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Projection Display<br>
; P, m" m/ Y) ~7 q K" aSerial Interface Specification<br>5 S+ N4 U k% |) T+ G" |; T7 _
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Version: 1.4<br>9 ?$ `" U5 }8 l( t$ }
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6 ^# l3 i7 r ]! v- s6 |; bTable of Contents<br>
$ i2 u4 V! u2 J1. RS232 SETTING 3<br>! M+ O* ]3 d1 _/ y
2. CONTROL COMMAND STRUCTURE 3<br>
. J# B* Q" B% A5 U( F! ~% L3. CONTROL SEQUENCE 3<br>: z0 e" o7 k" J1 `$ r. m
4. OPERATION COMMAND 3<br>
; }4 t7 u" d& V/ T' q; S/ y5. REMOTE COMMAND 3<br>
1 ~/ t" T+ W" I6. SET VALUE COMMAND 3<br>
4 t, P) @) X; e' d. R7. QUERY COMMAND 3<br>
, ^3 H$ S& h7 C/ A1 p% J8 D8. HYPER TERMINAL SETTING GUIDE 3<br>
2 Y: n/ C" a/ H2 W; dAPPENDIX A (AMX CONTROL ROOM CONSOLE COMPATIBILITY) 3<br>3 c* I- e6 d, n0 F
APPENDIX B (DIN TO RS232 DIAGRAM) 3<br>* |. _" U+ L8 f* d
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1. RS232 Setting<br>6 q9 f$ y( }1 _ F0 U3 c* S5 B
Baud rate: 9600<br>0 f# K3 ?6 U5 z9 S
Parity check: None<br>
. w; }2 E+ v) G2 ?& E: c5 EData bit: 8<br>% {! J8 J/ x% B% C9 T. ]$ h
Stop bit: 1<br>Minimum delay for next command: 1ms<br>8 U$ f7 G: n+ N- P
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2. Control Command Structure <br>% [) Q/ I+ Y; g: _3 d' Y
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>
- [/ \1 h' c0 ?<br>Header code Command code Data code End code<br>
5 \+ R, D, I( W- ~HEX 7Eh Command Data 0Dh<br>
) m0 r# S4 a2 JASCII ‘~’ Command Data CR<br>4 [. W9 K. ?7 r" {; U7 O
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5 Q: X8 K5 o. c1 @/ q0 F/ g<br>
& B2 j1 ]- I4 K6 V8 V' Y$ U) ^( e) U* v3. Control Sequence<br>
2 j! c. n; M/ |* WThe 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>
5 A: ?- X: F) ]2 x<br>
& _% Q! G6 x1 R: u5 b+ V* A6 \4. Operation Command<br>The operation commands execute the basic operation setting of this projector.<br>
8 L2 M! h4 R$ s: D; T/ e1 q+ }* QOperation ASCII HEX<br>3 S: |& R2 h6 T% e j
Power On ※ ~ P N CR ※ 7Eh 50h 4Eh 0Dh<br>
8 M: ~2 X/ P. o1 Z, G6 `Power Off ~ P F CR 7Eh 50h 46h 0Dh<br>8 w) a* i; B$ e# [) D! D# l% d
Auto Image ~ A I CR 7Eh 41h 49h 0Dh<br>4 |! P2 h8 [# W+ [* G
Input Select RGB ~ S R CR 7Eh 53h 52h 0Dh<br>8 o% k3 B$ Z$ f) L9 {, G$ z+ G
Input Select RGB2 ~ S G CR 7Eh 53h 47h 0Dh<br>
/ D F- o( S' V% V9 {3 R8 t0 jInput Select DVI ~ S D CR 7Eh 53h 44h 0Dh<br>
+ f$ i- B3 z* ~" F, N% R& M. jInput Select Video ~ S V CR 7Eh 53h 56h 0Dh<br>
9 e+ N8 x/ Q' V9 Z: ~4 o2 @Input Select S-Video ~ S S CR 7Eh 53h 53h 0Dh<br>" l" e( J0 ^6 H6 e
Input Select Component ~ S Y CR 7Eh 53h 59h 0Dh<br>
& y1 y2 [. a! aInput Select Wireless ~ S W CR 7Eh 53h 57h 0Dh<br>! X$ y) J/ F6 h% E
