LPWU3500 - Projecteur HITACHI - Notice d'utilisation et mode d'emploi gratuit

Type de produit	Projecteur
Marque	Hitachi
Modèle	LPWU3500
Résolution native	WUXGA (1920 x 1200 pixels)
Signaux d'entrée pris en charge	Ordinateur : jusqu'à WUXGA (1920x1200) ; Vidéo : NTSC, PAL, SECAM, 480i/p, 576i/p, 720p, 1080i/p
Connecteurs d'entrée	COMPUTER IN (D-sub 15), HDMI 1/MHL, HDMI 2, HDBaseT (RJ-45), VIDEO (RCA), AUDIO IN (mini-jack stéréo, RCA x2), LAN (RJ-45), WIRELESS (USB), USB-B
Connecteurs de sortie	MONITOR OUT (D-sub 15), HDMI OUT, AUDIO OUT (mini-jack stéréo), REMOTE CONTROL OUT (mini-jack)
Fonctions de correction d'image	Correction trapézoïdale verticale et horizontale, correction géométrique Perfect Fit, Warping, Edge Blending, Cropping
Modes d'image	Standard, Naturel, Cinéma, Dynamique, DICOM SIM, Tableau (noir/vert), Tableau blanc, Utilisateur (3)
Source lumineuse	Laser (probable) avec modes : High, Mid, Low, Constant
Contrôle à distance	RS-232C (D-sub 9), LAN (TCP/IP), HDBaseT, télécommande infrarouge (avant, arrière, HDBaseT)
Fonctions avancées	PIP/PBP, FREEZE, AV MUTE, ZOOM numérique, ACCENTUALIZER, HDCR, gestion des couleurs, gamma utilisateur, balance des blancs, niveaux de noir
Langues OSD	Multilingue (anglais, français, allemand, espagnol, italien, japonais, chinois, coréen, etc.)
Consommation électrique	Non spécifiée (estimation 300-400 W)
Dimensions (L x P x H)	Non spécifiées
Poids	Non spécifié
Entretien	Nettoyage de la lentille et des ports ; remplacement de la source lumineuse par un technicien qualifié
Sécurité	Verrouillage MyScreen, contrôle d'accès réseau (mot de passe), commande RS-232C sécurisée
Environnement	Température de fonctionnement : 0-40°C (estimation)

FOIRE AUX QUESTIONS - LPWU3500 HITACHI

Comment connecter un ordinateur au projecteur LPWU3500 ?

Utilisez le port COMPUTER IN (D-sub 15) avec un câble VGA ou le port HDMI avec un câble HDMI. Pour un signal numérique, privilégiez le HDMI. Assurez-vous que l'ordinateur émet sur le bon mode d'affichage (ex: 1920x1200).

Comment ajuster la correction trapézoïdale ?

Dans le menu IMAGE, sélectionnez KEYSTONE V ou KEYSTONE H. Utilisez les touches de défilement pour aligner l'image. Vous pouvez aussi activer le mode PERFECT FIT pour un réglage précis des coins et bords.

Comment basculer entre les sources d'entrée ?

Appuyez sur la touche SOURCE de la télécommande ou du panneau de commande. Le projecteur affiche la liste des entrées (COMPUTER IN, HDMI 1, HDMI 2, HDBaseT, VIDEO, LAN). Sélectionnez celle souhaitée avec les flèches et validez.

Comment utiliser la fonction PIP/PBP ?

Dans le menu ÉCRAN, activez PbyP ou PinP. Vous pouvez choisir les sources principale et secondaire, leur position et leur taille. Utilisez la commande SWAP pour échanger les sources.

Comment contrôler le projecteur via RS-232C ?

Connectez un câble RS-232C croisé entre le port CONTROL du projecteur et le port série de l'ordinateur. Configurez la communication : 19200 bps, 8 bits de données, sans parité, 1 bit d'arrêt. Utilisez les commandes listées dans le manuel (ex: BE EF 03 06 00...).

Comment régler la netteté de l'image ?

Dans le menu IMAGE, ajustez le paramètre SHARPNESS. Vous pouvez aussi utiliser ACCENTUALIZER pour renforcer les contours. Pour les signaux vidéo, VIDEO NR réduit le bruit.

Comment activer le mode silencieux (AV MUTE) ?

Appuyez sur la touche AV MUTE de la télécommande pour couper l'image et le son. Pour une mise en veille de l'image uniquement, utilisez BLANK. Ces fonctions sont aussi accessibles via le menu ÉCRAN.

Comment réinitialiser les paramètres d'image ?

Pour réinitialiser un réglage spécifique (luminosité, contraste, etc.), accédez à ce réglage dans le menu IMAGE et sélectionnez RÉINITIALISER. Pour une réinitialisation complète, utilisez MY MEMORY pour charger un profil par défaut.

Quels sont les modes de luminosité disponibles ?

Le projecteur propose quatre modes de LIGHT OUTPUT : HIGH (pleine puissance), MID (moyen), LOW (économique) et CONSTANT (luminosité constante). Ils sont accessibles dans le menu IMAGE ou via la télécommande.

Comment utiliser la télécommande avec le projecteur ?

Dirigez la télécommande vers le capteur avant ou arrière du projecteur. Vous pouvez aussi utiliser le récepteur HDBaseT pour un contrôle à distance via câble. Pour éviter les interférences, réglez l'ID de télécommande dans le menu SYSTÈME.

MODE D'EMPLOI LPWU3500 HITACHI

LP-WU3500/LP-WX3500

User's Manual (detailed)

Operating Guide - Technical

Supported signals for COMPUTER IN

Resolution (H x V) Signal mode H. frequency		(kHz)	V. frequency (Hz)	Rating
720 x 400 TEXT	37.9 85 VESA
640 x 480 VGA	(60Hz) 31.5 59.9 VESA
	VGA (72Hz) 37.9 72.8 VESA
	VGA (75Hz) 37.5 75 VESA
	VGA (85Hz) 43.3 85 VESA
800 x 600 SVGA	(56Hz) 35.2 56.3 VESA
	SVGA (60Hz) 37.9 60.3 VESA
	SVGA (72Hz) 48.1 72.2 VESA
	SVGA (75Hz) 46.9 75 VESA
	SVGA (85Hz) 53.7 85.1 VESA
832 x 624 Mac	16" mode 49.7 74.5
1024 x 768 XGA	(60Hz) 48.4 60 VESA
	XGA (70Hz) 56.5 70.1 VESA
	XGA (75Hz)	60	75 VESA
	XGA (85Hz) 68.7 85 VESA
1152 x 864	1152 x 864 (75Hz)	67.5 75 VESA
1280 x 768 W-XGA	GA (60Hz)	47.7 60 VESA
1280 x 800 1280	x 800 (60Hz)	49.7 60 VESA
1280 x 1024	SXGA (60Hz)	64	60 VESA
	SXGA (75Hz)	80	75 VESA
	SXGA (85Hz) 91.1 85 VESA
*1) 1366 x 768	WXGA (60Hz)	47.7 59.8 VESA
1440 x 900 WXGA+ (60Hz)		55.9 59.9 VESA
1600 x 900 WXGA++ (60Hz)		60	60 VESA
1680 x 1050	WSXGA+ (60Hz)	65.3 60 VESA
1600 x 1200	UXGA (60Hz)	75	60 VESA
1920 x 1080	Full HD (60Hz)	67.5 60 VESA
*2) 1920 x 1200	W-UXGA (60Hz) Reduced Blanking	74	60 VESA

1) Supported except for [WUXGA Model] 2) Only for [WUXGA Model]
(continued on next page)

Supported signals for HDMI / HDBaseT

Resolution (H x V) Signal mode H. frequency		(kHz)	V. frequency (Hz)	Rating
720 x 400 TEXT 37.9 85 VESA
640 x 480 VGA	(60Hz) 31.5 59.9 VESA
	VGA (72Hz) 37.9 72.8 VESA
	VGA (75Hz) 37.5 75 VESA
	VGA (85Hz) 43.3 85 VESA
800 x 600 SVGA	(56Hz) 35.2 56.3 VESA
	SVGA (60Hz) 37.9 60.3 VESA
	SVGA (72Hz) 48.1 72.2 VESA
	SVGA (75Hz) 46.9 75 VESA
	SVGA (85Hz) 53.7 85.1 VESA
832 x 624 Mac	16" mode 49.7 74.5
1024 x 768 XGA	(60Hz) 48.4 60 VESA
	XGA (70Hz) 56.5 70.1 VESA
	XGA (75Hz) 60	75 VESA
	XGA (85Hz) 68.7 85 VESA
1152 x 864	1152 x 864 (75Hz)	67.5 75 VESA
1280 x 768 W-X	XGA (60Hz)	47.7 60 VESA
1280 x 800 128	0 x 800 (60Hz)	49.7 60 VESA
1280 x 1024	SXGA (60Hz)	64	60 VESA
	SXGA (75Hz)	80	75 VESA
	SXGA (85Hz) 91.1 85 VESA
1366 x 768 WX	GA (60Hz)	47.7 59.8 VESA
1440 x 900 WX	GA+ (60Hz)	55.9 59.9 VESA
1600 x 900 WX	GA++ (60Hz)	60	60 VESA
1680 x 1050	WSXGA+ (60Hz)	65.3 60 VESA
1600 x 1200	UXGA (60Hz)	75	60 VESA
*1) 1920 x 1200	W-UXGA (60Hz) Reduced Blanking	74	60 VESA

*1) Only for [WUXGA Model]

(continued on next page)

Resolution (H x V) Signal mode H. frequency		(kHz)	V. frequency (Hz)	Rating
720(1440) x 480i	480i 15.7 60 CEA
720(1440) x 576i	576i 15.6 50 CEA
720 x 480p	p 31.5 60 CEA
720 x 576p	p 31.3 50 CEA
1280 x 720p	p (50Hz) 37.5 50 CEA
	720p (60Hz) 45 60 CEA
1920 x 1080i	80i (50Hz) 28.1 50 CEA
	1080i (60Hz) 33.8 60 CEA
1920 x 1080p	80p (50Hz)	56.3 50 CEA
	1080p (60Hz)	67.5 60 CEA

(continued on next page)

Supported signals for MHL

Resolution (H x V) Signal mode H. frequency		(kHz)	V. frequency (Hz)	Rating
640 x 480 VGA (60Hz) 31.5 59.9 VESA
720(1440) x 480i 480i 15.7 60 CEA
720(1440) x 576i 576i 15.6 50 CEA
720 x 480p 480p 31.5 60 CEA
720 x 576p 576p 31.3 50 CEA
1280 x 720p 720p (50Hz)		37.5 50 CEA
720p (60Hz)		45	60 CEA
1920 x 1080i	1080i (50Hz)	28.1 50 CEA
	1080i (60Hz)	33.8 60 CEA
1920 x 1080p	1080p (25Hz)	28.13 25 CEA
	1080p (30Hz)	33.75 30 CEA

NOTE · Be sure to check jack type, signal level, timing and resolution before connecting this projector to a PC.

• Some PCs may have multiple display screen modes. Use of some of these modes will not be possible with this projector.
• Depending on the input signal, full-size display may not be possible in some cases. Refer to the number of display pixels above.
• The signal will be converted to the projector's panel resolution before being displayed. The best display performance will be achieved if the resolutions of the input signal and projector panel are identical.
• Automatic adjustment may not function correctly with some input signals.
• The image may not be displayed correctly when the input sync signal is a composite sync or a sync on G.
• The illustrations in this manual are for illustrative purposes. They may differ slightly from your projector.

Connection to the ports

NOTICE Use the cables with straight plugs, not L-shaped ones, as the input ports of the projector are recessed.

• Only the signal that is input from the COMPUTER IN can be output from the MONITOR OUT port.

④COMPUTER IN, ⑧MONITOR OUT

D-sub 15pin mini shrink jack

Video signal: RGB separate, Analog, 0.7Vp-p, 75 terminated (positive)
H/V. sync. signal: TTL level (positive/negative)
- Composite sync. signal: TTL level

Video signal: Y with composite sync, Analog, 1.0 ± 0.1Vp-p , 75 terminated

Cb/Pb, Analog, 0.7 ± 0.1Vp-p , 75 terminated

Cr/Pr, Analog, 0.7± 0.1Vp - p75 terminated

• System: 480i@60, 480p@60, 576i@50, 720p@50/60, 1080i@50/60, 1080p@50/60

Pin Signal Pin Signal
1 Video Red, Cr/Pr 9 (No connection)
2 Video Green, Y 10 Ground
3 Video Blue, Cb/Pb 11 (No connection)
4 (No connection) 12		A: SDA (DDC data) B: (No connection)
5 Ground 13 H. sync / Composite sync.
6 Ground Red, Ground Cr/Pr 14 V. sync.
7 Ground Green, Ground Y	15	A: SCL (DDC clock) B: (No connection)
8 Ground Blue, Ground Cb/Pb

HDBaseT

RJ-45 jack

Pin Signal Pin Signal Pin Signal
1 HDBaseT0+ 4 HDBaseT2+ 7 HDBaseT3+
2 HDBaseT0- 5 HDBaseT2-				8 HDBaseT3-
3 HDBaseT1+ 6 HDBaseT1-

D HDMI 1 / MHL, E HDMI 2, F HDMI OUT

• Type :Digital audio/video connector
  Audio signal: Linear PCM (Sampling rate; 32/44.1/48 kHz)

Pin	Signal Pin Signal Pin Signal
1	T.M.D.S. Data2 + N.C.	8	T.M.D.S. Data0 Shield MHL Shield	15 SCL CD PULLUP
2	T.M.D.S. Data2 Shield CD_SENSE	9	T.M.D.S. Data0 - MHL-	16 SDA N.C.
3	T.M.D.S. Data2 - N.C.	10	T.M.D.S. Clock + N.C.	17 DDC/CEC Ground VBUS CBUS GND
4	T.M.D.S. Data1 + N.C.	11	T.M.D.S. Clock Shield TMDS GND	18 +5V Power VBUS
5	T.M.D.S. Data1 Shield TMDS_GND	12	T.M.D.S. Clock - N.C.	19 Hot Plug Detect CBUS
6	T.M.D.S. Data1 - N.C.	13	CEC N.C.
7	T.M.D.S. Data0 + MHL+	14	Reserved (N.C. on device) N.C.

