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Projection Display<br>/ m7 I; l) p- J+ d' i1 g
Serial Interface Specification<br>& M7 M% i( y N: s" B
<br>
8 y. n0 H( K: x1 l" g' Q( bVersion: 1.4<br>
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Table of Contents<br>' i9 M6 t. \6 J# q- D6 Z- \0 p
1. RS232 SETTING 3<br>* H5 `& V1 C! ?0 d( e
2. CONTROL COMMAND STRUCTURE 3<br>
' j( b; l# e2 \9 q% p m3. CONTROL SEQUENCE 3<br>
/ X3 p: b2 p5 q# k4. OPERATION COMMAND 3<br>5 \2 Z5 K- B( [0 \5 l
5. REMOTE COMMAND 3<br>3 ?1 o$ L" v% h j! E6 v
6. SET VALUE COMMAND 3<br>
5 S" p: h* m- d0 i' I7. QUERY COMMAND 3<br>' D6 Z5 h+ S" h4 c% Y+ h/ K$ }* t
8. HYPER TERMINAL SETTING GUIDE 3<br>* g' |( _' o. X! K7 Z
APPENDIX A (AMX CONTROL ROOM CONSOLE COMPATIBILITY) 3<br>3 X' \1 d* }0 J
APPENDIX B (DIN TO RS232 DIAGRAM) 3<br>
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& P( i4 ^: D0 H1 F1. RS232 Setting<br>- S: L3 W$ V7 l( Q
Baud rate: 9600<br>
, X- c/ f9 J" _) |Parity check: None<br>
% a7 J. R* X( b' ?% GData bit: 8<br>0 h7 }! Q5 O! G0 V2 \# m
Stop bit: 1<br>Minimum delay for next command: 1ms<br>, Q3 n2 |; _8 M$ i7 }9 p; k% h
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7 ]8 Y; T1 h2 m, M<br>
3 A9 o1 X" s& w& J% H% O# J) m8 K2. Control Command Structure <br>
; D9 d! h* o2 @* _" o/ p4 G7 K" jThe command is structured by the Header code, command code, data code and end code. Most of the commands are structured except some for the compatibility issue with other projectors.<br># q1 ~2 Z/ s% p4 F: F# ]5 b
<br>Header code Command code Data code End code<br>
% t3 o6 x- ^- ]7 H; U# b" G* }4 WHEX 7Eh Command Data 0Dh<br>, z0 d3 }/ ]7 A
ASCII ‘~’ Command Data CR<br>" G' X, d: N$ v% z9 ^
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3. Control Sequence<br># J1 P6 Y; Y. S' j7 e1 g
The projector may send a return code after it received a command. If the command isn’t received correctly, the projector will not send the return code<br><br>1 s& A4 Y" D- [( J
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4. Operation Command<br>The operation commands execute the basic operation setting of this projector.<br>
9 t% v6 y7 D$ N9 {8 \: ?6 S: nOperation ASCII HEX<br>' y, Q1 U; r1 m3 K
Power On ※ ~ P N CR ※ 7Eh 50h 4Eh 0Dh<br>
) Q7 p5 B- q1 g, D0 M& ]( s+ Y0 t2 ^Power Off ~ P F CR 7Eh 50h 46h 0Dh<br># F2 t. `; m# _8 g$ F; t
Auto Image ~ A I CR 7Eh 41h 49h 0Dh<br>
# r# _7 x5 e& i# ~* rInput Select RGB ~ S R CR 7Eh 53h 52h 0Dh<br>
: V, V3 W4 m* _- r- SInput Select RGB2 ~ S G CR 7Eh 53h 47h 0Dh<br>" ^4 f; [: E& v, {+ F, h
Input Select DVI ~ S D CR 7Eh 53h 44h 0Dh<br># T+ \1 g( ~- @5 t1 n$ d3 |+ T5 m
Input Select Video ~ S V CR 7Eh 53h 56h 0Dh<br>
' M; ^# o. a9 u. \& t! R/ U, _1 AInput Select S-Video ~ S S CR 7Eh 53h 53h 0Dh<br>6 P8 P$ B- D3 K' { r
