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T440 User’s manual Flat panel part © JED Micro Pty Ltd Page 1
Jed T430/T440 Projector Controller user’s manual version V142F part B
(Ed Schoell rev Sept 6th. 2018 … Flat panel only code version.)
Table of Contents
Active2Touch 1
AHA/ Hitachi LCD 3
BenQ LCD, Clevertouch & eBoard 5
CommBox LCD monitor 7
HDi70 LCD panel 8
Hisense TV (RC5 protocol) via IR 9
Hitachi LCD 10
IT LCD 10
LG LCD/Plasma TV 11
Mitsubishi LCD 15
NEC LCD TV & Sherwood Plas 16
Panasonic LCD panels 21
Panasonic Plasma panels 23
Plasma LCD TV (IR) 24
Philips BDL LCD/LED panels 25
Pioneer Plasma panels 26
Promethean ActivPanel LCD 30
Samsung Plasma/LCD panels 31
Sharp 35
Mitsubishi with Sharp codes 43
Sharp LCD via LAN 43
Smart LCD 45
Soniq LCD 46
Sony LCD 47
2-Touch/CTOUCH 51
ViewSonic LCD 52
Active2Touch: Code 74
Channel codes are:
Input1 := 89 + 65 + 03 + 0E; // Computer1 VGA
Input2 := 89 + 65 + 09 + 08; // Computer2 HDMI 3
Input3 := 89 + 65 + 05 + 0C; // Video1 HDMI 1
Input4 := 89 + 65 + 07 + 0A; // Video2 HDMI 2
Input5 := 89 + 65 + 09 + 08; // HDMI 3
Input6 := 89 + 65 + 0B + 06; // HDMI 4
Input7 := 89 + 65 + 0E + 03; // HDMI FRONT
Input8 := 89 + 55 + 04 + 1D; // YPbPr
Input9 := 89 + 55 + 0D + 14; // AV1
Input10 := 89 + 55 + 12 + 0F; // AV2
Input11 := 89 + 55 + 0A + 17; // AV3
Input12 := 89 + 55 + 15 + 0C; // AV4
Setting T430/T440 systems to control a Projector or LCD device
The default setting is for Projectors
Note: When a unit is re-loaded with a new firmware file, the unit is reset to a “PROJECTOR” setting.
• To set the T430/T440 for projector control, set DF on the rotary switches SW2 and SW3 and switch
off all option switches.
Push the Reset button and the green LED blinks for 2 seconds;
• To set the T430/T440 for LCD control, set DF on the rotary switches SW2 and SW3 and turn ON
Option SW8 only.
Push the Reset button and the green LED blinks for 2 seconds
The device is now ready to be set to a code and option setting. Don’t forget to press the RESET switch again.
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Input13 := 89 + 65 + 0D + 04; // OPS
Input14 := 89 + 55 + 19 + 08; // SV
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
• On panel connection blink codes supported;
• Audio Mute is supported, with a toggle function.
RS232 connections to AHA LCD
These use a 9-pin-D9 female on the panel, male on cable. Communications is at 38400 baud 8N1.
Function/Direction
T440 “projector”
Connection
Panel Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 3 (RXD)
Reply data from projector to T440 Rx ** 9-pin D-sub pin 2 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
3
D-sub 9 male
solder side
4 25 1
9 8 7 6
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AHA LCD touchscreen, 55”, 65”, 70”, 75”, 84”: Code 9C
(similar to LG)
Also Hitachi HITFHD6516/PC, HILF75101 LED interactive
(also Code 9C )
Channel codes are:
Input1 := 'kb 00 07'; //Computer1 RGB-PC
Input2 := 'kb 00 0a'; //Computer2 HDMI-2
Input3 := 'kb 00 0b'; //Video1 HDMI-3 HD
Input4 := 'kb 00 09'; //Video2 HDMI-1
Input5 := 'kb 00 0c'; // DisplayPort
Input6 := 'kb 00 0e'; // OPS On board PC
Input7 := 'kb 00 0d'; // USB (Arrow keys needed on IR remote to access files on USB)
Input8 := 'kb 00 08'; // DVI-D
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making HDMI-1 the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
• On panel connection blink codes supported;
• Audio Mute is supported, but not Freeze.
An alternate set of strings has been released for the FHD6514, 6514PC and 6516. These resemble the standard
Hitachi projector codes. These are accessed with code 3C . (Rev V123)
Channel codes are:
Input1 := BE + EF + 03 + 06 + 00 + 6E + D2 + 01 + 00 + 00 + 20 + 01 + 00; //Computer1 VGA
Input2 := BE + EF + 03 + 06 + 00 + 0E + D2 + 01 + 00 + 00 + 20 + 03 + 01; //Computer2 HDMI 2
Input3 := BE + EF + 03 + 06 + 00 + 0E + D2 + 01 + 00 + 00 + 20 + 03 + 00; //Video 1 HDMI 1
Input4 := BE + EF + 03 + 06 + 00 + FE + D2 + 01 + 00 + 00 + 20 + 00 + 00; //Video OPS
• On panel connection blink codes supported;
• Audio Mute is supported, but not Freeze.
RS232 connections to AHA LCD
These use a 9-pin-D9 female on the panel, male on cable. Communications is at 9600 baud 8N1.
Function/Direction
T440 “projector”
Connection
Panel Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 3 (RXD)
Reply data from projector to T440 Rx ** 9-pin D-sub pin 2 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
** Note, the measured return voltage in rest state from the projector is only -0.9 volts, not the usual -5 to -9 volts.
However the positive swing of voltage is OK.
3
D-sub 9 male
solder side
4 25 1
9 8 7 6
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BenQ LCD 1: RP550+, RP551+, RP650+, RP651+, RP700+: Code 4E
RS232 codes have not been found on the net, but have been supplied directly by BenQ Australia.
Channel codes are:
Input1 := '801s' + 22h +'000' + 0Dh; // Computer1 RGB 2: VGA analog-RGB
Input2 := '801s' + 22h +'002' + 0Dh; // Computer2 HDMI 2
Input3 := '801s' + 22h +'003' + 0Dh; // Video1 AV * (OPT1 swaps Video1 & Video 2)
Input4 := '800s' + 22h +'001' + 0Dh; // Video2 HDMI 1 * (OPT1 swaps Video1 & Video 2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Input4 := '801s' + 22h +'005' + 0Dh; //Video2 S-Video
Input5 := '800s' + 22h +'004' + 0Dh; // YPbPr Component
Input6 := '800s' + 22h +'006' + 0Dh; // DVI
Input7 := '800s' + 22h +'007' + 0Dh; // DisplayPort
Input8 := '800s' + 22h +'008' + 0Dh; // SDI
Input9 := '800s' + 22h +'009' + 0Dh; // Multimedia
Input10 := '800s' + 22h +'010' + 0Dh; // Network
Input11 := '800s' + 22h +'011' + 0Dh; // USB Display
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
• On panel connection blink codes supported;
• Audio Mute is supported, but not Freeze.
It is necessary to set the following in the “Tools” menu (4th):
• Control setting -> RS232;
• Monitor ID -> 1;
• Power save -> Off
There is no volume level indication on the LCD image.
RS232 connections to BenQ LCD with D9 male on the LCD
The reply signal from the LCD screen is disabled between transmitted messages, so the usual test with a multimeter can
give confusing results, as BOTH the LCD Rx (line into the Rx input) and Tx (reply line from the LCD) measure
approximately zero volts and both show a DC resistance of about 5K to ground. The LCD Tx line only outputs a +/- 5
volts waveform when a message is replied to, and then goes back to zero.
These use a 9-pin-D9 male on the LCD, female on cable. Comms is at 9600 baud, 8 bits, Odd parity, 1 stop.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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BenQ LCD 2: RP840G: Code 4F at 38400 baud
RS232 codes have not been found on the net, but have been supplied directly by BenQ Australia.
Channel codes are:
Input1 := AA + BB + CC + 02 + 03 + 00 + 05 + DD + EE + FF; // Computer1 VGA 1 analog-RGB
Input2 := AA + BB + CC + 02 + 04 + 00 + 06 + DD + EE + FF; // Computer2 VGA 2
Input3 := AA + BB + CC + 02 + 02 + 00 + 04 + DD + EE + FF; // Video1 AV
Input4 := AA + BB + CC + 02 + 06 + 00 + 08 + DD + EE + FF; // Video2 HDMI 1
Input5 := AA + BB + CC + 02 + 0B + 00 + 0D + DD + EE + FF; // Computer3 VGA 3
Input6 := AA + BB + CC + 02 + 07 + 00 + 09 + DD + EE + FF; // HDMI 2
Input7 := AA + BB + CC + 02 + 05 + 00 + 07 + DD + EE + FF; // HDMI 3
Input8 := AA + BB + CC + 02 + 09 + 00 + 0B + DD + EE + FF; // HDMI 4? This slot reserved for HDMI 4
Input9 := AA + BB + CC + 02 + 08 + 00 + 0A + DD + EE + FF; // PC ... Don't know what this is
Input10 := AA + BB + CC + 02 + 0A + 00 + 0C + DD + EE + FF; // Android, looks like a Network
Input11 := AA + BB + CC + 02 + 0E + 00 + 10 + DD + EE + FF; // Android+, looks like a Network
Input12 := AA + BB + CC + 02 + 11 + 00 + 13 + DD + EE + FF; // DisplayPort
TV := AA + BB + CC + 02 + 01 + 00 + 03 + DD + EE + FF;
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
• On panel connection blink codes supported;
• OPT7 handshake mode is available (but has not been tested to date);
• Audio Mute is supported, but not Freeze.
It may be necessary to set communications active in the LCD panel’s menu system.
BenQ LCD 3: Benq RP840G, Clevertouch, eBoard LCD: Code 5E at 9600 baud
Channel codes are:
Input1 := AA + BB + CC + 02 + 03 + 00 + 05 + DD + EE + FF; // Computer1 VGA 1 analog-RGB
Input2 := AA + BB + CC + 02 + 07 + 00 + 09 + DD + EE + FF; // Computer2 HDMI 2
Input3 := AA + BB + CC + 02 + 06 + 00 + 08 + DD + EE + FF; // Video1 HDMI 1
Input4 := AA + BB + CC + 02 + 05 + 00 + 07 + DD + EE + FF; // Video2 HDMI 3
Inputs 9, 10, 11 and 12 (above) are also covered.
RS232 connections to BenQ LCD with D9 male on the LCD
The reply signal from the LCD screen is disabled between transmitted messages, so the usual test with a multimeter can
give confusing results, as BOTH the LCD Rx (line into the Rx input) and Tx (reply line from the LCD) measure
approximately zero volts and both show a DC resistance of about 5K to ground. The LCD Tx line only outputs a +/- 5
volts waveform when a message is replied to, and then goes back to zero.
These use a 9-pin-D9 male on the LCD, female on cable. Comms is at 38400 baud, 8 bits, Odd parity, 1 stop.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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CommBox LCD monitor with touchscreen interface
These screens are interfaced via an IR transmitter or a wired connection sending in an un-modulated pulse sequence
identical to an IR transmission (but without the 38khz carrier) into a 3.5mm jack on the back (marked IR).
Code A2 Modulated IR to CommBox , requires an IR bug either sending IR from the front or via a hole in the rear.
Code A3 UnModulated IR-like pulses to CommBox via 3.5mm jack in back.
IR command codes:
Input1FunctionCode := $0025; // Computer1: VGA
Input2FunctionCode := $0026; // Computer2: DVI
Input3FunctionCode := $0023; // Video1: Composite
Input4FunctionCode := $0027; // Video2: HDMI 1
Input5FunctionCode := $0028; // HDMI 2
Input6FunctionCode := $0022; // Component
Input7FunctionCode := $0024; // S-Video
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making HDMI 1the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
This can be used with a variety of keyboards:
• With a “Code 9” keyboard, with buttons selecting “Video” and ‘Computer;
• With “Code 0” or “Code 5” input-only select keyboards;
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with Volume control keys;
• NO Panel connection blink codes and OPT7 handshake modes are available;
• No mute/freeze commands are provided; and
• Volume key presses send 5 consecutive Vol Up or Vol Down commands.
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HDi70 Panel, “23” client ID no.: Code 73 at 115200 baud
RS232 codes have been supplied by an installer.
Channel codes are:
Input1 := 99 + 23 + 0B + 01 + F4 + AA; //Computer1 VGA1
Input2 := 99 + 23 + 0C + 01 + F3 + AA; //Computer2 VGA2
Input3 := 99 + 23 + 0E + 01 + F1 + AA; // Video1 HDMI 1
Input4 := 99 + 23 + 0F + 01 + F0 + AA; // Video2 HDMI 2
Input5 := 99 + 23 + 10 + 01 + EF + AA; // HDMI 3
Input6 := 99 + 23 + 08 + 01 + F7 + AA; // AV
Input7 := 99 + 23 + 0A + 01 + F5 + AA; // YPbPr
Input8 := 99 + 23 + 0D + 01 + F2 + AA; // VGA3
Input9 := 99 + 23 + 06 + 01 + F9 + AA; // VGA4
Input10 := 99 + 23 + 11 + 01 + EE + AA; // ops
Input11 := 99 + 23 + 27 + 01 + D8 + AA; // USB
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
• No on panel connection blink codes supported;
RS232 connections to
HDi70
LCD with D9 female on the panel
Comms is at 115200 baud, 8 bits, no parity, 1 stop. Male on cable.
Function/Direction T460 “projector”
Connection
Panasonic Serial Port
Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to panel Tx 9-pin D-sub pin 3 (RXD)
Reply data from panel to T440 Rx 9-pin D-sub pin 2 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T460, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
3
D-sub 9 male
solder side
4 25 1
9 8 7 6
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Hisense RC5-code LCD TV via IR – Code AC
These panels are controlled via an IR emitter. It has the default address for a TV of “00”. A typical TV model is 24F33
and family. Unfortunately Hisense do not seem to know which IR codes apply to which model, and insist that this
model uses a completely different NEC-format IR protocol, which they supplied. We have verified the RC5 protocol
works with the 24F33 model.
An IR code is provided to access the “Source” menu and subsequent presses roll through available sources. Stopping on
the selected on automatically selects that one after about a 2 second delay. No OK button or arrow keys are needed for
selection. A Code 1 keyboard works well with this (Off, Source/On, Vol. Up, Vol Down). The LED associated with this
key blinks OFF momentarily as the function executes.
IR command codes:
SourceFunctionCode := $0038;
On a T440, Code 1 keyboard, the Volume Up and Volume Down keys send a burst of 5 signals, so the volume steps up
or down in groups of 5.
The red and green LEDs follow the current state of the projector. If the projector gets out of step with the controller (eg
by the projector being ON when the red OFF led is showing), pressing the ON button will get it back into step, and then
pressing OFF once will send the “POWER” IR message twice, with a 1-second separation, leaving both OFF.
Because there is no feedback serial path to the controller, OPT7 status read-back is not possible. (Freeze and mute are
not supported. Two-button-mute mode is not supported either.)
Wiring: The IR transmitting bug is wired to the IR output socket
J2 with the shield of the cable connected to the ground pin and
the centre conductor to the “+IR” pin. The signal is current
limited (24mA pulses), so no series resistors are needed in the
cable.
As the IR bug wire is only 2M long it will usually be extended,
and CAT5 cable is OK for this, but it must be via its own twisted
pair (colour plus colour-with-white). (We have successfully
tested this with 50M of CAT5E cable.)
If the CAT5 connector and cable is used runs from CAT5
connector J6, the IR signal runs
via a twisted pair of wires via this cable, but link L1 must be
moved from Tx (it’s position
in RS232 mode) to IR (as needed for IR mode).
T430: If using a T430, the keyboard has an ON/Source key and no Volume keys. The IR functions allow power On/Off
and source change only. Operation is the same as above.
If OPT4 is OFF, no source changes occur (for a V1 keyboard).
