and check that the ABL d
50. BV MID S PIN BLUE 17 2 Adjusts BV 6D BOW BLUE 18 X 22 2 Adjusts 3D SKEW BLUE 19 D o Adjusts BV 3D KEY BLUE 20 gt Adjusts BV 3D SUB KEY BLUE 21 2 Adjusts BV MID 3D KEY BLUE 22 2 Oo Adjusts BV MID 30 S KEY BLUE 23 X 2 Adjusts 50 SIZE BLUE 24 m 23 Adjusts BV 4D BOW BLUE 25 x D 2 Adjusts BV 4D PIN BLUE 26 x m Adjusts BV 4D SUB PIN BLUE 27 x 2 Adjusts BV MID 4D PIN BLUE 28 Adjusts BV MID 4D S PIN BLUE 29 e Adjusts BV 6D LIN BLUE 30 gt Adiusts STATIC BLUE 31 m Q Adjusts BH SKEW BLUE 32 x Adjusts BOW BLUE 33 x Adjusts 3D SKEW BLUE 34 x 2 Adjusts BH 4D BOW BLUE 36 e Adjusts 8H SIZE BLUE 37 x 5 Adjusts KEY BLUE 38 x 2 Adjusts BH PIN 95 ADJUSTMENTS 96 Com Normai Number UP OWN 2 mand Valid Direct Command unction 839 B40 841 842 843 B44 B45 B46 B47 B48 B49 850 851 52 853 B54 55 B56 B57 B58 859 861 B62 B63 864 B65 B71 872 873 B74 875 B81 882 B83 B84 885 891 B92 B93 894 B95 BA1 BA2 8 4 BAS BP1 BLUE 39 BLUE 40 BLUE 41 BLUE 42 BLUE 43 BLUE 44 BLUE 45 BLUE 46 BLUE 47 BLUE 48 BLUE 49 BLUE 50 BLUE 51 BLUE 52 BLUE 53 BLUE 54 BLUE 55 BLUE 56 BLUE 57 BLUE 58 BLUE 58 P CONV ADJ 61 P CONV ADJ 62 P CONV ADJ 63 P CONV ADJ 64 P CONV ADJ 65 P CONV ADJ 71 P CONV ADJ 72 P CONV ADJ 73 P CONV ADJ 7
51. GUS GET CONV USER DATA Deflection and convergence data memory area setting state is output TSTX 02H Memory area selected when INPUT VIDEO or Y C amp input signal NTSC Exampie US 1 1 1 is selected Memory area selected when INPUT VIDEO or Y C amp input signal PAL Or other than NTSC containing no signals Example US 2 indicates CONV MEMO 2 is selected Memory area selected when INPUT RGB 8 input signal NTSC Example US 1 Indicates CONV MEMO 1 is seiected Memory area selected when INPUT RGB amp input signal PAL or other than NTSC containing no signals BYTE Example US 2 tndicates CONV MEMO 2 is selected Memory area selected when INPUT RGB amp input signal MID FREQ Example US 3 Indicates CONV MEMO 3 is seiected area selected when INPUT RGB amp input signal HIGH FREQ 5 4 Indicates 4 is selected 03H Note MID FREQ input horizontal frequency 20 to 28 kHz HIGH FREQ Input horizontal frequency 28 to 35 kHz 3 BYTE 3 BYTE 3 BYTE 3 3 BYTE 3 BYTE 103 ADJUSTMENTS TP VU A EO trt t6 GST GET STATUS Various setting states are output TSTX 02H GVersion of microcomputer software 5 BYTE Example V1 01 Indicates VERSION 1 01 Dinput function state 3 BYTE Output in command name Example IN1 indicates VIDEO input MULTI MODE state 3
52. JUSTMENTS 5 Adjusting the red point convergence 1 Enter the adjustment mode 2 Press the 5 key to select 15 POINT CONVER ADJ 3 Press the So that only the blue of the screen is erased The following can be selected in the same way so Green adjustment Blue adjustment 4 Use the CR NE keys to move the OSD display to the point to be adjusted on the screen and use the and keys to adjust the convergence of that point 6 Adjusting the red high light 1 Set the adjustment mode 2 Press the key to select 16 WHITE BALANCE ADJI 3 Press the key to select R HIGH And use the and keys to adjust the red high light The following can be adjusted in the same way ABL GAIN 7 RHIGH CONTRAST 587 key G HIGH BRIGHT 9 BHIGH COLOR RLOW B GLOW SHARPNESS C BLOW key LINEAR WHITE D ABLLEVEL 1158 ADJUSTMENTS 71 Turning on the peripheral fight amount correction MULTI 1 Enter the adjustment mode 2 Press the key to select 2 OPERATION MODE 3 Press the key to turn on off the peripheral light amount correction MULTI The following can be performed in the same way key key Input seiection C VIDEO Y C RGB Peripheral light amount correction ON OFF Color mode 1 4 2 ABL linkage ON OFF Bur
53. LICKER FREE BOARD absent is always output 104 ADJUSTMENTS 4 PRECAUTIONS 1IThe adjusted data is backed up by the AJN command After adjustments always perform AJN wili aiso exit the screen adjustment display 2 Contents of the INPUT FUNCTION MULTI ON OFF COMBINATION ON OFF COLOR MODE 1 2 TV SYSTEM CONV MEMORY are memorized only when the power is turned OFF using the remote control POF command or the TACT Switch on the rear panel They will not be memorized by AC ON OFF When starting up stopping the system by AC ON OFF under the long term installation conditions memorize the contents before executing AC ON OFF 3iThere is a limit to the RS 232C communication buffer in the unit If too many commands are sent at once it will not operate properiy 4 The RS 232C command excecution time When sending RS 232C command send the next command after minimum 500m sec But send the following commands after respective time The assigned command of the POINT CONVERGENCE ADJUST POINT 1 58 b FRC Initialization of the CONVERGENCE DATA 2sec IN1 3 Input switching 1sec d TVA NTS PAL TV system setting 1sec If the next commands are sent before these time they may not be received Care when making programs like the direction 105 106 ADJUSTMENTS 7 Adjustments by Remote Control Multi projection unit adjustments can be performed using the remote control RU V107 besides
54. MID SIZE 5D 251 Moves the point to be adjusted up in the POINT CONVER ADJUST MODE Selects BRIGHTNESS in the WHITE BALANCE ADJUST MODE Returns the WHITE BALANCE ADJUST DATA to the factory set data in the MEMORY READ MODE Adjustment Mode Selects 3 DEFLECTION ADJUST MODE of the main menu of the adjustment mode Selects 3 for ID SET and ID SELECT in the ID SET CLEAR SELECT MODE Cyclically switches MULTI ON OFF in the OPERATION MODE Selects V MID SIZE in the DEFLECTION ADJUST MODE Cyclicaily seiects the item to be adjusted in the CONVERGENCE ADJUST MODE in the following order LINEARITY MID LINEARITY 6D LINEAR MODE Seiects COLOR in the WHITE BALANCE ADJUST MODE ADJUSTMENTS 28 Adjustment Mode Selects 4 CONVERGENCE ADJUST of the main menu of the adjustment mode Selects 4 for ID SET and ID SELECT in the ID SET CLEAR SELECT MODE switches COLOR MODE 1 2 in the OPERATION MODE Selects V LINEARITY in the DEFLECTION ADJUST MODE Cyclicaily selects the item to be adjusted in the CONVERGENCE ADJUST MODE in the following order SKEW 30 SKEW 5D Moves the point to be adjusted to the left in the POINT CONVER ADJUST MODE Selects TINT in the WHITE BALANCE ADJUST MODE 5 Adjustment Mode Selects 5 POINT CONVERGENCE ADJUST MODE of the main menu of the adjustment mode Seiects
55. Mode Cyclically switches the adjusting color and direction between and BV in the CONVERGENCE ADJUST MODE Selects the adjusting color BLUE in the POINT CONVER ADJUST MODE 23 Adjustment Mode Cyclically switches RED ON OFF the DEFLECTION ADJUST MODE CONVERGENCE ADJUST MODE and POINT CONVER ADJUST MODE Norma Mode Sets the input function to VIDEO Adjustment Mode Cyclically switches GREEN ON OFF in the DEFLECTION ADJUST MODE CONVERGENCE ADJUST MODE and POINT CONVER ADJUST MODE Normal Mode Sets the input function to Y C Adjustment Mode Cyclically switches BLUE ON OFF in the DEFLECTION ADJUST MODE CONVERGENCE ADJUST MODE and POINT CONVER ADJUST MODE Normai Mode Sets the input function to RGB 110 ADJUSTMENTS 26 Normal Cyclically switches the input function in the following order VIDEO Y C iid Adjustment gt Moves the convergence in the POINT CONVER ADJUST MODE 28 em Adjustment Mode Returns the main menu of the adjustment mode 29 Adjustment Mode Decreases the adjusting value Moves the convergence to the left in the POINT CONVER ADJUST MODE 30 Lte Adiustment Mode increases the adjusting value Moves the convergence to the right in the POINT CONVER ADJUST MODE 31 Adjustment Mode Turns on and off the test cross mark the DEFLECTION ADJUST M
56. NCE ADJUST MODE 99 Adjustment Mode Selects B for ID SET and ID SELECT in the ID SET CLEAR SELECT MODE Selects GREEN LOW LIGHT in the WHITE BALANCE ADJUST MODE LE Adjustment Mode Selects C for ID SET and ID SELECT in the iD SET CLEAR SELECT MODE Adds 10 to the current CONTRAST adiusting value in the DEFLECTION ADJUST MODE CONVERGENCE ADJUST MODE and POINT CONVER ADJUST MODE Returns to the original adjusting value when the adjustment mode is exited Selects BLUE LOW LIGHT in the WHITE BALANCE ADJUST MODE Cn Adjustment Mode Selects D for ID SET and ID SELECT in the iD SET CLEAR SELECT MODE Selects ABL LEVEL in the WHITE BALANCE ADJUST MODE ADJUSTMENTS 19 CE Adjustment Mode Selects E for 10 SET and ID SELECT in the 10 SET CLEAR SELECT MODE Adjustment Mode Selects F for ID SET and ID SELECT in the iD SET CLEAR SELECT MODE Cyciically switches between the 151 page and 2nd page the OPERATION MODE Adjustment Mode Cyclically switches the adjusting color and direction between RH and RV in the CONVERGENCE ADJUST MODE Selects the adjusting color RED in the POINT CONVER ADJUST MODE Adjustment Mode Cyclicaliy switches the adjusting color and direction between GH and GV in the CONVERGENCE ADJUST MODE Selects the adjusting color GREEN in the POINT CONVER ADJUST MODE 22 Adjustment
57. ODE and CONVERGENCE ADJUST MODE Normai Mode Cyclically switches the status display in the following order 151 page 2nd page E 09 Adjustment Mode Moves the convergence down in the POINT CONVER ADJUST MODE 33 Adiustment Mode Exits the adjustment mode 34 LED for Confirming Transmission ADJUSTMENTS 2 Performing Adjustments 1 Entering and exiting the adjustment mode Turn on the power switch and press the two 2225 keys of the remote control together The adjustment mode will be set To exit this mode press the key of the remote control The normal screen will return 2 Using the adjustment mode The following main menu will be displayed when the adjustment mode is entered ADJUST 1 10 CLEAR SET SELECT 2 0PERATION MODE 3 DEFLECTION ADJ 4 CONVERGENCE ADJ 5 POIT CONVER ADJ 6 WHITE BALANCE ADJ 7 MEMORY READ Main Menu 1 ID CLEAR SET SELECT mode Used for selecting setting and clearing the ID 2 OPERATION mode Switches the setting such as input selection ABL linkage ON OFF etc 3 DEFLECTION ADJ mode Adjusts the main deflection size etc But all three colors RGB at once 4 CONVERGENCE ADJ mode Adjusts the convergence R and B can be adjusted individually 5 POINT CONVER ADJ mode Adiusts the convergence by point convergence R G and B can be adjusted individually 6 WHITE BALANCE ADJ mode Adiusts the white balance color 7 MEMORY RE
58. T starts lighting up 2 HI LIGHT adjustment Signal White 50 Adjust R HI G HI and B HI so that the CRT becomes white First adjust so that the brightness of R G and B becomes the same and while maintaining that brightness balance R G and B and adjust so that the CRT becomes white 3 LOW LIGHT adjustment Signal White 20 Adjust R LOW G LOW and B LOW so that the CRT becomes gray 4 Convergence adjustment Signal White 50 20 Repeat 2 to 3 and converge the light If the HI LIGHT of R G and B is moved their LOW LIGHT will change greatly Therefore pay special attention to the value of the LOW LIGHT Amount of Hi UP Amount of MU Low DOWN Hi UP Low Down Low Light starts to devi ate 90 ADJUSTMENTS LINEAR WHITE adjustment When white peak signals such as WINDOW are input due to the characteristics of the Blue CRT there is a tendency for the peak to become yellow compared to other colors The linear white adjustment is performed to correct this tendency Blue becomes weak when data is set to UP and strong when set to DOWN If Linear White is added excessively the ABL voltage becomes unbalanced and the medium luminance of blue may be erased etc Also make sure that the blue is not blur when MULTI ON is set because the top left and bottom left of the screen are affected first Linear white be comes effective Linear White Down 7 A
59. TER COMPUTER Qc Multi projection unit UBM Multi projection unit Straight cable 6 Protoco Multi projection unit from computer ID 2 IDCOMMAND 3 Byte ASC 11 ex stx 02h etx 03h 10 COMMAND COMMAND COMMAND Upto 3commands possible command ARGUMENT ex ARGUMENT 3 Byte ASC il 4 ADJUSTMENTS 2 RS 232C Commands Table Com Normal Number UP DWN 1 Function mand Valid Direct Command ABL LEVEL X 2 ABL operation link level adjustment Note 1 ADJUST NO X X X Adjustment mode exit ADJUST YES x x Adjustment mode start up ALL OFF 8 6 8 all color off ALL ON 2 X x all color on ABL GAIN x 2 2 ABL gain adjustment BLUE 00 X O Adjusts BV STATIC BLUE 01 x 2 Q Adjusts BV SIZE BLUE 02 x oO o Adjusts BV LINEARITY BLUE 03 x 2 Adjusts MID SIZE BLUE 04 Adjusts MID LIN BLUE 06 X Adjusts BV SKEW BLUE 07 2 C Adjusts BV KEY BLUE 08 D o Adjusts BV SUB KEY BLUE 09 Adjusts BV MID KEY BLUE 10 2 Adjusts BV MID S KEY BLUE 11 Adjusts BV 5D SKEW BLUE 12 22 59 Adjusts BOW BLUE 13 D o Adjusts BV PIN BLUE 14 Adjusts 8V SUB PIN BLUE 15 2 Adjusts BV MID PIN BLUE 16 2 Adjusts