RCA jack

Composite video signal, Analog, 1.0± 0.1Vp - p 75 terminator
- System: NTSC, PAL, SECAM, PAL-M, PAL-N, NTSC4.43, PAL(60Hz)

03.5 stereo mini jack

• Analog, 47k input impedance

RCA jack x2

• Analog, 47k input impedance

Ø3.5 stereo mini jack

• Analog, 1k output impedance

D-sub 9pin plug

• About the details of RS-232C communication, please refer to the next section.

Pin Signal Pin Signal Pin Signal

1 (No connection) 4 (No connection) 7 RTS

2 RD 5 Ground 8 CTS

3 TD 6 (No connection) 9 (No connection)

Connection to the ports (continued)

MLAN

RJ-45 jack

• About the details of network communication, please refer to the Network Guide.

Pin Signal Pin Signal Pin Signal
1	T X +	4	-	7	-
2	T X -	5	-		8	-
3	R X +	6	R X -

WIRELESS

Only for USB wireless adapter.

Pin Signal
1	+5V
2 - Data
3 + Data
4 Ground

USB-B

USB B type jack

Pin	Signal
1	+5V
2	- Data
3	+ Data
4	Ground

REMOTE CONTROL IN, OUT

03.5 stereo mini jack

RS-232C Communication

When the projector connects to the computer by RS-232C communication, the projector can be controlled with RS-232C commands from the computer. For details of RS-232C commands, refer to RS-232C Communication / Network command table (18).

Connection

1. Turn off the projector and the computer.
2. Connect the projector's CONTROL port and the computer's RS-232C port with a RS-232C cable (cross). Use the cable that fulfi IIs the specifi cation shown in fi gure.
3. Turn the computer on, and after the computer has started up turn the projector on.
4. Set the COMMUNICATION TYPE to OFF in the COMMUNICATION menu of the OPTION - SERVICE menu.

RS-232C port of the computer

CONTROL port of the projector

CD (1) (1)

RD

DTR (4) (4)

GND(5) (5)-GND

DSR (6) (6)

RTS (7) (7)-RTS

CTS (8) (8) CTS

RI (9)

9）-

Communication settings

1. Protocol

19200bps, 8N1

2. Command format ("h" shows hexadecimal)

Byte Number

0

1

2

3

4

57

8

9

1

0

1

CommandAction

Header Data

Header code

Packet

Data size

CRC flag

Action

Type

Setting code

L

H

H

L

H

L

H

L

H

L

H

<SET>Change setting to desired value [(cL)(cH)] by [(bL)(bH)].

BEh

EFh

03h

06h

00h

(aL)

(aH)

01h

00h

(bL)

(bH)

(cL)

(cH)

<GET>Read projector internal setup value [(bL)(bH)].

(aL)

(aH)

02h

00h

(bL)

(bH)

00h

00h

<INIncrement>Increment setup value [(bL)(bH)] by 1.

(aL)

(aH)

04h

00h

(bL)

(bH)

00h

00h

<DECREMENT>Decrement setup value [(bL)(bH)] by 1.

(aL)

(aH)

05h

00h

(bL)

(bH)

00h

00h

<EXECUTE>Run a command [(bL)(bH)].

(aL)

(aH)

06h

00h

(bL)

(bH)

00h

00h

1

[Header code] [Packet] [Data size]

Set [BEh, EFh, 03h, 06h, 00h] to byte number 0 to 4.

[CRC flag]

For byte number 5, 6, refer to RS-232C Communication / Network command table (18).

[Action]

Set functional code to byte number 7, 8.

[ <\text{SET}> = [01h, 00h], <\text{GET}> = [02h, 00h], <\text{INCREMENT}> = [04h, 00h] ]

= [05h, 00h], = [06h, 00h]

Refer to the Communication command table (above).

[Type] [Setting code]

For byte number 9 to 12, refer to RS-232C Communication / Network command table (18).

1. Response code / Error code ("h" shows hexadecimal)

(1) ACK reply: 06h

When the projector receives the Set, Increment, Decrement or Execute command correctly, the projector changes the setting data for the specified item by [Type], and it returns the code.

(2) NAK reply: 15h

When the projector cannot understand the received command, the projector returns the error code.

In such a case, check the sending code and send the same command again.

(3) Error reply: 1Ch + 0000h

When the projector cannot execute the received command for any reasons, the projector returns the error code.

In such a case, check the sending code and the setting status of the projector.

(4) Data reply: 1Dh + xxxh

When the projector receives the GET command correctly, the projector returns the response code and 2 bytes of data.

NOTE • For connecting the projector to your devices, please read the manual for each devices, and connect them correctly with suitable cables.

• Operation cannot be guaranteed when the projector receives an undefined command or data.
• Provide an interval of at least 40ms between the response code and any other code.
• The projector outputs test data when the power supply is switched ON, and when the light source is lit. Ignore this data.
• Commands are not accepted during warm-up.
• When the data length is greater than indicated by the data length code, the projector ignore the excess data code. Conversely when the data length is shorter than indicated by the data length code, the projector returns the error code to the computer.

Command Control via the Network

When the projector connects network, the projector can be controlled with RS-232C commands from the computer with web browser.

For details of RS-232C commands, refer to RS-232C Communication / Network command table (18).

NOTE · If data is transferred via wireless and wired LAN at the same time, the projector may not be able to process the data correctly.

Connection

1. Turn off the projector and the computer.
2. If you use wired LAN, connect the projector's LAN or HDBaseT™ port to the computer's LAN or HDBaseT port with a LAN cable. Use the cable that fulfils the specifi cation shown in fi gure. If you use wireless LAN, insert the USB wireless adapter into the WIRELESS port of the projector.
3. Turn the computer on, and after the computer has started up turn the projector on.

• LAN cable (CAT-5e or greater) or

• For HDBaseT connection

• CAT-5e or greater

• shielded type (connectors included)
  straight cable
• single cable

Communication Port

The following two ports are assigned for the command control.

TCP #23

TCP #9715

Configure the following items from a web browser when command control is used.

Port Settings
Network Control Port1 (Port: 23)	Port open	Click the [Enable] check box to open [Network Control Port1 (Port: 23)] to use TCP #23. Default setting is "Enable".
	Authentication	Click the [Enable] check box for the [Authentication] setting when authentication is required. Default setting is "Disable".
Network Control Port2 (Port: 9715)	Port open	Click the [Enable] check box to open [Network Control Port2 (Port: 9715)] to use TCP #9715. Default setting is "Enable".
	Authentication	Click the [Enable] check box for the [Authentication] setting when authentication is required. Default setting is "Enable".

When the authentication setting is enabled, the following settings are required.

Security Settings
Network Control	Authentication Password	Enter the desired authentication password. Confirm this setting will be the same for [Network Control Port1 (Port: 23)] and [Network Control Port2 (Port: 9715)]. Default setting is blank.
	Re-enter Authentication Password

Command control settings

[TCP#23]

1. Command format

Same as RS-232C communication, refer to RS-232C Communication command format.

1. Response code / Error code ("h" shows hexadecimal)

Four of the response / error code used for TCP#23 are the same as RS-232C Communication (1)~(4). One authentication error reply (5) is added.

(1) ACK reply : 06h

Refer to RS-232C communication (9).

(2) NAK reply : 15h

Refer to RS-232C communication (9).

(3) Error reply : 1Ch + 0000h

Refer to RS-232C communication (9).

(4) Data reply : 1Dh + xxxh

Refer to RS-232C communication (9).

(5) Authentication error reply : 1Fh + 0400h

When authentication error occurred, the projector returns the error code.

[TCP #9715]

1. Command format

The commands some datum are added to the head and the end of the ones of TCP#9715 are used.

Header	Data length	RS-232C command	Check sum	Connection ID
0x02 0x0D	13 bytes 1 byte	1 byte

[Header]

02, Fixed

[Data Length]

RS-232C commands byte length (0× 0D ,Fixed)

[RS-232C commands]

Refer to RS-232C Communication command format (10).

[Check Sum]

This is the value to make zero on the addition of the lower 8 bits from the header to the checksum.

[Connection ID]

Random value from 0 to 255 (This value is attached to the reply data).

NOTE · Operation cannot be guaranteed when the projector receives an undefined command or data.

• Provide an interval of at least 40ms between the response code and any other code.

• Commands are not accepted during warm-up.

• Response code / Error code ("h" shows hexadecimal)

The connection ID is attached for the TCP#23's response / error codes are used. The connection ID is same as the sending command format.

(1) ACK reply: 06h + × × h ( × × h : connection ID)
(2) NAK reply: 15h + × × h
(3) Error reply: 1Ch + 0000h + xxh
(4) Data reply: 1Dh + xxxh + xxh
(5) Authentication error reply: 1Fh + 0400h + xxh
(6) Projector busy reply: 1Fh + xxxh + xxh

When the projector is too busy to receive the command, the projector returns the error code.

In such a case, check the sending code and send the same command again.

Automatic Connection Break

The TCP connection will be automatically disconnected after there is no communication for 30 seconds after being established.

Authentication

The projector does not accept commands without authentication success when authentication is enabled. The projector uses a challenge response type authentication with an MD5 (Message Digest 5) algorithm.

When the projector is connected to a LAN, a random 8 bytes will be returned if authentication is enabled. Bind this received 8 bytes and the authentication password, and digest the data with the MD5 algorithm, and add it in front of the commands to send.

The following is a sample of authentication process.

Authentication password: password (example)

Random 8 bytes: a572f60c (example)

1) Select a projector and receive the random 8 bytes from the projector.
→“a572f60c”
2) Bind the random 8 bytes and the authentication password.
"a572f60cpassword"
3) Digest this bound with MD5 algorithm.
→“e3d97429adffa11bce1f7275813d4bde”
4) Add this code in front of the commands and send the data.
"e3d97429adffa11bce1f7275813d4bde" + [command].
5) When the sent data is correct, the command will be performed and the reply data will be returned. Otherwise, an authentication error will be returned.

NOTE · As for the transmission of the second or subsequent commands, the authentication data can be omitted for the same connection.

Network Bridge Communication

This projector is equipped with NETWORK BRIDGE function.

When the projector connects to the computer by wired or wireless LAN communication, an external device connected with this projector by RS-232C communication can be controlled from the computer as a network terminal.

For details, see the 7. Network Bridge function in the Network Guide.

NOTE - If data is transferred via wireless and wired LAN at the same time, the projector may not be able to process the data correctly.

Connection

1. If you use wired LAN, connect the computer's LAN port and the projector's LAN port with a LAN cable. Use the cable that fulfills the specification shown in fi gure. If you use wireless LAN, insert the USB wireless adapter into the projector's WIRELESS port.
2. Connect the projector's CONTROL port and the RS-232C port of the devices that you want to control with a RS-232C cable.
3. Turn the computer on, and after the computer has started up turn the projector on.
4. Set the COMMUNICATION TYPE to NETWORK BRIDGE in the COMMUNICATION menu of the OPTION - SERVICE menu.

Communication settings

For communication setting, use the COMMUNICATION menu in the OPTION - SERVICE menu

Item Condition
BAUD RATE 4800bps / 9600bps / 19200bps / 38400bps
Data length 8 bit (fixed)
PARITY NONE/ODD/EVEN
Start bit 1 bit (fixed)
Stop bit 1 bit (fixed)
Transmission method HALF-DUPLEX/FULL-DUPLEX

NOTE • For connecting the projector to your devices, please read the manual for each devices, and connect them correctly with suitable cables.

• Turn off the power and unplug both the projector and other devices before connecting them.
• For details of Transmission method, refer to 7.4 Transmission method in the Network Guide.