If OPT4 is ON, then a “source” command is sent with each press of the On / Source key. (V3 keyboard.)
(Note: the IR connector has to be requested at ordering time… it is not part of a normal T430 build.)
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(Hitachi HITFHD6516/PC, HILF75101 LED interactive See page 1)
Hitachi HILFU75202 LCD touchscreen: (Code 9E )
(similar to LG)
This screen is similar to AHA (page 1) but has different codes for VGA and power commands. It communicates at
115200 baud.
Channel codes are:
Input1 := 'kb 00 05'; //Computer1 VGA
Input2 := 'kb 00 0a'; //Computer2 HDMI-2
Input3 := 'kb 00 0b'; //Video1 HDMI-3 HD
Input4 := 'kb 00 09'; //Video2 HDMI-1
Input5 := 'kb 00 0c'; // DisplayPort
Input6 := 'kb 00 07'; // OPS On board PC
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making HDMI-1 the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
• On panel connection blink codes supported;
• Audio Mute is supported, but not Freeze.
IT LCD 1: Code 8C
RS232 codes have not been found on the net, but have been supplied directly by Electroboard Australia.
In codes below an IDT (second byte) of “00” is sent a s a global command to all addressed devices.
Channel codes are:
Input1 := 07 + 00 + 02 + 'MIN' + #00 + 08; //Computer1 VGA DB15 (Note: #xx indicates a dec. no)
Input2 := 07 + 00 + 02 + 'MIN' + #10 + 08; //Computer2 HDMI 2
Input3 := 07 + 00 + 02 + 'MIN' + #09 + 08; //Video 1 HDMI 1
Input4 := 07 + 00 + 02 + 'MIN' + #11 + 08; //Video 2 HDMI 3
Input5 := 07 + 00 + 02 + 'MIN' + #12 + 08; //HDMI 4
Input6 := 07 + 00 + 02 + 'MIN' + #13 + 08; //DisplayPort 1
Input7 := 07 + 00 + 02 + 'MIN' + #16 + 08; //DisplayPort 2
Input8 := 07 + 00 + 02 + 'MIN' + #14 + 08; //IPC/OPS
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
• On panel connection blink codes supported;
• Audio Mute is supported, but not Freeze.
RS232 connections to IT LCD: not available at this time.
Comms is at 115200 baud, 8 bits, Odd parity, 1 stop.
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
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LG LCD/Plasma display/TV (Code 90, 91, 93, 94 & 97, 98, 99 and 9A )
In the back of each “Owner’s manual” is a list of “input select” codes … examine this table to determine the family. If
input select uses “kb” codes, select the codes 18 and 19 below.
If “xb” is shown, use the table on the next page for input select.
“kb” family input select codes
There are over a 100 different displays in the “kb” LG family, and codes 90 TO XXX cover the “kb” codes group (see
the user manuals).
Group 1 Code 90 on the switches:
PC to “kb 00 0” for PLASMA monitor: MU-40PA15*, 42/50PM1M**, 42PM3MV**, MU-60PZ30***,
MU-0PZ40***, MU-42/50PZ41V**, MU-42/50PZ44***, MU-42/50/60PZ90***
Function code “kb” strings, code 90 Comments
Input1/Computer1 'kb 00 0' + 0D RGB-PC
Input2/Computer2 'kb 00 4' + 0D RGB-2 / DVI
Input3/Video1 'kb 00 2' + 0D AV1 Video/S-Vid * OPT1 swaps Video1 &Video2
Input4/Video2 'kb 00 9' + 0D HDMI-2* * OPT1 swaps Video1 &Video2
Input5 'kb 00 4' + 0D Component 1 Video YPbPr
Input6 'kb 00 1' + 0D Component 2 Video YPbPr
Input7 'kb 00 6' + 0D RGB-DTV / Component
Input8 'kb 00 9' + 0D HDMI-2 / DVI-PC
* T440: OPT6 switch ON will use S-Video in place of HDMI/DVI. T430: uses HDMI as Video2.
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
Group 2 Code 91 on the switches for Plasma Monitor/Digital TV:
PC to kb code 5 for PLASMA: MU-50PM10, MU-42PM11, MU-42PM12*, RU-42/50PX10, RU-42/50PX11,
RU-42/50PX/20, MW-71PY10*, MW-71PY10**, RT-42/50PZ60/70***, R4U-42/50/60PZ61/71, MU-60PZ95*
Function code “kb” strings, code 91 Comments
Input1/Computer1 'kb 00 5' + 0D RGB-PC
Input2/Computer2 'kb 00 6' + 0D DVI-DTV
Input3/Video1 'kb 00 1' + 0D AV1 Video/S-Vid * OPT1 swaps Video1 &Video2
Input4/Video2 'kb 00 9' + 0D HDMI * * OPT1 swaps Video1 &Video2
Input5 'kb 00 3' + 0D Component 1 Video YPbPr
Input6 'kb 00 4' + 0D Component 2 Video YPbPr
Input7 'kb 00 7' + 0D Video 3
Input8 'kb 00 8' + 0D Video 4
Input9 'kb 00 9' + 0D HDMI
TV 'kb 00 0' + 0D TV Digital
TV Channel Up 'mc 00 00' + 0D Use IR command PR+ CH+
TV Channel Down 'mc 00 01' + 0D Use IR command PR- CH-
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.Any one of these codes can
be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video codes. (The default is to have
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Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel. Setting OPT1 switch ON will swap
Video1 and Video2 channels.)
Group 3 Code 93 on the switches for Digital TV (or Monitor only), 94 on the switches for Analog TV:
PC to “kb 00 7” for LCD/PLASMA TV: 42LC2DR, 32/37/42LC7D*, PLASMA: 50PB2DR, 42/50/60PB4D,
42/50PC1***, 42/50PC5D*, 42/50/60PM4M/MA, 50PX1D***, 50PX2DC**, 42PX3D****, 42/50PX4D***,
42PX5D***, 50PX4DR, DU-50PX10*, DU-42PX12X*, *, 50/60PY2DR*, DU-42/50PZ60***, DU-42/50PZ70***
Choice of codes 93h (Monitor or Digital TV) or 94h (Analog TV) determines TV type.
Function code “kb” strings, code 90 Comments
Input1/Computer1 'kb 00 7' + 0D RGB-PC
Input2/Computer2 'kb 00 8' + 0D HDMI-1 / DVI-DTV
Input3/Video1 'kb 00 1' + 0D AV1 Video/S-Vid * OPT1 swaps Video1 &Video2
Input4/Video21 'kb 00 9' + 0D HDMI * * OPT1 swaps Video1 &Video2
Input5 'kb 00 4' + 0D Component 1 Video YPbPr
Input6 'kb 00 5' + 0D Component 2 Video YPbPr
Input7 'kb 00 6' + 0D RGB-DTV / Component
Input8 'kb 00 9' + 0D HDMI-2 / DVI-PC
TV Channel Up 'mc 00 00' + 0D Use IR command PR+ CH+
TV Channel Down 'mc 00 01' + 0D Use IR command PR- CH-
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
TV := 'kb 00 0' + 0D; // TV Digital (Code 93 selects)
TV := 'kb 00 1' + 0D; // TV Analog (Code 94 selects)
Aspect Ratio settings See following for common aspect commands.
“xb” family input select codes
The newer “xb” family, with codes 97 & 98, 99 & 9A, and use a two hex digit pair after the ASCII select string, with
the top 4 bits (top digit)(5x, 6x, 9x, 2x, 4x) selecting an input type (AV, Component, etc) and the low 4 bits the input
number (x0 or x1).
Choice between codes 97 or 98 (and between 99h or 9Ah) determines TV type, Analog or Digital. So 97 and 99 are
Digital TV, and 98 and 9A are for Analog TV.
Note re Plasma TV models 42/50PQ10**, 42/50PQ11**, 42/50PQ20**, 42/50PQ30**, 42/50PQ31, 42/50PQ60**,
50PS30**, 60PS40**, 50PS60** … We have two manuals for these, one showing them as 'xb 00 50', i.e. Group 4
below, and showing them as 'xb 00 60', i.e. group 5 below. We suggest trying both drivers for one that works to select
RGB.
Group 4: Codes 97 and 98: (first column in table below) uses code 'xb 00 50' + 0D for RGB/VGA PC input used as
“Computer1”.LCD: 32/42/47/52LB9D**, 26/32/37/42LG3***, 32/42/47LG5***, 32/42/47/52LG6**,
42/47/52LG7***
PLASMA: 42/50PQ2***, 42/50PQ6***, 50PS3***, 60PS4***, 60PS6***, 42/50PB4D*, 50/60PY3D**
Group 5: Codes 99 and 9A: (second column in table below) uses code 'xb 00 60' + 0D for RGB/VGA PC input used as
“Computer1”. Typical models are: LCD: 32CL20, 32/42/47CL40, 42/47LB7RF*, 32/42/47/52LB9R*, 26LC2R*,
26/27/32/37/42LC2***, 32/37/42LC2D, 32LC25R*, 26/32LC3R*, 26/32/37/42LC4R*, 26/32/37/42LC7R*,
19/22/26/32LD3**, 32/37/42/47LD4**, 42/47/55LD5**, 32/37/42/47/55LD6***, 32/37/42LE2***, 32LE3***
32/42/47/55LE4***, 22/26/32/37/42/47/55LE5***, 22/26LE6***, 32/37/42/47/55LE7***, 42/47/55LE8***,
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32/37/42/47LF11, 47LF21, 32/37/42LF25**, 32/42/47LF51**, 22/26/32/37/42/47LG1***, 32/37/42LG2***,
19/22//26/32/37/42LG2***, 19/22/26/32/37/42/47LG3, 26/32LG40, 32/37/42/47/52LG5***, 32/37/42/47/52LG60,
32/42/47/52LG70, 47LG90, 42/47LGX, 22/26/32/37/42LH2***, 19/22/26/32/37/42/52LH2***, 32/37/42/47LH3***,
32/37/42/47LH30**, 42/47LH300C, 32/37/42LH35FD, 32/37/42/47/55LH4***, 32/37/42/47/55LH5***,
32/37/42/47LH70**, 47/55LH8***, 42/47/55LH9***, 22/26/32LK3**, 32/37/42/47LK4**, 42/47/55LK5**,
32/39/42/47/55/60LN541C, 32/39/42/47/55/60LN549E, 32/42LP560M, 19/22LS4D*, 19/22LU40**, 19/22/26LU5***,
19/22/26/32LV25**, 26/32/37/42/47/55LV3***, 32/42/47/55LV3***, 32/42/47/55LW45**, 19/22/26/32LV25,
26/32LV30**, 32/42LV33**, 32/37/42/47/55LV35**, 22/26/32/37/42/47/55LV55**, 32/42LV34**,
32/42/47/55LW45**, 42/47LW54**, 42/47LW57**, 42/47/55LW65**, 47/55LW77**, 47/55LW95**, 47/55LW98**,
72LW99**, 32LX2R*, 42/47/55LX6***, 47/55LX9***, 22/29/32/39/42/47/55/60/65LY340C, 42/47/55/65LY540S,
42/47/55LZ96** , 60PC4R*, 32/37/42/47/55SL8***, 42/47SL9***, 42/47/55/60WL30MS, M197WD, M227WD,
M237WD, M2901S, M3204C, M3801S, M4212C, M4712C.
PLASMA: 42/50PA45**, 42/50PA49**, 50/60PA65**, 42PC1***, 42PC1RV*, 42/50PC3***, 42PC3D, 42PC3DV,
50PC3D, 42PC3R*, 60PC4R*, 32PC5DVC, 42PC5RV*, 32/42/50PC5***, 42PC7R*, 42/50PG1***, 42/50PG10**,
42/50PG2***, 42/50PG20**, 42/50PG25, 42/50/60PG30**, 50/60PG60, 42/50PJ250, 42/50PJ3**, 42/50PJ550,
42PJ650, 50/60PK2**, 50PK3**, 50/60PK5**, 50/60PK7***, 50/60PK9***, 42/50PM1/3M**, 42/50PQ10,
42/50PQ20, 42/50PQ30**, 42/50PQ31, 42/50PQ35**, 42/50PQ60**, 42PQ65**, 50/60PS10, 42/50PS20**, 50PS30**,
50/60PS60**, 50PS65**, 50/60PS70**, 50/60PS80**, 42/50PT25**, 42/50PT35**, 50/60PV25**, 42/50PW35**,
42/50PW45**, 50/60PX9***, 60PY3RF*, 50/60PZ55**, 50/60PZ57**, 50/60PZ2**, 50/60PZ57**, 50/60PZ95**.
It is recommended that installers examine the RS232 control tables towards the end of all LG manuals and find the “xb”
command, and check the allocation for the top 4 bits on the RGB command. Then use Group 1 or Group 2 commands
as appropriate. Note: Some panels are listed in two different manuals, with different codes allocated. Also, we have
found some panels need latest firmware upgrades to communicate at all. If your panel turns on and off but will not
change channels, try other codes from this group. If nothing helps, call LG for an upgrade.
We have also found some panels support both “kb” and “xb” command sets. Also, some panels which show “xb”
support in the manual ONLY have “kb” support. LG lies!
Another, older, group uses an “i” as a leading character for the source setting string: these are NOT drivable
with these drivers, although they could be added if required.
Function code Group 4
“xb” strings,
code 97, 98
Group 5
“xb” strings,
code 99, 9A
Comments
97 or 99 DTV
98 or 9A ATV
Input1/Computer1 'xb 00 50' + 0D 'xb 00 60' + 0D RGB-PC
Input2/Computer2 'xb 00 91’ + 0D 'xb 00 91’ + 0D HDMI-2 (Changed at V097)
Input3/Video1 'xb 00 20’ + 0D 'xb 00 20’ + 0D AV1 Video/S-Video * OPT1 swaps Video1 &Video2
Input4/Video2 'xb 00 90’ + 0D 'xb 00 90’ + 0D HDMI-1 * * OPT1 swaps Video1 &Video2
Input4/Video2 'xb 00 21’ + 0D 'xb 00 21’ + 0D AV2 if OPT6 On * OPT1 swaps Video1 &Video2
Input5 'xb 00 30’ + 0D 'xb 00 30’ + 0D S-Video (some only)
Input6 'xb 00 40’ + 0D 'xb 00 40’ + 0D Component 1 Video YPbPr
Input7 'xb 00 41’ + 0D 'xb 00 41’ + 0D Component 2 Video YPbPr
Input8 'xb 00 70’ + 0D 'xb 00 70’ + 0D HDMI/DVI (some only)
Input9 'xb 00 80’ + 0D 'xb 00 80’ + 0D HDMI/DVI (some only)
Input10 'xb 00 90’ + 0D 'xb 00 90’ + 0D Select HDMI-1
Input11 'xb 00 91’ + 0D 'xb 00 91’ + 0D HDMI-2 / SDI / DTV
Input12 'xb 00 92’ + 0D 'xb 00 92’ + 0D HDMI-3
Input13 'xb 00 93’ + 0D 'xb 00 93’ + 0D HDMI-4
Input14 'xb 00 A0’ + 0D 'xb 00 A0’ + 0D HDMI-PC (some only)
Input15 'xb 00 A1’ + 0D 'xb 00 A1’ + 0D HDMI-2 / SDI / DTV
Input16 'xb 00 B0’ + 0D 'xb 00 B0’ + 0D SuperSign
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Input17 'xb 00 C0’ + 0D 'xb 00 C0’ + 0D DisplayPort(DTV) (some only)
Input18 'xb 00 D0’ + 0D 'xb 00 D0’ + 0D DisplayPort(PC) (some only)
TV Channel Up 'mc 00 00' + 0D 'mc 00 00' + 0D Use IR command PR+ CH+
TV Channel Down 'mc 00 01' + 0D 'mc 00 01' + 0D Use IR command PR- CH-
* T440: OPT6 switch ON will use AV2 Video in place of HDMI. T430: uses HDMI as Video2.