Input Select Component ~ S Y CR 7Eh 53h 59h 0Dh<br>
0 b' U% I' Z7 N7 mInput Select Wireless ~ S W CR 7Eh 53h 57h 0Dh<br>& M0 S! ?9 s1 ~& {
※ Power On command will not work for 1 minute after the power off command triggered.<br>; P4 z- m; ?' _( T. j
※ CR : Carriage Return. <br>: ~3 ~! J) P$ N* m$ H& H2 g
<br>
% N, M; ?' \! F: l$ m+ @6 c4 _( e5. Remote Command<br> ?3 V7 C8 S h, P
The remote commands simulate the code send from IR remote handset.<br>
! u1 {" R$ j/ Y9 v" n% BButton’s name ASCII HEX<br>4 l- W5 J+ [; P! X0 k7 L) j
UP arrow ~ r U CR 7Eh 72h 55h 0Dh<br>& W& {. H! a1 Y
DOWN arrow ~ r D CR 7Eh 72h 44h 0Dh<br>
! \2 }2 P& L2 _' f' t, |: GLEFT arrow ~ r L CR 7Eh 72h 4Ch 0Dh<br>
- ^% P8 v' l6 q# p8 N8 C7 u/ lRIGHT arrow ~ r R CR 7Eh 72h 52h 0Dh<br>6 o- Y* t- c( l( W5 {9 I
POWER ~ r P CR 7Eh 72h 50h 0Dh<br>1 p p! p ]7 d0 s5 P
EXIT ~ r E CR 7Eh 72h 45h 0Dh<br>5 }# y" S, U8 @% U5 n& `& I
INPUT ~ r I CR 7Eh 72h 49h 0Dh<br>
6 B* c& M: Q9 r3 XAUTO ~ r A CR 7Eh 72h 41h 0Dh<br>6 j% T! @% {) E3 y+ U; M8 E
KEYSTONE+ ~ r K CR 7Eh 72h 4Bh 0Dh<br>
" H- w8 z' N% C1 mKEYSTONE- ~ r J CR 7Eh 72h 4Ah 0Dh<br>
0 E5 s+ o+ s2 v* sMENU ~ r M CR 7Eh 72h 4Dh 0Dh<br>- q: T) `2 ^3 S! i" c# J
STATUS ~ r S CR 7Eh 72h 53h 0Dh<br>
2 a) \' |+ L2 p9 [0 g: KMUTE ~ r T CR 7Eh 72h 54h 0Dh<br>
- x$ h; L* w: RZOOM+ ~ r Z CR 7Eh 72h 5Ah 0Dh<br>3 X S+ v. p! X4 ~# b
ZOOM- ~ r Y CR 7Eh 72h 59h 0Dh<br>
0 w7 W3 S% K2 Z( j6 O" ?4 C& RBLANK ~ r B CR 7Eh 72h 42h 0Dh<br>* K/ G! S, S% C8 y! A( G
FREEZE ~ r F CR 7Eh 72h 46h 0Dh<br>9 T, i% q0 O0 e# q
VOLUME+ ~ r V CR 7Eh 72h 56h 0Dh<br>
B) x9 v- m( r5 i6 G$ B/ {$ dVOLUME- ~ r W CR 7Eh 72h 57h 0Dh<br>
0 G5 F. s, L" H$ QEnter ~ r N CR 7Eh 72h 4Eh 0Dh<br>
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6. Set Value Command<br>7 U7 T. W6 w4 U6 Z
ITEM ASCII HEX<br>% a; }3 J3 k/ i6 H- R! L# K( R
Brightness ~ s B ? CR ※ 7Eh 73h 42h ?h 0Dh<br>* Z% e2 h+ F% @0 E5 w! d& p1 O
Contrast ~ s C ? CR 7Eh 73h 43h ?h 0Dh<br>, D+ \& y1 h$ {% [3 F1 N" K
Color ~ s R ? CR 7Eh 73h 52h ?h 0Dh<br>
3 k8 ^7 a4 r- xTint ~ s N ? CR 7Eh 73h 4Eh ?h 0Dh<br>
( O2 T) |& Y0 x) UScaling ~ s A ? CR 7Eh 73h 41h ?h 0Dh<br>2 R6 |6 u1 I+ l. z
Color Temperature ~ s T ? CR 7Eh 73h 54h ?h 0Dh<br>
, I( o# l) ]' PProjection Mode ~ s J ? CR 7Eh 73h 4Ah ?h 0Dh<br>2 C9 c$ s- p; Y( ~! m* P5 i: A
※ ? : ASCII Data <br>
7 V+ F) z6 x: R& L% j- s$ ]<br>
9 Y" }* y5 T- y' C! R0 KData Range<br>3 H; z8 a6 v5 \ ^1 K* a
ITEM Set Data Range Source<br>
S7 c! t2 ]- |0 d8 T5 |* ]Brightness 0 ~ 127 RGB<br>0 ~ 200 Video<br>8 G1 }1 I2 E2 M' {
Contrast 0 ~ 200 RGB / Video<br>
" u! h/ s2 {6 o. K( K5 E4 n* kColor 0 ~ 200 Video<br>
" y6 k- K7 F' UTint 0 ~ 200 Video<br>& X% j0 w' O! H6 i6 u/ x( O
Scaling 0: 4:3 1: 16:9 RGB / Video<br>
