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Projection Display<br>
2 @7 J S8 P. n: ~# l- @Serial Interface Specification<br>3 n( ^: `' d1 U
<br>
3 h! \! g/ e$ e4 P' z8 j% {' QVersion: 1.4<br>
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Table of Contents<br>5 h; P! O. J: U" \. e7 n( t) T' ?! I
1. RS232 SETTING 3<br>
2 ? @5 u4 p) T; b* G2. CONTROL COMMAND STRUCTURE 3<br>
* L ?7 y, f# u/ r/ s$ D3. CONTROL SEQUENCE 3<br>
9 H' l" h( Q- V$ n* _1 h4. OPERATION COMMAND 3<br>
6 k+ S; @/ v4 F' I: b: t, Y) d5. REMOTE COMMAND 3<br>
' M: L9 j0 d5 W: c6. SET VALUE COMMAND 3<br>: H: V/ T! A" O7 y
7. QUERY COMMAND 3<br>4 x9 l1 k) \+ |- P* g
8. HYPER TERMINAL SETTING GUIDE 3<br>! O" t& z; Z! K# p L h$ A
APPENDIX A (AMX CONTROL ROOM CONSOLE COMPATIBILITY) 3<br>. N; {6 \, T+ q' p
APPENDIX B (DIN TO RS232 DIAGRAM) 3<br>" P- F9 H3 C& V! O- m8 F
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1. RS232 Setting<br>. k: r* e/ c3 `/ q+ c, v; H
Baud rate: 9600<br>: `: R& _+ w, E `. ~
Parity check: None<br>
6 i- H8 Z+ W9 r" ?8 UData bit: 8<br>
: H7 P4 ]# v! P) kStop bit: 1<br>Minimum delay for next command: 1ms<br>
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$ F* d+ |. R! d* m5 N2. Control Command Structure <br>; o$ j) W# z4 s
The 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>5 c$ H% V. Q- ~- O5 G5 a& V. [, Y
<br>Header code Command code Data code End code<br> g2 Q. I# o( s% }
HEX 7Eh Command Data 0Dh<br>
$ N# T) k% M% y. o% [* Z( b$ fASCII ‘~’ Command Data CR<br>
$ Q. S% _5 j2 g$ `2 t' A6 H<br>" @* ^( z! l N5 E0 Y+ `7 t, B
<br>- v) O' ?" W3 G" Y' N9 d( a7 P
3. Control Sequence<br>
5 d z" I% q7 n- j% H" QThe 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>
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4. Operation Command<br>The operation commands execute the basic operation setting of this projector.<br>' T. g1 }5 T' R5 J. g
Operation ASCII HEX<br>
7 m. P! X1 \" jPower On ※ ~ P N CR ※ 7Eh 50h 4Eh 0Dh<br>
6 Q; M/ k! x0 j# }% ~2 C+ r; NPower Off ~ P F CR 7Eh 50h 46h 0Dh<br>
6 g4 t* X' C% g$ ~, {Auto Image ~ A I CR 7Eh 41h 49h 0Dh<br>3 e* P% Q! e; ~, k* |: y% E, S: q
Input Select RGB ~ S R CR 7Eh 53h 52h 0Dh<br>( j' N, F6 u$ Y9 k
Input Select RGB2 ~ S G CR 7Eh 53h 47h 0Dh<br>! k6 {" ~( D# g* F
Input Select DVI ~ S D CR 7Eh 53h 44h 0Dh<br>, k5 P x5 R* V1 c. [4 n
Input Select Video ~ S V CR 7Eh 53h 56h 0Dh<br>& Z7 B" M2 p$ {2 Q1 g9 r6 n
Input Select S-Video ~ S S CR 7Eh 53h 53h 0Dh<br>