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
TV := 'xb 00 00’ + 0D; // TV Digital (Code 97 or 99 selects)
TV := 'xb 00 10’ + 0D; // TV Analog (Code 98 or 9A selects)
Aspect Ratio settings
Use the procedure shown in Part A of the T430/T440 manual:
SetAspect1 := 'kc 00 01' + 0D; // Normal 4:3
SetAspect2 := 'kc 00 02' + 0D; // 16:9
General comments
These panels can be used with a number of keyboards:
• With a “Code 9” or “Code B” keyboard, with buttons selecting “Video” and ‘Computer”, with “Volume Up/Dn”;
• With a “Code E” keyboard, with buttons selecting “TV”, “Video” and “Computer”, with TV channel Up/Down
and Volume control keys. (The TV channel commands send incremental (i.e. up and down) commands), so the
limits are set in the panel.)
• No OPT7 handshake mode is provided. Power on panel connection blink codes available.
• Freeze command is not available.
RS232 connections to LG LCD, LG Plasma and Zenith flat screens
These use a 9-pin-D9 male on the panel, female on cable. Coms is at 9600, 8N1
Function/Direction T440 “projector”
Connection
Fujitsu “Control” Port
Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
Some have clamp diodes on signal lines so voltages may be limited to -0.7 volts and plus 5v signal pulses.
Some might use reverse 2/3.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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Mitsubishi LCD: LDT321V, LDT323V, LDT422V, LDT461V2, MDT521S, MTD651S,
MTD652S: (Code 48 )
(
MDT321S , LDT462V, LDT551V see NEC Multeos below)
RS232 codes are at:
http://www.mitsubishielectric.com.au/assets/vis/RS232_485_LAN_Serial_Command_Control_MDT652S.doc.pdf
Function code NEC LCD 00_r/00_v
and M40/46 (old codes)
Comments
Input1/Computer1 '00_r3' + 0D Computer1 RGB 1 VGA analog-RGB
Input2/Computer2 '00_r4' + 0D RGB/HV into BNC sockets
Input3/Video1 '00_v1' + 0D Composite Video * OPT1 swaps Video1 &Video2
Input4/Video2 '00_r1' + 0D HDMI * * OPT1 swaps Video1 &Video2
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2. S-Video code:
'00_v3' + 0D
Input5 '00_v2' + 0D Component 1 Video YPbPr (RCA)
Input6 '00_r1' + 0D HDMI
Input7 '00_r2' + 0D DVI-D
Input8 '00_r5' + 0D Network
Input9 '00_v3' + 0D S-Video
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
• On panel connection blink codes supported on M40/M60 and all with new codes;
• OPT7 handshake mode is not available with old codes, but is on M40/M60 and all with new codes;
• Mute and Freeze is not supported at all;
RS232 connections to Mitsubishi LCD with D9 (not sighted, taken from manual)
These use a 9-pin-D9 male on the plasma, female on cable. Comms is at 9600 baud, 8 bits, Odd parity, 1 stop.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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NEC LCD: (Code 60 ) Old codes for: 3000/3210/4000/4010/4020/4610/4620/
5220/5710/6520P/L, SC40/SC46, M40/M46 Old T1, Old T2
(See 64/65/66 below for Multeos new drivers.)
NEC Plasma: (Code 60 ) 42XC10/42XP10, 50XC10/50XP10, 60XC10/60XP10
In the back of each user’s manual is a list of typical channel selection messages, and manuals of NEC LCD panels are
available at http://www.nec-display-solutions.co.uk/c/g/uk/en/Service/Home/index.html
Function code NEC LCD 00_r/00_v
and M40/46 (old codes)
Comments
Input1/Computer1 '00_r2' + 0D D-SUB VGA
Input2/Computer2 '00_r3' + 0D RGB/HV into BNC sockets
Input3/Video1 '00_v1' + 0D Composite Video 1 * (OPT1 swaps Video1 & Video2)
Input4/Video2 '00_h1' + 0D HDMI * Some only * (OPT1 swaps Video1 & Video2)
Input5 '00_v2' + 0D Component DVD/DV on BNC
Input6 '00_v4' + 0D Video 2 *some only
Input7 '00_r1' + 0D DVI-D digital
Input8 '00_h1' + 0D HDMI * Some only
Input9 '00_v3' + 0D S-Video
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
• No blink codes supported;
• OPT7 handshake mode is not available with old codes, but is on M40/M60 and all with new codes;
• Freeze is not supported at all;
• Turn off ECO mode of the panel to enable On/Off control (some only)
• Switch “INPUT DETECT” to “NONE” to prevent channel changing when non-selected signals come and go;
• “DVI MODE” may need to be setup to control type of input signal expected on that input;
• “S-VIDEO MODE” should be set to “SEPARATE” so users can select between Composite Video and S-Video
sources (some only).
NEC LCD: (Code 64 HDMI 1, Code 65 HDMI 2), Mit Code 66, Global 68
Multeos and Multisync models LCD3210, LCD3215, LCD4215, LCD4615, LCD5710,
LCD8205, MDT652S, M401/M461/M521, P401, P402, P461, P462, P521, P552, P553,
P701, P702, P703, S401, S461, S521, V321, V322, V422, V423, V461, V462, V463,
X464UN/UNV, V551, V552, V651, V652, V3212, V801, X431BT, X461HB, X461S,
X461UN, X463UN, X551S, X551UN, X554UN/UNS
Mitsubishi MDT321S (no HDMI)
Mitsubishi LCD: LDT462V, LDT551V, MDT652S Code 66 has HDMI as Video 2
In the back of each user’s manual is a list of typical channel selection messages.
Function code M40/46 Multeos Comments
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Input1/Computer1 '00600001' Select RGB-PC
Input2/Computer2 '00600002' RGB/HV into BNC sockets
Input3/Video1 '00600005' Composite Video * (OPT1 swaps Video1 & Video2)
Input4/Video2 '00600004' Code $64 HDMI/DVD * * (OPT1 swaps Video1 & Video2)
Input4/Video2 '00600011' Code $65 HDMI * * (OPT1 swaps Video1 & Video2)
Input4/Video2 '00600003' Code $66 HDMI * * (OPT1 swaps Video1 & Video2)
Input5 '00600006' Video 2
Input6 '0060000C' Component 1
Input7 '0060000E' Component 2
Input8 '00600003' RGB 1 or 2: DVI-D
Input9 '00600004 HDMI (Set only) * Some only
Input10 '00600011' HDMI VESA * Some only
Input11 '00600009' DisplayPort * Some only (OLDER)
Input12 '0060000F' DisplayPort (recent)
Input13 '0060000D' Option
Input14 '00600010' DisplayPort 2
Input15 '00600011' HDMI 2
Input16 '00600080' DisplayPort 3
TV '0060000A'
TV Channel Up '008B0001'
TV Channel Down '008B0002'
• T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
• On panel connection blink codes supported with new codes;
• OPT7 handshake mode is available with new codes;
• Audio control (Volume up/down keyboards, codes 2, 9, B, and E) is ONLY supported in M40/M46 Multeos
mode and all with new codes (Code 64 ). NOTE: Variable audio control and audio mute is only available
to the speaker-level drive. It is NOT able to control the line-level audio out to the RCA connectors. Use
on-screen setup to manually allocate audio inputs to channels;
• Two-yellow button “Mute” command is available on “64/65 ” code displays, but ONLY to the audio and only
to the speaker drive. No picture mute is provided;
• Freeze is not supported at all;
• Turn off ECO mode of the panel to enable On/Off control (some only)
• Switch “INPUT DETECT” to “NONE” to prevent channel changing when non-selected signals come and go;
• “DVI MODE” may need to be setup to control type of input signal expected on that input;
• “S-VIDEO MODE” should be set to “SEPARATE” so users can select between Composite Video and S-Video
sources (some only).
• TV control (keyboard code ‘E’) is only available for M40/M46 in Multeos mode. It uses incremental Up and
Down buttons.
NEC LCD E-Series: Code 68
Global version of above, no audio, audio mute or reply mode.
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NEC LCD E-Series: Code 67
E324, E424, E464, E554, E654
Control codes for this range are at: http://www.hdtvreview.com/pdf/nec-e654-quickstart.pdf and
http://au.nec.com/en_AU/media/docs/products/displays/ExternalControlManual-E-Series_en.pdf
(Unfortunately not all info is in these documents, e.g. reply to GET commands and absolute volume codes.)
Function code E-series codes Comments
Input1/Computer1 '00600001' Select RGB-PC DB15 *(OPT5 swaps Video1 & Video2)
Input2/Computer2 '00600012' HDMI 2 *(OPT5 swaps Video1 & Video2)
Input3/Video1 '00600005' Composite Video * (OPT1 swaps Video1 & Video2)
Input4/Video2 '00600011' HDMI 1 * (OPT1 swaps Video1 & Video2)
Input5 '00600013' HDMI 3
Input6 '0060000C' Component Video YPbPr (RCA)
Input7 '00600014' USB
TV '0060000A' Digital TV
TV Channel Up '008B0001'
TV Channel Down '008B0002'
• On panel connection blink codes supported with new codes. (subject to testing);;
• OPT7 handshake mode is available with new codes. (subject to testing);
• Audio control (Volume up/down keyboards, codes 2, 9, B, and E) is supported in Incremental mode: and sends
five Inc. or Dec. commands. NOTE: Variable audio control and audio mute is only available to the speakerlevel drive. It is NOT able to control the line-level audio out to the RCA connectors. Use on-screen setup to
manually allocate audio inputs to channels;
• No picture mute or freeze is provided;
• Turn off ECO mode of the panel to enable On/Off control (some only)
• Switch “INPUT DETECT” to “NONE” to prevent channel changing when non-selected signals come and go;
RS232 connections to NEC LCD with D9
These use a 9-pin-D9 male on the plasma, female on cable. Comms is at 9600 baud, 8 bits, Odd parity, 1 stop.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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NEC NLT-40/46FHD100, Sherwood LF-401-TB5 TV/LCD panel (Codes 95 & 96 ),
(Made by “indtek” in Korea as LC-401EB3 and LC-461EB3, also sold by Grundig.)
There are two drivers for this: these are same for Computer and Video, but the TV function can select Full HD Digital
tuner (Code 1C ) or analog tuner (Code 1D )
This family has many members with a range of channel messages.
Channel codes are:
Input1 := 'kb 00 7' + 0D; //Computer1 Select PC-RGB
Input2 := 'kb 00 8' + 0D; //Computer2 Select HDMI-1
Input3 := 'kb 00 2' + 0D; //Video1 AV1 Comp Video * (OPT1 swaps Video1 & Video2)
Input4 := 'kb 00 A' + 0D; // Video2 HDMI * (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Input4 := 'kb 00 5' + 0D; //Video4 S-Vid *
Input5 := 'kb 00 3' + 0D; // LG_kb; AV2
Input6 := 'kb 00 4' + 0D; // LG_kb; AV3
Input7 := 'kb 00 6' + 0D; // Component
Input8 := 'kb 00 A' + 0D; // HDMI 3 (option)
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
TV := 'kb 00 0' + 0D; // TV Digital (Code 95 selects)
TV := 'kb 00 1' + 0D; // TV Analog (Code 96 selects)
This panel can be used with a number of keyboards:
• With “Code 9” or “Code 8 or A” keyboards, with buttons selecting “Video” and ‘Computer”, with either
“Volume” (code 9) or “Freeze/Mute” (Code A);
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with Volume control keys; or
• With a “Code E” keyboard, with buttons selecting “TV”, “Video” and “Computer”, with TV channel Up/Down
and Volume control keys. (The channel commands send incremental (i.e. up and down) commands), so the limits
are set in the panel.)
(Keyboards B and E combine channel keys with “On” keys.)
•
Panel connection blink codes are available but OPT7 handshake mode is NOT.
RS232 connections to Sherwood TV/LCD panel
These use a RG45 on the LCD, female on cable. Comms is at 9600 baud, 8 bits, no parity, 1 stop.
Function/Direction T440 “projector”
Connection
RG45 Connector EIA568A
Ground Ground
Pin 3 (orange-white) &
pin 4 (solid blue)
Data from T440 to projector Tx Pin 1, green-white
Reply data from projector to T440 Rx Pin 2, solid green
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
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NEC Plasma PX-42/50/60/61, MP/VM/VP/VR/XM/XR, 2/3/4/5/6 (Code 14 )
This family has many members with a range of channel messages.
There is a typical RS232 code Operation Manual at: http://www.prokare.com.tr/pdf2/nec_residental_plasma_rs232.pdf
And http://www.nec-display-solutions.co.uk/c/g/uk/en/Service/Home/index.html
Channel codes are:
Input1 := DF + 80 + 60 + 47 + 01 + 07 + 0E; //Computer1 RGB1 / PC1 DB15
Input2 := DF + 80 + 60 + 47 + 01 + 08 + 0F; //Computer2 RGB2 / PC2 5 x BNC
Input3 := DF + 80 + 60 + 47 + 01 + 02 + 09; //Video1 "Video2" RCA Composite Video*
Input4 := DF + 80 + 60 + 47 + 01 + 0C + 13; //Video2 RGB3 DVI-D ) *
* (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
*Input4 := DF + 80 + 60 + 47 + 01 + 03 + 0A; //Video2 "Video3" S-VIDEO DIN-4
Input5 := DF + 80 + 60 + 47 + 01 + 01 + 08; // "Video1" BNC
Input6 := DF + 80 + 60 + 47 + 01 + 05 + 0C; // HD1 3 x RCA DTV1/Component
Input7 := DF + 80 + 60 + 47 + 01 + 06 + 0D; // HD2 5 x BNC DTV2/Component or SCART1/2
Input8 := DF + 80 + 60 + 47 + 01 + 0C + 13; // RGB3 / PC3 DVI-D
Input9 := DF + 80 + 60 + 47 + 01 + 0E + 15; // HD3 DVI/HDMI (some only)
Input10 := DF + 80 + 60 + 47 + 01 + 1A + 21; // HD4 DVD/HDMI (some only)
Input11 := DF + 80 + 60 + 47 + 01 + 03 + 0A; //Video2 "Video3" S-VIDEO DIN-4
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
This panel can be used with a number of keyboards:
• With a “Code 9” keyboard, with buttons selecting “Video” and ‘Computer”, with “Volume” keys.
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with “Volume” control keys. (Keyboards combine channel keys with “On” keys.)
• (There is no point in using a Code 8 or A keyboard, as there is no “Freeze” function on plasma screens.
Panel connection blink codes are available but OPT7 handshake mode in NOT.
Audio mute with 2 Vol keys is available, but not video.
RS232 connections to NEC Plasma with D9
These use a 9-pin-D9 male on the plasma, female on cable. Comms is at 9600 baud, 8 bits, Odd parity, 1 stop.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
Plus 9 volt CTS/DTR to projector “RTS” 9-pin D-sub pin 8(CTS IN)
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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Panasonic LCD panels: (Codes 56, 57 )
(Vol 0->100)
There are many displays covered by these drivers, but to determine the appropriate one to use, please
examine the pages in the user manual of your display to see which is needed. Do a search (Ctrl “F”) for
“9600” (the coms baud rate) to get to the page “Serial Terminals connection”. This or the next page shows
the inputs for this model. Compare these to the table below to see commands needed.
