Mitsubishi X300 Projector User Manual

							AP – 4
[Example 1]        The outlet fan was down when the power was ON and the newest past data of the warning was confirmed.
Sending commands Status code from Meaning
from the PC etc. projector
30 30 45 70 31 OD Command to confirm past data
0 0 E p 1 

30 30 45 70 38 30 31 30 30 30 30 0DWarning command (Outlet fan is stopped when
0 0 E p 1 8 0 1 0 0 0 0 
 * the power is ON) carried out
Control this projector by using a personal computer (Continued)
ASCII HEX
past data 1 (newest) Ep1 45h 70h 31h
past data 2 Ep2 45h 70h 32h
past data 3 Ep3 45h 70h 33h
clear past data Ec 45h 63h
* : 8 2 0 0 0 0 mean the numbers as shown below
Bitb1 b2 b3 b4 b5 b6 b7 b8 b9 b10 b11 b12 b13 b14 b15 b16 b17 b18 b19 b20 b21 b22 b23 b24 b25 0 0 0
ASCII 1000000000010000000000000 000
HEX8010000
b1=1(The power is ON), b12=1(The outlet fan is stopped), Other= 0Sending commands Status code from Meaning
from the PC etc. projector
30 30 72 35 34 0D Command as same as MENU button
0 0 r 5 4 

30 30 72 35 34 0D Command received
0 0 r 5 4 
 (Command echo back)
[Example] Display MENU selection bar. (  is for ASCII code)
6) Warning commands
Read the past warning data. The personal computer doesn’t attach the data code onto the warning commands
to send. On the other hand, the projector which has received a command attaches the warning data as the
data code to reply.
The past data
Ep* (* is 7 digits, hexadecimal notation)
*=(MBS)b1,b2,b3,b4,b5,b6,b7,b8, b9, b10, b11, b12, b13, b14, b15, b16, b17, b18, b19, b20, b21, b22, b23, b24, b25, 0, 0, 0(LSB)
b1=Operation time (during boot up 0 /  when the power is ON, 1)
b2=Communication error between microcomputer and IC PIO1
b3=Communication error between microcomputer and IC PIO2
b4=Communication error between microcomputer and IC PIO3
b5=Communication error between microcomputer and IC PIO4
b6=Communication error between microcomputer and IC PIO5
b7=Stand-by power short
b8=Switch power short (SC connector)
b9=Switch power short (SP connector)
b10=Switch power short (SD connector)
b11=The air inlet fan is stopped
b12=The air outlet fan is stopped
b13=The power fan is stopped
b14=The audio fan is stopped (This fan is not installed.)
b15=The lamp cover is not closed
b16=The filter cover (bottom) is not closed
b17=The filter cover (front) is not closed
b18=The temperature sensor is off (SZ connector)
b19=Communication error between microcomputer and decoder
b20=Abnormal temperature (outside)
b21=Abnormal temperature (lamp)
b22=Abnormal temperature (LCD)
b23=Abnormal temperature (The difference value of  lamp from outside)
b24= The life of a lamp
b25=The lamp is not illuminating. 
						

							APPENDIX
AP – 5 7) Reading command diagram
Monitor projector operation status. The power ON, OFF and input terminal settings can be monitored.
ASCII HEX
Function Data (Receive) Function Data (Receive)
POWER ON vP 1 76h 50h 31h
POWER OFF vP 0 76h 50h 30h
INPUT COMPUTER 1 vI r176h 49h 72h 31h
INPUT COMPUTER 2 vI r276h 49h 72h 32h
INPUT VIDEO 1 vI v1 76h 49h 76h 31h
INPUT VIDEO 2 vI v2 76h 49h 76h 32h
Sending commands Status code from Meaning
from the PC etc. projector
30 30 76 49 OD Command to confirm input
0 0 v I 