RS-232C Communication / Network command table

Names Operation Type Header							CRC	Command Data
								Action Type Setting code
Power	Set	Turn off BE EF 03 06 00 2A D3 01 00 00 60 00 00
		Turn on BE EF 03 06 00 BA D2 01 00 00 60 01 00
	Get		BE EF 03 06 00 19 D3 02 00 00 60 00 00
			[Example return]00 00 01 00 02 00[Off] [On] [Cool down]
Input Source	Set	COMPUTER IN BE EF 03 06 00 FE D2 01 00 00 00 00
		LAN BE EF 03 06 00 CE D5 01 00 00 20 08 00
		HDMI 1 / MHL BE EF 03 06 00 06 00 0E D2 01 00 00 20 03 00
		HDMI 2 BE EF 03 06 00 06 00 6E D6 01 00 00 20 0D 00
		HDBaseT BE EF 03 06 00 AE DE 01 00 00 20 11 00
		VIDEO BE EF 03 06 00 06 00 6E D3 01 00 00 20 01 00
	Get		BE EF 03 06 00 CD D2 02 00 00 00 20 00
Error Status	Get		BE EF 03 06 00 D9 D8 02 00 20 60 00 00
			[Example return]00 00 02 00 03 00 04 00,46 00,5A 00[Normal] [Fan error] [Light Source error] [Temp error]05 00 07 00 56 00,59 00,5B 00[Air flow error] [Cold error] [Other error]
MAGNIFY	Get		BE EF 03 06 00 7C D2 02 00 07 30 00 00
	Increment		BE EF 03 06 00 1A D2 04 00 07 30 00 00
	Decrement		BE EF 03 06 00 CB D3 05 00 07 30 00 00
MAGNIFY Position H	Get		BE EF 03 06 00 C8 D7 02 00 10 30 00 00
	Increment		BE EF 03 06 00 AE D7 04 00 10 10 30 00 00
	Decrement		BE EF 03 06 00 7F D6 05 00 10 30 00 00
MAGNIFY Position V	Get		BE EF 03 06 00 34 D6 02 00 11 30 00 00
	Increment		BE EF 03 06 00 52 D6 04 00 11 30 00 00
	Decrement		BE EF 03 06 00 83 D7 05 00 11 30 00 00
FREEZE	Set	NORMAL	BE EF 03 06 00 83 D2 01 00 02 30 00 00
		FREEZE	BE EF 03 06 00 13 D3 01 00 02 30 01 00
	Get		BE EF 03 06 00 B0 D2 02 00 02 30 30 00 00
PbyP/PinP	Set	OFF	BE EF 03 06 06 00 3E 26 01 00 10 23 00 00
		PbyP	BE EF 03 06 00 AE 27 01 00 23 01 00
		PinP	BE EF 03 06 00 5E 27 01 00 10 23 02 00
	Get		BE EF 03 06 00 0D 26 02 00 23 00 00
PbyP MAIN SIZE	Set	SMALL	BE EF 03 06 06 00 F2 07 01 00 11 23 7F 00
		MIDDLE	BE EF 03 06 06 06 02 46 01 00 11 23 80 00
		LARGE BE EF 03 06 00 47 01 00 11 23 81 00
	Get		BE EF 03 06 06 06 02 27 02 00 11 23 00 00
Names Operation Type Header						CRC	Command Data
							Action Type Setting code
PbyPRIGHT SOURCE	Set	COMPUTER IN BE EF 03 06 00 86 27 01				00 12 23	00 00
		HDMI 1 / MHL	BE EF 03 06	00 76 27		01 00 12	23 03 00
		HDMI 2 BE EF 03 06 00 16 23 01 00				12 23 0D	00
		HDBaseT BE EF 03 06 00 D6	2B 01 00			12 23 11	00
		VIDEO	BE EF 03 06	00 16 26		01 00 12	23 01 00
	Get		BE EF	03	06 00	B5 27	02 00	12 23	00 00
PbyPMAIN AREA	Set	LEFT	BE EF	03	06 00	7A 26	01 00	13 23	00 00
		RIGHT	BE EF	03	06 00	EA 27	01 00	13 23	01 00
	Get		BE EF 03 06	00 49 26		02 00 13	23 00 00
PbyPLEFT SOURCE	Set	COMPUTER IN BE EF 03 06 00			F2 26	01 00	15 23 00	00
		HDMI 1 / MHL	BE EF 03 06	00 02 26		01 00 15	23 03 00
		HDMI 2 BE EF 03 06 00 62 22 01 00				15 23 0D	00
		HDBaseT BE EF 03 06 00	A2 2A 01			00 15 23	11 00
		VIDEO	BE EF 03 06	00 62 27		01 00 15	23 01 00
	Get		BE EF	03	06 00	C1 26	02 00	15 23	00 00
PinP POSITION	Set	TOP LEFT	BE EF 03 06	00 02 23		01 00 01	23 00 00
		TOP RIGHT	BE EF 03 06	00 92 22		01 00 01	23 01 00
		BOTTOM LEFT BE EF 03 06 00	$2 22 01			00 01 23	02 00
		BOTTOM RIGHT	BE EF	03	06 00	F2 23	01 00	01 23	03 00
	Get		BE EF 03 06	00 31 23		02 00 01	23 00 00
PinPMAIN AREA	Set	PRIMARY	BE EF 03 06	00 32 22		01 00 05	23 00 00
		SECONDARY	BE EF	03	06 00	A2 23	01 00	05 23	01 00
	Get		BE EF 03 06	00 01 22		02 00 05	23 00 00
PinPPRIMARYSOURCE	Set	COMPUTER IN BE EF 03 06 00			CE 23 01	00 04 23	00 00
		HDMI 1 / MHL	BE EF	03	06 00	3E 23	01 00	04 23	03 00
		HDMI 2 BE EF 03 06 00	5E 27			01 00 04	23 0D 00
		HDBaseT BE EF 03 06 00	9E 2F			01 00 04	23 11 00
		VIDEO	BE EF	03	06 00	5E 22	01 00	04 23	01 00
	Get		BE EF	03	06 00	FD 23	02 00	04 23	00 00
PinPSECONDARYSOURCE	Set	COMPUTER IN BE EF 03 06 00			46 23 01	00 02 23	00 00
		HDMI 1 / MHL	BE EF	03	06 00	B6 23	01 00	02 23	03 00
		HDMI 2 BE EF 03 06 00	D6 27			01 00 02	23 0D 00
		HDBaseT BE EF 03 06 00	16 2F			01 00 02	23 11 00
		VIDEO	BE EF	03	06 00	D6 22	01 00	02 23	01 00
	Get		BE EF 03 06	00 75 23		02 00 02	23 00 00
PbyP SWAP	Execute BE EF		03 06 00	01 27		06 00 16	23 00 00
PbyP / PinPFRAME LOCK	Set	LEFT / PRIMARY	BE EF	03	06 00	4A 27	01 00	17 23	00 00
		RIGHT / SECONDARY	BE EF 03 06	00 DA		26 01	00 17 23	01 00
	Get		BE EF 03 06	00 79 27		02 00 17	23 00 00
PICTURE MODE	Set	STANDARD BE	EF 03 06	00 83	F5 01 00	0 BA 30 06 00
		NATURAL BE	EF 03 06	00 23	F6 01 00	BA 30 00 00
		CINEMA BE	EF 03 06	00 B3	F7 01 00	BA 30 01 00
		DYNAMIC BE	EF 03 06	00 E3	F4 01 00	BA 30 04 00
		BOARD(BLACK)	BE EF 03	06 00	E3 EF 01	00 BA	30 20 00
		BOARD(GREEN)	BE EF	03 06	00 73 EE	01 00 BA	30 21 00
		WHITEBOARD	BE EF	03 06	00 83 EE	01 00 BA	30 22 00
		DICOM SIM.	BE EF	03 06	00 73 C6	01 00 BA	30 41 00
		USER-1	BE EF	03 06	00 E3 FB	01 00 BA	30 10 00
		USER-2	BE EF	03 06	00 73 FA	01 00 BA	30 11 00
		USER-3	BE EF	03 06	00 83 FA	01 00 BA	30 12 00
	Get		BE EF	03 06	00 10 F6	02 00 BA	30 00 00
BRIGHTNESS	Get		BE EF	03 06	00 89 D2	02 00 03	20 00 00
	Increment		BE EF	03 06	00 EF D2	04 00 03	20	00 00
	Decrement		BE EF	03 06	00 3E D3	05 00 03	20	00 00
BRIGHTNESS Reset	Execute BE EF		03 06 00	58 D3	06 00 00	70	00 00
CONTRAST	Get		BE EF	03 06	00 FD D3	02 00 04	20	00 00
	Increment		BE EF	03 06	00 9B D3	04 00 04	20	00 00
	Decrement		BE EF	03 06	00 4A D2	05 00 04	20 00 00
CONTRAST Reset	Execute BE EF		03 06 00	A4 D2	06 00 01	70	00 00
GAMMA	Set	1 DEFAULT	BE EF	03	06 00	07 E9	01 00	A1 30	20 00
		1 CUSTOM	BE EF	03 06	00 07 FD	01 00	A1 30 10	00
		2 DEFAULT	BE EF	03	06 00	97 E8	01 00	A1 30	21 00
		2 CUSTOM	BE EF	03	06 00	97 FC	01 00	A1 30	11 00
		3 DEFAULT	BE EF	03	06 00	67 E8	01 00	A1 30	22 00
		3 CUSTOM	BE EF	03 06	00 67 FC	01 00	A1 30 12	00
		4 DEFAULT	BE EF	03 06	00 F7 E9	01 00	A1 30 23	00
		4 CUSTOM	BE EF	03 06	00 F7 FD	01 00	A1 30 13	00
		5 DEFAULT	BE EF	03 06	00 C7 EB	01 00	A1 30 24	00
		5 CUSTOM	BE EF	03 06	00 C7 FF	01 00	A1 30 14	00
		6 DEFAULT	BE EF	03 06	00 57 EA	01 00 A1	30 25 00
		6 CUSTOM	BE EF	03 06	00 57 FE	01 00	A1 30 15	00
		7 DEFAULT	BE EF	03 06	00 A7 EA	01 00	A1 30 26	00
		7 CUSTOM	BE EF	03 06	00 A7 FE	01 00	A1 30 16	00
	Get		BE EF	03	06 00	F4 F0	02 00	A1 30	00 00
Names Operation Type Header						CRC	Command Data
							Action Type Setting code
User GAMMA Point 1	Get BE EF 03	06 00 08	FE 02	00 90 30	00 00
	Increment BE EF	03 06 00	6E FE	04 00 90	30 00 00
	Decrement BE EF	03 06 00	BF	FF 05 00 90	30 00 00
User GAMMA Point 1 Reset	Execute BE EF	03 06 00	58 C2	06 00 50	70 00 00
User GAMMA Point 2	Get BE EF 03	06 00 F4	FF 02	00 91 30	00 00
	Increment BE EF	03 06 00	92 FF	04 00 91	30 00 00
	Decrement BE EF	03 06 00	43 FF	05 00 91	30 00 00
User GAMMA Point 2 Reset	Execute BE EF	03 06 00	A4 C3	06 00 51	70 00 00
User GAMMA Point 3	Get BE EF 03	06 00	B0 FF	02 00	92 30 00 00
	Increment BE EF	03 06 00	D6 FF	04 00 92	30 00 00
	Decrement BE EF	03 06 00	07 FF	05 00 92	30 00 00
User GAMMA Point 3 Reset	Execute BE EF	03 06 00	E0 C3	06 00 52	70 00 00
User GAMMA Point 4	Get BE EF 03	06 00 4C	FE 02	00 93 30	00 00
	Increment BE EF	03 06 00	2A	FE 04 00	93 30 00 00
	Decrement BE EF	03 06 00	FB	FF 05 00 93	30 00 00
User GAMMA Point 4 Reset	Execute BE EF	03 06 00	C C2	06 00 53	70 00 00
User GAMMA Point 5	Get BE EF 03	06 00 38	FF 02	00 94 30	00 00
	Increment BE EF	03 06 00	5E	FF 04	00 94 30	00 00
	Decrement BE EF	03 06 00	8F	FE 05	00 94 30	00 00
User GAMMA Point 5 Reset	Execute BE EF	03 06 00	68 C3	06 00 54	70 00 00
User GAMMA Point 6	Get BE EF 03	06 00 C4	FE 02	00 95 30	00 00
	Increment BE EF	03 06 00	A2 FF	FE 04 00 95	30 00 00
	Decrement BE EF	03 06 00	73 FF	05 00 95	30 00 00
User GAMMA Point 6 Reset	Execute BE EF	03 06 00	94 C2	06 00 55	70 00 00
User GAMMA Point 7	Get BE EF 03	06 00 80	FE 02	00 96 30	00 00
	Increment BE EF	03 06 00	E6 FF	FE 04 00 96	30 00 00
	Decrement BE EF	03 06 00	37 FF	FE 05 00 96	30 00 00
User GAMMA Point 7 Reset	Execute BE EF	03 06 00	D0 C2	06 00 56	70 00 00
User GAMMA Point 8	Get BE EF 03	06 00 7C	FF 02	00 97 30	00 00
	Increment BE EF	03 06 00	1A FF	04 00	97 30 00 00
	Decrement BE EF	03 06 00	CB FF	FE 05 00	97 30 00 00
User GAMMA Point 8 Reset	Execute BE EF	03 06 00	2C C3	06 00 57	70 00 00