9 n9 v" c9 G5 o! o2 X ^ OColor Temperature 0:Cool 1:Normal 2:Warm 3:User RGB / Video<br>
+ [& q+ } H E5 g( y: BProjection Mode 0:Front 1:Rear+Ceiling 2:Rear 3:Ceiling RGB / Video<br>1 _; c5 ?0 I" e8 R: _7 k
<br>
5 x3 P1 A2 j% iAttention: Data range may be different for different models<br>
T4 G1 \# u7 b+ j<br>
8 j" a$ q$ k# c- M7 Q6 d2 Y2 j& \# y4 P5 OExample 1. Adjust Brightness value to 100<br>Send Command : ~sB100CR<br>2 [$ b& o, T. M/ f8 w$ |3 c
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Example 2. Adjust Color Temperature to Warm<br>Send Command : ~sT2CR<br>
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) m; y1 z9 y- q0 K5 j2 C7. Query Command<br>
* j' A9 R! C3 D! c" ^& LITEM ASCII HEX<br>
" B9 Z. L* A {# D% W) XSoftware Version ~ q V CR 7Eh 71h 56h 0Dh<br>( u6 n* ^. z1 H/ f
Power State ~ q P CR 7Eh 71h 50h 0Dh<br>
, p% z- b9 f' \; iInput Select ~ q S CR 7Eh 71h 53h 0Dh<br>. T7 d! c( J& o4 y
Lamp Hours ~ q L CR 7Eh 71h 4Ch 0Dh<br>) \! l9 U2 \2 k0 ~2 i1 J" J
Brightness ~ q B CR 7Eh 71h 42h 0Dh<br>
+ u/ \' \0 x" tContrast ~ q C CR 7Eh 71h 43h 0Dh<br>, v' j' e4 m2 A9 y5 l
Color (Video) ~ q R CR 7Eh 71h 52h 0Dh<br>8 }* h' H1 q o7 \/ H
Tint (Video) ~ q N CR 7Eh 71h 4Eh 0Dh<br>' Q" _0 z; t7 v( ^6 o5 ~- k
Scaling ~ q A CR 7Eh 71h 41h 0Dh<br>! G/ Z4 }0 V+ g% w
Color Temperature ~ q T CR 7Eh 71h 54h 0Dh<br>& o4 p3 j0 {1 t. G7 F/ r. |) n* ^9 O
Projection Mode ~ q J CR 7Eh 71h 4Ah 0Dh<br>) z6 S- a% q- x: K, q
Response message<br>6 p3 c9 c! b* A' E( R, }
ITEM Response Message examples <br>
* ^3 d9 z6 [1 t. A, N+ ~, ~. xSoftware Version SAA0. 23 <br>% |) ]( v" ^6 d# P6 B
Power State On Off <br>! W4 L! I, J( ?- e
Input Select RGB DVI Video S-Video DVD HDTV <br>
2 @) Y$ L) C2 H; S( ]Lamp Hours 2000 <br>
$ i) \- k& u0 z5 ?9 c" ^Brightness 100 <br>
/ h. o- v* t& F' f, \. ?Contrast 100 <br>
" i' r& g9 W* ^* [1 G; L' j+ sColor (Video) 100 <br>
7 D1 {# q5 Z+ g7 L- l. GTint (Video) 100 <br>
3 h- b6 h+ t- G5 YScaling 4:3 16:9 <br>, s- T1 ]" q9 p; |0 x9 J. f+ |% m
Color Temperature Cool Normal Warm User <br>
. c' z3 T. m7 j5 mProjection Mode Front Rear+Ceiling Rear Ceiling <br>; o4 f+ O! b/ p7 d# O( G
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Example 1. Get Brightness value <br>Send Command : ~qBCR<br>Response : 100<br>
0 N8 ]6 p7 N) g. ^; e<br>/ ~7 l" J6 R, N; W+ H4 ? B
Example 2. Get Color Temperature <br>Send Command : ~qTCR<br>Response : Warm<br><br>' E0 Q' m4 G( P% E+ Y* E+ A' X
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8. Hyper Terminal setting guide<br>2 C# z8 R9 [. {9 D0 [0 d. e
8-1 Connect the RS232 Cable between your computer and Projector。<br>+ v$ y$ L! ]* |+ _% m R& L, g4 b: l
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3 k1 R4 t$ Z% k" @2 l8-2 Open HyperTerminal ,<br>& t) b X. U6 Q1 ^
Window2000/XP HyperTerminal path:<br>