60. The basic point of view is the same as the RM V2400N 1996 September SHIZUOKA PLANT System Engineering Department 14 Before Cube adjustment It is important to set the Cube with a mechanic surely D Screw on after placing the Cube unit on the right position 2 Attach the slide table part and the base of the frame 9 Make sure no installation gap between the screens Before a multi screen adjustment make sure the condition of the adjustment on the menu display if the setting of all screens are same SW position of the rear panel for each display should be same condition The adjustment in the field is to take out the difference of each screen mainly At the factory a central position and a screen size have been adjusted by using the Monoscope signal adjustment condition will be changed when different signal is used for it in the field When there is no require of the image size specially check the whole tendency and adjust the size of the average majority The know how to complete the adjustment in the short time is not moving the size as much as possible because the miss convergence comes out when moving The display has been adjusted White balance by using the Window signal at the factory try to take outthe color balance error of each display mainly after a decision of target of average white balance In case changing various data at the adjustment causes bad adjustment condition it is better to try adjustme
61. UIT If there is some trouble when directing making inquiries separately it is hazardous to open the rear panel because electric shocks may be caused by the high voltage circuits etc inside As the rear panei must be opened to use the ABL switch contact our servicemen if the switch needs to be operated 3 SERVICE SYSTEM The service system of this unit is as follows 1 Repairs will be provided free of charge for one year for natural maifunctions 2 For systems directly sold and setup by Pioneer tne Pioneer service center will provide preliminary service calis to repairs For details contact your Pioneer dealer 3 The service calis for this system by Pioneer is based on a reservation system When service calls are required always make the necessary reservations through the Pioneer Service Department re gardless of whether your system was purchased from a dealer or directly from Pioneer If reservations are not made service calls cannot be provided in some cases For details contact your Pioneer deaier 4 When products purchased at home used in foreign countries the guarantee will become ineffective and the products will not be eligible for servicing 123 OPERATIONS 4 PRECAUTIONS FOR ASSEMBLING AND MAINTENANCE Periodically clean the vent nets of the fan of the multi projection unit to prevent it from clogging In assemblies and maintenance the service person must move in the cabinet The follo
62. VR needs to be adjusted 12 GENERAL SPECIFICATIONS 2 Projection Screen Kit RMS V4011 V5011 Product Weight 11 0 kg 14 0kg 845 148 1031 148 630 769 Fig 2 2 Unit mm The number in parentheses is the dimentsion for RMS V5011 Accessory SCREW adum m 6 13 GENERAL SPECIFICATIONS 3 Projection Frame RMF V4011 V5011 Product Weight 26 8kg 28 8kg 1201 1352 845 1031 8 8 Fig 2 3 Unit mm The number in parentheses is the dimension for RMS V5011 Accessories Metall tixture R cscs eniti Rested na eet 1 Metal fixt re L iio dee tree es ern eee 1 abicere 2 Mb5x10 EE VENUES EAEE NE S6reWw MBX3D HR eee ae Screw MBXb0O a Hexagon head bolt with washer M8x45 gt MM teeters 1 ise 2 14 GENERAL SPECIFICATIONS 4 Projection Cabinet RMF V4011R 630 Specifications External dimensions 845 670 1259 Dimm Weight necne 98 0kg Screen size 840 4 625 4 H mm Component parts RM V4000V fittings Frame 612071
63. atch etc Ignore the distortion inside the screen In adjustment step 12 adjust the inside of the screen and produce linearity The following are examples of adjusting points in point convergence adjustments and their movements on the screen 77 ADJUSTMENTS Displayed OSD L L L 78 Movement on screen FA EH ESE ADJUSTMENTS ADJUSTMENTS lt gt 8 ADJUSTMENTS 1 J E 1 81 ADJUSTMENTS 111211 NOTE If only one point is moved greatly in the point conver gence mode it may not move in areas smaller than the desired adjusting area In this case adjust while moving the other points slowly ADJUSTMENTS Does not move to the set position amp 83 ention 8150 be performed rgence In addition to the point convergence mode conv convergence adjustments can ADJUSTMENTS Dynamic conve B NldS Nld Gbw MEAM 11 41 5 Nid GW lili i i 09 08 Qt AAA a D CEW 0 Ss e TES ADJUSTMENTS Convergence adjustment Dynamic convergence n ii Ld NIS Nid CDW 4
64. ceiving the weight of the system lies at the center between the reinforcement beams below the floor the floor may become deformed or may curve inwards In such cases lay a more than 12 mm thick board below the system to distribute the weight of the system on the floor For concrete floors it may not be possible to install the system horizontally due to the roughness ofthe floor In such cases do the same as above When installing the system on a installation table always place the screen unit and cabinet on the same level of the installa tion table The screen should also be more than 15 mm inside the edges of the installation table The bottom of the screen is More than 15 mm not on the installation table Fig 3 1 How to culculate weight Example 40 inch Cube x 16screens RM V4000V Multi Projection Unit 50kgx 16 800kg RMS V4011 Projection Screen Kit 11kg x 16 176kg RMF V4011 Projection Frame 27kg x 16 432kg RMS V112 Projectin Install Table 54kgx 4 216kg Total 1744 kg a screw others Note Other than the above weights the weight of the person installing the system are also added For 16 screens about 3 to 4 persons 240 kg 15 of total weight 25 INSTALLATION AND ASSEMBLY M9 M M 2 Ceiling The distance from the top of the system to the ceiling must be about the length of one screwdriver about 30cm The ceiling above the system has air condit
65. cide the range actually viewed and next decide the position of the projection system referring to the figure below Example When installing 40 inch 16 screens at the 8 center in the range where the height is more than 3m while standing and more than 4m while seated ra X 10m 5m y 7 d a CON 11 542207 eue 2 lt Rc AN YS 1 n M NEUE YY 2 Fig 3 3 Fig 3 4 40 Vertical 84 Horizontal The vertical 40 and horizontal 84 position is the angie at which the drops by 1 3 against the front Pioneer recom mends that the screen be positioned at this angie because images wiil not appear dark at this angle Explanation The point of intersection of the line projecting down 3m from the screen and the lower line from the 4th projection system is about 2 1 m from the floor Black lines in Fig 3 3 The point of intersection of the line projecting down 4m from the screen and the lower line from the 4th projection system is about 1 8 m from the floor Dotted lines in Fig 3 3 To allow the user seated 4m away to view the screen the eyes is fixed at 1 2 1 8 1 2 0 6 m 600 mm This means that as the bottom of the first projection unit to the floor is 716 5 mm it needs to be placed 600mm below the current position without using the installation table As for as the standing posit
66. cts 8 for iD SET and ID SELECT in the ID SET CLEAR SELECT MODE Cyclically switches FLICKER FREE ON OFF in the OPERATION MODE Only for RM V4000VE and RM VS000VE Selects H BLK R in the DEFLECTION ADJUST MODE Cyclicaily seiects the item to be adjusted in the CONVERGENCE ADJUST MODE in the following order PIN MID PIN 4DPIN MID 4D PIN Moves the point to be adjusted down in the POINT CONVER ADJUST MODE Selects GREEN HIGH LIGHT in the WHITE BALANCE ADJUST MODE CE Adjustment Mode Selects 9 for ID SET and ID SELECT in the ID SET CLEAR SELECT MODE Cyclically switches TV SYSTEM in the OPERATION MODE in the following order AUTO NTSC Selects V MID LINEARITY in the DEFLECTION ADJUST MODE Cyclically selects the item to be adjusted in the CONVERGENCE ADJUST MODE in the following order SUB PIN MID SUB PIN 4D SUB PIN MID 4D SUB PIN Selects BLUE HIGH LIGHT in the WHITE BALANCE ADJUST MODE Adjustment Mode Selects A for ID SET and ID SELECT in the ID SET CLEAR SELECT MODE Switches the CONVERGENCE ADJUST DATA in the OPERATION MODE Selects V MID LINEARITY in the DEFLECTION ADJUST MODE Subtracts 10 from the current CONTRAST adjusting value in the DEFLECTION ADJUST MODE CONVERGENCE ADJUST MODE and POINT CONVER ADJUST MODE Returns to the original adjusting value when the adjustment mode is exited Selects RED LOW LIGHT in the WHITE BALA
67. ding equipment the systern can also receive HDTV the next generation video format High quality live like images can be shown on a huge screen to a large crowd of viewers such as at event halls and show rooms 2 FEATURES OF MULTI PROJECTION UNIT RM V4000V V5000V G Variable scanning Horizontal frequency 15 to 35 kHz Vertical frequency 50 to 150 Hz Corresponding automatically to the different pixel number and vertical horizontal scan frequencies of different companies the unit always displays the best computer images In addition to NTSC it can atso display Personal Computer images for presentation and data display Q Work station computer images can be displayed Using the special converter several screens can joined to display work station class computer images for display in a control center CG and simulation G High quality image by double scan Double scan signals of the special canverters be input to realize non interlaced high quality image improvement of adjusting method The convergence adjusting system has been changed form analog to digital In addition to conventional adjusting meth ods by adding the adjustment point convergence by points 25 points adjustments have become more easy and accurate By adding the linear white circuit the white balance can be adjusted more precisely Q The multi projection unit can be mounted onto conventional cabinets RM V4000V in addition to RMF V4011R
68. e a new adhesive doubie coated tape according to the figure It is recommended that the following adhesive double coated tape be used Approx 10cm Approx 10cm Fig 5 5 110 OPERATIONS 5 Attach a new screen While paying attention to the front and back attach the fresnel lens Flat side The shiny side is for the projection unit side 6 In the same way attach the lenticular sheet while paying attention to the front and back The shiny side is the fresnei lens side When attaching the screen past the adhesive double coated tape properly by rubbing the tape with your finger with force 7 Paste a black vinyl tape around the edge of the screen It can be pasted easily by placing the screen frame on its side As shown in Fig 5 6 paste the vinyl tape slightly protruding out on the edges of each screen and cut off the protruding parts Be carefui not to scratch the ienticular sheet at this time 8 After peeling off all the adhesive double coated tape remaining on the back of the panel or the frame paste the above adhesive double coated tape to the frame side Make sure not to paste over the black vinyi tape 9 Peel off the released paper of the adhesive double coated tape and paste the panel along the tapped holes Tighten the 12 Screws 110 Finally check that the screen wiil not come off from its front and back Black vinyl tape ini Adhesive doubie coated ta Cut the tace remaining
69. ecessary attach the screw rivet BEC1082 provided as the accessory of RMS V4011 Fig 3 27 Fig 3 27 This part is used to shield the light leaking from the big hole 0 8 on the outermost side of the left and bottom projection units diagonally shaded part in Fig 3 28 after installing the system Use it if necessary Screen units with this rivet cannot be attached outside the area indicated by the standing lines in fig 3 28 It will not connect to the adjoining units Fig 3 28 Note Do not mistake the top and bottom of the screen unit The side with the longer screw projecting out side with transportation screw is the top and the side with the 8 mm hole is the bottom Before mounting the screen unit to the cabinet check that the transportation screw protection panel and black tape have been removed Do not remove the protection panel on the outer most side when installing the system Always tighten the linking bolts of the cabinet and screen unit with your hands and tighten them as firmly as possible Put on gloves when stacking the screen units for protection and perform in twos To prevent the lenticular sheet from damage mount the screen unit gently and do not subject it to vibration and shock When the screen units are stacked the head of the panel fixing screws and 8 mm holes will engage When stacki