Names Operation Type Header					CRC	Command Data
						Action Type Setting code
COLOR TEMP	Set	1 HIGH BE EF 03 06 00 0B F5 01 00 B0 30 03 00
		1 CUSTOM(HIGH)	BE EF 03 06 00 CB F8 01 00 B0 30 02 30 13 00
		2 MID-1 BE EF 03 06 00 9B F4 01 00 B0 30 02 00
		2 CUSTOM(MID-1)	BE EF 03 06 00 5B F9 01 00 B0 30 12 00
		3 MID-2 BE EF 03 06 00 3B F7 01 00 B0 30 04 00
		3 CUSTOM(MID-2)	BE EF 03 06 00 FB FA 01 00 B0 30 14 00
		4 LOW BE EF 03 06 00 6B F4 01 00 B0 30 01 00
		4 CUSTOM(LOW)	BE EF 03 06 00 AB F9 01 00 B0 30 30 30 11 00
		5 Hi-BRIGHT-1 BE EF 03 06 00 3B F2 01 00 B0 30 08 00
		5 CUSTOM	BE EF 03 06 00 FB FF 01 00 B0 30 18 00
		6 Hi-BRIGHT-2	BE EF 03 06 00 AB F3 01 00 B0 30 09 00
		6 CUSTOM	BE EF 03 06 00 6B FE 01 00 B0 30 19 00
	Get		BE EF 03 06 00 C8 F5 02 00 B0 30 00 00
COLOR TEMPGAIN R	Get		BE EF 03 06 00 34 F4 02 00 B1 30 00 00
	Increment		BE EF 03 06 00 52 F4 04 00 B1 30 00 00
	Decrement		BE EF 03 06 00 83 F5 05 00 B1 30 00 00
COLOR TEMPGAIN R Reset		Execute BE EF 03 06 00 10 C6 06 00 46 70 00
COLOR TEMPGAIN G	Get		BE EF 03 06 00 70 F4 02 00 B2 30 00 00
	Increment		BE EF 03 06 00 16 F4 04 00 B2 30 00 00
	Decrement		BE EF 03 06 00 05 00 B2 30 00 00
COLOR TEMPGAIN G Reset		Execute BE EF 03 06 00 EC 70 00
COLOR TEMPGAIN B	Get		BE EF 03 06 00 02 00 B3 30 00 00
	Increment		BE EF 03 06 00 EA F5 04 00 B3 30 00 00
	Decrement		BE EF 03 06 00 05 00 B3 30 00 00
COLOR TEMPGAIN B Reset		Execute BE EF 03 06 00 F8 C4 06 00 48 70 00
COLOR TEMPOFFSET R	Get		BE EF 03 06 00 04 F5 02 00 B5 30 00 00
	Increment		BE EF 03 06 00 62 F5 04 00 B5 30 00 00
	Decrement		BE EF 03 06 00 05 00 B5 30 00 00
COLOR TEMPOFFSET R Reset		Execute BE EF 03 06 00 40 C5 06 00 4A 70 00
COLOR TEMPOFFSET G	Get		BE EF 03 06 00 40 F5 02 00 B6 30 00 00
	Increment		BE EF 03 06 00 26 F5 04 00 B6 30 00 00
	Decrement		BE EF 03 06 00 05 00 B6 30 00 00
COLOR TEMPOFFSET G Reset		Execute BE EF 03 06 00 BC4 06 00 4B 70 00
COLOR TEMPOFFSET B	Get		BE EF 03 06 00 02 00 B7 30 00 00
	Increment		BE EF 03 06 00 DA F4 04 00 B7 30 00 00
	Decrement		BE EF 03 06 00 05 00 B7 30 00 00
COLOR TEMPOFFSET B Reset		Execute BE EF 03 06 00 C8 C5 06 00 4C 70 00
Names Operation Type Header						CRC	Command Data
							Action Type Setting code
COLOR	Get BE EF 03	06 00 B5	72 02	00 02	22 00 00
	Increment BE EF	03 06 00	D3 72	04 00 02	22 00 00
	Decrement BE EF	03 06 00	02 73	05 00 02	22 00 00
COLOR Reset	Execute BE EF	03 06 00	30 D0	06 00 0A	70	00 00
TINT	Get BE EF 03	06 00 49	73 02	00 03 2	20 00 00
	Increment BE EF	03 06 00	2F 73	04 00 03	22	00 00
	Decrement BE EF	03 06 00	FE 72	05 00 03	22 00 00
TINT Reset	Execute BE EF	03 06 00	7C D1	06 00	0B 70	00 00
SHARPNESS	Get BE EF 03	06 00 F1	72 02	00 01 2	20 00 00
	Increment BE EF	03 06 00	97 72	04 00 01	22 00 00
	Decrement BE EF	03 06 00	46 73	05 00 01	22 00 00
SHARPNESS Reset	Execute BE EF	03 06 00	C4 D0	06 00 09	70 00 00
ACCENTUALIZER	Get BE EF 03	06 00 5D	70 02	00 00 0C	22	00 00
	Increment BE EF	03 06 00	3B 70	04 00	0C 22	00 00
	Decrement	BE EF	03	06 00	EA 71	05 00	0C 22	00 00
ACCENTUALIZER Reset	Execute	BE EF	03	06 00	C8 DB	06 00	2C 70	00 00
HDCR	Get BE EF 03	06 00 A1	71 02	00 00 22	D 22	00 00
	Increment BE EF	03 06 00	C7 71	04 00	0D 22	00 00
	Decrement BE EF	03 06 00	16 70	05 00	0D 22	00 00
HDCR Reset	Execute BE EF	03 06 00	34 DA	06 00	2D 70	00 00
COLOR MANAGEMENT HUE R	Get	BE EF	03	06 00	OC 63	02 00	00 27	00 00
	Increment	BE EF	03	06 00	6A 63	04 00	00 27	00 00
	Decrement	BE EF	03	06 00	BB 62	05 00	00 27	00 00
COLOR MANAGEMENT HUE R Reset	Execute	BE EF	03	06 00	98 EB	06 00	D0 70	00 00
COLOR MANAGEMENT HUE Y	Get	BE EF	03	06 00	F0 62	02 00	01 27	00 00
	Increment	BE EF	03	06 00	96 62	04 00	01 27	00 00
	Decrement	BE EF	03	06 00	47 63	05 00	01 27	00 00
COLOR MANAGEMENT HUE Y Reset	Execute	BE EF	03	06 00	64 EA	06 00	D1 70	00 00
COLOR MANAGEMENT HUE G	Get	BE EF	03	06 00	B4 62	02 00	02 27	00 00
	Increment	BE EF	03	06 00	D2 62	04 00	02 27	00 00
	Decrement	BE EF	03	06 00	03 63	05 00	02 27	00 00
COLOR MANAGEMENT HUE G Reset	Execute	BE EF	03	06 00	20 EA	06 00	D2 70	00 00
COLOR MANAGEMENT HUE C Reset	Get	BE EF	03	06 00	48 63	02 00	03 27	00 00
	Increment	BE EF	03	06 00	2E 63	04 00	03 27	00 00
	Decrement	BE EF	03	06 00	FF 62	05 00	03 27	00 00
COLOR MANAGEMENT HUE C Reset	Execute	BE EF	03	06 00	DC EB	06 00	D3 70	00 00

Names Operation Type Header					CRC	Command Data
						Action Type Setting code
COLOR MANAGEMENT HUE B	Get BE EF 03	06 00 3C	62 02	00 04 27	00 00
	Increment BE EF	03 06 00	5A 62	04 00 04	27 00 00
	Decrement BE EF	03 06 00	BB 63	05 00 04	27 00 00
COLOR MANAGEMENT HUE B Reset	Execute	BE EF	03	06 00	A8 EA	06 00	D4 70	00 00
COLOR MANAGEMENT HUE M	Get BE EF 03	06 00 C0	63 02	00 05 27	00 00
	Increment BE EF	03 06 00	A6 63	04 00 05	27 00 00
	Decrement BE EF	03 06 00	77	62 05	00 05 27	00 00
COLOR MANAGEMENT HUE M Reset	Execute	BE EF	03	06 00	54 EB	06 00	D5 70	00 00
COLOR MANAGEMENT SATURATION R	Get BE EF 03	06 00	CC 67	02 00	10 27 00	00
	Increment BE EF	03 06 00	AA 67	04 00 10	27 00 00
	Decrement BE EF	03 06 00	7B 66	05 00 10	27 00 00
COLOR MANAGEMENT SATURATION R Reset	Execute	BE EF	03	06 00	F8 E9	06 00	D8 70	00 00
COLOR MANAGEMENT SATURATION Y	Get	BE EF	03	06 00	30 66	02 00	11 27	00 00
	Increment	BE EF	03	06 00	56 66	04 00	11 27	00 00
	Decrement	BE EF	03	06 00	87 67	05 00	11 27	00 00
COLOR MANAGEMENT SATURATION Y Reset	Execute	BE EF	03	06 00	04 E8	06 00	D9 70	00 00
COLOR MANAGEMENT SATURATION G	Get BE EF 03	06 00	74 66	02 00	12 27 00	00
	Increment BE EF	03 06 00	12	66 04	00 12 27	00 00
	Decrement BE EF	03 06 00	C3 67	05 00 12	27 00 00
COLOR MANAGEMENT SATURATION G Reset	Execute	BE EF	03	06 00	40 E8	06 00	DA 70	00 00
COLOR MANAGEMENT SATURATION C	Get BE EF 03	06 00	88 67	02 00	13 27 00	00
	Increment BE EF	03 06 00	EE 67	04 00 13	27 00 00
	Decrement BE EF	03 06 00	BF 66	05 00 13	27 00 00
COLOR MANAGEMENT SATURATION C Reset	Execute	BE EF	03	06 00	BC E9	06 00	DB 70	00 00
COLOR MANAGEMENT SATURATION B Reset	Get BE EF 03	06 00 FC	66 02	00 14 27	00 00
	Increment BE EF	03 06 00	9A 66	04 00 14	27 00 00
	Decrement BE EF	03 06 00	4B 67	05 00 14	27 00 00
COLOR MANAGEMENT SATURATION B Reset	Execute	BE EF	03	06 00	C8 E8	06 00	DC 70	00 00
COLOR MANAGEMENT SATURATION M	Get BE EF 03	06 00	00 67	02 00	15 27 00	00
	Increment BE EF	03 06 00	66	67 04	00 15 27	00 00
	Decrement BE EF	03 06 00	B7 66	05 00 15	27 00 00
COLOR MANAGEMENT SATURATION M Reset	Execute	BE EF	03	06 00	34 E9	06 00	DD 70	00 00
COLOR MANAGEMENT LUMINANCE R	Get BE EF 03	06 00 CC	68 02	00 20 27	00 00
	Increment BE EF	03 06 00	AA 68	04 00 20	27 00 00
	Decrement BE EF	03 06 00	7B 69	05 00 20	27 00 00
COLOR MANAGEMENT LUMINANCE R Reset	Execute	BE EF	03	06 00	98 E4	06 00	E0 70	00 00
COLOR MANAGEMENT LUMINANCE Y	Get BE EF 03	06 00	30 69	02 00	21 27 00	00
	Increment BE EF	03 06 00	56	69 04	00 21 27	00 00
	Decrement BE EF	03 06 00	87	68 05	00 21 27	00 00
COLOR MANAGEMENT LUMINANCE Y Reset	Execute	BE EF	03	06 00	64 E5	06 00	E1 70	00 00
COLOR MANAGEMENT LUMINANCE G	Get BE EF 03	06 00	74 69	02 00	22 27 00	00
	Increment BE EF	03 06 00	12	69 04	00 22 27	00 00
	Decrement BE EF	03 06 00	C3 68	05 00 22	27 00 00
COLOR MANAGEMENT LUMINANCE G Reset	Execute	BE EF	03	06 00	20 E5	06 00	E2 70	00 00
COLOR MANAGEMENT LUMINANCE C	Get BE EF 03	06 00	88 68	02 00	23 27 00	00
	Increment BE EF	03 06 00	EE 68	04 00 23	27 00 00
	Decrement BE EF	03 06 00	3F	69 05	00 23 27	00 00
COLOR MANAGEMENT LUMINANCE C Reset	Execute	BE EF	03	06 00	DC E4	06 00	E3 70	00 00
COLOR MANAGEMENT LUMINANCE B	Get BE EF 03	06 00 FC	69 02	00 24 27	00 00
	Increment BE EF	03 06 00	9A	69 04 00	24 27 00	00
	Decrement BE EF	03 06 00	4B 68	05 00 24	27 00 00
COLOR MANAGEMENT LUMINANCE B Reset	Execute	BE EF	03	06 00	A8 E5	06 00	E4 70	00 00
COLOR MANAGEMENT LUMINANCE M	Get BE EF 03	06 00	00 68	02 00	25 27 00	00
	Increment BE EF	03 06 00	66	68 04	00 25 27	00 00
	Decrement BE EF	03 06 00	B7 69	05 00 25	27 00 00
COLOR MANAGEMENT LUMINANCE M Reset	Execute	BE EF	03	06 00	54 E4	06 00	E5 70	00 00

RS-232C Communication / Network command table (continued)

Names Operation Type Header						CRC	Command Data
							Action Type Setting code
MY MEMORY Load	Set	1 BE EF 03 06 00 0E D7 01 00 14				20 00 00
		2 BE EF 03 06 00 9E D6 01 00 14				20 01 00
		3 BE EF 03 06 00 6E D6 01 00 14				20 02 00
		4 BE EF 03 06 00 FE D7 01 00 14				20 03 00
MY MEMORY Save	Set	1 BE EF 03 06 00 F2 D6 01 00 15				20 00 00
		2 BE EF 03 06 00 62 D7 01 00 15				20 01 00
		3 BE EF 03 06 00 92 D7 01 00 15				20 02 00
		4 BE EF 03 06 00 02 D6 01 00 15				20 03 00
ASPECT	Set	NORMAL BE EF 03 06 00 5E DD 01 00 08 20 10 00
		4:3 BE EF 03 06 00 9E D0 01 00 08 20 00 00
		16:9 BE EF 03 06 00 0E D1 01 00 08 20 01 00
		16:10 BE EF 03 06 00 06 00 00 3E D6 01 00 08 08 20
		14:9 BE EF 03 06 00 CE D6 01 00 08 20 09 00
		NATIVE BE EF 03 06 00 5E D7 01 00 08 20 08 00
		ZOOM BE EF 03 06 00 9E C4 01 00 08 20 30 00
	Get		BE EF 03 06 00 AD D0 02 00 08 20 00 00
OVER SCAN	Get		BE EF 03 06 00 91 70 02 00 09 22
	Increment		BE EF 03 06 00 F7 70 04 00 09 22
	Decrement		BE EF 03 06 00 26 71 05 00 09 22
OVER SCAN Reset	Execute BE EF 03 06 00 EC D9 06 00 27 70 00 00
Names Operation	Operation Type Header						CRC	Command Data
								Action Type Setting code
V POSITION	Get BE EF 03		06 00 00		83 02	00 00 21	00 00
	Increment BE EF		03 06 00		6B 83	04 00 00	21 00 00
	Decrement BE EF		03 06 00		BA 82	05 00 00	02 00 00
V POSITION Reset	Execute BE EF		03 06 00		E0 D2	06 00 02	70	00 00
H POSITION	Get BE EF 03		06 00 F1		82 02	00 01 21	00 00
	Increment BE EF		03 06 00		97 82	04 00 01	21	00 00
	Decrement BE EF		03 06 00		46 83	05 00 01	21	00 00
H POSITION Reset	Execute BE EF		03 06 00		C D3	06 00 03	70 00 00
H PHASE	Get BE EF 03		06 00 49		83 02	00 03 21	00	00
	Increment BE EF		03 06 00		2F 83	04 00 03	21 00 00
	Decrement BE EF		03 06 00		FE 82	05 00 03	21	00 00
H SIZE	Get BE EF 03		06 00 B5		82 02	00 02 21	00	00
	Increment BE EF		03 06 00		D3 82	04 00 02	21	00 00
	Decrement BE EF		03 06 00		02 83	05 00 02	21	00 00
H SIZE Reset	Execute BE EF		03 06 00		68 D2	06 00 04	70 00 00
AUTO ADJUST EXECUTE	Execute BE EF		03 06 00		91 D0	06 00 0A	20 00 00
PROGRESSIVE	Set	OFF	BE EF		03	06 00	4A 72	01 00	07 22	00 00
		TV	BE EF		03	06 00	DA 73	01 00	07 22	01 00
		FILM	BE EF		03	06 00	2A 73	01 00	07 22	02 00
		Get BE EF 03	06 00 79		72 02	00 07 22	00	00
VIDEO NR	Set	LOW	BE EF		03 06	00 26 72	01 00 06	22	01 00
		MID	BE EF		03 06	00 D6 72	01 00 06	22	02 00
		HIGH	BE EF		03 06	00 46 73	01 00 06	22	03 00
		Get BE EF 03	06 00 85		73 02	00 06 22	00	00
COLOR SPACE	Set	AUTO	BE EF		03 06	00 0E 72	01 00 04	22	00 00
		RGB BE EF	03 06 00		9E 73	01 00 04	22 01 00
		SMPTE240	BE EF		03 06	00 6E 73	01 00 04	22	02 00
		REC709	BE EF		03 06	00 FE 72	01 00 04	22	03 00
		REC601	BE EF		03 06	00 CE 70	01 00 04	22 04 00
		Get BE EF 03	06 00 3D		72 02	00 04 22	00	00
C-VIDEO FORMAT	Set	AUTO	BE EF		03	06 00	A2 70	01 00	11 22	0A 00
		NTSC	BE EF		03	06 00	C2 74	01 00	11 22	04 00
		PAL	BE EF		03	06 00	52 75	01 00	11 22	05 00
		SECAM	BE EF		03	06 00	52 70	01 00	11 22	09 00
		NTSC4.43	BE EF		03	06 00	62 77	01 00	11 22	02 00
		M-PAL	BE EF		03	06 00	C2 71	01 00	11 22	08 00
		N-PAL	BE EF		03	06 00	32 74	01 00	11 22	07 00
		Get BE EF 03	06 00 31		76 02	00 11 22	00	00
HDMI 1/MHL FORMAT	Set	AUTO	BE EF		03 06	00 BA 77	01 00 13	22 00 00
		VIDEO	BE EF		03	06 00	2A 76	01 00	13 22	01 00
		COMPUTER	BE EF		03	06 00	DA 76	01 00	13 22	02 00
		Get BE EF 03	06 00 89		77 02	00 13 22	00	00
HDMI 2 FORMAT	Set	AUTO	BE EF		03 06	00 52 75	01 00 1D	22	00 00
		VIDEO	BE EF		03 06	00 C2 74	01 00 1D	22	01 00
		COMPUTER	BE EF		03 06	00 32 74	01 00 1D	22	02 00
		Get BE EF 03	06 00 61		75 02	00 1D 22	00	00