Units with “AV1” available (Code 56 ):
TH-42LF6U, TH-47LF6U, TH-55LF6U, TH-42LF30U, TH-47LF30U, TH-70LF50W,
TH-80LF50W, TH-42LF60U, TH-47LF60U, TH-55LF60U, TH-42LFP30, TH-47LFP30
Input1 := 02 + 'IMS:PC1' + 03; // Computer1 DB15
Input2 := 02 + 'IMS:DV1' + 03; // Computer2 DVI-D
Input3 := 02 + 'IMS:AV1' + 03; // Video1 (not all ... overwrite if nec. with HM1 see below)
Input4 := 02 + 'IMS:HM1' + 03; // Video2 HDMI 1
Input5 := 02 + 'IMS:HM2' + 03; // HDMI 2
Input6 := 02 + 'IMS:AV2' + 03; // AV2
Input7 := 02 + 'IMS:AV2YBR' + 03;
Input8 := 02 + 'IMS:AV2RGB' + 03;
Input9 := 02 + 'IMS:SL1' + 03; // Slot 1
Input10 := 02 + 'IMS:SL1YUV' + 03; // Slot 1
Input11 := 02 + 'IMS:SL1RGB' + 03; // Slot 1
Input12 := 02 + 'IMS:S1A' + 03; // Slot 1A
Input13 := 02 + 'IMS:S1AYUV' + 03; // Slot 1A
Input14 := 02 + 'IMS:S1ARGB' + 03; // Slot 1A
Input15 := 02 + 'IMS:S1B' + 03; // Slot 1B
Input16 := 02 + 'IMS:S1BYUV' + 03; // Slot 1B
Input17 := 02 + 'IMS:S1BRGB' + 03; // Slot 1B
Input18 := 02 + 'IMS:DV1YUV' + 03; // DVI (These codes suspiciously called DVIYUV
Input19 := 02 + 'IMS:DV1RGB' + 03; // DVI (sometimes. This looks like a mis-print.)
Input20 := 02 + 'IMS:DL1' + 03; // DigitalLink
Units with “AV1” un-available (Code 57 ):
TH-42LF5U, TH-47LF5U, TH-42LFE6E, TH-50LFE6E, TH-47LFT30, TH-47LFX6J
As above, except:
Input1 := 02 + 'IMS:PC1' + 03; // Computer1 DB15
Input2 := 02 + 'IMS:DV1' + 03; // Computer2 DVI-D
Input3 := 02 + 'IMS:HM1' + 03; // Video1 overwrite with HDMI 1
Input4 := 02 + 'IMS:HM1' + 03; // Video2 HDMI 1
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
• On panel connection blink codes supported and OPT7 handshake mode is supported;
• Enable the RS-232 control access by going to “Setup” then to “Network Setup” then “Control I/F Select” and
set “RS-232”;
• Audio control 0->100 (Volume up/down keyboards, codes 2, 9, B, and E) is available;
• Freeze is not supported at all;
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Panasonic Plasma panels: (Codes 50 ... 53 )
(Vol 0->63)
There are many displays covered by these drivers, but to determine the appropriate one to use, please
examine the pages in the user manual of your display to see which needed. Look for a page entitled
“SERIAL Terminals” which will list the commands needed by that monitor, and choose the driver that suits.
The strings needed are always listed there. Separate, more detailed documents called “PDP Control
Command” are available on request from Panasonic, but are not generally held on publicly accessible web
sites. (Google will fetch some of these if you search for “PDP Control Command” (note quotes).)
Units with “IIS” commands (Code 50 ):
Input1 := 02 + 'IIS:RG1' + 03; //Computer1 RGB
Input2 := 02 + 'IIS:YP1' + 03; //Computer2 Component
Input3 := 02 + 'IIS:VID' + 03; //Video1 Video
Input4 := 02 + 'IIS:SVD' + 03; //Video2 S-Video
Input5 := 02 + 'IIS:YP' + 03; //Video2 Component (alt)
Units with “IMS” commands (Code 51 ) (early group TH-nnPx3/4/5, TH-61PHW6):
Input1 := 02 + 'IMS:RG1' + 03; //Computer1 RGB
Input2 := 02 + 'IMS:YP1' + 03; //Computer2 Component
Input3 := 02 + 'IMS:VID' + 03; //Video1 Video
Input4 := 02 + 'IMS:YP1' + 03; //Video2 Component
Units with slot commands (Code 52 ) (TH-nnPx6/7/8/9/10/11/12, TH-nnVX100)
Input1 := 02 + 'IMS:PC1' + 03; //Computer1 DB15
Input2 := 02 + 'IMS:SL1' + 03; //Computer2 Slot 1
Input3 := 02 + 'IMS:SL2' + 03; //Video1 Slot 2
Input4 := 02 + 'IMS:SL3' + 03; //Video2 Slot 3
Input6 := 02 + 'IMS:SL1' + 03; //Slot 1
Input9 := 02 + 'IMS:SL1A' + 03; //Slot 1
Input10 := 02 + 'IMS:SL1B' + 03; //Slot 1
Input12 := 02 + 'IMS:SL2' + 03; //Slot 2
Input13 := 02 + 'IMS:SL2A' + 03; //Slot 2
Input14 := 02 + 'IMS:SL2A' + 03; //Slot 2
Input15 := 02 + 'IMS:SL3' + 03; //Slot 3
Units with slot commands (Code 53 ) (TH-nnPx20)
Input1 := 02 + 'IMS:PC1' + 03; //Computer1 DB15
Input2 := 02 + 'IMS:DV1' + 03; //Computer2 DVI-D
Input3 := 02 + 'IMS:VD1' + 03; //Video1 Comp Vid
Input4 := 02 + 'IMS:HM1' + 03; //Video2 HDMI
Input5 := 02 + 'IMS:YP1' + 03; //Component/RGB input BNC 20
Input6 := 02 + 'IMS:SL1' + 03; //Slot 1
Input7 := 02 + 'IMS:S1A' + 03; //Slot 1
Input8 := 02 + 'IMS:S1B' + 03; //Slot 1
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
• On panel connection blink codes supported and OPT7 handshake mode is supported;
• Audio control (Volume up/down keyboards, codes 2, 9, B, and E) is available;
• Freeze is not supported at all;
Male and female D9 connectors are used variously, and pin-out is shown in all manuals.
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Panasonic LCD TV / panel, IR interface only: Code A0
Models covered:
65 inch TH-P65ST50A
50 inch TH-P50UT 50A
32 inch TH-L32XMA
50 inch TH-P50UT 30A
These units use IR only, and we have implemented a basic control via IR for them.
In a simple mode, a T440 Code6-KB1 keyboard can be used to provide basic On/Off functionality. It has no
absolute On and Off commands, so the same command is used for both On and Off (programmed into both
keys). Turning Off uses just ONE transmission of the code (not two, as in most other panels.)
In a more complex installation, a T440-code E keyboard can be used, with some compromises and relabelling needed to make it clear what goes on.
This panel has a strange split source selection. A TV key on the remote absolutely selects the TV function,
and we have mimicked this in the Code E, so the TV button selects the TV mode, and the Channel Up and
Channel down (and the Volume Up and Volume Down) functions all work as normal.
However, all the other sources are selected via the AV key, and we have mapped this to the “Video” key on
the T440. (If you have only single other source, eg Composite Video or HDMI, select just that in the TV /
panel, and pressing the Video (now AV function) will select this as the alternative to the TV function. If you
need more channels, the “Computer” key has been programmed to send an “OK” code, and the “Channel”
keys are reprogrammed away from the TV function to send the (different from Channel) “Up arrow” and
“Down Arrow” codes.
So to select any one of a number of (non-TV) sources, press the “AV” button and the source menu will
appear on the TV / panel. Then use the Channel Up / Down keys to navigate to the desired source (of many)
and then press the “Computer” key (now acting as the “OK”) to select and activate that channel.
Yes, it’s confusing, but all we can offer at the moment. (The new T470 from JED will have re-label able
keys, so will be able to have a correctly labelled set of keys for all the above. Stay tuned!)
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Philips BDL series LCD (LED backlit) panels Code 43, 44, 45, 46, 47, 4C, 4D
Philips have a number of different serial protocols in current use and for sale in LCD/LED panels, and there
is no central record or listing of which panels use which protocol. It seems that when a panel’s software is
updated (which can be done via a USB stick) the protocol of that panel can change, as well. (Note: the
software revision numbers in the panels bear no relation to the protocol version numbers.) These all run at
9600 8N1, and also use two different connector systems, some a 4-sleeve miniature audio-type jack (supplied
by Philips, cabled to a DB9), and some a DB9 male on the panel. (A fifth system protocol, called
SerialXpress for HotelTV uses a 10-pin RJ50 connector, and is covered by codes 4A and 4B following.)
Protocol 1.6 (code 44) and 2.0 (code 45) are “non-addressed” protocol strings. If you don’t know what
protocol a particular panel uses, try 40 or 45 first. If it is a “non-addressed” protocol it will show Comms OK
(one red LED blink) when connected and selected for this. If it shows three blinks, try the other two (below)
--- it may be an “addressed” protocol that is being used (codes 46 and 47). If it is correctly a “non-addressed”
protocol, and several source commands do not work, try the other “non-addressed” one. Similarly, if you
have identified the panel as “addressed” (longer messages), and e.g. the HDMI2 command selects VGA, then
try the other “addressed” one.
Code 44 (Non-addressed
Protocol 1.6)
: Some models we know of matching this driver are:
BDL4230E/BDL4230ET, BDL4651VH, BDL4675XU, BDL4681XU, BDL4785SL, BDL5530EL, BDL5585XL,
BDL6450AT, BDL6531E, BDL6551V
Volume range is 0->100
The first group support revision 1.6 of the protocol spec. Channel codes are:
Input1 := 08 + 01 + AC + 05 + 00 + 01 + 00 + A1; //Computer 1: PC Digital VGA
Input2 := 08 + 01 + AC + 09 + 01 + 01 + 00 + AC; //Computer 2: DVI-D
Input3 := 08 + 01 + AC + 01 + 00 + 01 + 00 + A5; //Video 1 * (OPT1 swaps Video1 & Video2)
Input4 := 08 + 01 + AC + 09 + 00 + 01 + 00 + AD; //Video 2 HDMI 1 * (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Input4 := 08 + 01 + AC + 01 + 01 + 01 + 00 + A4; //Video 2 S-Video
Input5 := 08 + 01 + AC + 03 + 00 + 01 + 00 + A7; // Component
Input6 := 08 + 01 + AC + 07 + 01 + 01 + 00 + A2; // DisplayPort
Input7 := 08 + 01 + AC + 08 + 00 + 01 + 00 + AC; // Card OPS
Code 45 (Non-addressed Protocol 2.0) for models BDL3245E, BDL4245E, BDL4645E, maybe BDL4231.
Input1 := 08 + 01 + AC + 05 + 00 + 00 + 00 + A0; //Computer 1: PC VGA
Input2 := 08 + 01 + AC + 09 + 01 + 01 + 00 + AC; //Computer 2: DVI-D (unchanged)
Input3 := 08 + 01 + AC + 01 + 00 + 00 + 00 + A4; //Video 1 AV Input * (OPT1 swaps Video1 & Video2)
Input4 := 08 + 01 + AC + 09 + 00 + 00 + 00 + AC; //Video 2 HDMI 1 * (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Input4 := 08 + 01 + AC + 01 + 01 + 01 + 00 + A4; //Video 2 S-Video (undocumented)
Input5 := 08 + 01 + AC + 03 + 00 + 00 + 00 + A6; // Component 1
Input6 := 08 + 01 + AC + 03 + 01 + 00 + 00 + A7; // Component 2
Input7 := 08 + 01 + AC + 09 + 01 + 00 + 00 + AD; // HDMI 2
Input8 := 08 + 01 + AC + 01 + 01 + 00 + 00 + A5; // Card OPS
Code 46 (Addressed Protocol 1.86) for BDLxx20QL. Channel codes are:
Volume range is 0->100
Input1 := 09 + 01 + 01 + AC + 05 + 00 + 01 + 00 + A1; //Computer 1: PC Digital VGA
Input2 := 09 + 01 + 01 + AC + 05 + 01 + 01 + 00 + A0; //Computer 2: HDMI 2
Input3 := 09 + 01 + 01 + AC + 01 + 00 + 01 + 00 + A5; //Video 1* Video (OPT1 swaps Video1 & Video2)
Input4 := 09 + 01 + 01 + AC + 09 + 00 + 01 + 00 + AD; //Video 2* HDMI 1 (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
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Input4 := 09 + 01 + 01 + AC + 01 + 01 + 01 + 00 + A4; //Video 2 S-Video
Input5 := 09 + 01 + 01 + AC + 03 + 00 + 01 + 00 + A7; // Component
Input6 := 09 + 01 + 01 + AC + 07 + 01 + 01 + 00 + A2; // DisplayPort 1
Input7 := 09 + 01 + 01 + AC + 06 + 01 + 01 + 00 + A3; // DisplayPort 2
Input8 := 09 + 01 + 01 + AC + 09 + 01 + 01 + 00 + AC; // DVI-D
Input9 := 09 + 01 + 01 + AC + 08 + 01 + 01 + 00 + AD; // USB-A
Code 43 (Addressed Protocol 1.87) for (at least):
BDL6520QL, BDL6526QT, BDL5588XH, BDL5588XL,
BDL4677XH, BDL4678XL, BDL4776XL, BDL4777XL, BDL5586XL, BDL5588XH. Volume range is 0->100
Channel codes are:
Input1 := 09 + 01 + 00 + AC + 05 + 00 + 01 + 00 + A0; // Computer 1: PC Digital VGA
Input2 := 09 + 01 + 00 + AC + 05 + 01 + 01 + 00 + A1; // Computer 2: HDMI 2
Input3 := 09 + 01 + 00 + AC + 01 + 00 + 01 + 00 + A4; // Video 1 Video (OPT1 swaps Video1 & Video2)
Input4 := 09 + 01 + 00 + AC + 09 + 00 + 01 + 00 + AC; // Video 2 HDMI 1 (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Input4 := 09 + 01 + 00 + AC + 01 + 01 + 01 + 00 + A5; // Video 2 S-Video
Input5 := 09 + 01 + 00 + AC + 03 + 00 + 01 + 00 + A6; // Component
Input6 := 09 + 01 + 00 + AC + 07 + 01 + 01 + 00 + A3; // DisplayPort 1
Input7 := 09 + 01 + 00 + AC + 06 + 01 + 01 + 00 + A2; // DisplayPort 2
Input8 := 09 + 01 + 00 + AC + 09 + 01 + 01 + 00 + AD; // DVI-D
Input9 := 09 + 01 + 00 + AC + 08 + 01 + 01 + 00 + AC; // USB-1
Input10 := 09 + 01 + 00 + AC + 06 + 00 + 01 + 00 + A3; // USB-2
Code 47 (Addressed Protocol 1.88) for (at least):
BDL3230QL, BDL4330QL, BDL4830QL, BDL5530QL BDL3260EL,
BDL4260EL, BDL4660EL, BDL4765EL, BDL5560EL, BDL4280VL, BDL4680VL, BDL5580VL
Code 4C (Addressed Protocol 1.88, two volume)
Some of these panels need a different format of volume
command, because they control internal speaker volume and external audio jack volume with different bytes
of a longer message. Code 4C sends this longer message.
Volume range is 0->100 (subject to confirmation.)
Channel codes are:
Input1 := 09 + 01 + 01 + AC + 05 + 00 + 01 + 00 + A1; //Computer 1: PC Digital VGA
Input2 := 09 + 01 + 01 + AC + 06 + 00 + 01 + 00 + A2; //Computer 2: HDMI 2
Input3 := 09 + 01 + 01 + AC + 01 + 00 + 01 + 00 + A5; //Video 1* Video (OPT1 swaps Video1 & Video2)
Input4 := 09 + 01 + 01 + AC + 0D + 00 + 01 + 00 + A9; //Video 2* HDMI 1 (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Input4 := 09 + 01 + 01 + AC + 02 + 00 + 01 + 00 + A6; //Video 2 S-Video
Input5 := 09 + 01 + 01 + AC + 03 + 00 + 01 + 00 + A7; // Component
Input6 := 09 + 01 + 01 + AC + 0A + 00 + 01 + 00 + AE; // DisplayPort 1
Input7 := 09 + 01 + 01 + AC + 07 + 00 + 01 + 00 + A3; // DisplayPort 2
Input8 := 09 + 01 + 01 + AC + 0E + 00 + 01 + 00 + AA; // DVI-D
Input9 := 09 + 01 + 01 + AC + 0C + 00 + 01 + 00 + A8; // USB-A
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Code 4D
(Addressed Protocol 1.92, two volume)
This also uses two volume data fields, but a different
command set for inputs.
