DLPTM Data Display PH50 series (SXGA+ models) XL20/XL50 series (XGA models) Serial Communications November 15, 2005 (REV 4.
Table of Contents 1. PRODUCT LIST ............................................................................................................................. 6 2. COMMUNICATION PROTOCOL ................................................................................................... 7 2.1. Communication rules............................................................................................................... 7 2.2. Command character strings ..................................................
4.1.19. Scablelength(Cable length) ........................................................................................ 28 4.1.20. SCmode (Change Mode) ........................................................................................... 29 4.1.21. Scmtxset (Color Matrix set) ........................................................................................ 29 4.1.22. Sdirection (Direction) ..................................................................................................
.2.19. 4.2.20. 4.2.21. 4.2.22. 4.2.23. 4.2.24. 4.2.25. 4.2.26. 4.2.27. 4.2.28. 4.2.29. 4.2.30. 4.2.31. 4.2.32. 4.2.33. 4.2.34. 4.2.35. 4.2.36. 4.2.37. 4.2.38. 4.2.39. 4.2.40. 4.2.41. 4.2.42. 4.2.43. 4.2.44. 4.2.45. 4.2.46. Ifinv (Field Invert)........................................................................................................ 49 Ihsize (H size)............................................................................................................. 49 Ihst (H start position) .......
8.1. 8.2. 8.3. 9. RS232C terminal ................................................................................................................... 72 Control terminal ..................................................................................................................... 72 Dipswitch ............................................................................................................................... 73 REVISION ARCHIVE .............................................................
1. Product list Below table 1.1 shows the product list applied to this specifications.
2. Communication protocol 2.1. Communication rules Communication rules Flow control None Bits per second 19,200bps/9,600bps (Selectable by “Baud rate” menu.) Parity None Data bits 8bits Stop bits 1bit 2.2. Command character strings A command is defined by ASCII characters. It consists of a command ID number, a command name and zero or more parameters. A carriage return code (0Dh) is added at the end of each command. A command ID number and command name shall not be delimited.
External controller display 01Pmute_1¥r 50msec or more Analyzing and executing command within 700msec. 01Pmute_1¥r 01UP¥r Analyzing and executing command within 700msec. 01UP¥r Note: “¥r” is carriage return code（0Dh）. “_” is space code （20h）. 00Pmute_0¥r 00Pmute_0¥r When command ID is 00, only MASTER display will respond to the command. 00UP¥r 00UP¥r Fig.2.1 2.6. Command return value Displays return command execution results with ASCII character strings.
2.7. UP command and update supporting command Update supporting command is reserved once when command receiving, and executes after UP command receiving. External controller display 01Pmute_1¥r Direction of picture mute ON. It doesn’t execute at this moment. 01Pmute_1¥r 01Calldisp_5¥r Direction of display memory 5 calling. It doesn’t execute at this moment. 01Calldisp_5¥r 01UP¥r Direction of update. It executes picture mute ON and display memory 5 calling in the same time.
The commands that depend on the model like the command that is effective only to the lamp changer models are specified by "Effective models" in the text. It is invalid excluding the model that specifies it. Waiting time of a few seconds (The recommendation: ten seconds) is necessary until the communication becomes effective after turning on the unit (Until entering the standby state). An execution error may be returned when OSD indication such as a remote controller adjustment menu is displayed. REV 4.0.
3. Control 3.1. Control commands The commands that are mainly used in a system operation are follows. See Chapter 5 for detail usage. 3.1.1. vP (Power) Function: To control turning on/off. Status is automatically saved at shut down, turned off with main sw and power failure. Format: ID vP [ _ Power] Power Turning on/off control 0 During power on state or start-up processing, the state goes to stand-by state. 1 During stand-by state, it starts start-up process.
3.1.2. UP (Update) Function: To execute update. It may take more than 700 msec till the display returns the result string after receiving a command. This command is effective only when the Power State is “Power on state”. Format: ID UP Response: ID UP [ _ err ] err Response parameter (non) Updated ?00 Invalid parameter ?01 Execution failure 3.1.3. Pmute (Mute) Function: To control picture mute. It executes after UP command receiving. This command can be accepted during stand-by state.