70. ector Luminance signal input terminal C Color input terminal BNC connector Color signal input terminal Video input terminal BNC connector Video signal input terminal Video output terminal BNC connector Video input terminal 4 through out terminal 6 TERMINATE switch Slide switch Terminates the video input terminal 4 at 75 ohm 7 COMBINATION switch Tact switch Turns on when linked to ABL 8 MULTI switch Tact switch Turns on when used on multi screen 9 COLOR MODE switch Tact switch Switches the color temperature 1 Normal use 2 Re exposure 40 INPUT switch Tact switch Switches VIDEO input Y C input RGB input Switches VIDEO input and Y C input with the external control signal 1 at VIDEO position 1 POWER switch Tact switch Power OFF STANDBY Red LED lights up Power ON ON Green LED lights up 42 STATUS switch Tact switch Accumulated duty time Switch which displays setting states of each switch on the screen sync d3 RS 232C port D sub 25 PIN Female RS 232C communication connector 40 emote control connection ter Mini jack Connected to adjusting remote control optional minal d5 Linked output terminal DIN 6PIN Output terminal of ABL signal remote control signal and RS 232C signal 46 Linked input terminal DIN 6PIN Input terminal of ABL signal remote control signal and RS 232C signal D RGB input terminal D sub 9PIN Male RGB signal input terminal 49 RGB input s
71. een The following describes the method for replacing the screen with the center unit of a 9 screen system as the example 111 To remove the unit to be replaced diagonally shaded part in Fig 6 1 remove the screen units that need to be removed Remove a b c units in this case aut straight as much as possibile Fig 5 1 Fig 5 2 118 OPERATIONS 12 Remove the paneis at the top and right side of the screen unit to be replaced Remove 12 screws The panels are made of polycarbonate Adhesive doubie coated tapes are pasted to the frames When removing the panels do not puil the panels in directions which are difficuit to pull but pull straight as much as possible as shown in fig 5 2 The pane wiil not deform in this way 3 Peel off the black vinyl tape at the edges The top and right sides of the screen will become free Remove the screen by pulling in the top right direction fig 5 4 The left side and bottom of the screen is fixed to the panel by adhesive double coated tape The lenticular sheet can be removed relatively easily The fresnel lens is fixed firmly and will not come off by just pulling in the top right direction To remove while pulling in the top right direction remove it by opening it as if opening a door Fig 5 3 Fig 5 4 4 Re paste the adhesive double coated tape on the panel can be peeled off easily by scratching it with your finger back wards Then past
72. elect switch Slide switch Switches RGB signal input terminal type 49 RGBinputterminal BNC connector RGB signal R input terminal RGB input terminal BNC connector RGB signal G and composite sync Input signal G on sync input G composite sync terminal RGB input terminal BNC connector RGB signal B input terminal 22 RGB input terminal BNC connector RGB signal horizontal sync and composite sync Only for input Horizontal sync composite signal H V sync input terminal sync RGB input terminal Vertical BNC connector RGB signal vertical sync input terminal To turn off the power use the POWER switch 07 of the unit the RS 232C control or wired remote control optional If turned off using the main POWER switch or by disconnecting the power cable from the outlet the settings of the above C to 17 switches and the state of the TV SYSTEM and convergence memory will not be recorded on the memory Consequently when starting up or stopping the whole system by AC ON OFF in setup conditions for a demonstration it is necessary to turn off the power using the above method to record each setting in the memory Counts only when the power is ON and signal has been input to the input function selected If the main POWER switch is turned off or the power cable is pulled out of the outlet while the power is on before one hour has passed errors will occur in the count GENERAL SPECIFICATIONS CONTROL PANEL MODE Switch
73. emory RGB input memory Factory shipment memory Color mode 2 Re expose VIDEO Y C input memory RGB input memory Factory shipment memory Four memories can be actually adjusted except the factory shipment memory The factory shipment memory contains the normal white balance adjustment data and re expose white balance adjustment data By setting to color mode 1 using the rear panel switch etc the white balance adjustment data can be switched by synchroniz ing with input switching This is the same for color mode 2 If it is necessary to change color modes 1 and 2 using the input function connect the PC and switch each time it is necessary 4 Combined Use of Remote Control and Personal Computer Although it is possible to connect both the remote control RU V107 and Personal Computer adjustments cannot be per formed using both at the same time Remote control Personal Computer commands and rear panel switches operated the latest are given priority When the adjustment mode is set by the Personal Computer while adjusting with the remote control the adjustment mode will be set by the Personal Computer disabling adjustments to be performed using the remote control If the adjustment mode is set by the remote control using adjustments by the Personal Computer adjustments by the Personal Computer will be disabled Fur thermore if the rear panel switches are operated when the adjustment mode is set by the remote control o
74. ent 86 ADJUSTMENTS 5 White Balance Adjustment T Before Adjusting White Balance Adjusting the white balance means to adjust the color tone This adjustment is necessary for the screen to become white when the white signal is input and black when the black signal is input In the actual adjustment the bias and gain of the CRTs for the three colors G and are adjusted so that the screen becomes the same color tone Before performing the white balance adjustment complete the convergence adjustment first If not performed properly espe cially where the screens join each other the coiors of the screens may not join When performing the adjustment take into account the position and height of the sets height of the eyes of those viewing the screens and distance to the screens There are two types of screen white balance data video Y C input and RGB input The data is switched when the screens are Switched For RGB input COLOR TINT and SHARPNESS cannot be adjusted When the ABL is off ABL LEVEL cannot be adjusted 2 ABL switch Setting In ABL setting when the luminance of units completely match the unit which ABL voltage is controlled the most and lumi nance is lowest the luminance of the whole multi screen becomes low The ABL switch is able to switch the amount of ABL contro voltage when ABL is on This switch has thrae modes ABL1 ABL2 and ABL3 ABL1 ABL2 ABL3 Amount of voltage of other units adjusted to the
75. es COMBINATION switch COMB ON OFF MULTI switch MULTI ON OFF O ON ABL link is on Turns on or off each time it is pressed The LED lights up when turned on Changes to a picture quality suitable for single screen Changes to a picture quality suitable for multiple screens Turns on or off each time it is pressed The LED lights up when turned on G COLOR MODE switch INPUT SELECT switch VIDEO Y C RGB O The input switches each time this Switch is pressed When switched to a signal 10 with different frequency it will take several seconds 1 to 2 before the image is out put properly If switched at intervals shorter than the above power may be cut to protect the internal circuits such cases turn off the main POWER switch once and turn it on again Sets the normal use color temperature MODE1 LED lights up when selected Sets the re expose color temperature MODE2 LED lights up when selected Sets to MODE1 MODE2 each tima it is pressed The VIDEO input terminat is selected When selected the VIDEO LED lights up When switching to VIDEO or Y C input by inputting the contro signal to the EXT CONTROL terminal select this position EXT CONTROL The VIDEO or Y C input is selected when the controt sig nal is input to the EXT CONTROL terminal BNC in this case the VIDEO LED remains lit Control signals Hi
76. from those not opened Do not lose accessories the warranty card etc 34 INSTALLATION AND ASSEMBLY 3 Multi Projection Unit RM V4000V V5000V 1 Open the upper carton and remove the ABL cable and instruction manual provided 2 Remove the upper carton the pad will be connected to the upper carton 3 Remove the upper pad 4 Take out the unit must be taken out by two persons Fig 3 7 35 INSTALLATION AND ASSEMBLY 4 Projection Screen Kit RMS V4011 V5011 Projection screen kit is double packaged to maintain its performance After removing the middle cover protecting its screen make sure the screen does not get scratched or dirty 1 Remove the top cover 2 Remove the band securing the middle cover and remove the middle cover 3 Gently peel off the black tape pasted at the four sides of the screen Be careful not to damage the lenticular sheet 4 Take out the screen unit from the box and stand it on a flat floor paying attention to its top and bottom 5 Remove the eight screws for transportation gold four protection panels white sheet at the back of the screen and the bag containing accessories attached to the top of the frame The protection panel is attached with the transportation screws Keep the removed panel if required When storing the system do not remove the outermost protection panel 6 When opening the packagings of several units first after opening them place them
77. g the screen into the wall space for placing your hand inside the wall at the top bottom right and left will be required in addition to the above in order to attach and remove the screen 2 Diagonal installation This system cannot be placed facing upwards or downwards and diagonally Always place it horizontally However Multiprojection unit RM V4000V V5000V alone can be tilted at the top bottom left and right up to 90 deg Installation of special order screens and cabinets should also become possible in the near future 3 Architrave processing When enclosing the screen with a frame etc add 15 mm to the dimensions of the assembled screen at the top bottom left and right Perform framing constructions after assembling the screen 15 mm 15 mm E SECO DOCE gt 1 15 15 mm Fig 3 32 e If light leaks from the rear space after constructions place a blind plate over the rear Noone should climb onto the top board 4 Upside down installation Not possible 5 Hanging from ceiling Not possible 53 CHAPTER 4 ADJUSTMENTS 1 ADJUSTMENT PREPARATIONS 1 Wiring D Connection of Power Supply The power supply can be connected to up to 3 units in a series using the AC outlets of Multi projection units Connect the three units as one system to the external outlet The AC plug of Multi projection unit is a 3P with a ground