Names Operation Type Header				CRC	Command Data
					Action Type Setting code
HDBaseT FORMAT	Set	AUTO BE EF 03 06 00 7A EA 01 00 D3 20 00		00
		VIDEO BE EF 03 06 00 EA EB 01 00		D3 20 01	00
		COMPUTER BE EF 03 06 00 1A EB 01 00		D3 20 20	02 00
	Get	BE EF 03 06 00 49 EA		02 00 D3	20 00 00
HDMI 1/MHL RANGE	Set	AUTO BE EF 03 06 00 86 D8 01 00 2		2 20	00 00
		NORMAL	BE EF 03 06 00 16 D9	01 00 22	20	01 00
		ENHANCED	BE EF 03 06 00 E6 D9	01 00 22	20	02 00
	Get	BE EF 03 06 00 B5 D8		02 00 22	20	00 00
HDMI 2 RANGE	Set	AUTO BE EF 03 06 00 7A D9 01 00 2		3 20	00 00
		NORMAL	BE EF 03 06 00 06 00	EA D8	01 00	23 20	01 00
		ENHANCED	BE EF 03 06 00 06 00	1A D8	01 00	23 20	02 00
	Get	BE EF 03 06 00 06 00		49 D9	02 00	23 20	00 00
HDBaseT RANGE	Set	AUTO BE EF 03 06 00 86 EB 01 00 D2		02 20	00 00
		NORMAL	BE EF 03 06 00 16 EA	01 00 D2	20	01 00
		ENHANCED	BE EF 03 06 00 E6 EA	01 00 D2	20	02 00
	Get	BE EF 03 06 00 B5 EB		02 00 D2	20	00 00
COMPUTER IN	Set	AUTO	BE EF 03	06 00	CE D6	01 00	10 20
		SYNC ON G OFF	BE EF 03	06 00	5E D7	01 00	10 20
	Get	BE EF 03	BE EF 03	06 00	0D D6	02 00	10 20
FRAME LOCK - COMPUTER IN	Set	OFF	BE EF 03	06 00	3B C2	01 00	50 30
		ON	BE EF 03	06 00	AB C3	01 00	50 30
	Get	BE EF 03	BE EF 03	06 00	08 C2	02 00	50 30
FRAME LOCK - HDMI 1/MHL	Set	OFF	BE EF 03	06 00	7F C2	01 00	53 30
		ON	BE EF 03	06 00	EF C3	01 00	53 30
	Get	BE EF 03	BE EF 03	06 00	4C C2	02 00	53 30
FRAME LOCK - HDMI 2	Set	OFF	BE EF 03 06	00 97 C0	01 00 5D	30	00 00
		ON	BE EF 03 06	00 07 C1	01 00 5D	30	01 00
	Get	BE EF 03 06	BE EF 03 06	00 A4 C0	02 00 5D	30	00 00
FRAME LOCK - HDBaseT	Set	OFF	BE EF 03	06 00	C2 EB	01 00	D1 20
		ON	BE EF 03 06	00 52 EA	01 00 D1	20	01 00
	Get	BE EF 03 06	BE EF 03 06	00 F1 EB	02 00 D1	20	00 00
MHL STANDBY POWER	Set	OFF	BE EF 03	06 00	FE 2D	01 00	30 23
		ON	BE EF 03	06 00	6E 2C	01 00	30 23
	Get	BE EF 03	BE EF 03	06 00	CD 2D	02 00	30 23

Names Operation Type Header						CRC	Command Data
							Action Type Setting code
PICTURE POSITION V	Set	TOP BE EF	03 06 00	02 D0	01 00 09	20 02 00
		MIDDLE BE EF	03 06 00	00 62	D1 01 00	09 20 00	00
		BOTTOM BE	EF 03 06	00 F2	D0 01 00	09 20 01	00
	Get BE EF 03		06 00 51	D1 02	00 09 20	00 00
PICTURE POSITION H	Set	RIGHT BE EF	03 06 00	04 60	D5 01 00	1E 20	01 00
		MIDDLE BE EF	03 06 00	00 D6	D4 01 00	1E 20	00 00
		LEFT	BE EF	03	06 00	B6 D5	01 00	1E 20	02 00
	Get		BE EF	03	06 00	E5 D4	02 00	1E 20	00 00
GEOMETRIC MODE	Set	KEYSTONE	BE EF	03 06	00 6B	BC 01	00 30 31	01 00
		PERFECT FIT BE	EF 03 06	00 98	B 8C	01 00 30	31 02 00
		WARPING	BE EF	03 06	00 3B 8F	01 00 30	31 04 00
	Get BE EF 03		06 00 C8	8D 02	00 30 31	00 00
KEYSTONE V	Get BE EF 03		06 00	B9 D3	02 00	07 20 00	00
	Increment		BE EF	03 06	00 DF D3	04 00 07	20 00 00
	Decrement		BE EF	03	06 00	0E D2	05 00	07 20	00 00
KEYSTONE V Reset	Execute BE EF		03 06 00	08 D0	06 00 0C	70	00 00
KEYSTONE H	Get		BE EF	03	06 00	E9 D0	02 00	0B 20	00 00
	Increment		BE EF	03	06 00	8F D0	04 00	0B 20	00 00
	Decrement		BE EF	03	06 00	5E D1	05 00	0B 20	00 00
KEYSTONE H Reset	Execute BE EF		03 06 00	98 D8	06 00 20	70 00 00
PERFECT FIT Left Top - H	Get		BE EF	03	06 00	31 89	02 00	21 21	00 00
	Increment		BE EF	03	06 00	57 89	04 00	21 21	00 00
	Decrement		BE EF	03 06	00 86	88 05 00	21 21 00	00
PERFECT FIT Left Top - V	Get		BE EF	03	06 00	75 89	02 00	22 21	00 00
	Increment		BE EF	03	06 00	13 89	04 00	22 21	00 00
	Decrement		BE EF	03 06	00 C2 88	05 00 22	21 00 00
PERFECT FIT Right Top - H	Get		BE EF	03	06 00	89 88	02 00	23 21	00 00
	Increment		BE EF	03 06	00 EF 88	04 00 23	21 00 00
	Decrement		BE EF	03	06 00	3E 89	05 00	23 21	00 00
PERFECT FIT Right Top - V	Get BE EF 03		06 00 FD	89 02	00 24 21	1 00 00
	Increment		BE EF	03	06 00	9B 89	04 00	24 21	00 00
	Decrement		BE EF	03	06 00	4A 88	05 00	24 21	00 00
PERFECT FIT Left Bottom - H	Get BE EF 03	06 00 01	88 02	00 25 21	00 00
	Increment BE EF	03 06 00	67 88	04 00 25	21 00 00
	Decrement BE EF	03 06 00	B6 89	05 00 25	21 00 00
PERFECT FIT Left Bottom - V	Get BE EF 03	06 00 45	88 02	00 26 21	00 00
	Increment BE EF	03 06 00	23 88	04 00 26	21 00 00
	Decrement BE EF	03 06 00	F2 89	05 00 26	21 00 00
PERFECT FIT Right Bottom - H	Get BE EF 03	06 00 B9	89 02	00 27 21	00 00
	Increment BE EF	03 06 00	DF 89	04 00 27	21 00 00
	Decrement BE EF	03 06 00	OE 88	05 00 27	21 00 00
PERFECT FIT Right Bottom - V	Get BE EF 03	06 00 AD	8A 02	00 28 21	00 00
	Increment BE EF	03 06 00	CB 8A	04 00 28	21 00 00
	Decrement BE EF	03 06 00	1A	8B 05 00	28 21 00 00
PERFECT FIT All Corners Reset	Execute BE EF	03 06 00	D5 8A	06 00 29	21 00 00
PERFECT FIT Left Side Distortion	Get BE EF 03	06 00 31	97 02	00 41 21	00 00
	Increment BE EF	03 06 00	57 97	04 00 41	21 00 00
	Decrement BE EF	03 06 00	86 96	05 00 41	21 00 00
PERFECT FIT Right Side Distortion	Get BE EF 03	06 00 75	97 02	00 42 21	00 00
	Increment BE EF	03 06 00	13 97	04 00 42	21 00 00
	Decrement BE EF	03 06 00	C2	96 05	00 42 21	00 00
PERFECT FIT Top Side Distortion	Get BE EF 03	06 00 FD	97 02	00 44 21	00 00
	Increment BE EF	03 06 00	9B 97	04 00 44	21 00 00
	Decrement BE EF	03 06 00	4A 96	05 00 44	21 00 00
PERFECT FIT Bottom Side Distortion	Get BE EF 03	06 00 01	96 02	00 45 21	00 00
	Increment BE EF	03 06 00	67 96	04 00 45	21 00 00
	Decrement BE EF	03 06 00	B6 97	05 00 45	21 00 00
PERFECT FIT All Sides Reset	Execute BE EF	03 06 00	3D	96 06	00 47 21	00 00
PERFECT FIT Memory Save-1	Execute BE EF	03 06 00	29 95	06 00 48	21 00 00
PERFECT FIT Memory Save-2	Execute BE EF	03 06 00	D5	94 06	00 49 21	00 00
PERFECT FIT Memory Save-3	Execute BE EF	03 06 00	91 94	06 00 4A	21 00 00
PERFECT FIT Memory Load-1	Execute	BE EF	03	06 00	6D 95	06 00	4B 21	00 00
PERFECT FIT Memory Load-2	Execute BE EF	03 06 00	19 94	06 00	4C 21	00 00
PERFECT FIT Memory Load-3	Execute BE EF	03 06 00	E5 95	06 00	4D 21	00 00