" y; t5 I$ v3 p2 D& ~) {. KInput Select Component ~ S Y CR 7Eh 53h 59h 0Dh<br>; P% _ I& ^4 q P3 }' K
Input Select Wireless ~ S W CR 7Eh 53h 57h 0Dh<br>
# t1 G1 b0 \2 t8 a; e0 l% [( Y' b※ Power On command will not work for 1 minute after the power off command triggered.<br>
+ F6 {3 C& C. T* @. Z※ CR : Carriage Return. <br>
: h ~& Z1 W5 f. X, P6 R<br>
3 z$ n8 W+ f8 B' M5. Remote Command<br>
- ^0 B7 Q! X& Q- z3 m3 A* CThe remote commands simulate the code send from IR remote handset.<br>
/ Y' o2 a, R$ XButton’s name ASCII HEX<br>$ B/ r( |0 P0 M* X
UP arrow ~ r U CR 7Eh 72h 55h 0Dh<br>0 N$ ^# w) E4 M. z4 m) R9 `
DOWN arrow ~ r D CR 7Eh 72h 44h 0Dh<br>
, \5 t. H3 q/ dLEFT arrow ~ r L CR 7Eh 72h 4Ch 0Dh<br>) E' V! ~: J/ G+ d
RIGHT arrow ~ r R CR 7Eh 72h 52h 0Dh<br>! s# ~7 b/ P- Q, x' p- z
POWER ~ r P CR 7Eh 72h 50h 0Dh<br>
0 T. F2 J$ `( R( \* l6 ZEXIT ~ r E CR 7Eh 72h 45h 0Dh<br>' }9 e7 P! f+ T
INPUT ~ r I CR 7Eh 72h 49h 0Dh<br># e3 U& O( g4 G
AUTO ~ r A CR 7Eh 72h 41h 0Dh<br>6 Z t! ^! q$ \% |+ w
KEYSTONE+ ~ r K CR 7Eh 72h 4Bh 0Dh<br>2 d5 H; `$ C* n% O
KEYSTONE- ~ r J CR 7Eh 72h 4Ah 0Dh<br>
9 X4 D6 r: H3 }9 x' BMENU ~ r M CR 7Eh 72h 4Dh 0Dh<br>
6 W, O' U0 J0 J/ Z/ P9 O9 v, hSTATUS ~ r S CR 7Eh 72h 53h 0Dh<br>
0 {4 m, t$ l% V9 H1 h) m' X# m, nMUTE ~ r T CR 7Eh 72h 54h 0Dh<br>& ]4 W: W5 s+ U+ g: x/ {+ c" H; h
ZOOM+ ~ r Z CR 7Eh 72h 5Ah 0Dh<br>: |: W8 y- ?, \& T
ZOOM- ~ r Y CR 7Eh 72h 59h 0Dh<br>5 y, h, x, I: @4 R9 ~
BLANK ~ r B CR 7Eh 72h 42h 0Dh<br>
% ]) m7 |$ }& r( w' i; W2 ~7 mFREEZE ~ r F CR 7Eh 72h 46h 0Dh<br>+ _: ]% f/ o( k' E3 U3 }
VOLUME+ ~ r V CR 7Eh 72h 56h 0Dh<br>
. ^4 Q3 z |& `VOLUME- ~ r W CR 7Eh 72h 57h 0Dh<br>5 |/ w& G2 a+ X
Enter ~ r N CR 7Eh 72h 4Eh 0Dh<br>
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6. Set Value Command<br>
; h- o- N F6 r7 O0 z8 LITEM ASCII HEX<br>; F( a- l' a1 J, i
Brightness ~ s B ? CR ※ 7Eh 73h 42h ?h 0Dh<br>3 y( I. G; \/ z; J% j. R$ }
Contrast ~ s C ? CR 7Eh 73h 43h ?h 0Dh<br>
9 a* ]/ \ m( l. A# m- H5 EColor ~ s R ? CR 7Eh 73h 52h ?h 0Dh<br>
; m& K: t/ f6 _' PTint ~ s N ? CR 7Eh 73h 4Eh ?h 0Dh<br>
U" c- U3 c0 j& \! l% zScaling ~ s A ? CR 7Eh 73h 41h ?h 0Dh<br>
& Y3 T3 V0 O$ d0 d1 a8 XColor Temperature ~ s T ? CR 7Eh 73h 54h ?h 0Dh<br>; q" Z4 t. n5 e3 H' ?: R! A. h; f. Q
Projection Mode ~ s J ? CR 7Eh 73h 4Ah ?h 0Dh<br>
' h; R& q) I# i※ ? : ASCII Data <br> y" g7 S9 S! Y3 `
<br>/ G8 P( e, o' U1 ^4 Y
Data Range<br>
5 {1 o8 c. T$ Z( W* O; v. \ITEM Set Data Range Source<br>( N8 |8 W4 F) g. I7 H: x4 O
Brightness 0 ~ 127 RGB<br>0 ~ 200 Video<br>