※ Power On command will not work for 1 minute after the power off command triggered.<br>% e8 H/ D2 O M5 w1 ^( g0 {
※ CR : Carriage Return. <br>
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' {- _* y) B9 q; U* o! {5. Remote Command<br>
; E4 ]" R1 m. {: |/ u! a3 O. pThe remote commands simulate the code send from IR remote handset.<br>
" e- H& G2 k& o- Y& h/ DButton’s name ASCII HEX<br>
+ _4 m% Q; `- Z5 c f+ A4 yUP arrow ~ r U CR 7Eh 72h 55h 0Dh<br>, X' H1 f; {. e- n" d) I p
DOWN arrow ~ r D CR 7Eh 72h 44h 0Dh<br># C/ K- Y d; V0 u& V9 d. X6 l' G$ @+ t# \
LEFT arrow ~ r L CR 7Eh 72h 4Ch 0Dh<br>3 E" @3 m; W% t# x- d, _# r N" Q
RIGHT arrow ~ r R CR 7Eh 72h 52h 0Dh<br>
+ I3 {/ z# Y" s9 f# xPOWER ~ r P CR 7Eh 72h 50h 0Dh<br>+ ?) U. z8 _+ b7 w5 V8 u
EXIT ~ r E CR 7Eh 72h 45h 0Dh<br>, D, M N( j! Z) W: h
INPUT ~ r I CR 7Eh 72h 49h 0Dh<br>6 B8 b% Z6 K4 @2 B! Z
AUTO ~ r A CR 7Eh 72h 41h 0Dh<br>- V0 y! F; y6 \& ~2 e+ ]. F6 n
KEYSTONE+ ~ r K CR 7Eh 72h 4Bh 0Dh<br>7 F: ?" s' X) w2 e1 d0 C" j
KEYSTONE- ~ r J CR 7Eh 72h 4Ah 0Dh<br>6 ~8 r! \, {# M4 e3 {- M
MENU ~ r M CR 7Eh 72h 4Dh 0Dh<br>
5 D% c* r% p3 T8 p# a1 C1 BSTATUS ~ r S CR 7Eh 72h 53h 0Dh<br>
/ W* {9 Q% g h, x, }MUTE ~ r T CR 7Eh 72h 54h 0Dh<br>
/ {0 a8 x8 Q- T) Q( xZOOM+ ~ r Z CR 7Eh 72h 5Ah 0Dh<br>0 M8 n/ B& s g
ZOOM- ~ r Y CR 7Eh 72h 59h 0Dh<br>/ `5 m. B# h- d B9 ]7 p+ ~
BLANK ~ r B CR 7Eh 72h 42h 0Dh<br>% o4 n4 w q, w
FREEZE ~ r F CR 7Eh 72h 46h 0Dh<br>
$ j2 O6 L8 m8 {; VVOLUME+ ~ r V CR 7Eh 72h 56h 0Dh<br>
3 V7 ~3 ]7 T2 k+ p5 a5 i$ \) fVOLUME- ~ r W CR 7Eh 72h 57h 0Dh<br>+ t5 o [# ^. L& {9 a3 I
Enter ~ r N CR 7Eh 72h 4Eh 0Dh<br>/ p( |# u2 _4 x" E5 c9 w
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' p- j- a b- J6. Set Value Command<br>, y3 J' m7 I6 b- Z+ v
ITEM ASCII HEX<br>
# i+ j+ Z9 V; [ w6 g+ \- Z3 J# i, lBrightness ~ s B ? CR ※ 7Eh 73h 42h ?h 0Dh<br>
# T7 F, d. A5 C/ W: x" _Contrast ~ s C ? CR 7Eh 73h 43h ?h 0Dh<br>
, U2 m, H5 w% L, J$ |7 y9 }$ QColor ~ s R ? CR 7Eh 73h 52h ?h 0Dh<br>
- |7 ^- n6 [6 Q1 W2 r/ |+ D1 WTint ~ s N ? CR 7Eh 73h 4Eh ?h 0Dh<br>; c1 |" a( u: Q+ s" o6 ]
Scaling ~ s A ? CR 7Eh 73h 41h ?h 0Dh<br>. T7 A( B$ A, T! U, r9 z
Color Temperature ~ s T ? CR 7Eh 73h 54h ?h 0Dh<br>
4 l5 k+ A2 X6 U, J" ]2 L3 rProjection Mode ~ s J ? CR 7Eh 73h 4Ah ?h 0Dh<br>
) o& d0 ]& ]+ Y: B, A& b※ ? : ASCII Data <br>6 _- o6 @4 R1 J9 v4 p8 h
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Data Range<br># u& B1 \/ ?' h
ITEM Set Data Range Source<br>
, E9 t5 O* O& JBrightness 0 ~ 127 RGB<br>0 ~ 200 Video<br>
$ k, J/ J4 c& ~( \, L0 F* b6 NContrast 0 ~ 200 RGB / Video<br>! l$ k) S ]' c1 m5 P$ n
Color 0 ~ 200 Video<br>
3 _" u8 m( a7 L& yTint 0 ~ 200 Video<br>