3.1.5. Callinp (Input Memory Call) Function: To call input memory. It executes after UP command receiving. Input port is allocated ANALOG､DIGITAL､S.ANALOG､S.DIGITAL､COMPOSITE or Y/C according to the selected input memory. This command is effective only when the Power State is “Power on state”.
3.1.7. Ovmpos (V multi position) Function: To set vertical expansion ratio of input signal of the input boards (VC-B20KA / VCB20KV / VC-B50KA / VC-B50KV). It executes after UP command receiving. This command is effective only when the Power State is “Power on state”. The execution result is saved in display memory by Regdisp command execution. Effective inputs: S.ANALOG､S.
3.1.8. ST(Status Information) Function: To get status information of display. Protect detect contents and error detect contents could be obtained by “System” command. This command is an exclusive command for the lamp changer models. Format: ID: ST Response: ID STinfo0 _ info1 info0 To describe 16 bits status as ASCII (HEX) characters. 0x0000 – Function of each bit of info0 is following.
3.1.9. System (System Information) Function: To get system information. * items are not available during stand-by state Format: ID System _ Para Get current status Para 0 Lamp timer value (Current lamp timer value at lamp changer models) 1 Set timer value 2 Input boards (VC-B20KA / VC-B20KV / VC-B50KA / VC-B50KV) installed/ not installed 3 Firmware version 4 Hardware (VC-B20KA / VC-B50KA) version * 5 Hardware (Control CPU of optical unit) version * 6 (Reserved) 7 Detected error or abnormal condition.
para =8 para =9 para =10 para =11 para =12 para =13 para =14 para =15 para =16,17 info2 para =18 para =19 commom commom para =0 para =1 Omitted 10 Fan 1 failure 11 Fan 2 failure 12 Fan 3 failure 13 Fan 4 failure 14 Fan 5 failure 15 Fan 6 failure 255 No error Power failure detection 0 Normal end at last shut down 1 Abnormal end due to power failure at last shut down Last selected input port number 0 ANALOG 1 DIGITAL 2 S.ANALOG 3 S.
3.1.10. Pinp (Input Select) Function: To select input port to display on screen. It may take more than 700 msec till the display returns the result string after receiving a command. This command is effective only when the Power State is “Power on state”. Status is automatically saved at shut down. Format: ID Pinp[ _ Sel ] Input port to display Sel 0 ANALOG 1 DIGITAL 2 S.ANALOG 3 S.
4. Adjustment The commands that are mainly used in system set-up and adjustment are follows. 4.1. Commands for Servise menu 4.1.1. PALC (Set Initial Sensor Data) Function: To get initial brightness value. It cannot be performed for about 5 minutes after lamp lighting. It may take more than 700 msec till the display returns the result string after receiving a command. The execution result is saved in system memory by save command execution.
Response:ID Pmech _ motor [ _ time ] Motor number motor 0 H-POSITION 1 V-POSITION 2 H-KEYSTONE 3 V-KEYSTONE 4 TILT 5 ZOOM ?00 Invalid parameter ?01 Execution failure time Remaining time 1 – 127 Operation time. 1 unit time is 30ms. 0 Stop -1 – Operation time. 1 unit time is 30ms. -128 Omitted When “motor” parameter is ” ?00 ” or ” ?01 ” , “time” parameter is omitted. 4.1.3. Pmechst (Mech Adjuster Status) Function: To get status of Motorized Adjustment Tool.
0 Rightward Infotype =1 Info Omitted Name Reflection Access type Applicable product 0 1 FRONT REAR One-time reflection One-time reflection Front Rear VS-50XLF20U 2 D-FRONT Direct displaying Front 3 D-REAR Direct displaying Rear 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved Infotype =2 F/W Version When “infotype” parameter is ” ?00 ” or ” ?01 ” , “info” parameter is omitted. 4.1.4. PLampTReset (Lamp Timer Reset) Function: Lamp timer resetting.
4.1.6. PSetTColor (Set Target ColorGain) Function: Target color setting. The execution result is saved in system memory by save command execution. Format: ID PSetTcolor _ Flag Setting execution flag Flag 0 Target color setting Response: ID PSetTcolor _ err Result status err 0 Normal end (Target color has been set) ?00 Invalid parameter ?01 Execution failure 4.1.7. S3DYC (3D Y/C) Function: 3D Y/C separation circuit setting.