78. gh VIDEO Low The High state is set when the control input terminal is released normal state The VIDEO input signal will be selected Y C The Y C input terminal is selected When selected the Y C LED lights up RGB The RGB input terminai is selected When selected the RGB LED lights up GENERAL SPECIFICATIONS STATUS switch display changes cyciicaliy each time it is pressed The settings can be checked STATUS display page 1 STATUS dispiay page 2 Dispiay OFF STATUS O Display Exampie STATUS display page 1 STATUS display page 2 1 HOUR 9 TV SYSTEM AUTO 2 INPUT A CONV COMP MODE 1 3 MULTI ON 4 COLOR MODE 1 5 COMBI ON 6 INFORM ON 7 BAUD RATE 4800BPS 9 Displays the TV SYSTEM state 1 Displays the accumuiated duty time Refer to the note A Displays the memory area of the convergence selected on page 9 2 Displays the input state Note 3 Displays the MULTI ON OFF state 4 Displays the COLOR MODE 1 2 state 5 Displays the COMBINATION ON OFF state 6 Dispiays the INFORMATION MODE ON OFF state Note Downs the CONTRAST adjustment value 20 at ON state for the reiaxation of the CRT burn 7 Displays the communication speed in computer control RGB 2 Terminai Analog RGB 0 7Vp p 750hm Sync signal 0 3Vp p to 4 750hm Connector 9 pin D SUB Connector Male Pin Assignment 1 R 6 GND 2 G Sync on G 7 VD 3 B 8 NC 40 UNC 4 Signal GND
79. gt m 55 86666 KJ it is hazardous to open the rear panel because electric shocks may be caused by the high voltage circuits etc inside As the rear must be opened to use the ABL switch contact our servicemen if the switch needs to be operated Adjustment Flow Single screen 1 Perform the adjustment using the full white variable by 95 signal generator 2 Perform the COLOR TINT and SHARPNESS adjustments 3 Note down or memorize in the PC memory the data after the rough adjustment 4 Check the joining of the screens using the animated images the screens are not joined properly adjust Check with animated images 1616 not joined properly return to the data 2 and perform the adjustment again initial Settings CONTRAST 170 BRIGHTNESS Depends on auto W B ABL GAIN 255 ABL LEVEL 128 LINEAR WHITE 200 R G B HIGH LIGHT R G B LOW LIGHT 5 55 Data at shipment COLOR Must be set only for VIDEO and Y C screen TINT adjustment cannot be performed for PAL inputs CONTRAST LINEAR WHITE ABL LEVEL ABL GAIN adjustment values considerably affect the ABL operation Basically fix the CONTRAST level to 170 if the ABL function feature well 89 ADJUSTMENTS MM M M M M 9 Rough Adjustments 1 Black level adjustment Signal White 10 Adjust R LOW G LOW and 8 LOW to the point where the CR
80. hape frame assembly L using the rivets peel off the paper on the shield and paste a magic tape on the H shape frame assembly L 5 Attach the fixtures R and L and tighten the screws M5 x 10 3 x 2 points 6 Place the projection unit on the base assembly and secure the fixtures R and L and projection unit to each other with the screws M5 x 10 2 x 2 points 7 Secure the movable part of the base assembly with the two screws M5 x 35 3 Horizontal frame assembly H shape frame assembly L 4 Rivet 2 H shape frame 0 B Screw 5 x 35 assembly R A G Holder 2 H shape frame assembly 1 1 Screw M5 x 35 Fig 3 13 41 INSTALLATION AND ASSEMBLY 2 Assembling the System The basic procedure for assembling the system is as follows D Assemble the projection stand RM V112 RMA V5010 Mount a one link mount unit 40 inch only Assemble the projection frame RMF V4011 V5011 Mount the multi projection unit RM V4000V V5000V Mount the projection screen kit RMS V4011 V5011 6 Mount the top board side board rear panel The basic procedure for assembling the system for rental use is as follows D Assemble the projection stand RM V112 Mount the 2 link 3 link mount unit RMA V2050 V2060 Mount the multi projection unit RM V4000V to the projection cabinet RMF V4011R Mount the projection cabinet RMF V4011R The ab
81. he spray will accumulate in the grooves on the lenticular sheet and as a result affect the images 121 OPERATIONS Notes To produce fine joint the left side and bottom of the screen are secure with adhesive double coated tape Make sure the replaced screen is attached closely to the left and bottorn sides of the panel If not attached closely the screen will discon nect from the panels when it expands and contracts according to temperature and humidity changes or in the worst case drop off in replacements make sure not to leave dust and dirt between the lenticular sheet and fresnel lens Take note of the front and back of the screen Unnatural images will be produced when these sides are mistaken As dust and oil adhere easily to the screen when replacing always put on gloves also protects against hazards As the lenticular sheet is very thin and tears easily handle it with extreme care The fresnel lens is such that convex lenses are arranged in flat Do not expose it to direct sunlight to prevent fire hazards burns and 1055 of eyesight When performing replacements at high places work very carefully as small mistakes may lead to serious accidents 122 OPERATIONS 2 PRECAUTIONS FOR PLAYING The input function MULTI ON OFF peripheral light amount selection COMBINATION ON OFF ABL link selection COLOR MODE 172 white balance selection TV system selection and convergence memory sta
82. hor bolts if possible 3 Secure with wires 6 Prevention of Tilting The method of securing to floors and walls differ according to their materials Always have a construction specialist or Pioneer dealer perform the procedure for you 26 INSTALLATION AND ASSEMBLY 7 Calculating the Heat Quantity The maximum power consumption of each muiti projection unit is 500 As most of the power consumed changes to heat power consumed is taken to be the heat produced D Convert to calories VA x1 163 kcal h Heat produced multi projection unit 500 1 163 582 kcal h Convert to VAIx0 293 B t u Heat produced multi projection unit 500 0 293 147 B t u h 8 Temperature and Humidity Closely observe the foliowing conditions on the temperature and humidity of the location of installation 1 Operating temperature 5 to 35 degC No condensation 2 0perating humidity 20 96 to 80 96 3 Storing temperature 10 to 45 degC The lenticular sheet will stretch and consequently the center of the screen will rise if the humidity is relatively high In this case the focus may slightly change and therefore readjustments in the installing conditions of the location must be per formed when your system arrives Avoid wetting the system at ali times Due to the shape of the product it is easily affected by externat conditions Especially to be avoided is wetting the mul
83. ied for the RM V4000V refer to Figure 1 Especially becoming a high scan frequency the rate ofthe blanking width is increased The non display period must be at least 6 3 sec for the horizontal and 1 3 m sec for the vertical interval All picture image can not be displayed and hard to reject picture distortion when blanking interval periods are short When horizontal frequency is high and the display area is wide blanking period is short a vertical streak may be seen on the left side of the screen To solve it adjust STATIC of convergence to move left side for RGB signals Max is 10 mm then adjust PHASE of deflection to move right side In this case miss convergence may occur due to the adjustment of the STATIC The convergence amplifiers will have more load than normal condition in the convergence adjustment mode when a high scan signal is fed Once miss adjustment occurs it may results more high load against the amplifiers and the protection circuit may turn the cube OFF even if convergence can be adjusted similarly on the screen The defective symptoms due to an overload of convergence are follows Power Down the power supply P D or the convergence The vertical direction scan of the top portion of the screen is disordered The vertical line shakes with the cross hatching signal The brightness of the image changes during the convergence adjustment Display dot 640 350 64
84. in a different place to protect them from damage and place a sheet over them to protect them from dusts 2 Instruction manual 1 Middle cover Band Bag containing accessories 3 Black tape 4 ASS in V Right side Transportation screws Eight Gold o Pag containing accessories Protection panel 5 Fig 3 8 36 INSTALLATION AND ASSEMBLY 5 Projection Frame RMF V4011 V5011 1 Open the upper carton and cut the PP bands eight securing the internal parts 2 Remove the two horizontal frame assemblies packaged in a card box fixtures R and L 3 Remove the H shape frame assembly L 4 Remove the base assembly 5 Remove the H shape frame assembly R 6 Remove the shield attached to the under carton bag containing accessories and instruction manual Bag containing accessory Horizontal assembly Fixture L PEE Fixture R H shape frame assembly L Base assembly H shape frame assembly R Fig 3 9 37 INSTALLATION AND ASSEMBLY 6 Projection Cabinet 4011 1 Open the upper carton and remove packings B and C and the instruction manual 2 Remove the upper carton 3 Remove the top sheet B and peel off the front and back sheets B 4 Remove the cabinet Hold the handle of the cabinet by two persons Remove sheet B 6 Remove the parts from the under carton Fig 3 10 38
85. ing Gray scale white balance White variabie and color tint ad justing signais Signal genera itor Perform color or final and overall adjustments with the actual im Total image High definition image LD quality adjust Picture of beauty demonstration 2 ment Various adjustment signals Not for sale ages LD player For playing ad With still function Pioneer justing 10 LD V4400 The length differs according to the place adjustment is performed at but prepara at least 10 m Adjusting LD For connecting D Sub 25 pin male straight For connecting video Use for adjusting screen size and center Test disc For generating Monoscope GGV series signals for ad Crosshatch justing size con Adjusting LD 55 ADJUSTMENTS 2 BEFORE ADJUSTMENTS 1 Convergence Adjustment Memory Multi projection unit incorporates altogether 8 convergence adjustment memories There two types of convergence memories They are as foilows Memory automatically selected according to the signal input MEMORY 1 TO 4 Memory that can be set manually using external computers or remote control MEMORIES 5 TO 7 The memory selected automatically is set according to the setting of the TV SYSTEM described in the next section Memory Area Standard Adjustment Mode Manual Mode Input Signal 6 FACTORY 20
86. ingle l6VEl iuncto 0 286 Vp p 750hm Terminate switch throughout RS 232C control input 25 pin D SUB Output signal Output video signal 16 line RMD V3216 9 line RMD V3109 BNC terminal D Composite sync signal 1 0 Vp p 75ohm Y C separation signal Y With Sync once 1 0Vp p 750hm C With burst Burst level 0 286 Vp p 75ohm D signal formats are output simultaneously 18 Fig 2 7 16 Side View RGB signal Green Sync on 1 0 Vp p SYN C Ae aei 0 3 Vp p i 0 7 Vp p Output reference composite sync signal BNC terminal TTL level Or input reference sync signal throughout Others Power supply Power consumption RMD V3216 RMD V3109 350W 700VA Operating temperature and humidity range 5 C to 35 Below 85 No condensation External dimensions RMD V3216 RMD V3109 482 6 Width x420 Depth x314 Height mm Excluding handle Weight RMD 5V3216 e nre nid nite 22 5 kg RMB V3109 5 tel due eie ree 22 0 kg Accessories Rack mounting screw 5 esee 8 Rack mounting washer reete 8 0 Video Processor RMD V2170 GENERAL SPECIFICATIONS 0000 00 0000 2 0090056660090 00000000000
87. ion the line projecting down 3m from the screen and the line from the 4th projection unit intersect at the following point 6100 600 1500 1 5 m As the position of the eye is about 1 6m high when standing it can be covered sufficiently at 3m from the screen For the horizontal direction the area shaded diagonally is the visible range when 4m from the center as shown in Fig 3 4 28 INSTALLATION AND ASSEMBLY 40 inch Verticai Visible Angle m 5m 50 Vertical Visible Angle 40 Lm ERN P i E E E t 1 t Fig 3 5 an INSTALLATION AND ASSEMBLY 40 inch Horizontal Visible Angle 50 inch Horizontal Visible Angle 30 4 Fig 3 6 INSTALLATION AND ASSEMBLY 11 Lighting The projection screen kit RMS V4011 V5011 will not reflect like TV screens when exposed to external light but may reflect if directly exposed to strong lights such as spotlight Therefore make sure that the screens are not exposed to direct spotlight For certain installation location conditions a glass sheet may have to be attached to the screen surface In this case as there will be reflection by external light consider the installation position etc carefully As the actual intended images of the system may not be obtained in very bright locations consider the position of lighting and direction of sunlight when installing the syste
