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Projection Display<br>
& G: b a8 l4 V$ SSerial Interface Specification<br>
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Version: 1.4<br>" O8 L9 [ h+ ^& b0 p
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2 H: p/ o# T! a/ a: zTable of Contents<br>
' |4 z7 y Y( c* N$ o+ s' o1. RS232 SETTING 3<br>
9 p7 o6 _1 `0 r: [2 h6 k" `. z! L& Y2. CONTROL COMMAND STRUCTURE 3<br>8 c3 F3 y5 W5 \2 o- Z
3. CONTROL SEQUENCE 3<br>
7 B% k. @: l: _# t, j3 x5 ~; R4. OPERATION COMMAND 3<br># F6 y+ n- `5 O/ y, H
5. REMOTE COMMAND 3<br>
! b0 A |. X: O6. SET VALUE COMMAND 3<br> O! u: g8 v0 l* Y$ i, b* D
7. QUERY COMMAND 3<br>* g( e1 ^6 a9 W$ K. a
8. HYPER TERMINAL SETTING GUIDE 3<br>
E, b, k2 e( }) E) U* rAPPENDIX A (AMX CONTROL ROOM CONSOLE COMPATIBILITY) 3<br>% _" B2 {# f! k
APPENDIX B (DIN TO RS232 DIAGRAM) 3<br>
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j* P2 E1 V# k1 b1. RS232 Setting<br>
, ~! A- X3 w9 i7 A6 x- J% oBaud rate: 9600<br>
5 P! m! Q5 j' V7 k1 XParity check: None<br>" N, g8 Z7 \5 b4 P7 ^1 Q7 @
Data bit: 8<br>+ {0 Q# A d: p; h' R7 B
Stop bit: 1<br>Minimum delay for next command: 1ms<br>
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2. Control Command Structure <br>, S+ m7 {3 ^# w( D# A* Z
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>
# M6 u3 h, `' h) A' s0 H3 \# o<br>Header code Command code Data code End code<br>( m( P W/ _2 x6 `$ N
HEX 7Eh Command Data 0Dh<br>
: m8 }/ N; O3 ^8 a; L1 X1 nASCII ‘~’ Command Data CR<br>
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8 ~; R5 @( Z3 {2 x3. Control Sequence<br>
# D6 Q' A4 i eThe 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>
7 }- S& V% |* D' VOperation ASCII HEX<br>1 P9 p0 l3 F9 a( e
Power On ※ ~ P N CR ※ 7Eh 50h 4Eh 0Dh<br>
# U( S# X0 T- ?2 e& t& gPower Off ~ P F CR 7Eh 50h 46h 0Dh<br>
`# ]+ I1 `4 n( @- N) w* ~% DAuto Image ~ A I CR 7Eh 41h 49h 0Dh<br>+ k- ]4 e/ I; e# P
Input Select RGB ~ S R CR 7Eh 53h 52h 0Dh<br>, m( I* |% a1 c' q. x9 \) l
Input Select RGB2 ~ S G CR 7Eh 53h 47h 0Dh<br>3 R6 l1 X- L+ l5 l0 n/ Z
Input Select DVI ~ S D CR 7Eh 53h 44h 0Dh<br>
$ [1 X9 Y1 t p& m2 ^, l4 EInput Select Video ~ S V CR 7Eh 53h 56h 0Dh<br>
* t% @9 z2 X3 k8 Z$ \2 XInput Select S-Video ~ S S CR 7Eh 53h 53h 0Dh<br>
* t1 Y3 P( G) P) D+ OInput Select Component ~ S Y CR 7Eh 53h 59h 0Dh<br>3 I0 Q$ ?0 {* U2 S$ T& r. X$ [& s$ {7 r
Input Select Wireless ~ S W CR 7Eh 53h 57h 0Dh<br> A% c# d" f3 H0 A
※ Power On command will not work for 1 minute after the power off command triggered.<br>
0 f' h8 d. [" K* p, I' C- o※ CR : Carriage Return. <br>3 x8 k8 v; Z! h$ e; v6 [0 o
