Pioneer 504CMX - PDP - 50" Plasma Panel Installationshandbuch

PDP-504CMX

Plasma Display Panel

RS-232C Commands

COMMAND PROTOCOL MANUAL

Manual Version 1.00

November 3, 2004

Pioneer Corporation

Pioneer Electronics (USA) Inc.

Industrial Solutions Business Group

translated or utilized in any form or by any means now known or hereafter invented including, but not

limited to, any electronic, mechanical, photocopying and recording or information storage and retrieval

system means, without the express written permission from Pioneer Electronics (USA) Inc.

Every effort has been made to ensure that the information in this manual is accurate. Pioneer is not

responsible for printing or clerical errors.

Information in this document is subject to change without notice.

Document No. PDP504CMX_RS232C-CPM

Printed in the United States of America.

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nor a recommendation. Pioneer assumes no responsibility with regard to the performance or use of these

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No investigation has been made of common-law trademark rights in any word. Words that are known to

have current registrations are shown with an initial capital. Many, if not all, hardware and/or software

products referenced in this manual are identified by their trade names. Most, if not all, of these

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Every precaution has been taken in the preparation of this manual. Although we tried to thoroughly check

that all instructions and information in this manual are accurate and correct, Pioneer can not be and is not

responsible, in whole or in part, for any damage or loss to your data and/or equipment that results from

your use of this document or from any information contained herein including, but not limited to, any

errors, omissions or typos that may have resulted in an incorrect operation or installation.

RS-232C Adjustment Mode

5.5 RS-232C Adjustment Mode

This display has a RS-232C terminal. It is possible to use a PC to make various adjustments and settings.

5.5.1 About the RS-232C Adjustment Mode

1) Adjustments in the RS-232C adjustment mode:

• The adjustments are written to the same memory area as for the integrator mode (refer to section 5.4.4,

‘PICTURE, White Balance and SCREEN Position Adjustment Values Memory Area Tables’).

2) Display screen in the RS-232C adjustment mode:

• The screen is as shown in the figure on the right.

The set ID is display in the ‘– –’ area at the upper left part

of the screen.

(1) Always assign an ID before using the RS-232C adjustment mode. Also, include the ID for the set

to be controlled or adjusted in the RS-232C command. For details, refer to section 5.5.2, ‘Interface’.

(2) There are some RS-232C commands that can be used in the normal-operation mode.

For details refer to section, 5.5.5, ‘List of RS-232C Commands’.

(3) Of the adjustment values and setting items set by RS-232C commands, there are some items that are

storedinmemoryandsomethatarenot.Fordetails,refertosection5.5.5,‘ListofRS-232CCommands’.

Also, when storing values in last memory, the conditions described in section 5.1.5, ‘Last Memory’,

must be satisfied.

(4) <DIN>/<DIY> (OSD display disable/enable setting)

Regardless of the setting, the following items can be displayed.

• Menu display (menu mode, integrator mode)

• Warnings before Auto Power OFF or Power Management operation

• Warning of high temperature inside the set

• Display announcing that the FUNCTIONAL LOCK is set, and the FUNCTIONAL LOCK setting display

• Display call (including holding a button down)

(5) The RS-232C adjustment mode is automatically cancelled in the following cases:

• When the [STANDBY/ON] or [MENU] button is pressed

(6) Before entering the RS-232C adjustment mode, be sure to cancel the integrator mode.

(6) When performing control using the RS-232C commands, not only control the input signal, but also be

sure to control the power. If the power is ON when there is no signal, the display continues to have a

weak discharge, which could affect the life of the display.

ADJUS METNT

1280

0214

––

Notes

RS-232C Adjustment Mode

5.5.2 Interface

1) Connector

D-sub 9 pins (male)

2) Pin layout

3) Baud Rate

9600 bps (standard)

(switch-able to 1200, 2400, 4800, 19200, 38400 bps)

Note

The baud rate of this display should be set to match the baud rate of the PC.

Also, when the RS-232C cable is to be extended over a long distance, a slower baud rate is recommended.

4) Data format

Start: 1 bit

Data: 8 bit

Parity: 0 (no parity)

Stop: 1 bit

5) Connection

6) Protocol

From the computer to the display

Straight Cable

* D-sub 9-pin/D-sub 25-pin conversion tables are now available on the market.