Names Operation Type Header				CRC	Command Data
					Action Type Setting code
EDGE BLENDINGMODE	Set	OFF BE EF	03 06 00 6B 94 01 00 4C 81 00 00
		MANUAL BE	EF 03 06 00 FB 95 01 00 4C 31 01 00
	Get BE EF 03	06 00 58 94 02 00 4C 31 00 00
EDGE BLENDINGREGION Reset	Execute BE EF	03 06 00 8C 96 06 00 40 31	00 00
EDGE BLENDINGLEVEL	Increment	BE EF 03 06 00 92 96 04 00 41 31	00 00
	Decrement BE EF	03 06 00 43 97 05 00 41 31	00 00
	Get	BE EF 03 06 00 06 00 00 49 96	02 00	41 31	00 00
EDGE BLENDINGLEFT	Get BE EF 03	06 00 68 95 02 00 48 31	00 00
	Increment	BE EF 03 06 00 0E 95 04 00 48 31	00 00
	Decrement BE EF	03 06 00 DF 94 05 00	48 31	00 00
EDGE BLENDINGRIGHT	Get BE EF 03	06 00 94 94 02 00 49 31	00 00
	Increment	BE EF 03 06 00 06 00	F2 94	04 00	49 31	00 00
	Decrement BE EF	03 06 00 23 95 05 00 49 31	00 00
EDGE BLENDINGTOP	Get BE EF 03	06 00 D0 94 02 00 4A 31	00 00
	Increment	BE EF 03 06 00 06 00	B6 94	04 00	4A 31	00 00
	Decrement	BE EF 03 06 00 67 95	05 00	4A 31	00 00
EDGE BLENDINGBOTTOM	Get BE EF 03	06 00 2C 95 02 00 4B 31	00 00
	Increment	BE EF 03 06 00 4A 95	04 00	4B 31	00 00
	Decrement BE EF	03 06 00 9B 94 05 00 4B 31	00 00
CROPPINGMODE	Set	OFF BE EF	03 06 00 FB 93 01 00 50 31	00 00
		ON	BE EF 03 06 00 6B 92 01 00 50 31	01 00
	Get BE EF 03	06 00 C8 93 02 00 50 31	00 00
CROPPINGSETUP X	Get BE EF 03	06 00 A8 91 02 00 58 31	00 00
	Increment	BE EF 03 06 00 CE 91	04 00	58 31	00 00
	Decrement	BE EF 03 06 00 1F 90	05 00	58 31	00 00
CROPPINGSETUP Y	Get BE EF 03	06 00 54 90 02 00 59 31	00 00
	Increment	BE EF 03 06 00 32 90 04	00 59 31	00 00
	Decrement BE EF	03 06 00 E3 91 05 00 59 31	00 00
CROPPINGSETUP W	Get BE EF 03	06 00 10 90 02 00 5A 31	00 00
	Increment	BE EF 03 06 00 76 90	04 00	5A 31	00 00
	Decrement	BE EF 03 06 00 A7 91	05 00	5A 31	00 00
CROPPINGSETUP H	Get BE EF 03	06 00 EC 91 02 00 5B 31	00 00
	Increment	BE EF 03 06 00 8A 91	04 00	5B 31	00 00
	Decrement BE EF	03 06 00 5B 90 05 00 5B 31	00 00
CROPPINGApply	Execute BE EF	03 06 00 B 93 06 00 51 31	00 00
CROPPINGReset	Execute	BE EF 03	06 00	F4 93	06 00	52 31
WARPINGMODE	Set	OFF	BE EF 03	06 00	FB 9C	01 00
		MODE-1	BE EF 03	06 00	6B 9D	01 00
		MODE-2	BE EF 03	06 00	9B 9D	01 00
		MODE-3	BE EF 03	06 00	OB 9C	01 00
	Get	BE EF 03	06 00	C8 9C	02 00	60 31
DIMMINGLEVEL	Get BE EF 03	06 00 7C 22 02 00 07 33	00 00
	Increment	BE EF 03	06 00	1A 22	04 00	07 33
	Decrement	BE EF 03	06 00	CB 23	05 00	07 33

Names Operation Type Header					CRC	Command Data
						Action Type Setting code
WHITEBALANCEOFFSET R	Get BE EF 03	06 00 0C	72 02	00 50 27	00 00
	Increment BE EF	03 06 00	SA 72	04 00 50	27 00 00
	Decrement BE EF	03 06 00	BB 73	05 00 50	27 00 00
WHITEBALANCEOFFSET RReset	Execute	BE EF	03	06 00	38 E2	06 00	F8 70	00 00
WHITEBALANCEOFFSET G	Get BE EF 03	06 00 F0	73 02	00 51 27	00 00
	Increment BE EF	03 06 00	96 73	04 00 51	27 00 00
	Decrement BE EF	03 06 00	47 72	05 00 51	27 00 00
WHITEBALANCEOFFSET GREset	Execute BE EF 03	03 06 00 C4	E3	06 00 F9	70	00 00
WHITEBALANCEOFFSET B	Get BE EF 03	06 00	B4 73	02 00	52 27 00 00
	Increment BE EF	03 06 00	D2 73	04 00 52	27 00 00
	Decrement BE EF	03 06 00	03 72	05 00 52	27 00 00
WHITEBALANCEOFFSET BReset	Execute	BE EF	03	06 00	80 E3	06 00	FA 70	00 00
WHITEBALANCE GAINR	Get BE EF 03	06 00 3C	73 02	00 54 27	00 00
	Increment BE EF	03 06 00	5A 73	04 00 54	27 00 00
	Decrement BE EF	03 06 00	8B	72 05	00 54 27	00 00
WHITEBALANCE GAINRReset	Execute	BE EF	03	06 00	08 E3	06 00	FC 70	00 00
WHITEBALANCE GAING	Get BE EF 03	06 00 C0	72 02	00 55 27	00 00
	Increment BE EF	03 06 00	A6	72 04	00 55 27	00 00
	Decrement BE EF	03 06 00	77 73	05 00 55	27 00 00
WHITEBALANCE GAINGReset	Execute BE EF 03	03 06 00 F4	E2 06	06 00 FD	70	00 00
WHITEBALANCE GAINB	Get BE EF 03	06 00 84	72 02	00 56 27	00 00
	Increment BE EF	03 06 00	E2	72 04	00 56 27	00 00
	Decrement BE EF	03 06 00	33 73	05 00 56	27 00 00
WHITEBALANCE GAINBReset	Execute BE EF 03	03 06 00 B	E2 06	06 00 FE	70	00 00

Names Operation Type Header							CRC	Command Data
								Action Type Setting code
BLACK LEVEL R	Get BE EF 03		06 00 CC 76 02 00 40 27 00 00
	Increment BE EF		03 06 00 AA 76 04 00 40 27 00 00
	Decrement BE EF		03 06 00 7B 77 05 00 40 27 00 00
BLACK LEVEL R Reset	Execute BE EF		03 06 00 68 E1 06 00 F4 70 00 00
BLACK LEVEL G	Get BE EF 03		06 00 30 77 02 00 41 27 00 00
	Increment BE EF		03 06 00 56 77 04 00 41 27 00 00
	Decrement BE EF		03 06 00 87 76 05 00 41 27 00 00
BLACK LEVEL G Reset	Execute BE EF		03 06 00 94 E0 06 00 F5 70 00 00
BLACK LEVEL B	Get BE EF 03		06 00 74 77 02 00 42 27 00 00
	Increment BE EF		03 06 00 12 77 04 00 42 27 00 00
	Decrement BE EF		03 06 00 C3 76 05 00 42 27 00 00
BLACK LEVEL B Reset	Execute BE EF		03 06 00 D0 E0 06 00 F6 70 00 00
BLACK LEVEL W	Get BE EF 03		06 00 88 76 02 00 43 27 00 00
	Increment BE EF		03 06 00 EE 76 04 00 43 27 00 00
	Decrement BE EF		03 06 00 3F 77 05 00 43 27 00 00
BLACK LEVEL W Reset	Execute BE EF		03 06 00 2C E1 06 00 F7 70 00 00
IMAGE OPTIMIZER	Set	OFF	BE EF 03 06 00 D6 71 01 00 0E				22 00 00
		ON	BE EF 03 06 00 46 70 01 00 0E				22 01 00
	Get BE EF 03		06 00 E5 71 02 00 0E 22 00 00
LIGHT OUTPUT	Set	HIGH	BE EF 03 06 00 66 00 68 13 01 00 00				01 00 00			41 00
		MID	BE EF 03 06 00 FB 12 01 00 00				01 00 00			40 00
		LOW	BE EF 03 06 00 3B 23 01 00 00				01 00 00			00 00
		CONSTANT	BE EF 03 06 00 3B 1F 01 00 00				01 00 00			50 00
	Get BE EF 03		06 00 88 23 02 00 00 38 00 00
INSTALLATION	Set	FRONT / DESKTOP	BE EF 03 06 00 C7 D2 01 00 01				30 00 00
		REAR / DESKTOP	BE EF 03 06 00 57 D3 01 00 01				30 01 00
		REAR / CEILING	BE EF 03 06 00 A7 D3 01 00 00				01 30 02 00
		FRONT / CEILING	BE EF 03 06 00 37 D2 01 00 01				30 03 00
	Get BE EF 03		06 00 F4 D2 02 00 01 30 00 00
STANDBY MODE	Set	QUICK START	BE EF 03 06 00 66 00 16 DF 01 00 01				01 60 10 00
		NORMAL	BE EF 03 06 00 D6 D2 01 00 01				60 00 00
		NETWORK(WOL)	BE EF 03 06 00 B6 D3 01 00				01 60 02 00
		SAVING	BE EF 03 06 00 46 D3 01 00 01				60 01 00
	Get BE EF 03		06 00 E5 D2 02 00 01				60 00 00
Names Operation Type Header						CRC			Command Data
									Action Type Setting code
VOLUME-COMPUTER IN	Get BE EF 03	06 00 CD	CC 02	00 60	20 00 00
	Increment BE EF	03 06 00	AB C	C 04 00	60 20 00	00
	Decrement BE EF	03 06 00	7A C	D 05 00	60 20 00	00
VOLUME-LAN	Get BE EF 03	06 00 E9	CE 02	00 68	B 20	00 00
	Increment BE EF	03 06 00	8F C	E 04 00	6B 20	00 00
	Decrement BE EF	03 06 00	5E C	F 05 00	6B 20	00 00
VOLUME-HDMI 1/MHL	Get BE EF 03	06 00 89	CC 02	00 63	20 00	00
	Increment BE EF	03 06 00	EF C	C 04 00	63 20	00 00
	Decrement BE EF	03 06 00	3E C	D 05 00	00 63 20	00 00
VOLUME-HDMI 2	Get	BE EF	03	06 00	61 CE	02 00	6D 20	00 00
	Increment	BE EF	03	06 00	07 CE	04 00	6D 20	00 00
	Decrement	BE EF	03	06 00	D6 CF	05 00	6D 20	00 00
VOLUME-HDBaseT	Get BE EF 03	06 00 C1	EA 02	00 D5	5 20	00 00
	Increment	BE EF	03	06 00	A7 EA	04 00	D5 20	00 00
	Decrement	BE EF	03	06 00	76 EB	05 00	D5 20	00 00
VOLUME-VIDEO	Get BE EF 03	06 00 31	CD 02	00 61	20 00	00
	Increment BE EF	03 06 00	57 CD	D 04 00	61 20	00 00
	Decrement BE EF	03 06 00	86 CC	C 05 00	61 20	00 00
VOLUME-STANDBY	Get BE EF 03	06 00	D9 CF	02 00	6F 20 00	00
	Increment BE EF	03 06 00	BF	CF 04 00	6F 20 00	00 00
	Decrement BE EF	03 06 00	6E	CE 05	00 6F 20	00 00
VOLUME-ALL	Get BE EF 03	06 00 CD	C3 C	2 00 50	20 00	00
	Increment	BE EF	03	06 00	AB C3	04 00	50 20	00 00
	Decrement	BE EF	03	06 00	7A C2	05 00	50 20	00 00
MUTE	Set	OFF	BE EF	03	06 00	46 D3	01 00	02 20	00 00
		ON	BE EF	03 06	00 D6 D2	01 00 02	20	01 00
	Get		BE EF	03	06 00	75 D3	02 00	02 20	00 00
AV MUTE	Set	OFF	BE EF	03	06 00	FE F0	01 00	A0 20	00 00
		ON	BE EF	03	06 00	6E F1	01 00	A0 20	01 00
	Get		BE EF	03	06 00	CD F0	02 00	A0 20	00 00
SPEAKER	Set	OFF	BE EF	03	06 00	6E D5	01 00	1C 20	00 00
		ON	BE EF	03	06 00	FE D4	01 00	1C 20	01 00
	Get BE EF 03		06 00 5D	D5 02 00	1C 20	00 00
AUDIO SOURCE - COMPUTER IN	Set	AUDIO IN1 BE	EF 03 06	00 6E	DC 01 00	0 30 20 01 00
		AUDIO IN2 BE	EF 03 06	00 9E	DC 01 00	0 30 20 02 00
		OFF BE EF	03 06 00	FE D	D 01 00 30	0 20 00 00
	Get BE EF 03		06 00 CD	DD 02	00 30	20 00 00
AUDIO SOURCE - LAN	Set	AUDIO IN1 BE	EF 03 06	00 4A	DE 01 00	3B 20 01	00
		AUDIO IN2 BE	EF 03 06	00 BA	DE 01 00	3B 20 02	00
		AUDIO LAN	BE EF	03	06 00	8A D3	01 00	3B 20	11 00
		OFF BE EF	03 06 00	DA DF	01 00	3B 20	00 00
	Get BE EF 03		06 00 E9	DF 02	00 33	3B 20	00 00
AUDIO SOURCE - HDMI 1 / MHL	Set	AUDIO IN1 BE	EF 03 06	00 2A	DC 01 00	0 33 20 01 00
		AUDIO IN2	BE EF	03	06 00	DA DC	01 00	33 20	02 00
		AUDIO HDMI 1 / MHL	BE EF	03	06 00	7A C4	01 00	33 20	20 00
		OFF BE EF	03 06 00	BA D	D 01 00 33	3 20 00 00
	Get BE EF 03		06 00 89	DD 02	00 33	20 00 00
AUDIO SOURCE - HDMI 2	Set	AUDIO IN1 BE	EF 03 06	00 C2	DE 01 00	3D 20 01	00
		AUDIO IN2	BE EF	03	06 00	32 DE	01 00	3D 20	02 00
		AUDIO HDMI 2	BE EF	03	06 00	02 C7	01 00	3D 20	21 00
		OFF	BE EF	03	06 00	52 DF	01 00	3D 20	00 00
	Get		BE EF	03	06 00	61 DF	02 00	3D 20	00 00
AUDIO SOURCE - HDBaseT	Set	AUDIO IN1	BE EF	03	06 00	9E EA	01 00	D4 20	01 00
		AUDIO IN2	BE EF	03	06 00	6E EA	01 00	D4 20	02 00
		AUDIO HDBaseT	BE EF	03	06 00	OE F0	01 00	D4 20	24 00
		OFF BE EF	03 06 00	OE EB	01 00	D4 20	00 00
	Get BE EF 03		06 00 3D	EB 02	00 D4 20		00 00
AUDIO SOURCE - VIDEO	Set	AUDIO IN1 BE	EF 03 06	00 92	DD 01 00	31 20 01 00
		AUDIO IN2 BE	EF 03 06	00 62	DD 01 00	31 20 02 00
		OFF BE EF	03 06 00	02 DC	01 00 31	20 00 00
	Get BE EF 03		06 00 31	DC 02	00 31	20 00 00
LAN SOUND ENABLE	Set	Disable	BE EF	03	06 00	BA F0	01 00	A3 20	00 00
		Enable	BE EF	03	06 00	2A F1	01 00	A3 20	01 00
	Get BE EF 03		06 00 89	F0 02	00 A3 20		00 00

