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3M s20 Operator's Manual

S10

Made by: 3M
Type: Operator's Guide
Category: Projector
Pages: 13
Size: 0.57 MB

 

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1

In this section, the technical information about this projector is described.

• The information in this manual is subject to change without notice.

• The manufacturer assumes no responsibility for any errors that may appear in this manual.
• The reproduction, transmission or use of this document or contents is not permitted without

express written authority.

RADEMARK ACKNOWLEDGEMENT :
• VGA and XGA are registered trademarks of the International Business Machines Corporation.
• Apple and Mac are registered trademarks of Apple Computer, Inc.
• VESA and SVGA are trademarks of the Video Electronics Standard Association.
• Windows is a registered trademark of Microsoft Corporation.

All other trademarks are the property of their respective owners.

NOTE

WARNING Before using, read the "

Product Safety Guide" and this manual

to ensure correct usage through understanding. After reading, store

 them in

a safe place for future reference.

TECHNICAL

S

20

Multimedia Projector   

Operator’s Guide

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 1

 


background image

L - a u d i o - R

video

S-video in

audio out

audio in

Y

component video

C

B

/

P

B

C

R

/

P

R

rgb in

control

rgb out

usb

2

Signal Connectors

TECHNICAL

TECHNICAL

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 2

Port

Specification

rgb

 

in

rgb

 

out

 

12

1

Video signal: RGB separate, Analog, 0.7 Vp-p, 75 

Ω terminator (positive)

H/V. sync. signal:TTL level (positive/negative)
Composite sync. signal: TTL level
D-sub 15-pin shrink jack

audio

 

in

(interlocked port)

1

2

200 mVrms, 50 k

Ω (max. 3.0 Vp-p), Stereo mini jack

audio

 

out

13

0~200 mVrms, 1 k

Ω (Stereo mini jack)

control

3

D-sub 9-pin plug

video

4

1.0 Vp-p, 75 

Ω terminator, RCA jack

audio

 L, R

(interlocked 

/

)

10

9

8

7

4

6

5

200 mVrms, 50 k

Ω or more (max. 3.0 Vp-p), RCA jack

component

 

video

Y, C

B

/P

B

C

R

/P

R

9

8

7

Y signal: 1.0 Vp-p, 75 

Ω terminator

C

B

/P

B

signal: 0.7 Vp-p, 75 

Ω terminator

C

R

/P

R

signal: 0.7 Vp-p, 75 

Ω terminator

s

-

video

10

Mini Din 4-pin jack

usb

11

USB jack (B type)

11 12 13 14 15

10

9

8

7

6

1

2

3

4

5

6

7

8

9

5

4

3

2

1

No.

Signal

No.

Signal

No.

Signal

1

-

4

-

7

RTS

2

RD

5

Ground

8

CTS

3

TD

6

-

9

-

No.

Signal

1

Color signal: 0.286 Vp-p (NTSC, burst), 75 

Ω terminator

Color signal: 0.300 Vp-p (PAL/SECAM, burst), 75 

Ω terminator

2

Brightness signal: 1.0 Vp-p, 75 

Ω terminator

3

Ground

4

Ground

No.

Signal

1

+ 5V

2

- DATA

3

+ DATA

4

Ground

1

2

4

3

4

3

2

1

No.

Signal

No.

Signal

No.

Signal

1

Video input Red

7

Ground Green

12

RGB IN: SDA(DAC)

RGB OUT: -

2

Video input Green

8

Ground Blue

13

H. sync./Composite

sync.

3

Video input Blue

9

Ground

14

Vertical sync

4

-

10

-

RGB IN:SCL (DDC)

5

Ground

11

-

15

RGB OUT: -

6

Ground Red

12

SDA (DDC)

13

2

1

3

12

13

4 5 6

10

7 8 9

 


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3

Example Of Computer Signal

Resolution 

×× V

fH (kHz)

fV (Hz)

Rating

Signal mode

Display

mode

720 

× 400

37.9

85.0

VESA

TEXT

Zoom in

640 

× 480

31.5

59.9

VESA

VGA (60Hz)

Zoom in

640 

× 480

35.0

66.7

Mac13"mode

Zoom in

640 

× 480

37.9

72.8

VESA

VGA (72Hz)

Zoom in

640 

× 480

37.5

75.0

VESA

VGA (75Hz)

Zoom in

640 

× 480

43.3

85.0

VESA

VGA (85Hz)

Zoom in

800 

× 600

35.2

56.3

VESA

SVGA (56Hz)

800 

× 600

37.9

60.3

VESA

SVGA (60Hz)

800 

× 600

48.1

72.2

VESA

SVGA (72Hz)

800 

× 600

46.9

75.0

VESA

SVGA (75Hz)

800 

× 600

53.7

85.1

VESA

SVGA (85Hz)

832 

× 624

49.7

74.5

Mac16"mode

Zoom out

1024 

× 768

48.4

60.0

VESA

XGA (60Hz)

Zoom out

1024 

× 768

56.5

70.1

VESA

XGA (70Hz)

Zoom out

1024 

× 768

60.0

75.0

VESA

XGA (75Hz)

Zoom out

1024 

× 768

68.7

85.0

VESA

XGA (85Hz)

Zoom out

1152 

× 864

67.5

75.0

VESA

SXGA (75Hz)

Zoom out

1280 

× 960

60.0

60.0

VESA

SXGA (60Hz)

Zoom out

1280 

× 1024

64.0

60.0

VESA

SXGA (60Hz)

Zoom out

1280 

× 1024

80.0

75.0

VESA

SXGA (75Hz)

Zoom out

1280 

× 1024

91.2

85.0

VESA

SXGA (85Hz)

Zoom out

1600 

× 1200

75.0

60.0

VESA

UXGA (60Hz)

Zoom out

Some computers may have multiple display screen modes. Use of some of these

modes will not be possible with this projector.