Control PC Plasma Display Control PC Plasma Display

(with D25 serial port )

(PDP-504CMX/50MXE1/50MXE1-S)

(with D9 serial port)

(PDP-504CMX/50MXE1/50MXE1-S)

RXD 3 2 TXD RXD 2 2 TXD

TXD 2 3 RXD TXD 3 3 RXD

CTS 5 8 RTS CTS 8 8 RTS

GND 7 5 GND GND 5 5 GND

Pin No.

Signal

1 NC (not connected)

2 TxD (Transmit Data)

3 RxD (Receive Data)

4 NC (not connected)

5 GND

Pin No.

Signal

6 NC (not connected)

7 NC (not connected)

8 RTS (Request To Send)

9 NC (not connected)

(1) When sending one command at a time:

STX (02 hex) ID (2 Byte) COMMAND (3 Byte or 6 Byte) ETX (03 hex)

(2) When numerical direct commands are possible:

STX (02 hex) ID (2 Byte) COMMAND (3 Byte) ARGUMENT (3 Byte) ETX (03 hex)

COMMAND: 3 Byte (ASCII)

ARGUMERNT: 3 Byte (ASCII)

(3) Echo back

STX (02 hex) COMMAND (3 Byte or 6 Byte) ETX (03 hex)

When the received command is a numerical direct effect command, numerical data is returned.

STX (02 hex) COMMAND (3 Byte) ARGUMENT (3 Byte) ETX (03 hex)

When the received command is non-corresponding command, ‘ERR’is returned.

STX (02 hex) ERR (3 Byte) ETX (03 hex)

When it is determined that the received command cannot be processed (when PON is received when the power

is already ON, etc.), ‘XXX’is returned.

STX (02 hex) XXX (3 Byte) ETX (03 hex)

RS-232C Adjustment Mode

5.5.3 ID Assignment

After connecting to the PC, an ID is assigned. The ID is assigned from the PC.

Commands: <IDC> (ID CLEAR)........ Clears the assigned ID

<IDS> (ID SET) ............. Assigns an ID

IDS is only effective when an ID is not assigned.

Also, IDs are set starting from the set closest to the PC.

Example: Case of 4 displays (Assigning IDs with the PC for the first time)

First,asshown intheexamplein thefigurebelow,performan RS-232Cconnectionandcombination connection.

(Refer to section 5.5.4, ‘Combination Connection’.)

By sending RS-232C commands in this order, it is possible to assign an ID for each set.

Sets for which an ID has been set can only receive commands with an ID attached. Attach an ID before sending a

command.

Characters that can be used for assigning an ID include, 0 - 9 and A - F (there is not distinction between upper case and

lower case alphabet characters).

An ∗(asterisk) can be used as follows:

<∗∗IDC>: Clear the IDs assigned for all sets.

<∗1AJY>: Only a set for which the second digit is 1, enters the RS-232C adjustment mode.

<2∗IN1>: The input of only a set for which the first digit is 2 is set to INPUT1.

Precautions when assigning IDs

Sets that were connected after a set whose ID was cleared cannot be operated with RS-232C commands.

After performing setting as shown in the figure above, when <∗∗AJY> =<∗∗IDC> is performed, the IDs for all the sets

from Set #1 to Set #4 are cleared, and only the one set (Set #1) that is directly connected to the PC can be controlled.

Furthermore, by performing <∗∗AJY> =<01 IDS>, it becomes possible to control the second set (Set #2). By setting

IDs in the same way for the other sets, it becomes possible to control the sets connected in succession.

Note

When the IDs are set, and when one or both of the IDs before a command is sent from the PC is ∗, there is no echo

back. When sending more commands, wait 6 seconds before sending the next command.

Example) When ∗∗OOO and ∗1OOO or 1∗OOO (OOO is the command) are sent from the PC, operation is performed,

but there is no echo back.