30 30 76 49 76 31 0D Command (Input is Video 1)
0 0 v I v 1 
 carrired out
When a personal computer sends the command, data code will not be attached. On the other hand, the projector
which has received a command will attach the recent operating status and then send.
[Example ]  Input  was Video 1 when the operating status of the input terminal was confirmed.
8) Menu setting commands
The menu setting commands execute the menu setting of this projector. If the personal computer doesn’t send
the commands without attaching the data code, the projector which has received the command replays the
setting data as data code.
ITEM ASCII HEX VALUE
CONTRAST P 50h±30±30±30 (R from G+Main data+B from G)
BRIGHTNESS Q 51h±30±30±30 (R from G+Main data+B from G)
COLOR TEMP. A 41h1 (Standard), 2 (High), 3 (Low), 4 (User)
SHARPNESS(COMPUTER input)R1 52h 31h±2
SHARPNESS(VIDEO input)R2 52h 32h±10
TINT S 53h±10
COLOR T 54h±10
BASS AUB 41h 55h 42h0 - 3
TREBLE AUT 41h 55h 54h0 - 3
PinP AUDIO AUP 741h 55h 50h0 (Main), 1 (Sub)
IMAGE REVERSE IR 49h 52h0 (Off), 1 (Mirror), 2 (Invert), 3 (Mirror invert)
KEYSTONE KS 4Bh 53h±15
AUTO POWER ON APON 41h 50h 4Fh 4Eh0 (ON), 1 (OFF)
AUTO POWER OFF APOF 41h 50h 4Fh 46h00 (Off) , 05, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60
TEST SIGNAL TS 54h 53h0 (ON), 1 (OFF)
MENU POSITION MP 4Dh 50h0 (Upper left), 1 (Lower right)
MODE DISPLAY MD 4Dh 44h0 (ON), 1 (OFF)
SPLASH SCREEN SS 53h 53h0 (ON), 1 (OFF)
CINEMA MODE CM 43h 4Dh0 (AUTO), 1 (OFF)
VIDEO SIGNAL VS 56h 53h0 (AUTO), 1 (NTSC), 2 (PAL), 3 (SECAM) ,
4 (4.43NTSC),  5 (PAL-M), 6 (PAL-N), 7 (PAL-60)
LANGUAGE LG 4Ch 47h0 (
), 1 (English), 2 (Español), 3 (Deutsch) ,
4 (Frençais),  5 (Italiano), 6 ()
HORIZ. POSITION HP 48h 50h+ (increase), – (decrease)
VERT. POSITION VP 56h 50h+ (increase), – (decrease)
FINE SYNC. FN 46h 4Eh00 - 31
TRACKING TRK 54h 52h 4Bh+ (increase), – (decrease)
COMPUTER INPUT CIN 67h 49h 4Eh0 (RGB), 1 (YCBCR), 2 (YPBPR)
HOLD BEGIN HLB 48h 4Ch 42h00 - 15
HOLD END HLE 48h 4Ch 45h00 - 15
CLAMP POSITION CLP 43h 4Ch 50h000 - 255
CLAMP WIDTH CLW 43h 4Ch 57h000 - 255
ANAMORPHIC SC 53h 43h0 (ON), 1 (OFF) 
						

							AP – 6
How to set the grade
Use ASCII letters code to set the grade for setting data. Please refer to the table below for HEX code.
ASCII + – 0 1 2 3 4 5 6 7 8 9
HEX 2Bh 2Dh 30h 31h 32h 33h 34h 35h 36h 37h 38h 39h
[Example 1] Set the AUTO POWER ON to OFF.
[Example 2] Set the difference data of R from G to +10, the setting main data to 0 and the difference data of
B from to -5.
Sending commands Status code from Meaning
from the PC etc. projector
30 30 50 2B 31 30 2B 30 30 2D 30 35 0D Command for setting the
0 0 P + 1 0 + 0 0 - 0 5 
 picture control
30 30 50 2B 31 30 2B 30 30 2D 30 35 0D Command received
0 0 P + 1 0 + 0 0 - 0 5 
 (Command echo back)
Sending commands Status code from Meaning
from the PC etc. projector
30 30 41 50 4F 4E 30 0D Command for setting the
0 0 A P O N 0 
 AUTO POWER ON to ON
30 30 41 50 4F 4E 30 0D Command received
0 0 A P O N 0 
 (Command echo back)
Control this projector by using a personal computer (Continued)
The data code of CONTRAST and BRIGHTNESS is structured by the difference data of R from G, the main data and the difference
data of B from G.
[Example 3] The TINT was set to +10 when the setting status was confirmed.
Sending commands Status code from Meaning
from the PC etc. projector
30 30 53 0DCommand to confirm
0 0 S 
setting of TINT
30 30 53 2B 31 30 0D Command (setting of TINT
0 0 S + 1 0 
 is +10) carried out 
						

							Printed in Japan 871D280D20