4 ~ u! Z$ \4 N. Y+ ]5 t, p8 i0 WStart \ Programs \ Accessories \ Communications \ HyperTerminal。<br><br>8 t! z1 E: M! \& k% r
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8-3 Setting the HyperTerminal parameter:<br>
: V* \- T# j4 h1 xStep 1. Type the connection name .<br><br>4 H7 z. ], c5 D
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# z. l- y9 V0 B# p6 sStep2 . Choose the COM port for your RS232 Cable connected to.<br><br>
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) W/ `" l/ @( _' w5 J: LStep3. In Bits per second choose “ 9600 ” and in Flow control choose “ None ”。<br><br>
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Step4. Click the File and choose Properties to setting Keyboard parameter。<br><br>3 q7 b5 @6 h" X' `8 A" e! y
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0 C7 R4 `4 o% K0 V$ P# R" JStep5. In Setting page , choose Emulation type for your keyboard.<br><br>1 e& ]" Q0 m$ y. G: ]
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) F# {2 b5 r# DStep6. Click ASCII Setting icon to setup ASCII code parameter.<br><br>+ ^( u* p% b% V1 {
<br>
. e- G7 K+ r% `& `5 J/ xStep7. Mark Send Line ends which line feeds and Echo typed characters locally and click OK bottom to complete setting. <br><br><br>
0 ?5 O3 w! s5 u& s, u& DAppendix A (AMX control room console compatibility)<br>
; h, d1 d: B- V+ b3 s: ]" R5 f$ pControl room console list<br>) g% V: h, ~0 M
Brand Device Baud Range Max length send Max length receive<br>
+ d1 g. } g& o* |4 @, K pAMX Axcent 300~38400 64 64<br>8 O8 z4 h9 I; I" P
AMX Axcent 2 300~38400 64 64<br>
& K: m3 Q. V* L3 aAMX Axcent 3 300~115200 64 64<br>
6 }6 _9 Z) x6 t9 m' V6 dAMX AXB-EM232 300~38400 64 64<br>6 C: l0 c, y+ V8 d/ v! t
AMX AXC-232 300~38400 64 64<br>
/ I9 u% Q7 S% f$ H4 |AMX AXC-232++ 300~115200 64 64<br>0 ?7 R& n) m" m8 j
AMX AXB-232+ 300~38400 64 64<br>7 Q) q. {6 [1 R! j$ v
AMX AXB-232++ 300~115200 64 64<br>
# c: X4 l' V7 j, d5 G) eAMX AXB-PCCOM 300~38400 64 64<br>
+ {0 {& v! p$ u3 ZAMX NXC-COM2 150~230400 900 196<br>
' P: u2 u) {- i; FAMX NXI 150~230400 900 196<br>
6 B% [* Y1 L2 s/ T0 j; KAMX AXB-MIDI 300~38400 64 64<br>( f+ K3 s2 d1 L. j4 T! O3 f4 C
AMX AXC-MIDI 300~38400 64 64<br>3 F- Z; p5 K2 @" |! }. U
AMX NXC-ME Ether Net <br>
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Please check the relative console provider’s website for updated product information!<br>- Y9 P4 M, k' d) b+ W0 B' ~$ T) O
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# v( W2 Z" H- EAppendix B (DIN to RS232 diagram) <br>( y8 \2 R; T/ s9 G6 l) E6 g
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* s' w2 N1 m; _9 |Notes:<br>! ~. {' y% p/ m9 \
Appendix C (DIN to RS232 diagram) <br> l( S' L* M' r( O* l
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