Set #4

ID = 04

Set #1 Set #2 Set #3

ID = 01

Sent commands:

1<∗∗AJY>

2<01 IDS>

3<∗∗AJY>

4<02 IDS>

5<∗∗AJY>

6<03 IDS>

7<∗∗AJY>

8<04 IDS>

ID = 02 ID = 03

OUT IN OUT IN OUT IN

‘

RS-232C connection

5.5.4 Combination Connection

When performing control and adjustment, it is convenient to connect several sets to one PC.

By performing a combination connection and assigning IDs to the sets, it is possible to control and adjust several sets

at the same time or separately.

Connection method:

Connect the sets as shown in the figure below, and perform control and adjustment with the PC.

Only the combination IN terminal or RS-232C terminal can be used at the same time on one set. Connecting them at

the same time could cause erroneous operation or be the cause of trouble, so do not connect them at the same

time. Also, do not connect pair of combination IN terminals or combination OUT terminals. Doing so could cause

trouble.

It is possible to use a general-purpose mini DIN 6-pin (straight) cable for the combination cable.

Note

To output RS-232C signals from the combination OUT terminal, an ID must be assigned.

For details, refer to section, 5.5.3, ‘ID Assignment’.

RS-232C Adjustment Mode

232

First set Second set Third set

Combination cable

OUT IN IN

OUT

Note

Under the connection conditions shown below, operation using a combination cable is assured up to 16 sets.

Conditions: 1Length of RS-232C cable connecting PC to PDP-504CMX/PDP-50MXE1/PDP-50MXE1-S: 5 m

2Combination cable length: 5 m each

3Wire specifications for linking cable: Mini Din 6-pin straight (7 strand cable)

For 1 strand, suitable for AWG28:

Cross-section area = 0.08 mm2

≠

7 strands ×πr2= 7 ×3.14 ×0.062= 0.079 mm2≠0.08 mm2

Note

For details on the number of displays that can be connected in series using the video OUT terminal (INPUT1, 4), refer to

section 2.3, ‘Part Names’.

RS-232C

Combination cable 5m

PDP-504CMX

PDP-50MXE1

PDP-50MXE1-S

OUT

RS-232C Adjustment Mode

5.5.5 List of RS-232C Commands

How to read this Table

•RS-232C adjustment validity : Indicates whether or not the RS-232C adjustment mode can be used.

•Normal validity : Indicates whether or not the normal-operation mode can be used.

•Numerical direct validity : When a number (3-digit number) is attached to the end of a command, the

command can directly set that adjustment value.

•‡or ¶: Valid, No mark: Invalid

(NOTE) ¶values are not stored in the last memory.

Command name AJY (232C integrator) Display

RS-232C

Adjustment

Validity

Normal

Validity

Numerical

Direct

Validity

[A]

AJN –Terminates the 232C integrator adjustment mode. ¶

AJY ADJUST: ON Starts the 232C integrator adjustment mode. ¶

AMN AUDIO MUTING: OFF Turns OFF the audio mute. ¶¶

AMY AUDIO MUTING: ON Turns ON the audio mute. ¶¶

AST AUTO SET UP Executes AUTO SETUP. ‡

[B]

BHI B HIGH: ∗∗∗ Adjusts B. HIGH. ‡‡

BLW B LOW: ∗∗∗ Adjusts B. LOW. ‡‡

BRA BAUD RATE: #####-232C Displays the current baud rate. ¶

BRAS01 BAUD RATE: 1200-232C Sets the UART setting to 232C (1200BPS). ‡

BRAS02 BAUD RATE: 2400-232C Sets the UART setting to 232C (2400BPS). ‡

BRAS03 BAUD RATE: 4800-232C Sets the UART setting to 232C (4800BPS). ‡

BRAS04 BAUD RATE: 9600-232C Sets the UART setting to 232C (9600BPS). ‡

BRAS05 BAUD RATE: 19200-232C Sets the UART setting to 232C (19200BPS). ‡

BRAS06 BAUD RATE: 38400-232C Sets the UART setting to 232C (38400BPS). ‡

BRT BRIGHTNESS: ∗∗∗ Adjusts the brightness. ‡‡

BSL B SIDE MASK LEVEL: ∗∗∗ Adjusts the BLUE side mask. ‡‡

[C]