. [, t( X6 ?% G% P, t EScaling 0: 4:3 1: 16:9 RGB / Video<br>+ O, H8 R% }( W2 z
Color Temperature 0:Cool 1:Normal 2:Warm 3:User RGB / Video<br>
( E! P: a; K( k9 p0 P2 DProjection Mode 0:Front 1:Rear+Ceiling 2:Rear 3:Ceiling RGB / Video<br>
: u- |7 @" Z" o" x<br>
& ~) b& o0 d) B& k' [$ xAttention: Data range may be different for different models<br>
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Example 1. Adjust Brightness value to 100<br>Send Command : ~sB100CR<br>- U1 E6 m2 `6 R' W4 S9 r# H
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Example 2. Adjust Color Temperature to Warm<br>Send Command : ~sT2CR<br>
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0 Q$ j8 a+ |1 @* L# D<br>
7 L& B% n! s! ]" l2 ~<br>
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# v2 L; y6 p4 R- M7. Query Command<br>
' a$ n! H9 q1 Q9 W9 nITEM ASCII HEX<br> m2 L% G d0 } S$ ^. A
Software Version ~ q V CR 7Eh 71h 56h 0Dh<br>
9 V: i/ k; b3 E! DPower State ~ q P CR 7Eh 71h 50h 0Dh<br>
) U! q; R6 j8 L) b& aInput Select ~ q S CR 7Eh 71h 53h 0Dh<br>
9 Y$ c) y6 J* y5 k& T9 o) a MLamp Hours ~ q L CR 7Eh 71h 4Ch 0Dh<br>
5 E0 @ g/ @3 B L: GBrightness ~ q B CR 7Eh 71h 42h 0Dh<br>/ `) ?. i% w8 t
Contrast ~ q C CR 7Eh 71h 43h 0Dh<br>
- l9 s" { u! j* R1 V' ]Color (Video) ~ q R CR 7Eh 71h 52h 0Dh<br>" n/ N t2 S6 U3 W
Tint (Video) ~ q N CR 7Eh 71h 4Eh 0Dh<br>, s$ E ?( E: i5 V
Scaling ~ q A CR 7Eh 71h 41h 0Dh<br>" W. T9 J6 M. U7 _, ?: c
Color Temperature ~ q T CR 7Eh 71h 54h 0Dh<br>1 U0 ?) }& Y+ V! r% L+ T
Projection Mode ~ q J CR 7Eh 71h 4Ah 0Dh<br>
6 T- U- U( e& Z0 t6 I% c) AResponse message<br>: ^: Q4 w- M1 v4 B. w$ x
ITEM Response Message examples <br>. P5 b, i* K" H# V. |6 {: p4 T
Software Version SAA0. 23 <br>3 Z6 m! _8 S. i1 ]6 m
Power State On Off <br>
, x+ C- y9 x/ p) g$ d0 iInput Select RGB DVI Video S-Video DVD HDTV <br>
- F; \- Q# I [+ ]! r: ^5 d& `Lamp Hours 2000 <br>
( v% q% a% C2 l) N% a8 B/ M- ABrightness 100 <br>
6 l$ z/ A* ]8 l' z1 k5 X zContrast 100 <br>5 ?$ Y" c8 w( p) U5 J5 n; c
Color (Video) 100 <br>0 \1 P0 b. Y! o. |7 A- F- ^ D
Tint (Video) 100 <br>0 S" p2 E1 f, k/ a: j
Scaling 4:3 16:9 <br>
. @* ?( v ]: o. i A' ?Color Temperature Cool Normal Warm User <br>
6 Y7 A5 H3 B/ h& Z' ]1 aProjection Mode Front Rear+Ceiling Rear Ceiling <br>
; P( @: \; q% [" F! W- I<br>
7 b/ q- |% N0 [9 o, ]/ u- w& tExample 1. Get Brightness value <br>Send Command : ~qBCR<br>Response : 100<br># I' o; |6 `4 M& p
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Example 2. Get Color Temperature <br>Send Command : ~qTCR<br>Response : Warm<br><br># d S0 ]! v) a4 d7 F l/ w
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8. Hyper Terminal setting guide<br>