88. ion individual video distortion is great Composite or Y C signal system Fixed at NTSC RGB AUTO Converter data required for display Composite signal system One RGB One 61 ADJUSTMENTS 3 When Switching Source Inputs to Multi Video Processor 1 When using Pioneer s new Multi Video Processor QO Expanded NTSC Personal Multi Video RGB mO Cube Computer 1 Processor Expanded Personal Computer 2 Input Function RGB TV SYSTEM AUTO Converter data required for display One The phase difference of each input source can be adjusted at the Multi Video Processor side When switching between the same NTSC it is needed to switch by CUBE side 4 When Switching Source Inputs to Multi Video Processor 2 When using Pioneer s Multi Video Processor LDP 1 NTSC m Multi Video Processor Expanded Cube LDP 2 Only one image There is phase difference frame data between LDP1 and 2 Input Function Y C TV SYSTEM Fixed at NTSC Converter data required for display Two For example adjust LDP 1 with MEMORY 1 and LDP 2 with MEMORY 5 or 6 or 7 and switch data when switching LDP 62 ADJUSTMENTS 5 When Using Two Multi Video Processors without Frame Adjusting Function Multi Video Processor 1 NTSC Expanded Multi Video Processor 2 PAL O Expanded Input Function
89. ioner vents or light buibs take note that problems caused by dusts temperature and humidity and water droplets may result 3 Front Space Finger and hand prints form easily on the face of the screen Therefore make sure viewers cannot touch it directly Also leave adequate space in front of the system so that the screen can be replaced and maintenance can be performed from the front 4 Rear Space When removing and installing the projection unit from the back at least 1 must be left open at the back When removing and installing frorn the front leave a space of at least 70 cm so that wires and the control assembly can be pulled out rear side of the cabinet Unit Space for a person Fig 3 2 At installing locations where the projection unit has to be removed from the front take note of how the unit is to be installed Refer to Chapter 3 4 2 Installation 5 Number of Units Stacked Up Upto 4to 5 units can be stacked up on top of each other But do not use the casters of the installation table RM V112 for the 4th ievel and upwards For 16 screens ali casters must be installed When using the installation table always secure it to the floor using the provided floor leveler after installation Use a reinforcement when stacking more than 5 units from the 6th level Example 1 Remove the casters and place weights on the installation table to stabilize it 2 Secure using anchor bolts Use chemical anc
90. just with the multi video processor 5 Check that there is no information missing and color deviation on the moving image f information is missing or color has deviated return to 2 and readjust 6 Adjust the white balance of each screen 7 Adjust the ABL level 8 Check the ABL level and white balance using the video actually transmitted If there is deviation return to and readjust 9 Adjust the color tone using the video actually transmitted Y 40 Recheck 9 to 65 ADJUSTMENTS 2 Convergence Adjustment Flowchart T 57 5 i P 67 nput the adjustment signal 2 P 68 NOTE STATIC GY STATIC Green POINT CONVER MODE etc Considerable load will be imposed on the adjustment circuit causing malfunctions Using only green adjust the center of jV PHASE PHASE SIZE H BLK R H BLK L adjustment required Is the setting OK to Hori zontal 92 and Vertical 1 s 93 with NTSC t i Eds 2 RGB others YES Is horizontal fre NO quency of input sig above 20 kHz SIZE adjustment not required Perform rough ad 84 justment in dynamic convergence adjust ment YES Turn on RGB Adjust color deviation at E P 7 1 right side of screen using H tf familiar with convergence ad justment deviation at es using 0 Adjust joining of
91. kHz fHz amp 2BkHz 7 oN e V 28kHz fH Z2 35kHz fH Horizontal sync frequency of the input signal terrar z2kHz T Enable to select X Disable to select 2 Disable to select Only possible to read out to the memory area enable to select 1 There are aitogether 7 rc ories MEMORY 1 to 7 which can be adjusted The FACTORY memory s ores the convergence adjustment data when the NTSC signal was input 2 TV System The TV system determines the control of the whole unit convergence deflection according to the signal input Set it according to the signal input The convergence adjustment memory is determined according to the setting of the TV SYSTEM The contents are as follows VIDEO Input AUTO MEMORY 1 NTSC Input MEMORY MEMORY 2 770 20 to 28k Input MEMORY 3 M dli 28k to 35k PAL Input MEMORY 4 Apart from the above memories memories 5 to 7 can be set manually and using the remote control The horizontal input frequency has a 2 kHz error 56 ADJUSTMENTS When TV SYSTEM AUTO VIDEO Y C Input Selects the convergence memory from MEMORY 1 or MEMORY 2 automatically according to the signals input NTSC PAL RGB Input Automatically selects the convergence memory as follows For NTSC input MEMORY 1 For PAL input MEMORY 2 Horizontal frequency 20 kHz to 28 kHz input MEMORY Horizontal frequency 28 kHz to 35 kHz input
92. le no signals are input to the unit the hour meter will not count if the power is turned off before one hour of use errors will occur in the count of the hour meter When the following signals are input the image may be distorted VTR signai which repeats copying VTR signal with copy guard Scrambled signal Signals whose sync width is below 100 nsec Signats whose sync signal and video signal phases are considerably different In some cases the centers of H and V cannot adjusted if adjustments be performed using the expansion equip mant etc use it Signal with extremely narrow feedback period iin some cases the 100 video period cannot be output When the HDTV signal is input from the RGB input terminal the signal must be 4 iine type or 5 line type with the separate RGB and Synchronous signal 4 line type R G B H V SYNC 5 line type R G B HD VD When the 3 line type SYNC ON is input the SYNC may be unlocked for an instant for some input signais 126 PRELIMINARY PIONEER CUBE SYSTEM TECHNICAL MANUAL Additional version Before Cube adjustment Convergence adjustment Hi scan signal adjustment White balance adjustment This manual has been made for the purpose of explain more detail of adjustment procedure that is difficult to understand with the technical manual for the installation This manual will be used with the technical manual for the 4000
93. m 12 Effects of Earth Magnetism Due to effects of earth magnetism the position of the image displayed will differ according to the installed direction Difference is about several mm in the up down left right directions but the degree of change varies according to the strength of the earth magnetism of each area Misconvergence may also occur due to slight rotations Therefore when performing adjustments before bringing the system into the installing location Perform the adjustments in the same direction and angle as installation perform adjustments again at the final location decided If the system is used at a fixed position adjust it at the final position used The system is not only affected by earth magnetism but by the following magnetisms generated by various items in its surrounding as well Steel frame of building Power cables on the floor Large speaker systems Special equipment Those generating magnetic force Metallic installation table frames etc 31 INSTALLATION AND ASSEMBLY 13 Connection with a Power Supply D Power supply voltage The guaranteed voltage of this unit is 10 of the rated voltage But if the impedance of the power wires is high the voltage waveform will become distorted and show the same symp toms as when voltage drops abnormaily As the following must be noted even if the voltage is within the allowable range check the power wiring again The voltage drop from the dist
94. mmand is set when COLOR MODE 1 and at the same time INPUT RGB the W B DATA for COLOR MODE 1 and INPUT RGB wiil be get Only valid for one ID Invalid for 10 7 1 1 etc adjustment data etc is output in ASCII codes Note indicates the command name 1 GRH GET RH CONV DATA RED horizontal convergence data is output GGH GH CONV DATA GREEN horizontal convergence data is output GBH GET BH CONV DATA BLUE horizontal convergence data is output Format Output in the following order STX 02H lt 130 gt 5 STATIC adjustment data 3 BYTE S D31 L H SKEW adjustment data 3 BYTE lt 32 gt BOW adjustment data 3 BYTE amp x 36 LiH SIZE adjustment data 3 BYTE lt 242 gt 1 LINEARITY adjustment data 3 L37 C H KEY adjustment data 3 BYTE lt 143 gt 1 SUB KEY adjustment data 3 BYTE lt 138 gt 1 PIN adjustment data 3 BYTE 8 C44 LU H SUB PIN adjustment data 3 BYTE lt 533 gt CH 3D SKEW adjustment data 3 BYTE 348 4D BOW adjustment data 3 BYTE fa C53 L H 5D SKEW adjustment data 3 BYTE lt 059 gt OH 6D BOW adjustment data 3 BYTE lt 48 gt OH MID SIZE adjustment data 3 BYTE lt 54 gt C0H MID LIN adjustment data 3 BYTE PC 44 gt H 5D SIZE adjustment data 3 BYTE J8 C47 LD3H 6D LIN adjustment data 3 BYTE lt _44 gt 5 3D KEY adjustment data 3 BYTE lt 45 gt 3D
95. nce to the ceiling 2 Floor flatness strength roughness 3 Position of power supply 4 Installing location Necessity ti strengthen the floor wall etc reinforcement cover sheet plank etc path used to transport the system width of passage if elevator is available its size and maximum bearing weight etc 5 Position specifications and structure of a transmission equipment and image type 6 Model number of equipment used and their quantity perform according to list Check if there is enough equipment for each unit These procedures must be performed by only one person 2 Opening the Packaging D Packaging specifications 1 Multi Projection Unit RM V4000V V5000V 769 W x 690 H x 738 D 61 0kg 2 Projection Screen Kit RMS V4011 940 W x 230 H x 730 D 15 7kg RMS V5011 1126 W x 230 H x 879 D 20 2kg 3 Projection Frame RMF V4011 950 W x 180 H x 1300 D 31 2kg RMF V5011 1160 W x 250 H x 1475 D 35 4kg 4 Projection Cabinet RMF V4011R 1006 W x 859 H x 1454 D 68 0kg 2 Opening the packaging Open from the big ones first and put the small packagings inside the empty big packagings Also dispose or store the packagings Do not mix up the opened items with those still in the packaging Move the empty packagings somewhere else so that they will not come in the way Next obtain an assembly space that is as wide as possible Turn down the opened packagings upside down to differentiate them
96. ng the upper screen unit make sure that it does not brush the lower screen unit as it has panel screws projecting out 47 INSTALLATION AND ASSEMBLY 6 Top panel Side panel Rear panel As this system is of the rear projection type it must be enclosed to avoid exposure to external light Fig 3 29 Top panel Side panel Fig 3 29 Rear panel 48 INSTALLATION AND ASSEMBLY Installing the Enclosure The paneis can be attached easily by using the linking holes of the unit See Fig 3 30 The number in parentheses is the dimension for 5000 27 77 Left side view 213 22 48 Za 2 3 Front view um 5 25 Order of Attaching 330 260 Fig 3 30 As shown in Fig 3 31 attach the top paneis and side paneis starting from the top paneis at the center out wards Attach the side panels from tne downwards The rear paneis can be attached in any order Fig 3 31 49 INSTALLATION AND ASSEMBLY 3 Attaching the Multi Projection Unit RM V4000V to the Projection Cabinet RIMF V4011R The figure shows the assembling procedure of the left attachment Assemble the right attachment in the same way The parts on the right side of the screen are R and those on the left side are L from the view point against the screen 1 Attach the attachments L BNG1173 1174 to the 3 Insert the claws of the attachments R and L into the