CFR CLOCK: ∗∗∗ Adjusts the CLOCK (PLL frequency). ‡‡

CGB COLOR DETAIL BLUE: ∗∗∗ Adjusts color detail BLUE. ‡‡

CGC COLOR DETAIL CYAN: ∗∗∗ Adjusts color detail CIAN. ‡‡

CGG COLOR DETAIL GREEN: ∗∗∗ Adjusts color detail GREEN. ‡‡

CGM COLOR DETAIL MAGENTA: ∗∗∗ Adjusts color detail MAGENTA. ‡‡

CGR COLOR DETAIL RED: ∗∗∗ Adjusts color detail RED. ‡‡

CGY COLOR DETAIL YELLOW: ∗∗∗ Adjusts color detail YELLOW. ‡‡

CLS COLOR SYSTEM: ##### Displays the current color system. ¶

CLSS01 COLOR SYSTEM: AUTO Sets the color system to AUTO. ‡

CLSS02 COLOR SYSTEM: NTSC Sets the color system to NTSC. ‡

CLSS03 COLOR SYSTEM: PAL Sets the color system to PAL. ‡

CLSS04 COLOR SYSTEM: SECAM Sets the color system to SECAM. ‡

CLSS05 COLOR SYSTEM: 4.43NTSC Sets the color system to 4.43NTSC ‡

CLSS06 COLOR SYSTEM: PAL M Sets the color system to PAL M. ‡

CLSS07 COLOR SYSTEM: PAL N Sets the color system to PAL N. ‡

CM1 COLOR MODE: NORMAL Sets the color mode to NORMAL. ‡‡

CM2 COLOR MODE: STUDIO Sets the color mode to STUDIO. ‡‡

CNT CONTRAST: ∗∗∗ Adjusts the CONTRAST. ‡‡

COF COLOR OFF: ∗∗∗∗∗∗∗∗ Displays the current COLOR OFF setting. ¶

COFS00 COLOR OFF: DISABLE Disables COLOR OFF. ‡

COFS01 COLOR OFF: ENABLE Enables COLOR OFF. ‡

COL COLOR: ∗∗∗ Adjusts the COLOR. ‡‡

CPH PHASE: ∗∗∗ Adjusts the PHASE (PLL phase). ‡‡

CTP COLOR TEMP.: ∗∗∗∗∗∗∗∗ Displays the current COLOR TEMP. ¶

CTPS01 COLOR TEMP.: LOW Sets the COLOR TEMP. to LOW. ‡

CTPS02 COLOR TEMP.: MID LOW Sets the COLOR TEMP. to MID LOW. ‡

CTPS03 COLOR TEMP.: MIDDLE Sets the COLOR TEMP. to MIDDLE. ‡

CTPS04 COLOR TEMP.: MID HIGH Sets the COLOR TEMP. to MID HIGH. ‡

CTPS05 COLOR TEMP.: HIGH Sets the COLOR TEMP. to HIGH. ‡

Remarks

RS-232C Adjustment Mode

CTR CTI: ### Displays the current CTI setting. ¶

CTRS00 CTI: OFF Sets CTI to OFF. ‡

CTRS01 CTI: ON Sets CTI to ON. ‡

[D]

DIN Turns OFF the OSD display. ‡‡

DIY OSD: ON Turns ON the OSD display. ‡‡

DNR DNR: ###### Displays the current DNR setting. ¶

DNRS00 DNR: OFF Sets digital NR to ON. ‡

DNRS01 DNR: LOW Sets digital NR to LOW. ‡

DNRS02 DNR: MIDDLE Sets digital NR to MIDDLE. ‡

DNRS03 DNR: HIGH Sets digital NR to HIGH. ‡

DOF –Clears the currently displayed OSD display. ‡‡

DPR DPR Resets the still image repeat function. ‡‡

DW0 # Reduces the adjustment value by 10. ‡‡

DWn # Reduces the adjustment value by n (n = 1 to 9). ‡‡

DWF # Sets the adjustment value to the minimum value. ‡‡

[E]

ENH H. ENHANCE: ∗∗∗ Adjusts H ENHANCE. ‡‡

ENV V. ENHANCE: ∗∗∗ Adjusts V ENHANCE. ‡‡

ESV ENERGY SAVE: ∗∗∗∗∗∗∗∗ Displays the current ENERGY SAVE setting. ¶

ESVS00 ENERGY SAVE: STANDARD Sets the ENERGY SAVE setting to STANDARD. ‡

ESVS01 ENERGY SAVE: MODE1

Sets the ENERGY SAVE setting to MODE 1 (energy saving).