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: f4 B9 H0 ^- N$ ~5. Remote Command<br>
* s4 Z' w2 e }" }0 P( n- {The remote commands simulate the code send from IR remote handset.<br># z) H8 g* _- J- h9 m* b
Button’s name ASCII HEX<br>% I/ z/ Y# _1 [" U; z
UP arrow ~ r U CR 7Eh 72h 55h 0Dh<br>
: V: F) ]3 M4 h- Y0 rDOWN arrow ~ r D CR 7Eh 72h 44h 0Dh<br>
/ k+ {, ?7 z0 DLEFT arrow ~ r L CR 7Eh 72h 4Ch 0Dh<br>
$ V( o" u. V; C0 {2 PRIGHT arrow ~ r R CR 7Eh 72h 52h 0Dh<br> u! H2 k; y2 \; t4 q
POWER ~ r P CR 7Eh 72h 50h 0Dh<br>; Y [' V8 C5 D2 P0 a9 R* T& a
EXIT ~ r E CR 7Eh 72h 45h 0Dh<br>
9 ]9 ^6 s7 ~4 a, L& D) K. l2 Z# gINPUT ~ r I CR 7Eh 72h 49h 0Dh<br>0 j% P8 X+ V7 D: a7 \$ e
AUTO ~ r A CR 7Eh 72h 41h 0Dh<br>! _! ^* @+ q7 D, q9 f+ u F
KEYSTONE+ ~ r K CR 7Eh 72h 4Bh 0Dh<br>; p! V" T. N# Y
KEYSTONE- ~ r J CR 7Eh 72h 4Ah 0Dh<br>
% G4 e4 U+ v$ DMENU ~ r M CR 7Eh 72h 4Dh 0Dh<br>
; Z0 f- v% G# @* lSTATUS ~ r S CR 7Eh 72h 53h 0Dh<br>2 C( M6 ~4 `9 c6 z6 ^0 A, F
MUTE ~ r T CR 7Eh 72h 54h 0Dh<br>
* X) O2 ^2 T5 k7 t6 bZOOM+ ~ r Z CR 7Eh 72h 5Ah 0Dh<br>; [6 N$ k m1 U5 }
ZOOM- ~ r Y CR 7Eh 72h 59h 0Dh<br>8 X0 S1 @/ ?1 J- q+ c! q
BLANK ~ r B CR 7Eh 72h 42h 0Dh<br>0 a3 I+ c3 W6 n$ v! o9 }- v! L
FREEZE ~ r F CR 7Eh 72h 46h 0Dh<br>& N7 t6 @8 N2 i+ B6 ?- m
VOLUME+ ~ r V CR 7Eh 72h 56h 0Dh<br>
; c- K+ X+ y) o$ l" I5 q& zVOLUME- ~ r W CR 7Eh 72h 57h 0Dh<br>
: ~6 U% }& v+ D. {8 ?4 @Enter ~ r N CR 7Eh 72h 4Eh 0Dh<br>6 {) Y( C o6 _0 T. s- F- n9 b+ W
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: B$ U% U" j! \- {, [+ R P6. Set Value Command<br>
" S% g4 x5 E9 ~: m+ qITEM ASCII HEX<br>
) ]. w! N8 g' FBrightness ~ s B ? CR ※ 7Eh 73h 42h ?h 0Dh<br>
) k7 v) `% Y' k0 p* ]Contrast ~ s C ? CR 7Eh 73h 43h ?h 0Dh<br>
( O2 {* ?6 A2 A0 T' l8 k/ \; E' g8 hColor ~ s R ? CR 7Eh 73h 52h ?h 0Dh<br>
7 S/ Q h' P" V# |$ }9 H; OTint ~ s N ? CR 7Eh 73h 4Eh ?h 0Dh<br>
9 s6 c( ?$ @8 v1 b* b$ L3 yScaling ~ s A ? CR 7Eh 73h 41h ?h 0Dh<br>
. K+ D" `% r h+ p( I- eColor Temperature ~ s T ? CR 7Eh 73h 54h ?h 0Dh<br>$ h0 ^0 [, G. v! w7 |8 y
Projection Mode ~ s J ? CR 7Eh 73h 4Ah ?h 0Dh<br>- [) m: @7 D5 K% {2 y
※ ? : ASCII Data <br>
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- `7 p. _9 ~2 y3 l2 ?' VData Range<br>
( x$ T( T" E& E9 P, IITEM Set Data Range Source<br>! I: i# i5 c7 A t
Brightness 0 ~ 127 RGB<br>0 ~ 200 Video<br>
) z: S* U5 m/ bContrast 0 ~ 200 RGB / Video<br>. o' B! z0 X7 o
Color 0 ~ 200 Video<br>
( q2 S/ L( x. ?9 WTint 0 ~ 200 Video<br>
" M9 X9 ~1 T, i. UScaling 0: 4:3 1: 16:9 RGB / Video<br>! F' Y* |5 _' F
Color Temperature 0:Cool 1:Normal 2:Warm 3:User RGB / Video<br>1 `% n6 e2 E+ ~ X; Z4 E/ u g+ B