97. ning reduction mode ON lt OFF 4 Furthermore the key can be used to move onto the next page The following can be performed using the similar 9 method at step 3 key 116 TV system selection AUTO NTSC PAL Convergence memory selection area switching ADJUSTMENTS 22 Precautions Upon Use Always turn off the power with the button after adjustments and settings All adjusted values and settings will be memorized The remote contro adjustment mode wili automatically be exited in the following 1 When no operations are performed for about 30 seconds 2 When the rear panei switch is pressed 3 When the power is turned off One multi projection unit cannot be adjusted using the remote control unit and personal computer simultaneously If using the remote control unit after the personal computer adjustment mode has been started up start up the remote contro unit adjustment mode or turn off the power once When operating several multi projection units simuitaneously do not press the buttons quickly and continuously as some units may not synchronize with the other units Multi projection units not assigned an iD cannot be operated using the remote control unit To exit this state perform one of the following 1 Start up the remote control adjustment mode using the S53 button 2 Exit the remote control adjustment mode using the button 3 Turn off the power
98. nt again after resetting the data to the factory standard In the case of the protection works at turning on a power due to odd data setting while convergence adjustment heal with the following operation Leave the unit about 10 seconds with STAND BY Red LED lights up mode then tum OFF ON the main power SW in order to reset the protection circuit Next turn ON the power by issuing a POC command by a computer or turn the power ON by the remote controller within 3 seconds after entering the adjust mode while the unit is in STAND BY mode In this case actual setting of convergence will not be changed though the convergence data on the on screen display changes since convergence output is muted internally Correct the incorrect data which was set by mistake or reset to the factory default data The mute function is released and convergence adjustment can be started again after normal power OFF ON cycle Convergence adjustment 1 Center position adjustment POINT The difference of PHASE and STATIC adjustment As the way of moving a display position each of the deflection and the convergence has the function of PHASE and STATIC PHA S E Any miss convergence will not come out since it only changes the timing of the video signal in the position STAT I C The miss convergence of R B comes out due to movement of the projected position of the CRT beam and re adjustment of the convergence is necessary The
99. oes not work abnormally 91 ADJUSTMENTS 2 Adjustment Using Moving Images The adjustment using images adjusts the overall joining of the screens by loading discs used by users for actual perfor mance and discs always used for adjustments View the overall screen and adjust the screen with the greatest difference to the other screens The specific method is at first focus on the brightness make the brightness the same and correct the differences in R G and B Pay the attention that changing the HI LIGHT value affects the balance of the LOW LIGHT consid erably Strictly speaking as W B deviation cannot be checked using moving images and W B cannot be corrected just Dy performing fine adjustments check using rough adjustments if the DEMONSTRATION II LD can be used correct the following points 1 Dark images Almost black image FRAME No 32300 to 33200 Check that the brightness of the screens appears the same Check that black is not blur or emphasized 2 Bright images Almost white image FRAME NO 7400 to 8100 Focus on where the brightness is the same especially the white peak and check in the same way as for dark images in 1 3 Skin color images FRAME NO 26900 Check if the skin color of a face image is the same as in the other screens 4 Colored images FRAME NO 19100 Use when performing adjustments during VIDEO input or Y C input Adjust so that the colors of vegetables fruits etc are of the same
100. omatically to protect that the brightness of the monitor TV Cube becomes high too much to destroy the CHT It detects a beam current level on the 2nd side of the FBT it lowers a contrast and a brightness and makes not to rise above a certain level ABL GAIN adjustment ABL GAIN reduces the difference of each ABL operating point when putting together the multi screen Cube ABL works to limit the light when the total anode current which flows through the CHT of the RGB becomes 1 4 mA In case A B are two pieces of Cube like the Figure 2 ABL works at the point of D in the light when the luminous efficiency of the set of A is bad even if both CRT begin to shine at the same time On the other hand as for B ABL works at the point of which is lighter than A unit GAIN increases the ABL current in appearance by the control of the microprocessor and ABL works early timing By decreasing the value of ABL GAIN default is MAX for B unit the ABL current is increased in appearance then ABL works at the light which is the same brightness point as A unit In this case the whole image becomes dark because the ABL GAIN means to uniform the light Cube to the dark one This adjustment is required when old and new CHT are installed in a wall and there is a difference of substantial lighting ability among these units Beam um ae me voce Am m p qucd m mcm m n Current 1 4 a
101. ot pressed the units which do not receive D SELECT signal and held on stand by state 1412 ADJUSTMENTS 3 Adjusting the H PHASE 1 Enter the adjustment mode 2 Press the _ _ key to select 3 DEFLECTION ADJ i 3 Press the key to select PHASE Then use the C472 and keys to adjust the H PHASE The following be adjusted using similar methods key 5 5 HSIZE key V PHASE key V LINEARITY gt key vsz key BLK L C3 key 28 87 HBLK R key HPHASE 9 MID uNEARITY 4 Adjusting the green horizontal size GH SIZE 1 Enter the adjustment mode 2 Press the key to select 4 CONVERGENCE ADJ LADS 3 Press the key until the OSD display becomes The following can be adjusted in the same way key RH RV e5 key BV 4 Press the ey until the OSD display becomes SIZE Then use the and 79 keys to adjust the GH SIZE The following can be adjusted in the same way key STATIC key SIZE MID SIZE 5D SIZE C3 key LINEARITY MID LINEARITY 6D LINEARITY J key E 577 5 key KEY MID KEY 3D KEY MID 3D KEY J key SUB KEY MID SUB KEY 3D SUB KEY MID 3D SUB KEY J key C BOW 4D BOW 6D BOW J F PIN MID PIN 4D PIN MID 4D PIN J SUB PIN MID SUB PIN 4D SUB PIN MID 4D SUB PIN 7 114 AD
102. ove procedure is recommended It is explained below D Projection Install Tables RM V 112 RMA V5010 Place the installation tables RM V112 at the specified position and link them together with the bolts and nuts specified First tighten the bolts and nuts temporarily and after all have been linked check their height differences and if they are horizontal before tightening the nuts and bolts firmly Do not tighten the adjusters at the legs as their final positions have to be adjusted after assembling all units To install at a height greater than the installation table when not using this table make sure the strength is greater than required 2 Mount Unit RMA V2050 V2060 Place the mount unit on the stand and join them using the specified bolts and nuts As the horizontality difference in level etc of the mount units form the basis of the whole system assembled assemble them accurately If gaps are formed between the mount unit and the stand due to the difference in height use the floor leveler of the stand to adjust the height or place spacers between the mount unit and stand metal plates about 1 to 2 mm thick When using several mount units adjust their height horizontality etc In the case of the system for rental use mount the conventional mount units RMA V2050 V2060 using the conventional method For details refer to the RM V2000A technical manual 42 INSTALLATION AND ASSEMBLY 3 Projection Frame RMF V401
103. peripheral 75 Screens in green point conver gence mode Finely adjust center position using P 68 Adjust linearity of green point convergence mode 12 25 Adjust horizontal size at eo Adiust green red blue color de viation in point convergence Adjust vertical size using V SIZE V LINEARITY Enter pont convergence made t adjust horizonta 5128 of left side of screenjof green When color deviates at both sides of screen Adiust left side of screen of red in the same way mode observe here Adjust left side of screen left side of screen side of left side of screen of blue 76 the same way observe here POINT CONVER ADJ 66 ADJUSTMENTS 3 Convergence Adjustment Contents The O numbers correspond to the numbers in the flow 1 Measurement of screen center chart The center can be found easily by pasting threads in the spaces of the protection panels at the screen frame 222 Adjustment signal input For adjusting size Monoscope etc EX LD Test disc GGV1013 FRAME NO 18001 For screen joining linearity color adjustment Use adjustment signals such as cross hatch etc EX LD Test disc GGV1013 FRAME NO 14401 If signals are created in the multi video processor use them For RGB inputs generate the adjustment signals conforming to the above using the models actually
104. r Personal Com puter the adjustment mode is exited and the rear panel switches operations are started 5 Memory of Adjustment Data and Settings When adjustments are ended in the adjustment mode such as convergence white balance etc always exit the adjustment mode AJN for Personal Computer ADJ OUT key for remote control If the power is turned off AC OFF without exiting the adjustment mode a part of the adjustment data will not be preserved in the memory The input function MULTI ON OFF peripheral light amount switching COMBINATION ON OFF ABL link switching COLOR MODE 1 2 white balance switching TV SYSTEM setting and convergence memory state setting will be preserved in the memory only when the power is turned off using the remote control command of a Personal Computer POF or the rear panel tact switch The AC ON OFF will not allow data to be preserved in the memory When starting or stopping the system by AC ON OFF in an installation condition for demonstration use this method to preserve the conditions in the memory first 58 6 Giving IDs ADJUSTMENTS When several Multi projection units are used to compose the 9 screens or 16 screens multi screen the ID is used to differen tiate between Multi projection units When the units are given IDs by connecting the ABL link cable commands can be transmitted by specifying the ID and it is possible to operate only Multi projection unit corresponding to that ID by remo
105. re 5 to 35 C Humidity 20 to 8096 The above temperature and humidity are conditions for the multi projection unit and screen separately and not those of the system Perform ventilation with the fan etc and observe the operating environment conditions even after completing as sembiy lt Never instail the system tilted CHAPTER 1 FEATURES OF PROJECTION CUBE SYSTEM 1 FEATURES OF SYSTEM G Free combination of cubes By combining cubic style projection cubes various layouts can be realized Combine the cubes as desired four screens nine screens vertically in one row horizontally in one row etc according to the purpose of exhibition and installation tocation S Huge screen without reflection Frame type screen Improved image contrast and vertical visible angie with new tint screen Reduced reflection of external light No discomfort even when viewed in brightly lit event halls and show rooms Use in bright places Realizing a high luminance of 600ft L For white RM V5000V 420ft L for the screen brightness it can be used ad equately in lobbies and open spaces with externai light mullion approx 3mm when combined 40 inch type The width of the Pioneer cube gap is only about 3 mm about 4 mm 50 inch type even when combined Thinner and more easy to view than before the problem of missing images and characters has been resolved to a large extent G HDTV WS IMAGE By ad
106. reen using V SIZE Jand V LINEARITY Reference Information The horizontal 9296 and vertical 9396 positions in NTSC inputs are the positions shown in right figure for Laser Disc test disc GGV1013 monoscope signal frame No 14401 74 ADJUSTMENTS 17 12 33 point convergence adjustment S N Position of adjust ment point on screen point convergence adjustment the 25 points set on the screen be adjusted individually In addition the area of the four sides of the screen can be adjusted NOTES The adjusting points set by the circuit are fixed at the positions shown in the figure some cases the OSD display deviate But the actual adjusting points are as shown in the figure Deviation between two adjusting points will naturally be corrected when the deviation of each point is corrected 75 ADJUSTMENTS Movement of screen by point convergence adjustment OSD display Movement of screen Use especially when adjusting the horizontal size of the left side of the screen in adjustment step 110 In addition there are three other area adjustments 76 ADJUSTMENTS In adjustment step 11 observe the external part of the screen adjust the 16 adjusting points there taking note of linearity in the peripheral area such as joining with other screens crossh