‡

ESVS02 ENERGY SAVE: MODE2

Sets the ENERGY SAVE setting to MODE 2 (energy saving).

‡

ESVS03 ENERGY SAVE: MODE3

Sets the ENERGY SAVE setting to MODE 3 (long life).

‡

ESVS04 ENERGY SAVE: AUTO Sets the ENERGY SAVE setting to AUTO. ‡

[F]

FCA FAN: AUTO Sets the fan rpm control to AUTO. ‡

FCL ######### Displays the current FUNCTIONAL LOCK setting. ¶

FCLS00 LOCK OFF Clears the FUNCTIONAL LOCK. ‡

FCLS01 BUTTONS LOCK Inhibits the main-control panel button control. ‡

FCLS02 IR LOCK Inhibits remote-control button control. ‡

FCLS03 BUTTONS&IR LOCK

Inhibits both main-control panel and remote-control button control.

‡

FCLS04 MEMORY LOCK Sets the MEMORY LOCK. ‡

FCM FAN: MAX Sets the fan rpm control to maximum. ‡

FDT FUNCTION DEFAULT Executes FUCNTION DEFAULT. ¶

FMK SCREEN MASK: ##### Displays the current SCREEN MASK setting. ¶

FMKS00 SCREEN MASK: OFF Sets the SCREEN MASK to OFF. ‡

FMKS02 SCREEN MASK: INVERSE

Sets the SCREEN MASK to INVERSE (negative-positive inversion).

‡

FMKS03 SCREEN MASK: WHITE Turns ON the WHITE mask. ‡

FMKS04 SCREEN MASK: RED Turns ON the RED mask. ‡

FMKS05 SCREEN MASK: GREEN Turns ON the GREEN mask. ‡

FMKS06 SCREEN MASK: BLUE Turns ON the BLUE mask. ‡

FMKS07 SCREEN MASK: YELLOW Turns ON the YELLOW mask. ‡

FRC FRC: ##### Displays the current FRC setting. ¶

FRCS01 FRC: MODE1 Sets FRC to MODE 1. ‡

FRCS02 FRC: MODE2 Sets FRC to MODE 2. ‡

FRCS03 FRC: MODE3 Sets FRC to MODE 3. ‡

FRP FRESH POSITION

Initializes the integrator and SCREEN adjustment values.

‡

FXO AUDIO OUT: FIX Selects fixed audio output. ‡

[G] ## GET commands are valid in any state including STB (except for [GPI], [GPS], [GSS], [GWB]).

GHI G HIGH: ∗∗∗ Adjusts G HIGH. ‡‡

GLW G LOW: ∗∗∗ Adjusts G LOW. ‡‡

GPI (GET PICTURE DATA) Gets integrator PICTURE data. ¶¶

GPS (GET POSITION DATA) Gets integrator SCREEN data. ¶¶

Command name AJY (232C integrator) Display

RS-232C

Adjustment

Validity

Normal

Validity

Numerical

Direct

Validity

Remarks

RS-232C Adjustment Mode

GRA GRADATION: ####### Displays the current GRADATION setting ¶

GRAS01 GRADATION: GAMMA 2.0 Sets GRADATION to ‘GAMMA 2.0’.‡

GRAS02 GRADATION: GAMMA 1.8 Sets GRADATION to ‘GAMMA 1.8’.‡

GRAS03 GRADATION: GAMMA 2.2 Sets GRADATION to ‘GAMMA 2.2’.‡

GRAS04 GRADATION: DRE MID Sets GRADATION to ‘DRE MID’.‡

GRAS05 GRADATION: DRE HIGH Sets GRADATION to ‘DRE HIGH’.‡

GRAS06 GRADATION: DRE LOW Sets GRADATION to ‘DRE LOW’.‡

GRAS07 GRADATION: HIGH CNT. Sets GRADATION to ‘HIGH CONTRAST’.‡

GSL G SIDE MASK LEVEL: ∗∗∗ Adjusts the GREEN side mask. ‡‡

GSO (GET STATUS OPTIONDATA) Gets OPTION data. ¶¶

GSS (GET STATUS SETUP DATA) Gets SETUP data. ¶¶

GST (GET STATUS) Gets STATUS. ¶¶

GWB (GET WHITE BAL.DATA) Gets integrator WHITE BALANCE data. ¶¶

[H]