4.1.9. SALCth (Threshold for auto luminance contorol) Function: The luminance degradation value of the lamp that repeals luminance control setting. The value that expressed a deteriorated part from initial luminance with % is set. When 40 is set as a parameter, if the luminance of a lamp becomes 40% or less from initial luminance, The display will separate from the group of luminance control. The execution result is saved in system memory by save command execution.
4.1.11. SAdark (ADV.Dark) Function: Advanced dark setting to turn on/off the function to sense the room brightness and adjust the image contrast. The execution result is saved in system memory by save command execution. Format: ID SAdark [ _ Sel ] Advanced dark setting Sel 0 OFF 1 ON Omitted Current setting value display Response: ID SAdark _ sel sel Current advanced dark setting 0–1 Current advanced dark setting ?00 Invalid parameter ?01 Execution failure 4.1.12.
Response: ID SAgain_ rgb [ _ data ] rgb R,G or B selecting 0 Red gain fine adjusting 1 Green gain fine adjusting 2 Blue gain fine adjusting 3 Main contrast adjusting (S.ANALOG of model group C) 4 Red clamp level adjusting 5 Green clamp level adjusting 6 Blue clamp level adjusting ?00 Invalid parameter ?01 Execution failure data Current gain value of the color designated in rgb.
4.1.14. SAwhite (System Auto White ) Function: Automatic white level adjusting of analog RGB signal in selected input port. The execution result is saved in system memory by save command execution. Full-bit white signal is required to input from the selected analog input port when this command is executed. When Mode of Isig command is not set to 0, this command is not available. It may take more than 700 msec till the display returns the result string after receiving a command. Effective inputs: ANALOG, S.
4.1.16. Sautopow (Auto Power) Function: Auto power on setting. The execution result is saved in system memory by save command execution. Format: ID Sautopow [ _ Mode] Mode Auto power on setting. 0 It follows last power. (The item saved in the last memory) 1 Auto power ON Omitted Current setting value display Response: ID Sautopow _ mode mode Auto power on setting. 0 It follows last power. (The item saved in the last memory) 1 Auto power ON ?00 Invalid parameter ?01 Execution failure 4.1.17.
4.1.18. Sblank (Blanking) Function: White boost setting to process the color wheel blanking. The execution result is saved in system memory by save command execution. Format: ID Sblank [ _ Cont] White boost setting Cont 0 OFF 1 – 10 White boost setting value Omitted Current setting value display Response: ID Sblank _ cont cont Current white boost setting value 0 OFF 1 – 10 White boost setting value ?00 Invalid parameter ?01 Execution failure 4.1.19.
4.1.20. SCmode (Change Mode) Function: Lamp change mode setting. The execution result is saved in system memory by save command execution. This command is an exclusive command for lamp changer models. Format: ID SCmode _ [ Mode] Mode Change mode 0 OFF 1 NORMAL 2 LONG Omitted Current setting value display Response: ID SCmode _ mode Current change mode mode 0 OFF 1 NORMAL 2 LONG ?00 Invalid parameter ?01 Execution failure 4.1.21. Scmtxset (Color Matrix set) Function: Detail color matrix setting.
4.1.22. Sdirection (Direction) Function: The function: DIRECTION setting.If Cnt parameter is set 0(Cnt=0), the warning indication to induce the filter cleaning and the temperature warning indication become invalid. If you set to Cnt=1 by using this command, setting value of the SetFilter command is changed to time=4000 and If you set to Cnt=0, setting value of the SetFilter command is changed to time=0 automatically.
4.1.24. Sdither (Dither) Function: Dither setting. The execution result is saved in system memory by save command execution. Format: ID Sdither [ _ Cnt] Cnt Dither setting 0 Dither OFF 1 Dither OFF Omitted Current setting value display Responce: Sdither_ cnt cnt Current dither setting 0 Dither OFF 1 Dither OFF ?00 Invalid parameter ?01 Execution failure 4.1.25. SelCSC (Select CSC) Function: CSC pattern selecting. This command is invalid when auto luminance control function (SALC command) is set STOP or RUN.