Names Operation Type Header				CRC	Command Data
					Action Type Setting code
LANGUAGE	Set	ENGLISH BE EF 03 06 00 F7 D3 01 00 05 30 00 00
		FRANÇAIS BE EF 03 06 00 67 D2 01 00 05 30 01 00
		DEUTSCH BE EF 03 06 00 97 D2 01 00 05 30 02 00
		ESPÁÑOL BE EF 03 06 00 07 D3 01 00 05 30 03 00
		ITALIANO BE EF 03 06 00 37 D1 01 00 05 30 04 00
		NORSK BE EF 03 06 00 A7 D0 01 00 05 30 05 00
		NEDERLANDS BE EF 03 06 00 57 D0 01 00 05 30 06 00
		PORTUGUES BE EF 03 06 00 C7 D1 01 00 05 30 07 00
		日本語 BE EF 03 06 00 37 D4 01 00 05 30 08 00
		简体中文 BE EF 03 06 00 A7 D5 01 00 05 30 09 00
		繁體中文 BE EF 03 06 00 37 DE 01 00 05 30 10 00
		한글 BE EF 03 06 00 57 D5 01 00 05 30 0A 00
		SVENSKA BE EF 03 06 00 C7 D4 01 00 05 30 0B 00
		РУСКИЙ BE EF 03 06 00 F7 D6 01 00 05 30 0C 00
		SUOMI BE EF 03 06 00 67 D7 01 00 05 30 0D 00
		POLSKI BE EF 03 06 00 97 D7 01 00 05 30 0E 00
		TÜRKÇE BE EF 03 06 00 07 D6 01 00 05 30 0F 00
		DANSK BE EF 03 06 00 A7 DF 01 00 05 30 11 00
		ČESKY BE EF 03 06 00 57 DF 01 00 05 30 12 00
		MAGYAR BE EF 03 06 00 06 00 C7 DE 01 00 05 30 13 00
		ROMÁÑÄ BE EF 03 06 00 06 00 F7 DC 01 00 05 30 14 00
		SLOVENSKI BE EF 03 06 00 67 DD 01 00 05 30 15 00
		HRVATSKI BE EF 03 06 00 06 00 97 DD 01 00 05 30 16 00
		ЕLVΗΝΙΚΑ BE EF 03 06 00 07 DC 01 00 05 30 17 00
		LIETUVΙΥ BE EF 03 06 00 F7 D9 01 00 05 30 18 00
		EESTI BE EF 03 06 00 67 D8 01 00 05 30 19 00
		LATVIESU BE EF 03 06 00 97 D8 01 00 05 30 1A 00
		ПИВBE EF 03 06 00 07 D9 01 00 05 30 1B 00
		Дуровая сьагацьк BE EF 03 06 00 37 DB 01 00 05 30 1C 00
		Дуровая сьагаць BE EF 03 06 00 06 00 A7 DA 01 00 05 30 1E 00
		PORTUGUES BRA BE EF 03 06 00 05 30 1E 00
		BAHASA IND BE EF 03 06 00 C7 DB 01 00 05 30 1F 00
		TIENG VIET BE EF 03 06 00 37 CA 01 00 05 30 20 00
	Get	BE EF 03 06 00 C4 D3 02 00 05 30 00 00
Names Operation	Type Header						CRC	Command Data
								Action Type Setting code
MENUPPOSITION V	Get BE EF 03		06 00 40	D7 02	00 16	30 00 00
	Increment BE EF		03 06 00	26 D7	04 00 16	30 00 00
	Decrement BE EF		03 06 00	F7 D6	05 00 16	30 00 00
MENUPPOSITION VReset	Execute BE EF		03 06 00	A8 C7	06 00 44	70 00 00
MENUPPOSITION H	Get BE EF 03		06 00 04	D7 02	00 15	30 00 00
	Increment BE EF		03 06 00	62 D7	04 00 15	30 00 00
	Decrement BE EF		03 06 00	B3 D6	05 00 15	30 00 00
MENUPPOSITION HReset	Execute BE EF		03 06 00	DC C6	06 00	43 70 00
BLANK	Set	MyScreen	BE EF	03 06	00 FB CA	01 00 00	30 20 00
		ORIGINAL	BE EF	03	06 00	FB E2	01 00	00 30	40 00
		BLUE	BE EF	03 06	00 CB D3	01 00 00	30 03 00
		WHITE	BE EF	03	06 00	6B D0	01 00	00 30	05 00
		BLACK	BE EF	03	06 00	9B D0	01 00	00 30	06 00
	Get BE EF 03		06 00 08	D3 02	00 00 30	00 00
BLANK On/Off	Set	OFF	BE EF	03 06	00 FB D8	01 00 20	30 00 00
		ON	BE EF	03	06 00	6B D9	01 00	20 30	01 00
	Get BE EF 03		06 00 C8	D8 02	00 20 30	00 00
AUTO BLANK	Set	BLUE	BE EF	03 06	00 67 D1	01 00 0D	30 03 00
		WHITE	BE EF	03 06	00 C7 D2	01 00 0D	30 05 00
		BLACK	BE EF	03	06 00	37 D2	01 00	0D 30	06 00
	Get		BE EF	03	06 00	A4 D1	02 00	0D 30	00 00
START UP	Set	MyScreen	BE EF	03	06 00	CB CB	01 00	04 30	20 00
		ORIGINAL	BE EF	03	06 00	0B D2	01 00	04 30	00 00
		OFF	BE EF	03	06 00	9B D3	01 00	04 30	01 00
	Get BE EF 03		06 00 38	D2 02	00 04 30	00 00
MyScreen Lock	Set	OFF	BE EF	03	06 00	3B EF	01 00	C0 30	00 00
		ON	BE EF	03 06	00 AB EE	01 00 C0	30 01 00
	Get BE EF 03		06 00 08	EF 02	00 C0 30	00 00
OSDMESSAGE	Set	SILENT	BE EF	03 06	00 8F	D6 01	00 17	30 00	00 00
		NORMAL	BE EF	03 06	00 1F	D7 01	00 17	30 01	00 00
		INHIBIT	BE EF	03 06	00 EF	D7 01	00 17	30 02	00 00
	Get BE		EF 03 06		00 BC	D6 02	00 17	30 00	00 00
TEMPLATE	Set	TEST PATTERN	BE EF	03	06 00	43 D9	01 00	22 30	00 00
		DOT-LINE 1	BE EF	03	06 00	D3 D8	01 00	22 30	01 00
		DOT-LINE 2	BE EF	03	06 00	23 D8	01 00	22 30	02 00
		DOT-LINE 3	BE EF	03	06 00	B3 D9	01 00	22 30	03 00
		DOT-LINE 4	BE EF	03	06 00	83 DB	01 00	22 30	04 00
		CIRCLE 1	BE EF	03	06 00	13 DA	01 00	22 30	05 00
		CIRCLE 2	BE EF	03	06 00	E3 DA	01 00	22 30	06 00
		MAP 1	BE EF	03	06 00	83 D4	01 00	22 30	10 00
		MAP 2	BE EF	03	06 00	13 D5	01 00	22 30	11 00
		STACK	BE EF	03	06 00	83 C0	01 00	22 30	20 00
	Get		BE EF	03	06 00	70 D9	02 00	22 30	00 00
Names Operation	ation Type Header						CRC	Command Data
								Action Type Setting code
TEMPLATEOn/Off	Set	OFF BE EF	03 06 00	BF D8	01 00 28	30 00 00
		ON BE EF	03 06 00	2F D9	01 00 23	30 01 00
	Get BE EF 03		06 00 8C	D8 02	00 23	30 00 00
C.C. - DISPLAY	Set	OFF BE EF	03 06 00	FA 62	01 00 00	37 00 00
		ON BE EF	03 06 00	6A 63	01 00 00	37 01 00
		AUTO	BE EF	03 06	00 9A 63	01 00 00	37 02 00
	Get BE EF 03		06 00	C9 62	02 00	00 37 00	00
C.C. - MODE	Set	CAPTIONS	BE EF	03 06	00 63	01 00 01	37 00 00
		TEXT	BE EF	03 06	00 96 62	01 00 01	37 01 00
	Get BE EF 03		06 00 35	63 02	00 01 37	00 00
C.C. - CHANNEL	Set	1	BE EF	03	06 00	D2 62	01 00	02 37	01 00
		2	BE EF	03 06	00 22 62	01 00 02	37 02 00
		3	BE EF	03	06 00	B2 63	01 00	02 37	03 00
		4	BE EF	03 06	00 82 61	01 00 02	37 04 00
	Get BE EF 03		06 00 71	63 02	00 02 37	00 00
SOURCE SKIP-COMPUTER IN	Set	NORMAL	BE EF	03	06 00	FE 78	01 00	20 22	00 00
		SKIP	BE EF	03	06 00	6E 79	01 00	20 22	01 00
	Get BE EF 03		06 00 CD	78 02	00 20	20 22 00	00
SOURCE SKIP-LAN	Set	NORMAL	BE EF	03	06 00	DA 7A	01 00	2B 22	00 00
		SKIP	BE EF	03	06 00	4A 7B	01 00	2B 22	01 00
	Get		BE EF	03	06 00	E9 7A	02 00	2B 22	00 00
SOURCE SKIP-HDMI 1/MHL	Set	NORMAL	BE EF	03	06 00	BA 78	01 00	23 22	00 00
		SKIP	BE EF	03	06 00	2A 79	01 00	23 22	01 00
	Get		BE EF	03	06 00	89 78	02 00	23 22	00 00
SOURCE SKIP-HDMI 2	Set	NORMAL	BE EF	03	06 00	52 7A	01 00	2D 22	00 00
		SKIP	BE EF	03	06 00	C2 7B	01 00	2D 22	01 00
	Get		BE EF	03	06 00	61 7A	02 00	2D 22	00 00
SOURCE SKIP-HDBaseT	Set	NORMAL	BE EF	03	06 00	B6 EA	01 00	D6 20	00 00
		SKIP	BE EF	03	06 00	26 EB	01 00	D6 20	01 00
	Get		BE EF	03	06 00	85 EA	02 00	D6 20	00 00
SOURCE SKIP-VIDEO	Set	NORMAL	BE EF	03	06 00	02 79	01 00	21 22	00 00
		SKIP	BE EF	03	06 00	92 78	01 00	21 22	01 00
	Get		BE EF	03	06 00	31 79	02 00	21 22	00 00
AUTO SEARCH	Set	OFF	BE EF	03	06 00	B6 D6	01 00	16 20	00 00
		ON	BE EF	03	06 00	26 D7	01 00	16 20	01 00
	Get		BE EF	03	06 00	85 D6	02 00	16 20	00 00
DIRECT POWER ON	Set	OFF	BE EF	03	06 00	3B 89	01 00	20 31	00 00
		ON BE EF	03 06 00	AB 88	01 00	20 31 01	00
	Get		BE EF	03	06 00	08 89	02 00	20 31	00 00
AUTO POWER OFF	Get		BE EF	03	06 00	08 86	02 00	10 31	00 00
	Increment		BE EF	03	06 00	6E 86	04 00	10 31	00 00
	Decrement		BE EF	03	06 00	BF 87	05 00	10 31	00 00
Names Operation Type Header						CRC	Command Data
							Action Type Setting code
LIGHT SOURCE TIME Lower Bytes	Get BE EF 03	06 00 C2	FF 02	00 90	10 00 00
LIGHT SOURCE TIME Higher Bytes	Get BE EF 03	06 00 2A	FD 02	00 9E	10 00 00
MY BUTTON-1	SET	MY IMAGE	BE EF	03	06 00	5A 3D	01 00	00 36	16 00
		MESSENGER	BE EF	03	06 00	AA 29	01 00	00 36	25 00
		INFORMATION	BE EF	03	06 00	FA 3E	01 00	00 36	10 00
		MY MEMORY	BE EF	03 06	00 9A 3F	01 00 00	36 12 00
		PICTURE MODE	BE EF	03	06 00	0A 3E	01 00	00 36	13 00
		TEMPLATE	BE EF	03	06 00	CA 39	01 00	00 36	1B 00
		MUTE	BE EF	03 06	00 FA 20	01 00 00	36 38 00
		PbyP/PinP SWAP	BE EF	03 06	00 5A 38	01 00 00	36 1A 00
		PinP POSITION	BE EF	03 06	00 3A 22	01 00 00	36 3C 00
		BLANK	BE EF	03 06	00 FA 02	01 00 00	36 40 00
		RESOLUTION	BE EF	03 06	00 9A 3A	01 00	00 36 1E	00
		LIGHT OUTPUT	BE EF 03	06 00	0A 25 01	00 00 36	37 00
		ACCENTUALIZER	BE EF	03 06	00 9A 21	01 00 00	36 3A 00
		HDCR	BE EF	03 06	00 5A 23	01 00 00	36 3E 00
	Get BE EF 03		06 00 09	33 02	00 00 36	00 00
MY BUTTON-2	Set	MY IMAGE	BE 03 06	00 A6	3C 01	00 01 36	16 00
		MESSENGER	BE EF	03 06	00 56 28	01 00 01	36 25 00
		INFORMATION	BE EF	03 06	00 06 3F	01 00 01	36 10 00
		MY MEMORY	BE EF	03	06 00	66 3E	01 00	01 36	12 00
		PICTURE MODE	BE EF	03 06	00 F6 3F	01 00	01 36 13	00
		TEMPLATE	BE EF	03 06	00 36 38	01 00 01	36 1B 00
		MUTE	BE EF	03 06	00 06 21	01 00 01	36 38 00
		PbyP/PinP SWAP	BE EF	03 06	00 A6 39	01 00	01 36 1A	00
		PinP POSITION	BE EF	03	06 00	C6 23	01 00	01 36	3C 00
		BLANK	BE EF	03 06	00 06 03	01 00 01	36 40 00
		RESOLUTION	BE EF	03 06	00 66 3B	01 00	01 36 1E	00
		LIGHT OUTPUT	BE EF 03	06 00	F6 24 01	00 01 36	37 00
		ACCENTUALIZER	BE EF	03 06	00 66 20	01 00 01	36 3A 00
		HDCR	BE EF	03 06	00 A6 22	01 00	01 36 3E	00
	Get BE EF 03		06 00 F5	32 02	00 01 36	00 00
MY BUTTON-3	Set	MY IMAGE BE	EF 03 06	00 E2	3C 01	00 02 36	16 00
		MESSENGER BE	EF 03 06	00 12	28 01	00 02 36	25 00
		INFORMATION BE	EF 03 06	00 42	3F 01	00 02 36	10 00
		MY MEMORY	BE EF	03	06 00	22 3E	01 00	02 36	12 00
		PICTURE MODE	BE EF	03	06 00	B2 3F	01 00	02 36	13 00
		TEMPLATE BE	EF 03 06	00 72	38 01 00	02 36	1B 00
		MUTE	BE EF	03 06	00 42 21	01 00 02	36 38 00
		PbyP/PinP SWAP	BE EF	03	06 00	E2 39	01 00	02 36	1A 00
		PinP POSITION	BE EF	03	06 00	82 23	01 00	02 36	3C 00
		BLANK	BE EF	03	06 00	42 03	01 00	02 36	40 00
		RESOLUTION	BE EF	03	06 00	22 3B	01 00	02 36	1E 00
		LIGHT OUTPUT	BE EF 03	06 00	B2 24	01 00	02 36 37	00
		ACCENTUALIZER	BE EF	03 06	00 22 20	01 00 02	36 3A 00
		HDCR	BE EF	03	06 00	E2 22	01 00	02 36	3E 00
	Get		BE EF	03	06 00	B1 32	02 00	02 36	00 00
MY BUTTON-4	Set	MY IMAGE BE	EF 03 06	00 1E	3D 01	00 03 36	16 00
		MESSENGER BE	EF 03 06	00	EE 29	01 00 03	36 25 00
		INFORMATION BE	EF 03 06	00	BE 3E 01	00 03 36	10 00
		MY MEMORY	BE EF	03 06	00 DE 3F	01 00 03	36 12 00
		PICTURE MODE	BE EF	03	06 00	4E 3E	01 00	03 36	13 00
		TEMPLATE	BE EF	03	06 00	8E 39	01 00	03 36	1B 00
		MUTE	BE EF	03	06 00	BE 20	01 00	03 36	38 00
		PbyP/PinP SWAP	BE EF	03	06 00	1E 38	01 00	03 36	1A 00
		PinP POSITION	BE EF	03	06 00	7E 22	01 00	03 36	3C 00
		BLANK	BE EF	03	06 00	BE 02	01 00	03 36	40 00
		RESOLUTION	BE EF	03 06	00 DE 3A	01 00 03	36	1E 00
		LIGHT OUTPUT	BE EF 03	06 00	4E 25	01 00	03 36 37	00
		ACCENTUALIZER	BE EF	03 06	00 DE 21	01 00 03	36 3A 00
		HDCR	BE EF	03	06 00	1E 23	01 00	03 36	3E 00
	Get		BE EF	03	06 00	4D 33	02 00	03 36	00 00
REMOTE FRONT	Set	OFF	BE EF	03	06 00	FF 32	01 00	00 26	00 00
		ON	BE EF	03	06 00	6F 33	01 00	00 26	01 00
	Get		BE EF	03	06 00	CC 32	02 00	00 26	00 00
REMOTE REAR	Set	OFF	BE EF	03	06 00	03 33	01 00	01 26	00 00
		ON	BE EF	03	06 00	93 32	01 00	01 26	01 00
	Get		BE EF	03	06 00	30 33	02 00	01 26	00 00
REMOTE RECEIV. HDBaseT	Set	OFF	BE EF	03	06 00	BB 32	01 00	03 26	00 00
		ON	BE EF	03	06 00	2B 33	01 00	03 26	01 00
	Get		BE EF	03 06	00 88 32	02 00 03	26 00 00
REMOTE FREQ. NORMAL	Set	OFF	BE EF	03 06	00 FF 3D	01 00 30	26 00 00
		ON	BE EF	03	06 00	6F 3C	01 00	30 26	01 00
	Get		BE EF	03 06	00 CC 3D	02 00	30 26 00	00
REMOTE FREQ. HIGH	Set	OFF	BE EF	03	06 00	03 3C	01 00	31 26	00 00
		ON	BE EF	03	06 00	93 3D	01 00	31 26	01 00
	Get		BE EF	03	06 00	30 3C	02 00	31 26	00 00
Names Operation	Type Header						CRC	Command Data
								Action Type Setting code
REMOTE ID	Set	ALL BE EF	03 06 00	9F 30	01 00 08	26 00 00
		1 BE EF 03	06 00 00	F 31	01 00 08	26 01 00
		2 BE EF 03	06 00 00	F 31	01 00 08	26 02 00
		3 BE EF 03	06 00 00	F 30	01 00 08	26 03 00
		4 BE EF 03	06 00 5F	32 01	00 08	26 04 00
	Get BE EF 03		06 00	AC 30	02 00	08 26 00	00
REMOTE OUT-REMOTE CONTROL	Set	OFF	BE EF	03	06 00	47 3C	01 00	32 26	00 00
		ON	BE EF	03 06	00 D7 3D	01 00 32	26 01 00
	Get BE EF 03		06 00	74 3C	02 00	32 26 00	00
REMOTE OUT-HDBaseT	Set	OFF	BE EF	03 06	00 BB 3D	01 00 33	26 00 00
		ON	BE EF	03	06 00	2B 3C	01 00	33 26	01 00
	Get BE EF 03		06 00	88 3D	02 00	33 26 00	00
MY IMAGE	Set	OFF	BE EF	03	06 00	3A C3	01 00	00 35	00 00
		IMAGE-1	BE EF	03 06	00 AA C2	01 00 00	35 01 00
		IMAGE-2	BE EF	03	06 00	5A C2	01 00	00 35	02 00
		IMAGE-3	BE EF	03 06	00 CA C3	01 00 00	35 03 00
		IMAGE-4	BE EF	03	06 00	FA C1	01 00	00 35	04 00
	Get BE EF 03		06 00	09 C3	02 00	00 35 00	00
MY IMAGEIMAGE-1 Delete	Execute BE EF		03 06 00	71	C3 06	00 01 35	00 00
MY IMAGEIMAGE-2 Delete	Execute BE EF		03 06 00	35	C3 06	00 02 35	00 00
MY IMAGEIMAGE-3 Delete	Execute BE EF		03 06 00	C9 C2	06 00 03	35 00 00
MY IMAGEIMAGE-4 Delete	Execute BE EF		03 06 00	BD	C3 06 00	04 35 00	00
AMX for LAN	Set	OFF	BE EF	03	06 00	33 AC	01 00	30 1B	00 00
		ON	BE EF	03	06 00	A3 AD	01 00	30 1B	01 00
	Get		BE EF	03	06 00	00 AC	02 00	30 1B	00 00
CRESTRON	Set	OFF	BE EF	03 06	00 33 B2	01 00 50	1B 00 00
		ON	BE EF	03	06 00	A3 B3	01 00	50 1B	01 00
	Get		BE EF	03 06	00 00 B2	02 00 50	1B 00 00
EXTRON for HDBaseT	Set	OFF	BE EF	03	06 00	33 BD	01 00	60 1B	00 00
		ON	BE EF	03	06 00	A3 BC	01 00	60 1B	01 00
	Get		BE EF	03	06 00	00 BD	02 00	60 1B	00 00