HPS H. POSITION: ∗∗∗ Adjusts the HORIZONTAL POSITION. ‡‡

HSI H. SIZE:∗∗∗ Adjusts the HORIZONTAL SIZE. ‡‡

[I]

IDC ID CLEAR Clears the ID. ‡

DS ID No.: ∗∗ Sets the ID. ‡‡

IN1 INPUT1 Switches the main screen to INPUT1. ‡‡

IN2 INPUT2 Switches the main screen to INPUT2. ‡‡

IN3 INPUT3 Switches the main screen to INPUT3. ‡‡

IN4 INPUT4 Switches the main screen to INPUT4. ‡‡

IN5 INPUT5 Switches the main screen to INPUT5. ‡‡

INP INPUT#

Displays the current input function for the main screen.

¶¶

INPS01 INPUT1 Switches the main screen to INPUT1. ‡‡

INPS02 INPUT2 Switches the main screen to INPUT2. ‡‡

INPS03 INPUT3 Switches the main screen to INPUT3. ‡‡

INPS04 INPUT4 Switches the main screen to INPUT4. ‡‡

INPS05 INPUT5 Switches the main screen to INPUT5. ‡‡

[L]

LEN FRONT INDICATOR: OFF Turns OFF the front indicator. ‡

LEY FRONT INDICATOR: ON Turns ON the front indicator. ‡

LNN LOUDNESS: OFF Disables LOUDNESS. ‡‡

LNY LOUDNESS: ON Enables LOUDNESS. ‡‡

[M]

MCD COLOR DECODING: ∗∗∗∗∗∗ Displays the current COLOR DECODING. ¶

MCDS01 COLOR DECODING: RGB Sets COLOR DECODING to RGB (VIDEO). ‡

MCDS02 COLOR DECODING: COMPONENT1 Sets COLOR DECODING to COMPONENT1 (Y CbCr). ‡

MCDS03

COLOR DECODING: COMPONENT2

Sets COLOR DECODING to COMPONENT2 (Y PbPr). ‡

MCN MASK CONTROL: OFF Turns OFF MASK CONTROL. ‡

MCY MASK CONTROL: ON Turns ON MASK CONTROL. ‡

MGF ############# Displays the 2 x 2 ON/OFF status. ¶¶

MGFS00 2 x 2: OFF Turns OFF 2 x 2 (4-screen multi). ‡‡

MGFS01 2 x 2: ON Turns ON 2 x 2 (4-screen multi). ‡‡

MGP #############

Displays the current 2 x 2 seam-consideration/magnification position.

MGPS01 2 x 2 NORMAL UP LEFT Sets 2 x 2 to upper left (no seam consideration). ‡

MGPS02 2 x 2 NORMAL DOWN LEFT Sets 2 x 2 to lower left (no seam consideration). ‡

MGPS03 2 x 2 NORMAL UP RIGHT Sets 2 x 2 to upper right (no seam consideration). ‡

MGPS04 2 x 2 NORMAL DOWN RIGHT Sets 2 x 2 to lower right (no seam consideration). ‡

MGPS05 2 x 2 ADJUSTED UP LEFT Sets 2 x 2 to upper left (seam consideration). ‡

MGPS06 2 x 2 ADJUSTED DOWN LEFT Sets 2 x 2 to lower left (seam consideration). ‡

MGPS07 2 x 2 ADJUSTED UP RIGHT Sets 2 x 2 to upper right (seam consideration). ‡

MGPS08 2 x 2 ADJUSTED DOWN RIGHT Sets 2 x 2 to lower right (seam consideration). ‡

Command name AJY (232C integrator) Display

RS-232C

Adjustment

Validity

Normal

Validity

Numerical

Direct

Validity

Remarks

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