( `' b% O1 ^! y4 g8-1 Connect the RS232 Cable between your computer and Projector。<br>
6 D7 e+ e1 a7 E- t: Y; j/ J<br>
( C- W* g5 y8 c8-2 Open HyperTerminal ,<br>8 f& A- ^- [( R/ X3 D9 Z
Window2000/XP HyperTerminal path:<br>
* Y; s( l& l: a2 R% QStart \ Programs \ Accessories \ Communications \ HyperTerminal。<br><br>/ m4 h) V; O% h
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8-3 Setting the HyperTerminal parameter:<br> i0 ]& S! Z8 J; ~& }- u9 Z
Step 1. Type the connection name .<br><br>3 y6 j$ h3 o/ ?+ D$ K2 v/ W
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0 s+ X! @' h, A4 a8 u! m yStep2 . Choose the COM port for your RS232 Cable connected to.<br><br>( x4 _: U3 ^" ^* w7 H# k4 C7 c7 M: D
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" f4 L& E5 L% n2 v$ L ?% ]Step3. 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>
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Step5. In Setting page , choose Emulation type for your keyboard.<br><br>% ~. b" U% p; k! b4 t' a7 Q4 j
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0 q3 n5 \6 d# p1 w" A6 BStep6. Click ASCII Setting icon to setup ASCII code parameter.<br><br>, N# l- S& H# p& y1 A% e
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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>3 }) I8 v- O' b" G1 I7 t
Appendix A (AMX control room console compatibility)<br>9 W5 I2 b/ X! n0 |5 ?
Control room console list<br> ?! k3 L: ^! C* N; |8 A \& x6 N
Brand Device Baud Range Max length send Max length receive<br>
. k( b$ W3 S+ V2 N* h+ M WAMX Axcent 300~38400 64 64<br>
v, I# I9 a" e4 @" LAMX Axcent 2 300~38400 64 64<br>
; ^" R, V' R& ?& Q$ ~) V, U* _AMX Axcent 3 300~115200 64 64<br>
2 b0 Q* q$ K$ z; M) zAMX AXB-EM232 300~38400 64 64<br>; w7 H- v, v: l
AMX AXC-232 300~38400 64 64<br>0 N+ H9 t6 [' {$ v! b
AMX AXC-232++ 300~115200 64 64<br>6 v9 q9 B# H; [0 n5 o8 Q
AMX AXB-232+ 300~38400 64 64<br>
) m/ `; `. d; e* U4 nAMX AXB-232++ 300~115200 64 64<br>) q' T: Q d4 h1 W9 ^
AMX AXB-PCCOM 300~38400 64 64<br>. J! J$ X2 S* q! Z7 r }
AMX NXC-COM2 150~230400 900 196<br>. _, h/ Q9 r; S$ k, h
AMX NXI 150~230400 900 196<br>
1 |# m, j1 U1 _4 ^* KAMX AXB-MIDI 300~38400 64 64<br>7 w7 f# p+ M$ e/ v: l2 K) Z9 n8 Z
AMX AXC-MIDI 300~38400 64 64<br>
% ~ K! b2 B; N% x) K3 X! v6 S9 cAMX NXC-ME Ether Net <br>
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Please check the relative console provider’s website for updated product information!<br>
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) K8 u0 T* ?- F( q1 ^6 S2 M+ yAppendix B (DIN to RS232 diagram) <br>
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Notes:<br> z" X p g# h5 `
Appendix C (DIN to RS232 diagram) <br>
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