; A Y& J' p+ t/ T, \Contrast 0 ~ 200 RGB / Video<br>
( c: B! `5 n$ |8 z4 F& S$ JColor 0 ~ 200 Video<br>" \! ?9 f: i8 E+ X% u* S
Tint 0 ~ 200 Video<br>
7 B# [+ m) L, y5 M1 Z" `Scaling 0: 4:3 1: 16:9 RGB / Video<br>
k) d2 T, o+ i2 O: I. G8 n# b: K- R$ _Color Temperature 0:Cool 1:Normal 2:Warm 3:User RGB / Video<br> ]+ Q* Q8 m6 ^1 v/ k2 D0 C) P6 x
Projection Mode 0:Front 1:Rear+Ceiling 2:Rear 3:Ceiling RGB / Video<br>
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Attention: Data range may be different for different models<br>& y1 n! D) [6 t. e# p$ h
<br>
) `6 W- [3 {" @8 fExample 1. Adjust Brightness value to 100<br>Send Command : ~sB100CR<br>
( O/ k' c' g1 L& O<br>
' R4 F, j% v/ O+ J% l) wExample 2. Adjust Color Temperature to Warm<br>Send Command : ~sT2CR<br>1 k1 Y1 `/ h( \! k
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7. Query Command<br>
# O3 @% L- _# SITEM ASCII HEX<br>, g1 w; U6 A& j6 ]( m' ~; u
Software Version ~ q V CR 7Eh 71h 56h 0Dh<br>: Z0 U; J! Q, f
Power State ~ q P CR 7Eh 71h 50h 0Dh<br>0 D4 S0 q$ Q o7 @
Input Select ~ q S CR 7Eh 71h 53h 0Dh<br>
0 X$ C0 D/ P. W7 R5 LLamp Hours ~ q L CR 7Eh 71h 4Ch 0Dh<br>6 G0 s& c* F) E1 M3 Q1 o
Brightness ~ q B CR 7Eh 71h 42h 0Dh<br>7 v P( I5 S' k! g! N: J8 q
Contrast ~ q C CR 7Eh 71h 43h 0Dh<br>" z* e! i4 O( B& C c3 w! ~2 p' v
Color (Video) ~ q R CR 7Eh 71h 52h 0Dh<br>3 a2 {7 f) u x
Tint (Video) ~ q N CR 7Eh 71h 4Eh 0Dh<br>
" }% N" C. ], f) H0 b( ` v/ MScaling ~ q A CR 7Eh 71h 41h 0Dh<br>
+ H& G& v$ z# J. o; E/ b' {) A! AColor Temperature ~ q T CR 7Eh 71h 54h 0Dh<br>2 a# F* _1 P8 m9 f' M9 z. `9 G
Projection Mode ~ q J CR 7Eh 71h 4Ah 0Dh<br>* H3 g3 r9 m: N8 p! T
Response message<br>5 p$ f' E9 O: {* O1 i% _
ITEM Response Message examples <br>' L* `# \1 b- o/ x3 `
Software Version SAA0. 23 <br>
; K8 e( Y% c: g. y3 w V5 v- kPower State On Off <br>
% r1 P1 Y4 {) e% |0 F! pInput Select RGB DVI Video S-Video DVD HDTV <br>
% n1 q, ]. l( y/ V0 jLamp Hours 2000 <br>
2 m1 e# r% z z9 h& w) r. dBrightness 100 <br>! v" X' a8 S$ J2 t& Y% k- V5 ^
Contrast 100 <br>
6 N* J i' E8 b B. |Color (Video) 100 <br>
0 L$ `; w1 O: g1 u0 qTint (Video) 100 <br>
' e9 f9 q% }; G! e9 F1 C3 LScaling 4:3 16:9 <br>4 u2 l4 p: h1 @5 n2 M
Color Temperature Cool Normal Warm User <br>' q" m c' A4 E: G. U
Projection Mode Front Rear+Ceiling Rear Ceiling <br>
( N3 H( E$ d" ]% z7 S<br>
3 o# S7 u% J" D- E0 }$ |# A; }+ {Example 1. Get Brightness value <br>Send Command : ~qBCR<br>Response : 100<br>
% O& P' V, g. B- }<br>! D9 E0 J* D* u4 [, ?
