Pioneer RS-232 User Manual
RS-232 Command Reference Manual
For PIONEER PDP-505CMX Plasma Display Panel
January 2006
Document Version 1.0
Product specifications and functions subject to change.
Please check with your authorized Pioneer dealer or distributor.
RS-232C Adjustment Mode
1.0 RS-232C Adjustment Mode
This display panel has an RS-232C terminal. It is possible to use a PC to make adjustments and settings.
1.1 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" (pg. 211).
2) Display screen in the RS-232C adjustment mode:
––
1280X0214@60Hz
• The screen appears as shown to the right.
The set ID is display in the ‘– –’ area in the upper left corner
of the screen.
ADJ US METNT
Notes
(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"
(pg. 217).
(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" (pg. 221).
(3) Some adjustment values and items set by RS-232C commands are stored in memory while other values
sand settings are not. For details, refer to section 5.5.5, “List of RS-232C Commands" (pg. 221).
Also, when storing final values in memory, the conditions described in section 5.1.5, “Last Memory"
(pg. 152), must be satisfied.
(4) <DIN>/<DIY> (OSD display disable/enable setting)
The following items can be displayed regardless of the setting:
• 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) Cancel the Integrator mode before entering the RS-232C adjustment mode.
(6) When controling the panel using RS-232C commands, control both the input signal and the power. If
the power is ON when there is no signal, the display continues to have a weak discharge. A discharge
could affect the life of the display.
2
1.2 Interface
1) Connector
D-sub 9 pins (male)
2) Pin layout
Pin No.
1 NC (not connected)
2 TxD (Transmit Data)
3 RxD (Receive Data)
4 NC (not connected)
5 GND
3) Baud Rate
9600 bps (standard)
(switch-able to 1200, 2400, 4800, 19200, 38400 bps)
Note
The panel's baud rate should be set to match the computer's baud rate.
Also, when extending the RS-232C cable over a long distance, lower the baud rate.
4) Data format
Start: 1 bit
Data: 8 bit
Parity: 0 (no parity)
Stop: 1 bit
Signal
Pin No.
6 NC (not connected)
7 NC (not connected)
8 RTS (Request To Send)
9 NC (not connected)
Signal
RS-232C Adjustment Mode
1
5
96
5) Connection
Control PC
(with D25 serial port )
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
* D-sub 9-pin/D-sub 25-pin conversion tables are now available on the market.
6) Protocol
From the computer to the display
(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)
Plasma Display
(PDP-505CMX/50MXE10/50MXE11)
(PDP-504CMX/50MXE1/50MXE1-S)
(PDP-434CMX/43MXE1/43MXE1-S)
2
3
2
Control PC
(with D9 serial port)
(with D9 serial port)
Plasma Display
(PDP-505CMX/50MXE10/50MXE11)
(PDP-504CMX/50MXE1/50MXE1-S)
(PDP-434CMX/43MXE1/43MXE1-S)
2
3
2
Straight Cable
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 invalid, ‘ERR’ is returned.
STX (02 hex) ERR (3 Byte) ETX (03 hex)
When 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)
3
RS-232C Adjustment Mode
1.3 ID Assignment
After connecting to a computer, the PC can assign an ID for each plasma display panel.
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)
Connect each unit as shown below.
Refer to section 5.5.4, “Combination Connection" (pg. 219).
PC
RS-232C connection
Sent commands:
1 <∗∗AJY>
2 <01 IDS>
Set #1 Set #2 Set #3
±
ID = 01
OUT IN OUT IN OUT IN
ID = 02 ID = 03
Set #4
ID = 04
‘
3 <∗∗AJY>
4 <02 IDS>
‘
5 <∗∗AJY>
6 <03 IDS>
‘
7 <∗∗AJY>
8 <04 IDS>
By sending RS-232C commands in this order, it is possible to assign an ID for each unit.
Units for which an ID has been set can only receive commands with an ID attached. Attach an ID before sending a
command.