107. ributor to the multi projection unit is great The voltage changes greatly when the power of the unit is turned on and off Roughly 596 of the rated voltage Power supply capacity Calculate the power consumption of one unit as 500VA with allowance rS Screens Ca e screen sova SA c ie 12 6000 soo The current increases when the voltage decreases Referring to Connection design the system slightly greater than the above figures When connecting the distributor to other equipment also take note of the power consumption of the equipment and make sure the capacity of the distributor is not exceeded 3 Connection An AC OUTLET is provided on the unit Up to two multi projection units can be connected to a multi projection unit Do not connect other types of equipment Multi projection unit Multi projection unit Multi projection unit Multi projection unit X Connect the equipment so that the current capacity of the distributor is not exceeded Set slightly greater To outlet Multt projection unit Multi projection unit Multi projection unit 20 A concent Mutti projection unit Mutti projection unit Multi projection unit 20 Aconcent 20 A concent Multi projection unit Multi projection unit Multi projection unit 32 INSTALLATION AND ASSEMBLY
108. rns ON COLOR DISPLAY OFF x x x Turns OFF OSO display DOWN 10 X Decreases adjusting value by 10 DOWN n x Decreases adiusting value by n DOWN FULL x Minimizes adjusting value OSD DISP YES x x Enables OSD display OSD DISP NO Disables OSD display GREEN convergence adjustment Same as BLUE x GREEN 00 GREEN 59 P CONV ADJ 61 i ADJ P4 GREEN point convergence adjustment Same as BLUE Adjusts GREEN HIGH LIGHT Adjusts GREEN LOW LIGHT GREEN HIGH LIGHT GREEN LOW LIGHT 97 ADJUSTMENTS Com Normal Number mand Valid Direct GON GREEN ON GREEN OFF GET GH CONV DATA UP DWN Command Turns ON GREEN Turns OFF GREEN Calis GH convergence adjusting data For each mode Calls GV convergence adjusting data For each mode Calls RH convergence adjusting data For each mode Calls RV convergence adjusting data For each mode Cails BH convergence adjusting data For each mode Calls BV convergence adjusting data For each mode Calls the main deflection adjusting data for each mode Calls the white balance adjusting data for each mode Calls the current state of the convergence data Calls the various setting states GET GV CONV DATA GET RH CONV DATA GET RV CONV DATA GET BH CONV DATA GET BV CONV DATA
109. rojection unit will warm up and stabilize convergence and white balance will become incorrect 54 ADJUSTMENTS 4 Adjustment Signals Use the composite video signal for adjustments created in the multi video processor When converters not creating the signals for adjustment are used supply the signals for adjustment from equivalent signal sources signal generator LD piayer etc Especially for RGB input signals adjust them by connecting the modet PC etc actually used Generally Required Signals Adjustment Signal Name Screen center Monoscope Screen size adjustment Convergence adjustment Crosshatch Tilted crosshatch White balance adjustment White signal Can be linearly varied between 0 and 100 Or window step lingar yore adjustment Total adjustment Moving image scenery faces Color tint etc Color bar etc 5 Equipment Required for Adjustments The foilowing are required for the adjustments performed during the set up of Multi projection unit Required Function Recommended Model on 2 MEN aro for NE or puter tion ware for NEC 98 or PC AT windows Adjusting re For adjusting Pioneer mote control RU V107 Prepare a Personai Computer or this remote control for adjustment Especially white variable is im portant Cannot replace with LD etc Use signal generators of this class at the least For generat
110. s provided For example when using the system as a monitor for reexposing in broadcast station studios etc images exposed using the camera according to the lighting of the studio wiil come out with unnatural colors By setting the temperature of one color to 3200 K natural color reproductions can be realized by one touch operation On screen function In addition to adjusting values maintenance data etc can be displayed on the screen G External contro function A 5 232 external control terminal is equipped Using a Personal Computer various adjustments can be performed from the front and a variety of images be played The daisy chain for connecting the combination terminal by the link cortrol cable DIN 6 pin provided can be performed in the transmission of control signals to each unit Compiicated connections not required By giving IDs to each unit each unit can be adjusted individually even after the system has been sianed Corresponds to both NTSC and PAL formats automatic differentiation 3 FEATURES OF FRAME TYPE G By adopting an unique mullion structure ultra thin gap about 3 mm about 4 mm for 50 inch type when screens combined has realized thereby resolving the problem of missing images and characters Projectors can be connected and disconnected from the front and rear even after installation Therefore checking replacement or maintenance can be performed easily
111. ssen nnne 4 T FEATURES OF SYS REM uet pe cescecces Ep EHE EE tu at eee Prose eet 4 2 FEATURES OF MULTI PROJECTION UNIT 4000 1 5000 4 S FEATURES OF ERAME n i rot e E D WERE ae et 5 4 FEATURES OF CABINET TYPE 5 CHAPTER 2 GENERAL SPECIFICATIONS 6 ee 6 1 Multi Projection Unit RM V4000V V5000V 2 2 2 6 2 Projection Screen Kit RMS V4011 V5011 Product Weight 11 0kg 14 0kg 13 3 Projection Frame RMF V4011 V5011 Product Weight 26 8kg 28 8kg esee 14 4 Projection Cabiniet RMF VAO TR enean e Po ope debe pag 15 b Projection Install Table 112 5010 24 04 004404000110 nn nnne rennen 16 6 Munting Unit 2050 2060 24044444 22 2 22 2 1 00000000010 0 trennen stre tn ennt 17 7 Multi Video 3216 3109 2170 2 000 40040 400 000000000 0 18 8 Adjustment Control Unit RU V107 Option 20 9 Projection Cabinet RMF V4011R Accessories
112. t the horizontal line to fix straight When a different frequency signal is fed the linearity of the deflection changes too After the adjustment 7 adjust the pitches of each line of the cross hatching signal to be equal is At first adjust for the pitch of the each lines to be equal as the monochromatic green by the point convergence adjustment Check the value of GH SIZE after the adjustment A lot of value of the convergence data may be changed since combination of various kind of waves are used at the point convergence adjustment Resetthe original size by using H SIZE after resetting GH SIZE to 128 Adjust the color deviation of R and B convergence for R and B signal 4 The adjustment procedure of the point convergence Adjust the center portion of the screen Adjust the center cross line by the point convergence Find out the biggest part of the color deviation and make the difference small as much as possible If the adjustment point is moved widely the convergence may change not only the adjustment point but around it Refer to the technical manual Adjust one by one from outside to inside of display Check outside once again if there is a difference after finished adjustment at inside of the display High scan signal adjustment The RGB input accepts the following frequency signals Horizontal 1 5 KHz 35KHz Automatic Vertical 50Hz 150Hz Automatic VGA mode is appl
113. tandard output level 1 Vp p 750 load C286 mVp p 759 load burst signal Test signal output Output signal ER NTSC composite video signal BNC Standard output level 1Vp p 75Q load Sync signal output TTL level BNC Power supply voltage 100 to 120V 50 60 Hz Power consumption 300W 500VA External dimensions 483 W x314 H x469 D mm IO 33 kg 19 GENERAL SPECIFICATIONS 7 Adjustment Control Unit RU V107 Option o PIONEER M RE AUR CONTE lt Fig 2 9 Accessories AA dry battery IEC ROP ai 2 Cable bri e eser crier ter e mt rp e REG cete iE 3 20 GENERAL SPECIFICATIONS 8 Projection Cabinet RMF V4011R Accessories To attach the multi projection unit RM V4000V to the conventional RM V2000A the RMF V4011R accessories metal fixtures are required The following lists the required parts For details of attaching the multi projection unit refer to Chapter 3 4 2 Assembling the System Frame R BNG1207 Frame L BNG1208 Holder R 150 po 1 Folder E BNGTID T tete i cereis 1 Attachment R BNG31173 iiir eret rt innere Ede eno e eer os e aee 2 Attachment b BNG 1174 ri ERR nba
114. te control operations Giving IDs using Personal Computer Commands IDC IDC CLEAR IDS ID SET Clears the ID given Gives an ID The IDS is valid only when no ID has been given It will be valid from units nearest to the personal computer remote control Example 4 screens When giving IDs first using Personal Computer AJY 11 IDS AJY 12 IDS AJY 21 IDS 4 AJY 22 IDS By sending commands in this order IDs can be given to each Multi Projection Unit The characters that can be used for the IDs are 0 to 9 and A to F and capital and small letters are not differentiated The can be used in the following way Multi Projec Multi Projec Multi Projec Multi Projec Personal Computer 1 4 tion Unit tion Unit 4 tion Unit tion Unit 10 11 10 12 10 21 10 22 IDC Clears IDs given to all units 1AJY Only units which have IDs whose 2nd digit is 1 enter the adjustment mode 2 IN1 input function of only units which have IDs whose 161 digit is 2 is set to VIDEO 59 ADJUSTMENTS Giving IDs Using the Remote Control 1 Enter the adjustment mode 2 The main menu will be displayed Press the 1 Select 1 ID CLEAR SET SELECT Check that the ID display at the top left of the screen is and press the key Select 1 ID SET If an ID has already been given press
115. te will be recorded in the memory only if the power is turned off using the remote controt or tact SW on the rear panel They will not be recorded in the memory if the power is turned off using AC ON OFF When starting or stopping the system by AC ON OFF under setup conditions for a demonstration perform the above operations beforehand record the above in the memory and then perform AC ON OFF When different horizontai frequency signals for example NTSC and Personal Computer signals are switched in this unit the screen will distort temporarily 1 to 2 seconds This occurs because the unit deals with various input signals the multiscan display if the distortion of images is disturbing when images are played etc the images can be turned off muting when switching the signals The procedure is described below 1 Using an external Personai Computer commands Example When muting an image of the unit with 10 11 11 gt 11 INO m 11 image muteXInput selection amp Image must released 12 For VIDEO input or 22 For Y C input or 3 For RGB input 2 Set the switches in the unit Switch ON Mutes the screen for several seconds when switching the input function VIDEO Y C RGB Switch OFF Will not mute the screen even when the input function is switched And when switching pictures thin lines may appeare on upper side for an instant It is not a failure but the signal for working the AUTO WHITE BALANCE CIRC
116. tection screws gold provided with the unit 2 The protection tapes are pasted to the four corners of the protection panels Paste the protection tape on the protection panei Use a relatively weak tape about 20mm to 30mm in width Recommended Tape Name Acetate cloth adhesive tape 25 mm width Instruction manual Transportation screws x Eight gold Top pad Black tape Black tape 7 Projection screen Screw rivet Top side 6 inside Right side Bottom pad Protection panels Fig 3 12 When transporting or storing the units in the packaged state always face them up The number of units that can be stacked in storage is 16 As the screen is at the top be careful not to step and place heavy objects on this top side nor hit it with sharp objects 40 INSTALLATION AND ASSEMBLY 4 ASSEMBLING THE SYSTEM 1 Assembling the Projection Frame RMF V4011 V5011 Assemble the projection frame as follows 1 Mount the stopper onto the base assembly and tighten the screws 5 x 35 2 x 2 points 2 Mount the H shape frame assemblies R and L and tighten the screws M5 x 10 4 x 4 points Mount the horizontal frame assemblies two and tighten the screws 5 x 10 4 x 4 points As for the positions for tightening the screws in steps 2 and 3 push the frame against the corner fixtures in the two directions indicated by the arrow 4 Mount the shield onto the H s