55BDL4050D/00 uses this protocol.
Volume range is 0->100.
Channel codes provided are (only a subset are actually implemented):
Input1 := 09 + 01 + 01 + AC + 05 + 05 + 01 + 00 + A4; //Computer 1: VGA (via DVI-I)
Input2 := 09 + 01 + 01 + AC + 06 + 06 + 01 + 00 + A4; //Computer 2: HDMI 2
Input3 := 09 + 01 + 01 + AC + 01 + 01 + 01 + 00 + A4; //Video 1* Video (OPT1 swaps Video1 & Video2)
Input4 := 09 + 01 + 01 + AC + 0D + 0D + 01 + 00 + A4; //Video 2* HDMI 1 (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI 1. T430: uses HDMI 1 as Video2.
Input4 := 09 + 01 + 01 + AC + 02 + 02 + 01 + 00 + A4; //Video 2 S-Video
Input5 := 09 + 01 + 01 + AC + 03 + 03 + 01 + 00 + A4; // Component
Input6 := 09 + 01 + 01 + AC + 0A + 0A + 01 + 00 + A4; // DisplayPort 1
Input7 := 09 + 01 + 01 + AC + 07 + 07 + 01 + 00 + A4; // DisplayPort 2
Input8 := 09 + 01 + 01 + AC + 0E + 0E + 01 + 00 + A4; // DVI-D
Input9 := 09 + 01 + 01 + AC + 09 + 09 + 01 + 00 + A4; // Card DVI-D
Input10 := 09 + 01 + 01 + AC + 0F + 0F + 01 + 00 + A4; // HDMI 3
Input11 := 09 + 01 + 01 + AC + 0C + 0C + 01 + 00 + A4; // USB-1
Input12 := 09 + 01 + 01 + AC + 08 + 08 + 01 + 00 + A4; // USB-2
Input13 := 09 + 01 + 01 + AC + 0B + 0B + 01 + 00 + A4; // Card OPS
Input14 := 09 + 01 + 01 + AC + 10 + 10 + 01 + 00 + A4; // Browser
Input15 := 09 + 01 + 01 + AC + 11 + 11 + 01 + 00 + A4; // Smart CMS
Input16 := 09 + 01 + 01 + AC + 12 + 12 + 01 + 00 + A4; // DMS (Digital media Server)
Input17 := 09 + 01 + 01 + AC + 13 + 13 + 01 + 00 + A4; // Internal storage
Input18 := 09 + 01 + 01 + AC + 17 + 17 + 01 + 00 + A4; // Media Player
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making HDMI the video default. Setting OPT5 switch
ON will swap Computer 1 and Computer 2 sources.)
T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2..
• OPT7 handshake mode is provided;
• No Picture and sound mute is available;
• Mute and freeze keyboard code 8 or A is not usable;
• Aspect ratio control is not supported.
RS232 connections to Philips LCD/LED with D9 or JACK
Some use a 9-pin-D9 male on the LCD, female on cable. Others use a 4-sleeve miniature audio-type jack (supplied
by Philips, cabled to a DB9). Comms is at 9600 baud, 8 bits, no parity, 1 stop..
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to panel Tx 9-pin D-sub pin 3
Reply data from panel to T440 Rx 9-pin D-sub pin 2
Plus 9 volt CTS/DTR to panel N/c N/c
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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Philips SerialXpress series LCD (LED backlit) panels Code 4A, 4B
This fifth system protocol, called SerialXpress for HotelTV uses a 10-pin RJ50 connector, and runs at 38400
baud 8N1, and takes 66 pages to describe. A protocol document is available from Philips distributors.
Two codes support this series, code 4A does volume control using simple Increment and Decrement
commands going one step at a time. Code 4B uses the Absolute Volume commands and each press or step
increments by 5 steps.
Channel codes are:
Input1 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 07 + 8B + A5 + A5; //Computer 1: VGA
Input2 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 09 + 85 + A5 + A5; //Computer 2: HDMI 2
Setting OPT5 switch ON will swap Computer 1 and Computer 2 sources.
Input3 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 03 + 8F + A5 + A5; //Video 1: AV or Scart 1
Input4 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 08 + 84 + A5 + A5; //Video 2: HDMI 1
Setting OPT1 swaps Video1 & Video2 sources
Input5 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 05 + 89 + A5 + A5; // YPbPr1
Input6 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 06 + 8A + A5 + A5; // YPbPr2 or S-Video
Input7 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 0A + 86 + A5 + A5; // HDMI 3
Input8 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 0C + 80 + A5 + A5; // Side HDMI
Input9 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 04 + 88 + A5 + A5; // AV2 or Scart2 or S-Video
Input10 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 0D + 81 + A5 + A5; // Side AV
Input11 := 0E + 0E + 00 + 00 + 05 + 05 + 00 + 0C + 20 + AC + 0B + 87 + A5 + A5; // USB
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making HDMI the video default. Setting OPT5 switch
ON will swap Computer 1 and Computer 2 sources.)
• On panel connection blink codes supported;
• OPT7 handshake mode is supported. Note: because of a watchdog system which will revert the system to a
default mode away from the user selection, this panel MUST always be used in handshake mode, with OPT7
turned ON. The T440 will then poll the status every 5 seconds, keeping the communications and user
selection current;
• Picture and sound mute is available;
• Mute and freeze keyboard code 8 or A is not usable;
• Aspect ratio control is not supported; and
• TV mode is supported with a Code E keyboard, providing a TV button and Channel Up/Down keys.
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RS232 connections to Philips SerialXpress series
These use a 10-way RJ45 type connector. Comms is at 38400 baud, 8 bits, no parity, 1 stop.
.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
(see table below)
Ground Ground Pins 2 & 10
Data from T440 to panel Tx Pin 6
Reply data from panel to T440 Rx Pin 5
Plus 9 volt CTS/DTR to panel N/c N/c
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
Low Power ECO mode needs to be disabled from within the Professional Menu on the TV;
Enter Professional code (3, 1, 9, 7, 5, 3, MUTE)
Enter Professional Settings Menu
Professional settings -> Professional mode -> ON
Power Settings -> Low Power Standby -> FAST
Control settings -> SXP BaudRate -> 38400
Pinout for the serial connector on the Hotel TV is below:
PIN
NO
SIGNAL
NAME
SIGNAL NAME EXPLANATION
I/O
1 Status_TV
Power status of TV
O
2 Gnd
Ground
3 RxD_UART UART receiver signal to TV (3V3)
I
4 TxD_UART UART transmitter signal from TV (3V3)
O
5 TxD_RS232 RS232 transmitter signal from TV
O
6 RxD_RS232 RS232 receiver signal to TV
I
7 IRout
IR signal output from TV
O
8 IR_CNTRL
Switch cntl IRin and IRout signals
I
9 IRin
IR signal input to TV
I
10 Gnd
Ground
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Pioneer Plasma panels Code 80
Some models we know of matching this driver are: PDP-42/50MXE10, PDP-42/50MXE11, PDP-42/50/60MXE20,
PDP-43/50MXE1, PDP-425/525CMX, PDP-434/505CMX. All have same codes.
Channel codes are:
Input1 := 02 + '01IN1' + 03; //Computer1 Select Ch 1 In VGA DB15
Input2 := 02 + '01IN2' + 03; //Computer2 Select Ch 2 In DVI-D
Input3 := 02 + '01IN4' + 03; //Video1 Select Ch 1 In Video Composite
Input4 := 02 + '01IN3' + 03; //Video2 Select Ch 2 In S-Video
Input5 := 02 + '01IN5' + 03; // Select Ch 3 In Component
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
On startup, the controller resets all existing ID fields and sets up an ID field of “01” for the connected plasma. This ID
is then used at the start of each command.
• Power on panel connection blink codes are provided, but OPT7 handshake mode is possibly not available on some
older models. Leave OPT7 OFF in this case;
• Auto Pixel Align is NOT available;
• Picture and sound mute is available with two-yellow-button mute mode with a “volume” keyboard;
• Mute and freeze keyboard code 8 or A are available;
• Make sure to turn off “Auto input search” if your panel includes this;
• Make sure to set the baud rate to 9600 and no parity if an adjustment menu is provided.
RS232 connections to Pioneer Plasma with D9
These use a 9-pin-D9 male on the plasma, female on cable. Comms is at 9600 baud, 8 bits, no parity, 1 stop.
Function/Direction
T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to panel Tx 9-pin D-sub pin 3
Reply data from panel to T440 Rx 9-pin D-sub pin 2
Plus 9 volt CTS/DTR to panel N/c N/c
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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Promethean ActivPanel Touch 2 APT70 LCD panels Code 5C, 5D
Data for serial RS232 control is available from Promethean’s Knowledge Base, by entering “11178” in the search field.
This gives the basic hex codes for commands (three or four bytes long). The complicating fact here is that “Open LAN”
and “Close LAN” commands have to be wrapped around each command (except “Power On”) with a 1 second space
between the Open LAN and the Command, and between the Command and the Close LAN. This is illustrated at the end
of the code page.
5C: To add to the confusion, the “Open LAN” and “Close LAN” are unfortunately the SAME. This has the possibility
that the controller and the panel can get out of step, where an Open command is interpreted as a Close and so it fails.
One can recover from this situation by turning the LCD panel Off with the power button (at the lower left of the panel,
so the LED alongside turns RED. Turn off the T440 by pressing Off there too, and then both the controller and the
panel with be in sync, and pressing “On” on the T440 will start up both systems in step correctly. Please make sure the
end customer understands that this might occasionally be needed.
5D: It would appear Promethean have listened to the problems of system integrators and more recent units shipped have
a variation on the above, requiring the LAN command to be sent only once at the end of the warmup time, and
removing the requirement to send that wrapping each command. 5D uses the same channel, on/off and freeze
commands as below, but LAN is only sent once. (Older units may accept a download of the new protocol.)
Channel codes (without the Open LAN and Close Lan parts) are:
Input1 := 89 + 65 + 03 +0E; //Computer1 Select Ch 1 In VGA DB15
Input2 := 89 + 65 + 07 +0A; //Computer2 Select Ch 2 In HDMI 2
Input3 := 89 + 55 + 0D +14; //Video1 Select Ch 1 AV
Input4 := 89 + 65 + 05 +0C; //Video2 Select Ch 2 In HDMI 1
Input5 := 89 + 55 + 04 +1D; // Select Component YPbPr
Input6 := 89 + 65 + 09 +08; // Select HDMI 3
Input7 := 89 + 65 + 0B +06; // Select HDMI 4
Input8 := 89 + 65 + 0E +03; //HDMI Front
Input9 := 89 + 65 + 0D +04; //OPS
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 VGA (above) as the “Computer” channel and Video1 AV as the “Video”
channel. Setting OPT1 switch ON will swap Video1 and Video2 channels, making HDMI 1 the video default. Setting
OPT5 switch ON will swap Computer 1 VGA and Computer 2 HDMI 2 sources.)
• No power on panel connection blink codes are provided, or OPT7 handshake mode are provided;
• Volume keys are supported, including autorepeat. Autorepeat time is just over one second;
• Freeze keyboard code 8 or A are available, but no mute command is provided;
• Make sure to turn off “Auto input search” if your panel includes this;
RS232 connections to Promethean LCD with D9
These use a 9-pin-D9 male on the LCD, female on cable. Comms is at 38400 baud, 8 bits, no parity, 1 stop.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to panel Tx 9-pin D-sub pin 3
Reply data from panel to T440 Rx 9-pin D-sub pin 2
Plus 9 volt CTS/DTR to panel N/c N/c
After installation wiring of any device to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins in
any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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Samsung LCD and Plasma panels: Code 6C…6E
Code 6C - configure panel to SET ID=Global
Code 6D – configure panel to SET ID=01
Plasma: 42”: P42H(n), P42H-2, PS-42P3ST, SPD-42P3SM, PPM42S2, PPM42S3, PS-42P2ST,
50”:P50H(n), P50FP, P50HP, PPM50H3, PS-50P2HT, PPM50H2, P50F(n), SPD-50P3HM,
63”: P63F(n), P63FP(x), PPM63H3, SPD-63P3HM, Various: PPMxxM5x, PPMxxM7x.
LCD: 23”: 230MXn , 230TSn,
32”:320DX, 320MP(n), 320MX(n), 320P(N), 320PX , 323TSn,
40”: 400CX(n), 400DX , 400DX(n), 400FP(n), 400FX(n), 400MP(n), 400MX(n), 400P(n), 400PX(n),
400TSn, 400TX(n), 400UX(n), 403T, CT40CS(N),
46”: 460CX(n), 460DMn, 460DR(n), 460DX(n), 460FP(n), 460MP(n), 460MX(n), 460P(n), 460PX(n),
460Rn , 460TX(n), 460TS(n), 460UT(n), 460UX(n),
52”: 520DX(n), 57”: 570DX(n), 65”: ME65B(n)
70”: 700DX , 700DX(n), 700DRn, 700TSn
75”: ME75B(n)
82”: 820DX, 820DX(n), 820TSn.
DBE/DME/DHE Series: DBxxE, DMxxE, DHxxE
LFD series: ME40A ME46A ME55A, DE40A DE46A DE55A, UE46A UE55A
The protocol is at http://www.samsung.com/us/pdf/MDC_400DXn460DXn570DXn700DXn820DXn460TXn_v1.pdf or
Samsung Australia can also supply protocol data.
The messages sent have the third byte $FE, i.e. Global address, so a number of channels can be daisy-chained. (changed
from $FF at release V094.)
Function code 5th Byte of message with
command code 14h
Comments
Input1/Computer1 14h D-SUB 15 RGB-PC
Input2/Computer2 1Eh RGB into BNC
Input3/Video1 0Ch Composite Video * (OPT1 swaps Video1 & Video2)
Input4/Video2 21h HDMI * (OPT1 swaps Video1 & Video2)
Input5 08h Component Video YPbPr (RCA)
Input6 18h DVI
Input7 1Fh DVI (HDCP)
Input8 21h HDMI 1
Input9 22h HDMI 1_PC
Input10 23h HDMI 2
Input11 24h HDMI 2_PC
Input12 25h DisplayPort
Input13 20h Magicinfo (MagicNet)
Input14 60h Magicinfo Lite
Input15 04h S-Video
TV 40h Digital TV Some only
TV Channel Up 01h
TV Channel Down 00h
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
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Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
•
On panel connection blink codes supported and OPT7 handshake mode is supported;
• Audio control (Volume up/down keyboards, codes 2, 9, B, and E) is available;
• Two-yellow button “Mute” command is available, but ONLY to the audio;
• Freeze is not supported at all;
• Turn “Energy Saving” to “Off” (to enable RS232 control);
• Make sure to use the correct “In” RS232 port (there are two, an “In”, and an “Out”, for cascading);
• TV control (keyboard code ‘E’) is only available for units with digital tuners. It uses incremental Up and Down
buttons.
RS232 connections to Samsung panel
These use a 9-pin-D9 male on the panel, female on cable. Comms is at 9600 baud, 8 N1.
Some use a 3.5mm stereo jack to D9 adaptor.
Function/Direction T440 “projector”
Connection
“Serial” Port Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
Plus 9 volt CTS/DTR to projector n/c n/c
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
Samsung LCD panels: Code 6F
Family of Samsung HG series of Hospitality Televisions with 68hex code string lead-in.