ID characters can include 0 - 9 and A - F (there is no distinction between upper and lower case letters).
.
An ∗ (asterisk) can be used as follows:
<∗∗IDC>: Clear the IDs assigned for all sets
<∗1AJY>: Only a set with the second digit as 1 enters the RS-232C adjustment mode
<2∗IN1>: Only input of a set with the first digit as 2 is set to INPUT1
Precautions when assigning IDs
Units that were connected after a set whose ID was cleared cannot be operated with RS-232C commands.
After assigning a setting as shown in the figure above and <∗∗AJY> = <∗∗IDC> is performed, the IDs for all the sets
from Set #1 to Set #4 are cleared. Only the one set (Set #1) that is directly connected to the PC can be controlled.
Furthermore, by performing <∗∗ AJY> = <01 IDS>, it again becomes possible to control the second set (Set #2). By
setting IDs in the same way for the other sets, it again becomes possible to control the sets connected in succession.
Note
When the IDs are set and one or both of the IDs before a command are sent from the PC as a ∗, 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.
4
RS-232C Adjustment Mode
1.4 Combination Connection
When performing control and adjustment, it is easiest to connect several panels to one PC.
By performing a combination connection and assigning IDs to the displays, it is possible to control and adjust several
panels at the same time or separately.
Connection method:
Connect the panels as shown below. Control and adjust the units with the PC.
Second Panel
I
N OU
COMBINATION
IN
T
OUT
Third Panel
I
N OU
T
RS-
RS-
232
C
COMBINATION
232
IN
PC
I
N OU
OUT
First Panel
COMBINATION
T
RS-
232
C
Combination cable
Combination cable
Note
Only the combination IN terminal or RS-232C terminal can be used at the same time on one panel. Connecting them
at the same time could cause errors or cause other problems so do not connect them at the same time. Also,
do not connect pairs of combination IN terminals or combination OUT terminals. Doing so could cause errors or
other problems.
It is possible to use a general-purpose mini DIN 6-pin (straight) cable for the combination cable.
C
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" (pg. 218).
5
RS-232C Adjustment Mode
Under the connection conditions shown below, up to 16 panels can be controlled and operated.
Conditions: 1 Length of RS-232C cable connecting PC to PDP-505CMX/PDP-50MXE10/PDP-50MXE11/PDP-504CMX/
PDP-50MXE1/PDP-50MXE1-S/PDP-434CMX/PDP-43MXE1/PDP-43MXE1-S: 5 m
2 Combination cable length: 5 m each
3 Wire specifications for linking cable: Mini Din 6-pin straight (7 strand cable)
For 1 strand, suitable for AWG28:
Cross-section area = 0.08 mm
≠
7 strands × π r2 = 7 × 3.14 × 0.062 = 0.079 mm2 ≠ 0.08 mm
2
2
PC
RS-232C
Combination cable 5m
5m
OUT
IN
OUT
IN
OUT
IN
PDP-505CMX/PDP50MXE10/
PDP-50MXE11/
PDP-504CMX/PDP-50MXE1/
PDP-50MXE1-S/
PDP-434CMX/PDP-43MXE1/
PDP-43MXE1-S
1
2
3
#
Note
For details about the number of displays that can be connected in series using the video OUT terminal (INPUT1, 4), refer to
section 2.3, “Controls and Connectors" (pg. 16).
6
RS-232C Adjustment Mode
1.5 List of RS-232C Commands
How to read this Table
• RS-232C adjustment validity : Indicates whether the RS-232C adjustment mode can be used
• Normal validity : Indicates whether the normal-operation mode can be used
• Numerical direct validity : With a 3-digit number attached to the end of a command, the
‡ or ¶: Valid, No mark: Invalid
•
(NOTE)
¶ values are not stored in the last memory.
Command name AJY (232C integrator) Display
[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. ‡
command directly sets that adjustment value
Remarks
RS-232C
Adjustment
Validity
Normal
Validity
Numerical
Direct
Validity
7
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