4.1.27. SetCSC (CSC) Function: CSC adjusting in Current CSC pattern (CSC1 or CSC2). This command is invalid when CSC is set OFF or auto luminance control function (SALC command) is set STOP or RUN. The execution result is saved in system memory by save command execution.
4.1.29. SetGrad (Set Gradation) Function: Gradation value setting. This command is invalid when auto luminance control function (SALC command) is set STOP or RUN. The execution result is saved in system memory by save command execution.
4.1.30. SetW (White Balance) Function: White balance adjusting in Current white balance pattern (LOW, MIDDLE or HIGH). This command is invalid when auto luminance control function (SALC command) is set STOP or RUN. The execution result is saved in system memory by save command execution.
4.1.32. Sflip (Image Flip) Function: Image flip setting. The execution result is saved in system memory by save command execution. Format: ID Sflip [ _ Sel ] Sel Image flip setting 0 Horizontal and vertical flip image* 1 Vertical flip image* 2 Horizontal flip image* 3 Normal image* Omitted Current setting status display *: In the case of rear access models Response: ID Sflip _ sel sel Current image flip setting 0–3 Current mage flip setting ?00 Invalid parameter ?01 Execution failure 4.1.33.
4.1.35. Shpos (H position) Function: Offset value of horizontal position setting. The pending commands are updated when this command is executed. This command is invalid when display mode (Sdisp command) is set without pixel superimposition. The execution result is saved in system memory by save command execution. Effective inputs: S.ANALOG, S.
4.1.38. Slmode (Lamp Mode) Function: Lamp mode setting. The execution result is saved in system memory by save command execution. Effective models: model group C Format: ID Slmode _ [ Mode] Lamp mode Mode 0 NORMAL 1 LONG LIFE 2 F-REDUCTION Omitted Current setting value display Response: ID Slmode _ mode mode Current lamp mode 0 NORMAL 1 LONG LIFE 2 F-REDUCTION ?00 Invalid parameter ?01 Execution failure 4.1.39. Slpower (Lamp Power) Function: Lamp power mode setting.
4.1.41. Startmem (Start Memory) Function: Start memory setting. The execution result is saved in system memory by save command execution. Format: ID Startmem [ _ Mem ] Start memory number direction Mem 0 Using last memory when start-up 1 – 256 Display memory number when start-up Omitted Current setting value display Response: ID Startmem_ mem Mem Start memory number setting value 0 Using last memory when start-up 1 – 256 Display memory number when start-up ?00 Invalid parameter ?01 Execution failure 4.1.
4.1.44. Syssync (System Sync Mode) Function: System sync (50Hz/60Hz) setting. The pending commands are updated when this command is executed. The execution result is saved in system memory by save command execution. Format: ID Syssync [ _ Sel ] System sync setting Sel 0 50Hz 1 60Hz Omitted Current setting status display Response: ID Syssync _ sel sel Current system sync setting 0 50Hz 1 60Hz ?00 Invalid parameter ?01 Execution failure 4.1.45. Test (Test Pattern) Function: Test pattern displaying.
4.1.46. Tstmute (Test Mute) Function: Each color (R,G and B) muting. This command is available when test pattern number 0, 1, 2 ,3 and 7.
4.2. Input signal adjustment commands 4.2.1. Asgain (Gain) Function: Gain (white level) value or clamp level setting of analog RGB signal in selected input port. The execution result is saved in input memory by Reginp command execution. Effective inputs: ANALOG, S.ANALOG Format: ID Asgain _ RGB [ _ Data ] Adjusting color (R,G or B) selecting RGB 0 Red gain fine adjusting 1 Green gain fine adjusting 2 Blue gain fine adjusting 3 Main contrast adjusting (S.
4.2.2. Aswhite (Auto White ) Function: Automatic white level adjusting of analog RGB signal in selected input port. The execution result is saved in input memory by Reginp command execution. Full-bit white signal is required to input from the selected analog input port when this command is executed. When Mode of Isig command is not set to 0, this command is not available. It may take more than 700 msec till the display returns the result string after receiving a command. Effective inputs: ANALOG, S.
4.2.5. IPconv (Pixel Conversion) Function: Pixel conversion filter setting. The execution result is saved in input memory by Reginp command execution. Format: ID IPconv [ _ Mode ] Pixel conversion mode setting Mode 0–1 ANALOG, DIGITAL of model group C 0–2 ANALOG, DIGITAL of model group A, B 0–2 S.ANALOG,S.