Function code Message Comments
Input1/Computer1 68 08 04 01 04 79 PC
Input2/Computer2 68 08 04 01 0B 80 HDMI 2
Input3/Video1 68 08 04 01 02 77 AV1 Composite Video * (OPT1 swaps Video1 & Video2)
Input4/Video2 Opt6 off 68 08 04 01 06 7B HDMI * (OPT1 swaps Video1 & Video2)
Input4/Video2 Opt6 on 68 08 04 01 03 78 S-Video 1 * (OPT1 swaps Video1 & Video2)
Input5 68 08 04 01 05 7A Component 1
Input6 68 08 04 01 0A 7F Component 2
Input7 68 08 04 01 08 7D AV2
Input8 68 08 04 01 09 7E S-Video2
Input9 68 08 04 01 0C 81 HDMI 3
Input10 68 08 04 01 0D 82 HDMI 4
Input11 68 08 04 01 01 76 SCART
Input12 68 08 04 01 00 75 ISP HBrowser/SINC as per Setting
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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TV 68 08 04 01 07 7C RF (TV)
TV Channel Up 68 80 02 02 07 12 05
TV Channel Down 68 80 02 02 07 10 03
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
• On panel connection blink codes supported and OPT7 handshake mode is supported;
• Audio control (Volume up/down keyboards, codes 2, 9, B, and E) is available;
• Mute and Freeze are not supported.
The RS232 connections are covered in a manual from Samsung called: Samsung Standalone Control Protocol V1.04
on page 2. There are instructions on each page of this manual (which was supplied to JED by Samsung) warning against
and partial or full reproduction of this document, so we suggest that installers contact Samsung for this data directly.
The RS232 cables also seem to be included in an on-line document at:
HD450S_470S-EU-ENG-X1.pdf
See Page 14.
Samsung LCD panels via IR control: Codes A4 … A7
This is a generic driver, but codes are reputed to be universal.
Models tested at this stage: UA 24/28/32 J4100AW
Codes are listed for Samsung Generic on these two sites, and seem to be in agreement with this panel’s receiver:
http://www.remotecentral.com/cgi-bin/codes/samsung/tv_functions/
http://www.remotecentral.com/cgi-bin/mboard/rc-discrete/thread.cgi?5780
These are domestic panels, without RS232 control, but these codes allow control via IR from a T440 choosing sources
directly, or from a T430 with a “source rotate” function.
• Code A4 – Toggle power command and “source rotate”
• Code A5 – Toggle power command and direct input sources.
• Code A6 – Separate On/Off commands and “source rotate”
• Code A7 - Separate On/Off commands and direct input sources
The published codes allow for direct setting of sources with codes A5 and A7, but a “source rotate” key is provided
with codes A4 and A6 which is only operational (T430) if OPT4 switch is set ON. This actually works quite well, as the
“source rotate” command advances through one source for each press. The panel will return to the last used source after
a power cycle.
If a T430 is used with codes A5 or A7 then the switches on the back can be set to always select one of the sources, or
allow toggling between two preset sources exactly the same as any RS232 controller panel or projector.
A Code E keyboard supports DTV functions with channel up/down. A Code 1 keyboard (Off/On source/Vol up/Vol
Down) with Opt4 ON will rotate cleanly through sources when the On/Source key is pressed.
Some panels use a common “Power toggle” command for both On and Off (Codes A4 and A5), but some support
separate Power on and Power Off (Codes A6 and A7). Use A6 and A7 for panels UA 24/28/32 J4100AW as they
respond to discrete power On and Off codes, giving unambiguous control.
These all assume an IR address code of 0707hex.
Channel codes are:
Input1FunctionCode := $0069; // PC/VGA1 (105)
Input2FunctionCode := $00BE; // HDMI2 (190)
Input3FunctionCode := $0084; // AV1/Video1 (132)
Input4FunctionCode := $00e9; // HDMI1 (233)
Input5FunctionCode := $0086; // Component1 (134)
Input6FunctionCode := $0088; // Component2 (136)
Input7FunctionCode := $00E8; // Component3 (232)
Input8FunctionCode := $00D8; // VGA2 (216)
Input9FunctionCode := $00EB; // AV2/Video2 (235)
Input10FunctionCode := $00EC; //AV3/Video3 (236)
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Input11FunctionCode := $00C2; // HDMI3 (194)
Input12FunctionCode := $00C5; // HDMI4 (197)
For a T440 code E keyboard only:
TVFunctionCode := $0043; // DTV (67)
ChannelUpFunctionCode := $0012; // (18)
ChannelDownFunctionCode := $0010; // (16)
•
No mute or blank functions are provided;
• No On panel connection blink codes or OPT7 handshake mode are supported.
If a T430 is used, it needs to have the IR transmitter connection in place. A T440 Code 6 always has this installed. An
IR transmitter bug or IR LED needs to be connected between the active line and ground.
Wiring: The IR transmitting bug is wired to the IR output socket
J2 with the shield of the cable connected to the ground pin and the
centre conductor to the “+IR” pin. The signal is current limited
(24mA pulses), so no series resistors are needed in the cable.
As the IR bug wire is only 2M long it will usually be extended, and
CAT5 cable is OK for this, but it must be via its own twisted pair
(colour plus colour-with-white). We have successfully tested this
with 50M of CAT5E cable however take care with routing to avoid
interference
If the CAT5 connector and cable is used runs from CAT5
connector J6, the IR signal runs
via a twisted pair of wires via this cable, but link L1 must be
moved from Tx (it’s position
in RS232 mode) to IR (as needed for IR mode).
T430: If using a T430, the keyboard has an ON/Source key and no
Volume keys. The IR functions allow power On/Off and source
change only. Operation is the same as above.
If OPT4 is OFF, no source changes occur.
If OPT4 is ON, then a “source” command is sent with each press of the On / Source key.
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Sharp LCD display/TV, IAVD family (NON-2012 LE series) Codes 20 to 2E
(2012 LE family following with codes 34-37 )
The Sharp LCD TV family use a wide range of allocations for channels, so we have coded them in many groups with
the first four “Inputs” (Computer 1 & 2, Video 1 & 2) customised, and shown below against the particular selection
codes.
Generic strings provide all options on all panels using all commands “IAVD 1<CR>” through
“IAVD 9<CR>”
Generic Channel codes are:
Input5 := 'IAVD1 ' + 0D; // Generic 1
Input6 := 'IAVD2 ' + 0D; // Generic 2
Input7 := 'IAVD3 ' + 0D; // Generic 3
Input8 := 'IAVD4 ' + 0D; // Generic 4
Input9 := 'IAVD5 ' + 0D; // Generic 5
Input10 := 'IAVD6 ' + 0D; // Generic 6
Input11 := 'IAVD7 ' + 0D; // Generic 7
Input12 := 'IAVD8 ' + 0D; // Generic 8
Input13 := 'IAVD9 ' + 0D; // Generic 9
TV := 'IDTV ' + 0D; // TV Digital set this as default
TVChannelUp := 'DTUP ' + 0D; // Digital Up
TVChannelDown := 'DTDW ' + 0D; // Digital Down
Specific strings allocating “IAVD” codes customised Computer 1 & 2, Video 1 & 2 strings, listed
by selection code.
Sharp LCD panel: Code 20 .
(This group do NOT have any of DB15, DVI(-A or -D) so any “Computer” key must use HDMI or
Component).
Input1/Computer1 Computer1 'IAVD 4' + 0D Computer1 HDMI ( no-DB15 or DVI screen)
Input2/Computer2 Computer2 'IAVD 1' + 0D Computer2 Component ( no-DB15 or DVI screen)
Input3/Video1
Video1
'IAVD 2' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 3' + 0D Video2 S-Video / Video
Panel types for this code:
LC32BD6X, LC37BD6X, LC26D4U, LC32D4U, LC37D4U,
LC26DA5U, LC32DA5U, LC26D6U, LC32D6U, LC37D6U, LC32AX5, LC26GA5X
If other HDMI, component, etc is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 21 .
(This group has DB15 as “Input4” of the panel and HDMI 3 as “Input7” of the panel).
Input1/Computer1 Computer1 'IAVD 4' + 0D Computer1 DB15
Input2/Computer2 Computer2 'IAVD 7' + 0D Computer2 HDMI 3
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component/S-Video / Video
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Panel types for this code:
LC40LE700UN, LC46LE700UN, LC52LE700UN, LC52SB55U,
LCC5255U, LC40E67UN, LC40E77UN, LC60E77UN, LC65E77UM, LC42BD80U,
LC46BD80U, LC52BD80U, LC46D85UN, LC52D85UN, LCC4677UN, LCC5277UN,
LC46E77U, LC52E77U, LC42D65U, LC46D65U, LC52D65U, LC32D44E/S, LC32D65E,
LC32DH65E/S, LC37D65E, LC37DH65E/S
If other HDMI, component, etc is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 22 .
(This group has a DB15 as “Input 5” of the panel, and HDMI 2 as “Input 3” of the panel).
Input1/Computer1 Computer1 'IAVD 5' + 0D Computer1 DB15
Input2/Computer2 Computer2 'IAVD 3' + 0D Computer2 HDMI 2
Input3/Video1
Video1
'IAVD 2' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 1' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LC32D33X, LC37D33X, LC32D53X, LC37D53X, LC32A33X,
LC37A33X, LC32A53X, LC32A53X, LC37A53X, LC42A53X, LC30AA1M,
LC37AA+A171M, LC30HV2M, LC30HV4M, LC37HV4/U, LC32AW5X, LC37AW5X,
LC32PD5X, LC37PD5X, LC42PD5X, LC32PX5X, LC37PX5X, LC42PX5X
If other HDMI, component, etc is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 23 .
(This group has a DB15 as “Input 6” of the panel, and HDMI as “Input 5” of the panel).
Input1/Computer1 Computer1 'IAVD 6' + 0D Computer1 DB15
Input2/Computer2 Computer2 'IAVD 5' + 0D Computer2 HDMI 2
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LC32D33X, LC37D33X, LC32D53X, LC37D53X, LC32A33X,
LC37A33X, LC32A53X, LC32A53X, LC37A53X, LC42A53X, LC30AA1M,
LC37AA+A171M, LC30HV2M, LC30HV4M, LC37HV4/U, LC32AW5X, LC37AW5X,
LC32PD5X, LC37PD5X, LC42PD5X, LC32PX5X, LC37PX5X, LC42PX5X
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
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Sharp LCD panel: Code 24 .
(This group has a DB15 as “Input 7” of the panel, and HDMI 2 or 3 as “Input 6” of the panel).
Input1/Computer1 Computer1 'IAVD 7' + 0D Computer1 DB15
Input2/Computer2 Computer2 'IAVD 6' + 0D Computer2 HDMI 2/3
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LC42D83X, LC46D83X, LC52D83X, LC65RX1X, LC46D84X,
LC52D84X, LC37D85X, LC42D85X, LC46D85X/U, LC52D85X/U, LC37D63X, LC42D63X,
LC46D63X, LC42A63X, LC32X20E/S, LC37X20E/S, LC42X20E/S, LC46X20E/S,
LC52X20E/S, LC42D64U, LC46D64U, LC52D64U, LC65D64U, LC32GP3U/B/W/R,
LC46SE94U, LC52SE94U, LC65SE94U, LC26AD5E/S, LC32AD5E/S.
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 25 .
(This group has a DB15 as “Input 7” of the panel, and HDMI 2 or 3 as “Input 6” of the panel).
Input1/Computer1 Computer1 'IAVD 7' + 0D Computer1 DB15
Input2/Computer2 Computer2 'IAVD 6' + 0D Computer2 HDMI 2/3
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LC42D83X, LC46D83X, LC52D83X, LC65RX1X, LC46D84X,
LC52D84X, LC37D85X, LC42D85X, LC46D85X/U, LC52D85X/U, LC37D63X, LC42D63X,
LC46D63X, LC42A63X, LC32X20E/S, LC37X20E/S, LC42X20E/S, LC46X20E/S,
LC52X20E/S, LC42D64U, LC46D64U, LC52D64U, LC65D64U, LC32GP3U/B/W/R,
LC46SE94U, LC52SE94U, LC65SE94U, LC26AD5E/S, LC32AD5E/S.
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 26 .
(This group has a DB15 as “Input 7” of the panel, and HDMI as “Input 1” of the panel).
Input1/Computer1 Computer1 'IAVD 7' + 0D Computer1 DB15
Input2/Computer2 Computer2 'IAVD 1' + 0D Computer2 HDMI
Input3/Video1
Video1
'IAVD 6' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 4' + 0D Video2 Component / S-Video / Video
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Panel types for this code:
LC40BL700X, LC46LB700X, LC40LE700X/U,
LC52LE700X/U,
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 2A .
(This group has a DVI-A as “Input 4” of the panel).
Input1/Computer1 Computer1 'IAVD 4' + 0D Computer1 DVI-A
Input2/Computer2 Computer2 'IAVD 3' + 0D Computer2 Component / S-Video / Video
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LC26GA3X, LC26GA4X, LC32GA4X, LC37GA4X
Only 4 inputs are available, but they can be moved by setting constants E0 … E3 with
selections from the generic table above. In the back of each panel’s User’s Manual are
allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 2B .
(This group has DVI-A as “Input 5” of the panel).
Input1/Computer1 Computer1 'IAVD 5 + 0D Computer1 DVI-A
Input2/Computer2 Computer2 'IAVD 3' + 0D Computer2 Component / S-Video / Video
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LC45G1X, LC65G5XOM, TU45GAX, TU65GAX, LC32G1X,
TU32GAX, LC37G1X, TU32GAX, LC32G2X, TU32GAX, LC37G2X, TU37GAX.
If other input arrangements are needed for any of these, it is available by setting constants
E0 … E3 with selections from the generic table above. In the back of each panel’s User’s
Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 2C .
(This group has DVI as “Input 5 of the panel, HDMI as “Input 4”).
Input1/Computer1 Computer1 'IAVD 5' + 0D Computer1 DVI
Input2/Computer2 Computer2 'IAVD 4' + 0D Computer2 HDMI
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 3' + 0D Video2 Component / S-Video / Video / HDMI (some)
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Panel types for this code:
LC37GB5U, LC57D90U, LC65D90U, LC26D7U, LC32D7U,
LC37D7U, LC26D5U, LC32D5U, LC37D5U, LC26GD6U, LC32GD6U, LC37GD6U,
LC45GD6U, LC45GD5U, LC26GD4U, LC32GD4U, LC37GD4U, LC45GD4U, LC26GA5U,
LC32GA5U, LC32G4U, LC37G4U, LC37D90U, LC32D50U.
If other HDMI, component, etc is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 2D .
(This group has a DVI as “Input 6” of the panel, and HDMI as “Input 4” and “Input 5” of the
panel).
Input1/Computer1 Computer1 'IAVD 6' + 0D Computer1 DVI
Input2/Computer2 Computer2 'IAVD 5' + 0D Computer2 HDMI
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LC42GD7X, LC46GD7X, LC52GD7X, LC42GD7U,
LC46GD7U, LC52GD7U, LC46G7X.
If other HDMI, component, etc is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 2E .
(This group has a DVI as “Input 7” of the panel, and HDMI as “Input 4”, “Input 5” and “Input 6” of
the panel).
Input1/Computer1 Computer1 'IAVD 7' + 0D Computer1 DVI
Input2/Computer2 Computer2 'IAVD 6' + 0D Computer2 HDMI
Input3/Video1
Video1
'IAVD 1' + 0D Video1 Component / Video
Input4/Video2
Video2
'IAVD 2' + 0D Video2 Component / S-Video / Video
Panel types for this code:
LB1085, LC46D92U, LC52D92U, LC65D93U
If other HDMI, component, etc is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
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Sharp LCD display/TV, IAVD family (2012 LE series) Codes 34 to 36
The Sharp LCD TV family use a wide range of allocations for channels, so we have coded them in many groups with
the first four “Inputs” (Computer 1 & 2, Video 1 & 2) customised, and shown below against the particular selection
codes.