Example 2. Get Color Temperature <br>Send Command : ~qTCR<br>Response : Warm<br><br>
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8. Hyper Terminal setting guide<br>- Y2 n& O" [( ?! `; C
8-1 Connect the RS232 Cable between your computer and Projector。<br>8 ]8 G7 u: c/ @$ E
<br>$ N7 p) l- Y; G9 G- l( }
8-2 Open HyperTerminal ，<br>3 P# ? }# J9 z9 T" a) C
Window2000/XP HyperTerminal path：<br>% d0 B. r# B. u0 f& x1 n
Start \ Programs \ Accessories \ Communications \ HyperTerminal。<br><br>
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8 i$ v( U: y7 v( ]8-3 Setting the HyperTerminal parameter：<br>1 m. W5 t9 D2 ]# B4 n
Step 1. Type the connection name .<br><br>
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<br>
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( b* W+ X0 G) I# a& ~; i. V<br>
) X( p3 e8 \* wStep2 . Choose the COM port for your RS232 Cable connected to.<br><br>& }$ `( \, ~# J6 Y
<br>
4 m' z, o1 o5 [: m; }3 FStep3. In Bits per second choose “ 9600 ” and in Flow control choose “ None ”。<br><br>
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# @8 a/ v! w2 l' Y! x* v5 W4 uStep4. Click the File and choose Properties to setting Keyboard parameter。<br><br>
" _& Y& N( H. a' k! A" g0 `6 }<br>/ f5 O" C$ _4 h# y" s$ t l d; y
Step5. In Setting page , choose Emulation type for your keyboard.<br><br>9 c* p U6 E0 @$ ~
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' `9 h; c8 q6 N/ o/ x<br>
2 D& Q% u4 v2 b. E2 I<br>
@, N0 H5 F( X$ m- h0 G; NStep6. Click ASCII Setting icon to setup ASCII code parameter.<br><br>
+ Y, u% E# U( z5 n; V# r<br>; \# q' V5 A- \8 ~8 B
Step7. Mark Send Line ends which line feeds and Echo typed characters locally and click OK bottom to complete setting. <br><br><br>
. Y0 d& L1 z7 b# t9 oAppendix A (AMX control room console compatibility)<br>
0 {: ]5 r9 p. X6 Y# m4 I z gControl room console list<br>
$ U/ X3 o& b' p3 ZBrand Device Baud Range Max length send Max length receive<br>* o. [4 d3 M$ A
AMX Axcent 300~38400 64 64<br>) J! J: J' X5 m2 t
AMX Axcent 2 300~38400 64 64<br>2 I% k3 u4 J, t3 w# b8 `; C
AMX Axcent 3 300~115200 64 64<br>, E9 s+ O8 {1 F- i- l% N
AMX AXB-EM232 300~38400 64 64<br>" O$ ^* G9 p0 ~5 u5 G9 G
AMX AXC-232 300~38400 64 64<br>
4 q& K3 h7 u8 [: C/ sAMX AXC-232++ 300~115200 64 64<br>
, |8 s: p* v0 C; A& l( {3 R. P0 XAMX AXB-232+ 300~38400 64 64<br>
! p9 E- E: _& X [# g' @AMX AXB-232++ 300~115200 64 64<br>
( ?$ z% |) q! r3 ~. @AMX AXB-PCCOM 300~38400 64 64<br>5 E9 B, d! j" ]) u
AMX NXC-COM2 150~230400 900 196<br>5 n" |* ~. |+ Y9 L( v* Y! E* |! i
AMX NXI 150~230400 900 196<br>6 x) c( t! {" ?/ P9 |/ z
AMX AXB-MIDI 300~38400 64 64<br>
! q! p" S' B" `% P8 ]: d/ GAMX AXC-MIDI 300~38400 64 64<br>8 v) Z6 t+ S# H% f
AMX NXC-ME Ether Net <br>
5 i* _2 U( D# c! ^, ~3 X2 ?<br>
' {6 T& Q. A8 T8 tPlease check the relative console provider’s website for updated product information!<br>$ F0 x6 A4 @! w' e
<br><br>
0 Z/ d1 }( i( Y3 V V+ A1 A' D: EAppendix B (DIN to RS232 diagram) <br>
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& D `" ]8 C5 v) G6 S. ?<br><br>" u9 A& `! N5 w4 f- S) f! y; v
Notes:<br>
4 b. |* }& {, l3 l4 ~Appendix C (DIN to RS232 diagram) <br>: ]8 n0 }% O; \
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