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>& }& H& f0 K! t% n. B. s6 G, O
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Example 1. Adjust Brightness value to 100<br>Send Command : ~sB100CR<br>
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Example 2. Adjust Color Temperature to Warm<br>Send Command : ~sT2CR<br>
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4 W( D. |9 [& b D X0 s$ r/ [7. Query Command<br>$ d' a' R$ k c- ?' e, E
ITEM ASCII HEX<br>
3 i: p' Y( L4 l# V2 Y7 q1 w4 ySoftware Version ~ q V CR 7Eh 71h 56h 0Dh<br>
- y* g% ^6 a5 kPower State ~ q P CR 7Eh 71h 50h 0Dh<br>
% a$ A' g. s& h) }2 \# O X7 HInput Select ~ q S CR 7Eh 71h 53h 0Dh<br>( w. o( e; @! b! w6 \5 B) d
Lamp Hours ~ q L CR 7Eh 71h 4Ch 0Dh<br>
. U) a* _/ \0 x% `1 A5 ]Brightness ~ q B CR 7Eh 71h 42h 0Dh<br>' z0 T9 A7 {; Y g4 \
Contrast ~ q C CR 7Eh 71h 43h 0Dh<br>
& g7 [% C% z2 j' Z2 eColor (Video) ~ q R CR 7Eh 71h 52h 0Dh<br>- k4 q. W0 d" j
Tint (Video) ~ q N CR 7Eh 71h 4Eh 0Dh<br>+ k' B: k: o0 d$ v4 Q
Scaling ~ q A CR 7Eh 71h 41h 0Dh<br>
2 s' ~ [% n, DColor Temperature ~ q T CR 7Eh 71h 54h 0Dh<br>3 ?, Z- J- m8 ]' F
Projection Mode ~ q J CR 7Eh 71h 4Ah 0Dh<br>
4 E4 V' b) }: m3 xResponse message<br>
) a6 n5 F' D! n& x# @# e2 sITEM Response Message examples <br>
6 c( G& g7 @: Y/ q: v% fSoftware Version SAA0. 23 <br>
* G) b* o# O) EPower State On Off <br>
2 y& i ~9 g# R7 O5 DInput Select RGB DVI Video S-Video DVD HDTV <br>, A$ ~; `; b; ]. p
Lamp Hours 2000 <br>" S* ]- G# a0 O
Brightness 100 <br>
+ O3 y; x, H9 s; h" y6 K5 C+ ^Contrast 100 <br>
) w; E( @: J r7 c6 V' e' KColor (Video) 100 <br>
_! l v4 g3 ]) P4 n, VTint (Video) 100 <br>
8 [ P- @ u# `% B3 m8 R- FScaling 4:3 16:9 <br>5 K8 P& N( n. h, L- Z2 ~+ g- w
Color Temperature Cool Normal Warm User <br>
0 h! L. q" G$ D- m! k. }Projection Mode Front Rear+Ceiling Rear Ceiling <br>
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Example 1. Get Brightness value <br>Send Command : ~qBCR<br>Response : 100<br>
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& {9 _: k: y4 V% ZExample 2. Get Color Temperature <br>Send Command : ~qTCR<br>Response : Warm<br><br>- Z# Y% }: U$ }+ P7 a$ f. p6 }
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8. Hyper Terminal setting guide<br>) ]/ i' Y; f8 }9 U# _
8-1 Connect the RS232 Cable between your computer and Projector。<br>
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8-2 Open HyperTerminal ,<br> A/ Z8 E# i# c7 r8 ]% q: p( f
Window2000/XP HyperTerminal path:<br>
r. O, J4 c3 K0 s& b# eStart \ Programs \ Accessories \ Communications \ HyperTerminal。<br><br>