Names Operation	Type						CRC	Command Data
								Action Type Setting code
HDMI OUT RESOLUTION	Set	EXTERNAL DEVICE	BE EF 03 06 00 46 EF 01				00 C2 20	00 00
		PROJECTOR BE EF 03 06 00 D6 EE 01 00					C2 20 01	00
	Get BE EF 03		06 00 75 EF 02				00 00
STANDBY OUTPUT - AUDIO OUT	Set	OFF BE EF	03 06 00 EA DE				3F 20	00 00
		AUDIO IN1	BE EF	03			7ADF	01 00	3F 20	01 00
		AUDIO IN2	BE EF	03			8ADF	01 00	3F 20	02 00
		HDMI 1 / MHL BE EF 03 06 00 2A C7 01 00					3F 20	20 00
		HDMI 2	BE EF	03			BA C6	01 00	3F 20	21 00
		HDBaseT	BE EF	03			EA C5	01 00	3F 20	24 00
	Get BE EF 03		06 00 D9 DE 02				20 00 3F	00 00
STANDBY OUTPUT-MONITOR OUT	Set	COMPUTER IN	BE EF	03			2AF7	01 00	BF 20	00 00
		OFF BE EF	03 06 00 DA B6 01 00				BF 20	FF 00
	Get BE EF 03		06 00	19 F7			20 00 00
STANDBY OUTPUT-HDMI OUT	Set	HDMI 1 / MHL BE EF 03 06 00 F2 EF 01 00					C1 20	03 00
		HDBaseT	BE EF	03			52 E3	01 00	C1 20	11 00
		OFF BE EF	03 06 00 F2 AE	01			20 FF 00
	Get BE EF 03		06 00 31 EF 02				00 C1 20 00 00
HDMI OUTPUT Enable	Set	OFF BE EF	03 06 00 02 2C				23 00 00
		ON	BE EF	03 06 00			100 31 23	01 00
	Get BE EF 03		06 00 31 2C 02				00 00
HDMI OUTPUT-COMPUTER IN	Set	HDMI 1 / MHL BE EF 03 06 00 CE 37					03 00
		HDBaseT	BE EF	03			100 40 23	11 00
	Get BE EF 03		06 00 0D 37 02				00 00
HDMI OUTPUT-VIDEO	Set	HDMI 1 / MHL BE EF 03 06 00 32					41 23	03 00
		HDBaseT	BE EF	03			92 3A	01 00	41 23	11 00
	Get BE EF 03		06 00 F1 36				23 00 00
HDMI OUTPUT-HDMI 1 / MHL	Get BE EF 03		06 00 49 37				00 00
HDMI OUTPUT-LAN	Set	HDMI 1 / MHL BE EF 03 06 00 EA 35 01 00					4B 23	03 00
		HDBaseT	BE EF	03			4A 39	01 00	4B 23	11 00
	Get BE EF 03		06 00 29 35 02				4B 23	00 00
HDMI OUTPUT-HDMI 2	Set	HDMI 1 / MHL BE EF 03 06 00 23 35 01 00					4D 23	03 00
		HDBaseT	BE EF	03			11 00	4D 23
	Get BE EF 03		06 00 A1 35				23 00 00
HDMI OUTPUT-HDBaseT	Get BE EF 03		06 00 31 32				00 00

PJLink command

Commands Control Description Parameter or Response
POWR Power Control		0 = Standby 1 = Power On
POWR ? Power Status inquiry		0 = Standby 1 = Power On 2 = Cool Down
INPT Input Source selection		11 = COMPUTER IN 23 = VIDEO 31 = HDMI 1 / MHL 33 = HDMI 2 36 = HDBaseT 51 = LAN
INPT ? Input Source inquiry		11 = COMPUTER IN 23 = VIDEO 31 = HDMI 1 / MHL 33 = HDMI 2 36 = HDBaseT 51 = LAN
AVMT AV Mute		10 = BLANK off 11 = BLANK on 20 = Mute off 21 = Mute on 30 = AV Mute off 31 = AV Mute on
AVMT ? AV Mute inquiry		10 = BLANK off 11 = BLANK on 20 = Mute off 21 = Mute on 30 = AV Mute off 31 = AV Mute on
ERST ? Error Status inquiry		1st byte: Refers to Fan error; one of 0 to 2 2nd byte: Refers to Light Source; one of 0 to 2 3rd byte: Refers to Temperature error; one of 0 to 2 4th byte: Refers to Cover error; one of 0 to 2 5th byte: Refers to Filter error; one of 0 to 2 6th byte: Refers to Other error; one of 0 to 2 The meaning of 0 to 2 is as given below 0 = Error is not detected; 1 = Warning; 2 = Error
LAMP ?	Light Source Status inquiry	1st number (digits 1 to 5): Light Source Time 2nd number : 0 = Light Source off, 1 = Light Source on
INST ? Input Source List inquiry 11 23		31 33 36 51
NAME ? Projector Name inquiry		Responds with the name set in the item PROJECTOR NAME of the NETWORK - NETWORK SETUP menu
INF1 ?	Manufacturer's Name inquiry	HITACHI
INF2 ? Model Name inquiry		LP-WU3500 LP-WX3500
INFO ? Other Information inquiry		Responds with the factory information and so on
CLSS ? Class Information inquiry 1

NOTE · The password used in PJLinkTM is the same as the password set in the Web Control. To use PJLinkTM without authentication, do not set any password in Web Browser Control.

• For specifications of PJLink™, see the web site of the Japan Business Machine and Information System Industries Association.
  URL: http://pjlink.jbmia.or.jp/

• Trademark PJLink is a trademark applied for trademark rights in Japan, the United States of America and other countries and areas.