4.2.8. Ibrt (Brightness) Function: Brightness adjusting. The execution result is saved in input memory by Reginp command execution. Format: ID Ibrt [ _ Brt ] Brightness setting value Brt -50 – 50 Brightness setting value Omitted Current setting value display Response: ID Ibrt _ brt brt Current brightness setting value -50 – 50 Current brightness setting value ?00 Invalid parameter ?01 Execution failure 4.2.9. Iclpos (Clamp Position) Function: Clamp pulse position setting in analog RGB input signal.
4.2.10. Iclrng (Clock Range) Function: Sampling frequency range setting in analog input signal. The execution result is saved in input memory by Reginp command execution. Effective inputs: ANALOG, S.ANALOG Format: ID Iclrng [ _ Range] Sampling frequency range Range 1 25M – 55MHz When ANALOG of model group C is selected. 2 Reserved 3 Reserved 4 55M – 65MHz 5 Reserved 6 65M – 95MHz 7 Reserved 8 95M – 115MHz 0–4 Reserved When ANALOG of model group A, B is selected.
10 Reserved 11 Reserved 12 82[MHz] – 122[MHz] 13 122[MHz] – 146[MHz] 14 Reserved 15 Reserved 16 146[MHz] – 17 Reserved 18 Reserved Omitted Current setting value display Response: ID Iclrng _ range Current sampling frequency range setting range 1 – 18 sampling frequency range setting ?00 Invalid parameter ?01 Execution failure 4.2.11. Iclwidth (Clamp Width) Function: Clamp pulse width setting in analog input signal. The execution result is saved in input memory by Reginp command execution.
4.2.13. Icolor (Color) Function: Color (color depth) setting in video input signal of the input board (VC-B20KV / VCB50KV). The execution result is saved in input memory by Reginp command execution. Effective inputs: COMPOSITE, Y/C Format: ID Icolor [ _ Col ] Col Color setting value -8 – 8 Color depth setting value Omitted Current setting value display Response: ID Icolor _ col col Current color setting value -8 – 8 Current color setting value ?00 Invalid parameter ?01 Execution failure 4.2.14.
4.2.16. Iepllh (PLL hold end) Function: PLL hold end position setting in analog input signal. The execution result is saved in input memory by Reginp command execution. Effective models and inputs: ANALOG of model group A, B and S.
4.2.19. Ifinv (Field Invert) Function: Field swap setting when input signal is interlace. Use this command when the displayed image is unnatural since the odd field and even fields are inverted. The execution result is saved in input memory by Reginp command execution. Effective inputs: S.ANALOG, S.
4.2.21. Ihst (H start position) Function: Horizontal position setting in input signal to adjust effective horizontal start position. The execution result is saved in input memory by Reginp command execution. It executes after UP command receiving. Format: ID Ihst [ _ Start ] Effective horizontal start position setting value Start 0 – 500 ANALOG and S.DIGITAL of model group C 0 – 1000 ANALOG and S.DIGITAL of model group A, B 0 – 1920 S.ANALOG, S.
4.2.23. Iname (Input Memory Name) Function: Comment setting in input memory. The execution result is saved in input memory by Reginp command execution. Format: ID Iname MemNo [ _ ‘ Comment ’ ] MemNo Input memory number 0 Comment setting (Only when comment is not omitted.) 1 – 128 Input memory number to read comment (Only when Comment is Omitted.
4.2.25. Isig (Input SignalType) Function: Signal type setting to select (RGB, YcbCr or YPbPr). This command is an exclusive command for the input board (VC-B20KA / VC-B50KA). The execution result is saved in input memory by Reginp command execution. It executes after UP command receiving. Effective inputs: S.ANALOG, S.
4.2.28. Itint (Tint) Function: Tint setting in NTSC video input signal of the input board (VC-B20KV / VC-B50KV). The execution result is saved in input memory by Reginp command execution. Effective inputs: COMPOSITE, Y/C Format: ID Itint [ _ Tint ] Tint Tint setting value -8 – 8 Tint setting value Omitted Current setting value display Response: ID Itint _ tint tint Current Tint setting value -8 – 8 Current Tint setting value ?00 Invalid parameter ?01 Execution failure 4.2.29.