Special note: Sharp 2012-LE series panels are now shipped with the RS232 interface disabled as a
stand-by power saving measure. There is NO menu item to turn it on … it can only be enabled by a
special secret command sequence obtainable from Sharp directly after a waiver is signed and sent
back to Sharp. This sets “Hotel” mode.
Generic strings provide all options on all panels using all commands “IAVD1 <CR>” through “IAVD9 <CR>”
(Note differences with 20-2E setting above with command location of spaces, removing spaces between the IAVD and
the digit and padding them in after the digit.)
Generic Channel codes are:
Input5 := 'IAVD1 ' + 0D; // Generic 1
Input6 := 'IAVD2 ' + 0D; // Generic 2
Input7 := 'IAVD3 ' + 0D; // Generic 3
Input8 := 'IAVD4 ' + 0D; // Generic 4
Input9 := 'IAVD5 ' + 0D; // Generic 5
Input10 := 'IAVD6 ' + 0D; // Generic 6
Input11 := 'IAVD7 ' + 0D; // Generic 7
Input12 := 'IAVD8 ' + 0D; // Generic 8
Input13 := 'IAVD9 ' + 0D; // Generic 9
TV := 'IDTV ' + 0D; // TV Digital only TV option supported
TVChannelUp := 'DTUP ' + 0D; // Digital Up
TVChannelDown := 'DTDW ' + 0D; // Digital Down
Specific strings allocating “IADV” codes customised Computer 1 & 2, Video 1 & 2 strings, listed
by selection code.
Sharp LCD panel: Code 34 .
Input1/Computer1 Computer1* 'IAVD7 ' + 0D
Computer1: VGA DB-15
Input2/Computer2 Computer2* 'IAVD1 ' + 0D
Computer2: HDMI 1
Input3/Video1
Video1**
'IAVD4 ' + 0D (OPT6 off) or
'IAVD3 ' + 0D (OPT6 On)
Video1: Composite video (OPT6 Off)
or HDMI 3 (OPT6 On)
Input4/Video2
Video2**
'IAVD2 ' + 0D
Video2: HDMI 2
*
Swap Computer1 and Computer2 with OPT5 switch, ** Swap Video1 and Video2 with OPT1 switch
Panel types for this code:
LC-40LE530X, LC-46LE530X, LC-60LE630X, LC-40LE700X
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
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Sharp LCD panel: Code 35 .
Input1/Computer1 Computer1* 'IAVD8 ' + 0D
Computer1: VGA DB-15
Input2/Computer2 Computer2* 'IAVD1 ' + 0D
Computer2: HDMI 1
Input3/Video1
Video1**
'IAVD6 ' + 0D (OPT6 off) or
'IAVD3 ' + 0D (OPT6 On)
Video1: Composite video (OPT6 Off)
or HDMI 3 (OPT6 On)
Input4/Video2
Video2**
'IAVD2 ' + 0D
Video2: HDMI 2
*
Swap Computer1 and Computer2 with OPT5 switch, ** Swap Video1 and Video2 with OPT1 switch
Panel types for this code:
LC-60LE632U, LC-70LE632U, LC-70LE732U
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel: Code 36.
Input1/Computer1 Computer1* 'IAVD8 ' + 0D
Computer1: VGA DB-15
Input2/Computer2 Computer2* 'IAVD4 ' + 0D
Computer2: HDMI 1
Input3/Video1
Video1**
'IAVD1 ' + 0D (OPT6 off) or
'IAVD6 ' + 0D (OPT6 On)
Video1: Composite video (OPT6 Off)
or HDMI 3 (OPT6 On)
Input4/Video2
Video2**
'IAVD5 ' + 0D
Video2: HDMI 2
*
Swap Computer1 and Computer2 with OPT5 switch, ** Swap Video1 and Video2 with OPT1 switch
Panel types for this code:
LC-70LE735X, LC-40LE830X, LC-46LE830X, LC-52LE830X,
LC-60LE632X, LC-40LE835X, LC46LE835X, LC-52LE835X, LC-60LE835X
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
Sharp LCD panel (Vol 0-100): Code 37.
Input1/Computer1 Computer1* 'IAVD8 ' + 0D
Computer1: VGA DB-15 (May be IAVD7)
Input2/Computer2 Computer2* 'IAVD2 ' + 0D
Computer2: HDMI 2
Input3/Video1
Video1**
'IAVD6 ' + 0D (OPT6 off) or
'IAVD3 ' + 0D (OPT6 On)
Video1: Composite video (OPT6 Off) or
HDMI 3 (OPT6 On)
Input4/Video2
Video2**
'IAVD1 ' + 0D
HDMI1 with AUDIO RETURN CHANNEL
*
Swap Computer1 and Computer2 with OPT5 switch, ** Swap Video1 and Video2 with OPT1 switch
Audio range was changed to 0->100 for this group.
Panel types for this code:
LC-60LE650x, LC-70LE650x, LC-80LE633U,
LC-70/60/52LE640U, LC-70/60/52C6400U
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘IAVD’ codes against physical inputs.
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Sharp LCD display (no TV), LCM3700, Mitsubishi LDT651L,
INPS family Codes 30 to 31
The Sharp LCD TV family use a wide range of allocations for channels, so we have coded them in many groups with
the first four “Inputs” (Computer 1 & 2, Video 1 & 2) customised, and shown below against the particular selection
codes.
Generic strings provide all options on all panels using all commands “INPS 1<CR>” through
“INPS 10<CR>”
Generic Channel codes are:
Input5 := 'INPS 1' + 0D; // Generic 1
Input6 := 'INPS 2' + 0D // Generic 2
Input7 := 'INPS 3' + 0D; // Generic 3
Input8 := 'INPS 4' + 0D; // Generic 4
Input9 := 'INPS 5' + 0D // Generic 5
Input10 := 'INPS 6' + 0D; // Generic 6
Input11 := 'INPS 7' + 0D; // Generic 7
Input12 := 'INPS 8' + 0D; // Generic 8
Input13 := 'INPS 9' + 0D; // Generic 9
Input14 := 'INPS 10' + 0D; // Generic 10
Specific strings allocating “INPS” codes customised Computer 1 & 2, Video 1 & 2 strings, listed
by selection code.
Sharp LCD panel LCM3700: Code 30 .
Input1/Computer1 Computer1 'INPS 6' + 0D Computer1 DB15
Input2/Computer2 Computer2 'INPS 7' + 0D Computer2 VDI
Input3/Video1
Video1
'INPS 1' + 0D Video1 BNC RGB
Input4/Video2
Video2
'INPS 2' + 0D Video2 S-Video
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘INPS’ codes against physical inputs.
Mitsubishi panel LDT651L, LDT521V with Sharp LCD codes: Code 31 .
Input1/Computer1 Computer1 'INPS 2' + 0D Computer1 DB15
Input2/Computer2 Computer2 'INPS 1' + 0D Computer2 VDI
Input3/Video1
Video1
'INPS 4' + 0D Video1 Composite Video
Input4/Video2
Video2
'INPS 9' + 0D Video2 S-Video
If other HDMI, component, etc. is needed for any of these, it is available by setting
constants E0 … E3 with selections from the generic table above. In the back of each
panel’s User’s Manual are allocations of ‘INPS’ codes against physical inputs. (Watch that
you don’t try and use inputs which used shared sockets, eg DVI-D, BNC and HDMI.)
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Mitsubishi panel LDT651P with Sharp LCD codes: Code 32 .
Input1/Computer1 Computer1 'INPS 2' + 0D Computer1 DB15
Input2/Computer2 Computer2 'INPS 1' + 0D Computer2 VDI
Input3/Video1
Video1
'INPS 4' + 0D Video1 Composite Video
Input4/Video2
Video2
'INPS 3' + 0D Video2 Component on BNC
If other channels are needed for any of these, it is available by setting constants E0 … E3
with selections from the generic table above. In the back of each panel’s User’s Manual
are allocations of ‘INPS’ codes against physical inputs. (Watch that you don’t try and use
inputs which used shared sockets, e.g. DVI-D and BNC.)
This panel can be used with a number of keyboards:
• With a “Code 9” with buttons selecting “Video” and ‘Computer;
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with Volume control keys; or
• With a “Code E” keyboard, with buttons selecting “TV”, “Video” and “Computer”, with TV channel Up/Down
and Volume control keys. The channel commands send absolute channel commands, so the upper and lower
limits must be programmed into Constant:A and Constant:B. (Default is 0 -> 10.)
(Keyboards B and E combine channel keys with “On” keys.)
• OPT7 handshake mode not available (yet). Power on panel connection blink codes available.
RS232 connections to Sharp/Mitsubishi (Sharp codes) LCD
These use a 9-pin-D9 (not sure of connector sex). Communications is at 9600 baud 8N1.
Function/Direction T440 “projector”
Connection
Sanyo “Control” Port
Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 3 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 2 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
3
D-sub 9 male
solder side
4 25 1
9 8 7 6
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Sharp LCD panel:
via LAN
Code 3A
PN-60/70TA/B3, via LAN RS232 to LAN adaptor
This driver communicates through an xDirect RS232 to LAN “dongle” to the panel using TCP communications.
The Sharp manual is at: http://support.sharp.net.au/downloads/opmanuals/PN70TB3-60TB3_manual_English.pdf
Input1
Computer1
'INPS 2' + 0D; Computer1 DSUB1(RGB)
Input2
Computer2
'INPS 13' + 0D; Computer2 HDMI2(PC)
Input3
Video1
'INPS 9' + 0D; Video1 HDMI1(AV)
Input4
Video2
'INPS 17' + 0D; Video2 HDMI3(AV)
Input5 'INPS 3' + 0D; DSUB1(Component)
Input6 'INPS 4' + 0D; DSUB1(Video)
Input7 'INPS 16' + 0D; DSUB2(RGB)
Input8 'INPS 10' + 0D; HDMI1(PC)
Input9 'INPS 12' + 0D; HDMI2(AV)
Input10 'INPS 18' + 0D; HDMI3(PC)
Input11 'INPS 14' + 0D; Disp.Port
Mute is supported but not freeze. Volume goes 0->31.
See JED document:
http://www.jedmicro.com.au/PDF_Docs/Setting%20Up%20LAN%20control%20with%20JED%20controllers%20.pdf
This discusses in detail the setup to the Sharp screen, the xDirect interface, the T460 setup and connections between
them.
The HDMI channels seem to have to be setup for PC or AV use. If a channel is commanded to an HDMI-PC the
HDMIx PC message appears top right on the screen,(x is HDMI number), even if no signal is present, but if an HDMIAV channel is selected, the corresponding ID message does NOT appear, even though the panel does switch to it.
Weird!
Reply mode is available and works via the LAN interface, polling the panel every 5 seconds, and closing down the
T460R if, for instance, the panel is turned off by the IR remote.
(Warmup does take about 30 seconds, even if a picture does appear after only 5 seconds. The panel has a long startup
sequence of some sort of about 25 seconds, sending out “wait” messages every 5 seconds during this time. Don’t
attempt to shorten this.)
Sharp LCD panel:
via RS232 at 38400 baud
Code 3B
PN-60TA3, PN-70TA3, PN-70TB3, PN-70TB3, PN-80TC3
Channel allocations are the same as code 3A above.
RS232 interfacing is via a 3.5mm ring-tip socket. This is covered by a service plate. A document is available from
Sharp:
http://support.sharp.net.au/downloads/faqattach/RS232C_control_guide.pdf
This shows the protocol and the connections and panels may need to have a software update to support RS232. This is
covered by document:
http://support.sharp.net.au/downloads/faqattach/PNx0Tx3_Monitor_Firmware_upgrade_guide.pdf
Device manuals are:
http://support.sharp.net.au/downloads/opmanuals/PN60TA3-PN70TA3_om.pdf
,
http://support.sharp.net.au/downloads/opmanuals/PN70TB3-60TB3_manual_English.pdf
,
http://support.sharp.net.au/downloads/opmanuals/PN80TC3_Operation_Manual.pdf
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Smart LCD flat panel 8055i Code 70 , 8070i Code 71
RS232 manual is at:
http://downloads01.smarttech.com/media/sitecore/en/support/product/sbfpd/8000series/guides/rs232configsbid8070iv2
2apr2011.pdf and
http://downloads01.smarttech.com/media/sitecore/en/support/product/sbfpd/8055i/guides/roomcontrolsbid8055iv06june
12.pdf
Channel codes are:
Code 70: Input1 := 'set input=VGA1' + 0D; //Computer 1:Input 1: RGB Digital DB15
Code 70: Input2 := 'set input=VGA2' + 0D; //Computer 2: overwrite
Code 71: Input1 := 'set input=VGA' + 0D //Computer 1: Input 1: RGB Digital DB15
Code 71: Input2 := 'set input=RGB/HV' + 0D; //Computer 2: Input 2: RGB Digital
Input3 := 'set input=Video1' + 0D; //Video 1 * (OPT1 swaps Video1 & Video2)
Input4 := 'set input=HDMI1' + 0D; //Video 2 HDMI * (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
* Input4 := 'set input=S-Video' + 0D; // S-video V062
Input5 := 'set input=DVI' + 0D
Input6 := 'set input=Video2' + 0D;
Input7 := 'set input=S-Video' + 0D;
Input8 := 'set input=DVD/HD1' + 0D;
Input9 := 'set input=DVD/HD2' + 0D;
Input10 := 'set input=HDMI2' + 0D;
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels. Setting OPT5 switch ON will swap Computer 1 and
Computer 2 sources.)
This panel can be used with a number of keyboards:
• With a “Code 9” or “Code 8 or A” keyboards, with buttons selecting “Video” and ‘Computer”, with either
“Volume” (code 9) or “Freeze/Mute” (Code A);
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with Volume control keys;
(Keyboards B and E combine channel keys with “On” keys.)
• OPT7 handshake mode and power on panel connection blink codes available.
RS232 connections to Smart LCD
These use a 9-pin-D9 male on the projector, male on cable. Communications is at 9600 baud 8N1.
Function/Direction T440 “projector”
Connection
Smart “Control” Port
Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 3 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 2 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
3
D-sub 9 male
solder side
4 25 1
9 8 7 6
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T440 User’s manual Flat panel part © JED Micro Pty Ltd Page 45
Soniq LCD panel: via RS232 Code 75
The communicates via RS232 with the panel. The panel has a DB9 connector, at 38400, but we do not have wiring
details.
Input1
Computer1
55 + 00 + 80 + 05 + da
VGA 1 DB9
Input2
Computer2
55 + 00 + 80 + 09 + de
HDMI 2
Input3
Video1
55 + 00 + 80 + 0c + e1
AV 1 RCA
Input4
Video2
55 + 00 + 80 + 08 + dd
HDMI 1
Input5 Component 1 55 + 00 + 80 + 04 + d9 YPbPr1
Input6 Component 2 55 + 00 + 80 + 10 + e5 YPbPr2
Input7 VGA 2 55 + 00 + 80 + 06 + db VGA 2 DB9
Input8 VGA 3 55 + 00 + 80 + 07 + dc VGA 3 DB9
Input9 USB 55 + 00 + 80 + 0f + e4
Input10 Scart 55 + 00 + 80 + 03 + d8
Input11 AV2 55 + 00 + 80 + 0d + e2 RCA
Input12 OPS 55 + 00 + 80 + 0b + e0
Input13 HDMI 3 55 + 00 + 80 + 11 + e6 HDMI
Input14 HDMI Front 55 + 00 + 80 + 0a + dd HDMI
Input15 DisplayPort 55 + 00 + 80 + 15 + ea Disp.Port
TV 55 + 00 + 80 + 01 + d6 RF
• No Panel connection blink codes and OPT7 handshake modes are available;
• These panels use a common “Power toggle” command for both On and Off. It may be necessary to press off a
second time to re-synchronise the controller to the panel;
• No mute/freeze commands are provided; and
• Volume key presses send 5 consecutive Vol Up or Vol Down commands.