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8-3 Setting the HyperTerminal parameter:<br>
' d; o: N' l( R$ ~6 bStep 1. Type the connection name .<br><br>" x. ]! \8 `$ i. u; w* i# S; ~, s
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4 i6 D& N2 E% EStep2 . Choose the COM port for your RS232 Cable connected to.<br><br>! ?! c) w8 U: ~; }
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4 Y( A$ o* T9 f& M ~Step3. In Bits per second choose “ 9600 ” and in Flow control choose “ None ”。<br><br>
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5 i2 ^+ M# t9 t, yStep4. Click the File and choose Properties to setting Keyboard parameter。<br><br>
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Step5. In Setting page , choose Emulation type for your keyboard.<br><br>2 R4 P6 m3 ]3 d) W
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) d- K- z) v3 `6 Y& O+ h5 _( mStep6. Click ASCII Setting icon to setup ASCII code parameter.<br><br>
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Step7. Mark Send Line ends which line feeds and Echo typed characters locally and click OK bottom to complete setting. <br><br><br>
' A; `* u. N) d8 X" s- ?; V% O/ zAppendix A (AMX control room console compatibility)<br>2 C% _7 s$ T: T/ ~# e2 V
Control room console list<br>
5 B: _) D# g' s: U8 Y ^9 CBrand Device Baud Range Max length send Max length receive<br>2 _+ u# s3 l, ?0 d, T W: z
AMX Axcent 300~38400 64 64<br>
# @2 b4 W! l( [) SAMX Axcent 2 300~38400 64 64<br>
6 Q C" L0 w. c! T+ X! I: cAMX Axcent 3 300~115200 64 64<br>
; h0 M" j+ W" e+ s3 h# eAMX AXB-EM232 300~38400 64 64<br>; U3 K/ A2 \8 `; I
AMX AXC-232 300~38400 64 64<br>
& Q$ b- e( u9 n: |AMX AXC-232++ 300~115200 64 64<br>
7 c! R1 v; E( pAMX AXB-232+ 300~38400 64 64<br>
0 Y$ A0 T# n1 ]AMX AXB-232++ 300~115200 64 64<br>! S S. ]5 q* F
AMX AXB-PCCOM 300~38400 64 64<br>
U" m$ W: q7 I" }+ eAMX NXC-COM2 150~230400 900 196<br>' D# K/ ~ e) a4 H4 `# Z
AMX NXI 150~230400 900 196<br>
6 A. k0 b x$ A5 ~" N% }7 _AMX AXB-MIDI 300~38400 64 64<br>' ~2 L- C# a X
AMX AXC-MIDI 300~38400 64 64<br>& j- {) F5 D0 T
AMX NXC-ME Ether Net <br>& ]2 W! i( \% c0 h& j& w5 ?# I% V
<br>
' b" B( G0 _+ D* f6 F4 U0 Z( NPlease check the relative console provider’s website for updated product information!<br>
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Appendix B (DIN to RS232 diagram) <br>" `/ z: B$ Z# Q1 k4 F. y& I
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2 O8 W* Q; v) [2 G1 l0 i1 D<br><br>
% w3 R1 K8 t0 O+ ]1 qNotes:<br>5 N) \; ?. a5 B+ A$ E2 p
Appendix C (DIN to RS232 diagram) <br>. B9 H/ y& ^2 I& ^
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