4.2.31. Ivsize (V size) Function: Vertical lines setting in input signal. The execution result is saved in input memory by Reginp command execution. It executes after UP command receiving. The values of Ovcrp, Ovcsize, Ovst and Ovsize are re-calculated by this command. Effective models and inputs: ANALOG and DIGITAL of model group A, B S.ANALOG, S.
4.2.33. Ohcrp (H crop position) Function: Horizontal crop start position setting from frame memory of input signal of the input boards (VC-B20KA / VC-B20KV / VC-B50KA / VC-B50KV). The execution result is saved in display memory by Regdisp command execution. It executes after UP command receiving. Effective inputs: S.ANALOG, S.
4.2.35. Ohsize (H size) Function: Horizontal display size in input signal of the input boards (VC-B20KA / VC-B20KV / VCB50KA / VC-B50KV) setting on screen. The execution result is saved in display memory by Regdisp command execution. It executes after UP command receiving. Effective inputs: S.ANALOG, S.
4.2.37. Oscmode (Display Screen Mode) Function: Screen mode in input signal of the input boards (VC-B20KA / VC-B20KV / VC-B50KA / VC-B50KV) setting. The execution result is saved in display memory by Regdisp command execution. It executes after UP command receiving. Effective inputs: S.ANALOG, S.
4.2.39. Ovcrp (V crop position) Function: Vertical crop start position setting from frame memory of input signal of the input boards (VC-B20KA / VC-B20KV / VC-B50KA / VC-B50KV). The execution result is saved in display memory by Regdisp command execution. It executes after UP command receiving. Effective inputs: S.ANALOG, S.
4.2.41. Ovsize (V size) Function: Vertical display size in input signal of the input boards (VC-B20KA / VC-B20KV / VCB50KA / VC-B50KV) setting on screen. The execution result is saved in display memory by Regdisp command execution. It executes after UP command receiving. Effective inputs: S.ANALOG, S.
4.2.43. Regdisp (Registration of the Display memory) Function: Display memory registration. It may take more than 700 msec till the display returns the result string after receiving a command. This command is invalid when input memory is not registered.
4.2.45. memscan (Memory Scan) Function: To scan adequate input signal setting among registered input memory list and the default memory, and then call and display the matched memory. If it doesn’t match, it calculates the setting values from measuring result of input signal and is ready for displaying them. It may take more than 700 msec till the display returns the result string after receiving a command.
5. Control example “Fig. 5.1 system connection” describes an example of multi-screen controlling and “Table 5.1 memory contents” shows the contents of registered memories. Each unit has installed the input board (VCB20KA / VC-B50KA). a b Main unit input A Main unit input ID1 ID2 ID3 ID4 Matrix switcher B VC-B20KA input Main unit input Main unit input c d Fig. 5.
5.2. VC-B20KA / VC-B50KA input signal display 5.2.1. Display memory calling example 1 Sending strings Response strings 00Pmute 1 00Pmute 1 00Calldisp 1 00Calldisp 1 00UP 00UP (Wait) (External switcher switching etc.
5.2.3. Original size display in ID1 Sending strings Response strings 01Pmute 1 01Pmute 1 01Callinp 1 01Callinp 1 01Ohmpos 1 1 01Ohmpos 1 1 01Ovmpos 1 1 01Ovmpos 1 1 01UP 01UP (Wait) (External switcher switching etc.
6. Start up and shut down 6.1. Start-up process When turning on (vP) command is published, it starts start-up process according to the contents saved in the last memory. The priority is the order of the display memory, the input memory and input port. If the memory number is set by start memory (Startmem command), set memory number is called at start-up proccessing. If auto power setting (Sautopow command) is set auto power on, the unit starts start-up process automatically. 6.2.