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Sony LCD Codes 18 to 1B, 40
This family has many members with a range of channel messages.
RS232 codes are usually in a Sony Protocol Manual and can be found by searching in Google for a PDF file with the
LCD model number.
A number of models are covered which share a large number of inputs but we have set up 4 drivers which use selected
inputs for Computer 1 & 2 and Video 1 & 2. If any other are needed for these four channels, set input numbers from the
common table below into constants E0 to E3.
The Code 40 driver works via an RS232 to HDMI interface box, which allows a commercial panel (without RS232) to
work via an RS232 control system.
Channel codes are:
Code 18: Sony LCD FWD-32/40LX1_R, FWD-50PX2 Group 1
Input1 := 8C + 00 + 01 + 02 + 0A + 99; //Computer 1: Input 2: RGB Digital DB15
Input2 := 8C + 00 + 01 + 02 + 20 + AF; //Computer 2: Input 1: DVI
Input3 := 8C + 00 + 01 + 02 + 0C + 9B; //Video 1: Option 1: Video
Input4 := 8C + 00 + 01 + 02 + 0D + 9C; //Video 2: Option 1: S-Video
Code19: Sony LCD FDW-32LX2F, FDW-40LX2F, FDW-32LX2X, FDW-40LX2X, KLHW26, KLH-W32 Group 2
Input1 := 8C + 00 + 01 + 02 + 08 + 97; //Computer 1: Input 1: RGB Digital DB15
Input2 := 8C + 00 + 01 + 02 + 44 + D3; //Computer 2: Input 2: HDMI RGB Digital
Input3 := 8C + 00 + 01 + 02 + 10 + 9F; //Video 1: Option 2: Video
Input4 := 8C + 00 + 01 + 02 + 11 + A0; //Video 2: Option 2: S-Video
Code 1A: Sony LCD FWD-42PV1-A/P and 42V1, 42X1, 50PX1 Group 3
Input1 := 8C + 00 + 01 + 02 + 0A + 99; //Computer 1: Input 2: RGB Digital DB15
Input2 := 8C + 00 + 01 + 02 + 20 + AF; //Computer 2: Input 1: DVI
Input3 := 8C + 00 + 01 + 02 + 10 + 9F; //Video 1: Option 1: Video
Input4 := 8C + 00 + 01 + 02 + 11 + A0; //Video 2: Option 1: S-Video
Code 1B: Sony LCD FWD-S42/47H1, FWD-S42E1 Group 4
GXD-L52/65H1 Group 5
Input1 := 8C + 00 + 01 + 02 + 08 + 97; //Computer 1: Input 1: RGB Digital DB15
Input2 := 8C + 00 + 01 + 02 + 20 + AF; //Computer 2: Input 1: DVI
Input3 := 8C + 00 + 01 + 02 + 30 + BF; //Video 1: Video
Input4 := 8C + 00 + 01 + 02 + 31 + C0; //Video 2: S-Video
Following are alternate input strings … see the individual model RS232 protocol documents to choose appropriate ones:
Input5 := 8C + 00 + 01 + 02 + 30 + BF; //Video, Group 4, Group 5
Input6 := 8C + 00 + 01 + 02 + 31 + C0; //S-Video, Group 4, Group 5
Input7 := 8C + 00 + 01 + 02 + 20 + AF; //Input 1: DVI Group 1, Group 3, Group 4, Group 5
Input8 := 8C + 00 + 01 + 02 + 08 + 97; //Input 1: RGB Digital DB15 Group 2, Group 4, Group 5
Input9 := 8C + 00 + 01 + 02 + 09 + 98; //Input 1: YUV (Component) DB15 Group 2, Group 4, Group 5
Input10 := 8C + 00 + 01 + 02 + 0A + 99; //Input 2: RGB Digital DB15 Group 1, Group 3
Input11 := 8C + 00 + 01 + 02 + 0B + 9A; //Input 2: YUV (Component) DB15 Group 1, Group 3
Input12 := 8C + 00 + 01 + 02 + 0C + 9B; //Option 1: Video Group 1, Group 2
Input13 := 8C + 00 + 01 + 02 + 0D + 9C; //Option 1: S-Video Group 1, Group 2
Input14 := 8C + 00 + 01 + 02 + 0E + 9D; //Option 1: RGB Group 1, Group 2, Group 4
Input15 := 8C + 00 + 01 + 02 + 0F + 9E; //Option 1: Component Group1, Group 2, Group 4
Input16 := 8C + 00 + 01 + 02 + 10 + 9F; //Option 2: Video Group 1, Group 2, Group 3
Input17 := 8C + 00 + 01 + 02 + 11 + A0; //Option 2: S-Video Group 1, Group 2, Group 3
Input18 := 8C + 00 + 01 + 02 + 12 + A1; //Option 2: RGB Group 1, Group 2, Group 3
Input19 := 8C + 00 + 01 + 02 + 13 + A2; //Option 2: Component Group 1, Group 2, Group 3
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Input20 := 8C + 00 + 01 + 02 + 44 + D3; //Input 2: HDMI RGB Digital Group 2
Input21 := 8C + 00 + 01 + 02 + 45 + D4; //Input 2: HDMI RGB Digital Group 2
Input22 := 8C + 00 + 01 + 02 + 54 + E3; //Input 3: HDMI RGB Digital Group 2
Input23 := 8C + 00 + 01 + 02 + 55 + E4; //Input 4: HDMI RGB Digital Group 2
Input24 := 8C + 00 + 01 + 02 + 84 + 13; //Option: HDMI 1, Group 4, Group 5
Input25 := 8C + 00 + 01 + 02 + 85 + 14; //Option: HDMI 2, Group 4, Group 5
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
This panel can be used with a number of keyboards:
•
With a “Code 9” keyboard, with buttons selecting “Video” and ‘Computer”, with “Volume” keys;
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with “Volume” control keys. (Keyboards combine channel keys with “On” keys);
• (There is no point in using a Code 8 or A keyboard, as there is no “Freeze” function;
Panel connection blink codes are available but OPT7 handshake mode in NOT;
Audio mute with 2 Vol keys is available, but not video mute.
Code 1D: Sony LCD KDL-nnEX500, KDL-nnHX909, KDL-nnXBRx (PRO models only)
RS232 codes are in a Sony Protocol Manual which in only available from Sony by signing a non-disclosure agreement.
So below we have only shown the channel selection bytes, not the whole message, to preserve their secrecy.
(However, the Rev 4 of the manual is actually available on Sony’s own site: by simply Googling “set standby command
as enable” )
A number of models are covered which share a large number of inputs but we have set up one driver which uses
selected inputs for Computer 1 & 2 and Video 1 & 2. If any other are needed for these four channels, set input numbers
from the common table below into constants E0 to E3.
Channel codes are:
Input1 := xxx + 05 + 01 + CKS //Computer 1: Input 1: RGB DB15
Input2 := xxx + 04 + 01 + CKS //Computer 2: Input 2: HDMI 1
Input3 := xxx + 02 + 01 + CKS //Video 1
Input4 := xxx + 02 + 02 + CKS //Video 2 *
* Setting T440: OPT6 switch ON will use S-Video in place of HDMI. T430: uses HDMI as Video2.
Input5 := xxx + 02 + 03 + CKS // Video 3
Input6 := xxx + 03 + 01 + CKS // Component 1
Input7 := xxx + 03 + 02 + CKS // Component 2
Input8 := xxx + 03 + 03 + CKS // Component 3
Input9 := xxx + 04 + 01 + CKS // HDMI 1
Input10 := xxx + 04 + 02 + CKS // HDMI 2
Input11 := xxx + 04 + 03 + CKS // HDMI 3
Input12 := xxx + 04 + 04 + CKS // HDMI 4
Input13 := xxx + 04 + 05 + CKS // HDMI 5
Input14 := xxx + 06 + 01 + CKS // Digital media
TV := xxx + 02 + 01 + CKS // Dig TV
TV channel up/down is supported with the blue keys on a Code:E keyboard.
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
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Setting OPT1 switch ON will swap Video1 and Video2 channels, making S-Video the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
This panel can be used with a number of keyboards:
•
With a “Code 9” keyboard, with buttons selecting “Video” and “Computer”, with “Volume” keys;
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with “Volume” control keys. (Keyboards combine channel keys with “On” keys);
• (There is no point in using a Code 8 or A keyboard, as there is no “Freeze” function;
• Aspect ratio roll is provided by setting UserFlags (see part A manual);
•
Panel connection blink codes are available but OPT7 handshake mode in NOT;
• Audio mute with 2 Vol keys is available, but not video mute.
Code 40: Sony BRAVIA LCD-TVs KDL-HX92x/82x/72x, NX72x,
EX72x/62x/52x/46x/42x/32x, CX52x/400
These are commercial panels which, while they don’t have RS232 ports, do allow RS232 control via an interface box
feeding commands into the HDMI C
onsumer Electronics Control system. The interface boxes from Sony are
called CBX-H10/1 and CBX-H11/1 and have their own power supply.
The panel will not normally startup when sent a Power Up command unless it has previously received a “Standby
Command Enable” string. (There is no way of using a panel menu command to set this up manually.) This driver does
send a command “Standby Command Enable” just before the Power Down string, so that the panel is then enabled for
RS232 commands startup.
So the setup sequence to allow RS232 controlled starts is:
1. Turn panel on manually;
2. Turn T430/T440 on with ON button;
3. Check commands all work, then turn OFF the system using the T430/T440 OFF button (this also sends the
“Standby Command Enable”);
4. Now turn on the panel with the T430/T440 ON button … it should now be fully remote-controllable via
RS232.
Channel codes are:
Input1 := 8C + 00 + 02 + 03 + 05 + 01 + 97 //Computer 1: PC Digital DB15
Input2 := 8C + 00 + 02 + 03 + 04 + 02 + 97 //Computer 2: HDM2
Input3 := 8C + 00 + 02 + 03 + 02 + 01 + 94 //Video 1: Video1
Input4 := 8C + 00 + 02 + 03 + 04 + 01 + 96 //Video 2: HDMI 1
Input5 := 8C + 00 + 02 + 03 + 03 + 01 + 95 // Video 2 Component
Input6 := 8C + 00 + 02 + 03 + 04 + 03 + 98 // HDMI 3
Input7 := 8C + 00 + 02 + 03 + 04 + 04 + 99 // HDMI 4
TV := 8C + 00 + 02 + 02 + 01 + 91 // DTV
TV channel up/down is supported with the blue keys on a Code:E keyboard.
Any one of these codes can be set into Constant:0/Constant:1 for computer codes and Constant:2/Constant:3 for video
codes. (The default is to have Computer1 (above) as the “Computer” channel and Video1 as the “Video” channel.
Setting OPT1 switch ON will swap Video1 and Video2 channels, making HDMI 1 the video default. Setting OPT5
switch ON will swap Computer 1 and Computer 2 sources.)
This panel can be used with a number of keyboards:
• With a “Code 9” keyboard, with buttons selecting “Video” and “Computer”, with “Volume” keys;
• With a “Code B-L” or “Code B-P” keyboard, with buttons selecting “Video” and “Computer1” and “Computer2”
with “Volume” control keys. (Keyboards combine channel keys with “On” keys);
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•
There is no point in using a Code 8 or A keyboard, as there is no “Freeze” function;
• Aspect ratio roll is provided by setting UserFlags (see part A manual);
•
Panel connection blink codes and OPT7 handshake are available;
• Audio/video mute with 2 Vol keys is available.
• As of V107, the ON command is sent twice to turn on latest panels with deep sleep mode, and warm-up time has
been increased to 22 seconds to allow panel boot up. Sony advise: For all RS232 commands to function on the
Android TV models the set must be upgraded to the latest available software which is currently pkg2.465,
available to download from sony.com.au /support, or an auto update can be done if the TV is connected to the
WWW. One difference is that if the TV has been off for more than 15 minutes it will then be in deep standby
which will require the ON command to be sent twice.
RS232 connections to Sony LCD flat panels
These all use a D-sub 9-pin connector, male on cable.
LCD panels, 9600 BAUD, No parity, 1 stop.
Function/Direction T440 “projector”
Connection
Projector Connector
(Male on cable)
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
3
D-sub 9 male
solder side
4 25 1
9 8 7 6
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2-Touch / CTOUCH LCD touch panel Codes 9D
These are an LG-style panel with touchscreen add-on on the front, in sizes of 46”, 55”, 65”, 70”, 82” and 84”.
Protocol document is at:
http://www.ctools.nl/Files/Producten/CTOUCH/CTOUCH%20RS232C_Protocol_MODEL%20B%2046_55_65_70_82_3%20HDM
I.pdf
Channel codes are:
Input1 := 'kb 00 07' + 0D; // Computer1 VGA DB15
Input2 := 'kb 00 0a' + 0D; // Computer2 HDMI 2
Input3 := 'kb 00 02' + 0D; // Video 1 A/V * (OPT1 swaps Video1 & Video2)
Input4 := 'kb 00 09' + 0D; // Video 2 HDMI 1 default * (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI2. T430: uses HDMI2 as Video2.
Input4 := 'kb 00 03' + 0D; // Video 2 S-Video
Input5 := 'kb 00 04' + 0D; // Component
Input6 := 'kb 00 0b' + 0D; // HDMI 3
TV := 'kb 00 00' + 0D; // DTV
RS232 connections to 2-Touch / CTOUCH LCD projectors:
D-SUB 9 Female on panel, male on cable. Comms at 9600 8N1.
Note: Connector wiring on 2-Touch and CTOUCH documentation is totally incorrect, (e.g. Gnd on pin 1, links on 8->9)
Following has been tested and works correctly. Don’t link pins 8 & 9.
Function/Direction T460 “projector”
Connection
Panasonic Serial Port
Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to panel Tx 9-pin D-sub pin 3 (RXD)
Reply data from panel to T440 Rx 9-pin D-sub pin 2 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T460, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
3
D-sub 9 male
solder side
4 25 1
9 8 7 6
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ViewSonic LCD touch panel Codes 84, 85
Protocol document is at:
https://www.viewsonic.com/assets/164/31203.pdf
Code 84 uses address code setting of 01, which seems to be the default setting. This code uses addressed power on/off
and reply codes.
Code 85 uses address code setting of 01, which seems to be the default setting. This code uses NON-addressed power
on/off and reply codes. VT2405LED and VT3205LED use this.
Channel codes are:
Input1 := '801s"006' + 00D; // Computer1 VGA DB15
Input2 := '801s"014' + 00D; // Computer2 HDMI 2
Input3 := '801s"001'+ 0D; // Video 1 A/V * (OPT1 swaps Video1 & Video2)
Input4 := '801s"004'+ 0D; // Video 2 HDMI 1 default * (OPT1 swaps Video1 & Video2)
* T440: OPT6 switch ON will use S-Video in place of HDMI2. T430: uses HDMI2 as Video2.
Input4 := '801s"002'+ 0D; // Video 2 S-Video
Input5 := '801s"003'+ 0D; // Component
Input6 := '801s"024'+ 0D; // HDMI 3
Input7 := '801s"005'+ 0D; // DVI
RS232 connections to ViewSonic LCD projectors
These use a 9-pin-D9 male on the panel, female on cable. Coms is at 9600, 8N1
Function/Direction T440 “projector”
Connection
Fujitsu “Control” Port
Connector
Ground Ground 9-pin D-sub pin 5
Data from T440 to projector Tx 9-pin D-sub pin 2 (RXD)
Reply data from projector to T440 Rx 9-pin D-sub pin 3 (TXD)
Plus 9 volt CTS/DTR to projector N/C N/C
After installation wiring of any projector to a T440, use a multimeter to check voltages of –9 on BOTH TX and RX pins
in any installation, as described in the troubleshooting part of this manual.
8
1 2 3 4 5
6 7 9
D-sub 9 female
solder side
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