117. the key select 0 ID CLEAR of the main menu return to 1 Enter the adjustment mode and give the ID 4 Asthe ID input standby state is set press the 0 to 9 F keys and input the ID 5 use the multi screen unit return to 1 Enter the adjustment mode and given an ID to the next unit lt Precautions for Giving IDs using the Remote Control and Personal Computer gt Communication cannot be performed with units connected using the ABL link cable after units whose IDs have been cleared When the command IDC shown in the figure on the previous page is performed only the first unit can be controlled Using the command 11 IDS will enable the 2nd unit and onwards to be controlled When IDs are set as this the unit connected next can be controlled 60 ADJUSTMENTS 3 EXAMPLES OF MAIN USES OF CUBE SYSTEM 1 Expansion Individual Switching at Multi Video Processor Side Source Input Function TV SYSTEM Multi Video Processor Fixed mainly at RGB Fixed at NTSC or PAL Converter data required at display One General example of RM V2000 series Cube 2 When Switching the Cube Input Function Display example expected on RM V4000V system Source Multi Video Processor Expanded NTSC Personal Computer Input Function TV SYSTEM Individual Cube RGB By switching Y CORGB switches expans
118. the computerand software Ail adjustments are performed only using the remote control D Remote control functions PIONEER ADJUSTMENT CONTROL UNIT 5 9 ADJUSTMENTS m Turns on off the power of the unit CO Adjustment Mode Selects ID CLEAR in the ID SET CLEAR SELECT MODE Also selects 0 for 10 SET and ID SELECT Selects V STATIC in the DEFLECTION ADJUST MODE Selects ABL GAIN in the WHITE BALANCE ADJUST MODE EE Starts up the adjustment mode when the two buttons are pressed simultaneously 5 Adiustment Mode Selects 1 ID SET SELECT CLEAR MODE of the main menu of the adjustment mode Sets ID SET in the ID SET CLEAR SELECT MODE Also selects 1 for ID SET and ID SELECT Selects V PHASE in the DEFLECTION ADJUST MODE Seiects STATIC in the CONVERGENCE ADJUST MODE Selects CONTRAST in the WHITE BALANCE ADJUST MODE Returns the CONVERGENCE ADJUST DATA to the factory set data in the MEMORY READ MODE a 4 Adiustment Mode Selects 2 OPERATION MODE of the main menu of the adjustment mode Sets ID SELECT in the ID SET CLEAR SELECT MODE Also selects 3 for ID SET and ID SELECT Cyclically seiects the input function in the OPERATION MODE in the following order VIDEO Y C 2 Selects the V SIZE in the DEFLECTION ADJUST MODE Cyciically selects the item to be adjusted in the CONVERGENCE ADJUST MODE in the following order L SIZE
119. the face of the CRT and surface of projection lens and luminance and hue become different from the adjoining screen b Differences caused by visual points Although the joined parts of multiple screens are improved by peripheral light amount correction the image may not be natural at some points Adjustment of vertical direction using the installation table Due to the layout of the red green and blue CRTs when the screens are viewed diagonally they may appear reddish or biuish Color shift For multiple screens as the angies of the left and right screens are different to a viewer they may appear to have different colors Q Before adjustments have the user check the visual point and adjust at that point As the white balance of high light drive and low light cutoff is adjusted the color balance at the center points will differ 93 ADJUSTMENTS E ERE E 6 External Control by RS 232C As Muki projection unit is equipped with a RS 232C port various controls and white balance and convergence adjustments can be performed by an external computer D Interface 1 Connector D sub 25 pin 2 Pin assignment os pom ome 1 15 3 Baud rate 4800 bps 1200 2400 9600 19200 bps can also be selected 4 Data format Start 1 bit Data 8 bit Parity 0 No parity Stop 1 bit S Connection DLF 0 25 COMPU
120. ti projection unit and screen Thorough water proof measures must be taken when instail ing them in locations where there is a high level of moisture in the air such as near air conditioning vents and water sprays note that in new buildings moisture is frequently produced from the concrete and the humidity level subsequently rises Generally electronic equipment such as the multi orojection unit should not be installed in high humidity environments Follow the precautions below when high humidity is expected Never install the multi projection unit and screen in locations that do not meet their respective specifications Ground the units Ensure that there is no condensation install the units where no can touch them Ensure that water droplets not fall onto the units 9 Condensation One problem that occurs in the winter season is Condensation When the temperature of the room in which the RM V4000V 5000V system is installed rises suddenly condensation occurs on the screen and lens thereby tha system cannot display its best performance In such cases turn off the power once leave the system off for one hour and turn on the power again Increasing the room temperature gradually is another method 57 INSTALLATION AND ASSEMBLY M M 10 Visible Angle Obtaining the Appropriate Visible Angle First de
121. til No color deviation the distortion disappears with color deviation main tained Sudden distortion Color deviation No distortion 72 ADJUSTMENTS BLK L adjustment Output all three colors R G B observe the left side of the screen and adjust with H BLK L so that the color stops deviating Observe here NOTE There are points at which the screen does not move even though the H BLK value changes This is not a malfunction NOTE After adjusting H BLK L the left side of the screen may be smaller than the right side of the screen As the 10 POINT CONV MODE of the procedure will be per formed later ignore it now 73 ADJUSTMENTS 9 V SIZE adjustment Observe here Set to only green observe the top part of the screen and adjust the data amount in the vertical direction using Do not observe the bottom part of the screen SIZE adjustment Set to only green observe the right side of the screen and adjust the data amount in the horizontal direction us SIZE Do not observe the left side of the screen Observe here V SIZE LINEARITY Adjustment Those familiar with the convergence adjustment can adjust the bottom part of the screen in addition to the top part of the sc
122. unit will touch the metal fixtures while the sides touch the guide fixtures right side as viewed from the screen side Fig 3 21 4 Secure the multi projection unit to the metal fixtures of the cabinet with the four M5 x 50 Fig 3 22 5 Remove the inserted into the table at step 2 and push in until the table touches the stopper Table Fig 3 19 Fig 3 20 m Fig 3 21 Fig 3 22 44 INSTALLATION AND ASSEMBLY When mounting from the front 1 Remove the two stoppers and two metal fixtures from the cabinet Fig 3 23 2 Pull the table to the front 131 Insert the screws 5 35 into the holes on the table 4 Place the multi projection unit on the table 151 Attach the metal fixtures to the table 6 Decide the position of the multi projection unit and attach it to the metal fixture with the four x 10 Fig 3 24 7 Remove the screws inserted into the table at step 3 and push in until the stopper can be attached As there are no stoppers at the back be careful not to push the table in excessively 8 Re tighten the stopper at the initial position 9 Pull out the table until it touches the stopper 10 Secure the cabinet table to the cabinet with the two M5 x 35 Fig 3 23 Fig 3 24 45 INSTALLATION AND ASSEMBLY 5 Projection Screen Kit RMS V4011 V5011 1 Mount the screen unit serving as the reference Basically mount from the center unit at the bottom
123. urst signal NTSC 300m Vp p Burst signal lt PAL gt input terminal BNC connector Y and Cx1 each RGB Analog R G B signals Horizontal 15 kHz to 35 kHz Automatic switching Vertical 50 Hz to 150 Hz Automatic switching RGB 1 8NC connectorx5 3 RGB 2 D Sub 9 pin connectorx1 3 R Red input 0 7 240 terminated at 75 ohm posi tive polarity G G SYNC Green input 0 7 Vp p 2db terminated at 75 ohm positive polarity Green input with SYNC 0 7 Vp p 2db terminated at 75 ohm positive polarity B Blue input 0 7 Vp pz 2db terminated at 75 ohm posi tive polarity SYNC HD Composite sync input 0 3Vp p to 4Vp p ter minated at 75 ohm positive negative polarity Horizontal sync input 0 3Vp p to 4Vp p terminated at 75 ohm positive negative polarity VD Vertical sync input 0 3Vp p 4 Vp p terminated at 75 ohm positive negative polarity EXT control BNC connector Remote input Mini jack Linked input 6PIN DIN connector Output signal Video output Standard level 75 ohm load 1 Vp p Outputs input signal from input terminal Remote output 6PIN DIN connector Computer 9 232 D SUB 25 Speed 1200 24001 4800 9600 19200 BPS 2 Power supply voltage 100 to 120V 50 60Hz Normal Consumption power about
124. values slowly change as time goes by When adjusted completely again the values will more or less be stable The time to perform the re adjustments is about 3 months later It is recommended that these adjustments be included in plans made when the unit arrives 2 Periodic Maintenance For the unit to display its best performance stably for a long period of time it is recommended that periodic maintenance be performed There are mainly two types of periodic maintenance Cleaning Although this depends considerably on the environment used in the CRT lens surface screens etc are cleaned mainly Re adiustments Re adjustments must be performed if required Pioneer recommends that contracts on periodic maintenance be signed 3 Replacement of Parts The replacement and addition of RM V4000V V5000V parts are as follows and must all be performed by Pioneer servicemen Request for these services when required CRT The luminance of the RM V4000V V5000V decreases with the time used like other video equipment How much it decreases depends on the images displayed and the using conditions As an approximate the decrease is about half for 10000 hours Although this 10000 hours four years with eight hours of use every day is a rough approximate for replacing the CRT decide according to the state of the unit s 2 Screen If a screen needs to be replaced due to scratches etc purchase a service parts screen Replacing the Scr
125. wing are precautions for this dure 1 Do not piace load on the screen unit in the procedure always place weight on the cabinet 2 Be careful not to hit your head when moving the unit 3 Do not touch the lens 4 AS changing the position of the multi projection unit will change the convergence do not touch the multi projection unit AN Work carried out at high places is extremely hazardous If tools etc are dropped it will cause not only damage to the equipment but also injuries to men as well Therefore work carefuliy 124 CHAPTER 6 PRECAUTIONS 1 PRECAUTIONS ON FUNCTION AND PERFORMANCE OF SYSTEM The power may turn off temporarily due to power discharge inside the CRT tube but it will recover automatically after one second n the new CRT the very slight amount of impurities remaining inside in vacuum may occasionally evaporate when hit with electron beam The screen may black out instantaneously at this time This will not occur after the CRT has been used for 100 to 200 hours When the power remains off for some time it may indicate that a fault has occurred inside malfunction of parts Turn off the main power switch of the multi projection unit and after several seconds turn it on again If the power goes off again it indicates a fault If it works normally it indicates abnormal operations due to electrical discharge and wili not affect operations thereafter f the screen color

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