MECH ALIGNMENT GRADATION TARGET COLOR HOT EXCHANGE CHANGE MODE WHITE/RED/GREEEN/BLUE /OFF TOP BOTTOM LEFT RIGHT TOP/LEFT TOP/LIGHT BOTTOM/LEFT BOTTOM/RIGHT ZOOM H-KEYSTONE V-KEYSTONE TILT H-POSITION V-POSITION CALIBRATION SET INITIAL SENSOR DATA SENSOR CSC 1 CSC 2 CSC OFF R→R R→G R→B G→R CSC G→G G→B B→R B→G B→B SET TARGET COLOR Remote controllable item Select CSC table Setup of CSC Set Target Color SelCSC SetCSC PSetTColor SALC PALC System Hot exchange 66 System System PLSearch SCmode SHo
OVERLAP START MEMORY DITHER 3D Y/C GAMMA ADV.DARK TERMINATE. S. TERMINATE ADV.COLOR LAMP MODE LAMP POWER SDIRECTION FILTER TIMER COLOR MATRIX BLACK LEVEL V-OFFSET SIZE H-OFFSET SIZE V-OFFSET H-OFFSET R-LEVEL G-LEVEL B-LEBEL LOW MIDDLE HIGH R GAIN G GAIN B GAIN SATURATION RED YELLOW GREEN CYAN BLUE MAGENTA AUTO GAIN R GAIN MANUAL GAIN G GAIN B GAIN Remote controllable item Select white balance table Setup of White balance Color Matrix Auto white adjustment of all memories.
Video/System Memory save Filter timer reset Lamp timer reset Resolution Cable length Lamp out mode Auto Power setting Blanking Indicator setting 7.2.1. MENU1 APERTURE COLOR MATRIX CONTRAST BRIGHTNESS FRAME CONTROL V.SIZE H.SIZE V.POSITION H.
7.2.2. MENU2 MANUAL AUTO V DISPLAY POS H DISPLAY POS V SIZE H SIZE V position H position Remote controllable item – – VCR MODE SHARPNESS TINT COLOR SIGNAL-TYPE CLOCK RENGE SYNC SELECT MASK END MASK START CLAMP WHIDTH CLAMP START FINE H.
Ohst Ovst Ohsize Ovsize Out Oscmode Regdisp command A INPUT Key Update UP Pmute System ST SALCth Pmechst PLampChange Lamp Change Mech Adjuster Status(read only) Threshold for auto luminance contorol Status(read only) System Information (read only) Picture Mute Function Command 7.4. Controll command item list R G B Key TEST Key ON / OFF POWER Key Callinp Delinp Calldisp Deldisp vP Pinp Test Tstmute Command 7.3.
*Kind of command Common: Main unit: Input board 71 It can be used regardless of which input port is selected. It can be used when the input port of the main unit is selected. It can be used when the input port of the input board is selected.
8. Terminal functions 8.1. RS232C terminal • • • Connector: D-sub 9 pins male Cable: Commercially available cross cables can be used to connect with external controller. Pin assignment: Pin No. I/ O Signal 1 2 3 4 5 1 – N.C. 2 Input RD(Receive Data) 3 Output SD(Send Data) 6 7 8 9 4 Output ER(Equipment Ready) RS232C serial port 5 – SG(Signal Ground) pin assignment 6 Input DR(Data Set Ready) 7 8 9 – – – N.C. N.C. N.C. 8.2.
8.3. Dipswitch No. Name 1 2 3 4 5 6 7 8 RC RESERVED MASTER ID5 ID4 ID3 ID2 ID1 OFF 1 2 3 4 5 6 7 8 Function Enabling remote control (ON: enabled, OFF: Disabled) Normally ON. MASTER/SLAVE setting(ON: MASTER, OFF: SLAVE) Designating set ID number (1 to 32) (ON: 1, OFF: 0) ID No. = 1x (ID1) +2x (ID2) +4x (ID3) +8x (ID4) +16x (ID5) Example: ID No.=1: ID1= ON,ID2,ID3,ID4 and ID5= OFF IDNo.
9. Revision archive Description Issue first edition (REV 1.0) Add the models, VS-XL20U / VS-50XLW20U / VS-XLW20U / VS-67XL20U Chapter 3.1.8. Add ST Command Chapter 3.1.9. Add the description of the lamp changer model to System command Chapter 3.1.11. Add PLampChange command Chapter 4.1.15. Add OSD warning indication to SautoDisp command Chapter 4.1.20. Add SCmode command Chapter 4.1.38. Add Slmode command Chapter 4.2.29. Add Ivcr command Add the Chapter 8, Terminal functions Add the model, VS-50XLF20U.