Be sure to check jack type, signal level, timing and resolution before connecting this projector to a
computer.

Depending on the input signal, full-size display may not be possible in some cases. Refer to the
number of display pixels above.

Although the projector can display signals with resolution up to UXGA (1,600 x 1,200), the signal will
be converted to the projector’s panel resolution before being displayed. The best display
performance will be achieved if the resolutions of the input signal and projector panel are identical.

The image may not be displayed correctly when the input sync. signal is “Composite Sync.” or
“Sync. on G”.

Automatically adjustment may not function correctly with some input signals.

When the image resolution is changed on a computer, depending on an input, automatic adjust
function may take some time and may not be completed. In this case, you may not be able to see a
check box to select “Yes/No” for the new resolution on Windows. Then the resolution will go back to
the original. It might be recommended to use other CRT or TFT monitors to change the resolution. 

NOTE

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 3

 


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4

Initial Set Signals

The following signals are used for the initial settings.
The signal timing of some computer models may be different. In such case, refer to
adjust the V.POSIT and H.POSIT of the menu.

DATA

HSYNC

DATA

VSYNC

Display interval c

Back porch b

Sync a

Front porch d

Display interval c

Back porch b

Sync a

Front porch d

Computer /

Signal

Horizontal signal timing (µs)

a

b

c

d

TEXT

2.0

3.0

20.3

1.0

VGA (60Hz)

3.8

1.9

25.4

0.6

Mac 13"mode

2.1

3.2

21.2

2.1

VGA (72Hz)

1.3

3.8

20.3

1.0

VGA (75Hz)

2.0

3.8

20.3

0.5

VGA (85Hz)

1.6

2.2

17.8

1.6

SVGA (56Hz)

2.0

3.6

22.2

0.7

SVGA (60Hz)

3.2

2.2

20.0

1.0

SVGA (72Hz)

2.4

1.3

16.0

1.1

SVGA (75Hz)

1.6

3.2

16.2

0.3

SVGA (85Hz)

1.1

2.7

14.2

0.6

Mac 16"mode

1.1

3.9

14.5

0.6

XGA (60Hz)

2.1

2.5

15.8

0.4

XGA (70Hz)

1.8

1.9

13.7

0.3

XGA (75Hz)

1.2

2.2

13.0

0.2

XGA (85Hz)

1.0

2.2

10.8

0.5

1152

×864 (75Hz)

1.2

2.4

10.7

0.6

1280

×960 (60Hz)

1.0

2.9

11.9

0.9

1280

×1024 (60Hz)

1.0

2.3

11.9

0.4

1280

×1024 (75Hz)

1.1

1.8

9.5

0.2

1280

×1024 (85Hz)

1.0

1.4

8.1

0.4

1600

×1200 (60Hz)

1.2

1.9

9.9

0.4

Computer /

Signal

Vertical signal timimg (lines)

a

b

c

d

TEXT

3

42

400

1

VGA (60Hz)

2

33

480

10

Mac 13"mode

3

39

480

3

VGA (72Hz)

3

28

480

9

VGA (75Hz)

3

16

480

1

VGA (85Hz)

3

25

480

1

SVGA (56Hz)

2

22

600

1

SVGA (60Hz)

4

23

600

1

SVGA (72Hz)

6

23

600

37

SVGA (75Hz)

3

21

600

1

SVGA (85Hz)

3

27

600

1

Mac 16"mode

3

39

624

1

XGA (60Hz)

6

29

768

3

XGA (70Hz)

6

29

768

3

XGA (75Hz)

3

28

768

1

XGA (85Hz)

3

36

768

1

1152

×864 (75Hz)

3

32

864

1

1280

×960 (60Hz)

3

36

960

1

1280

×1024 (60Hz)

3

38

1024

1

1280

×1024 (75Hz)

3

37

1024

2

1280

×1024 (85Hz)

3

44

1024

1

1600

×1200 (60Hz)

3

46

1200

1

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 4

 


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5

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 5

RS-232C Communication

Connection To The Mouse Control

19200bps,  8N1

1. Protocol

Consist of header (7 bytes) + command data (6 bytes).

2. Header

BE + EF + 03 + 06 + 00 + CRC_low + CRC_high
CRC_low : Lower byte of CRC flag for command data
CRC_high : Upper byte of CRC flag for command data

3 Command data

Command Data Chart

Connecting The Cable

Communications Setting

(1) Turn off the projector and the computer power supplies.
(2) Connect the control port of the projector with a RS-232C port of the computer by a RS-232C

cable. Use the cable that fulfills the specification shown in the following figure.

(3) Turn on the computer power supply and after the computer has started up, turn on the projector power supply.

Action (byte_0 - 1)

Action

Classification

Content

1

SET

Change setting to desired value.

2

GET

Read projector internal setup value.

4

INCREMENT

Increment setup value by 1.

5

DECREMENT

Decrement setup value by 1.

6

EXECUTE

Run a command.

control

port

D-sub 9-pin

plug

RS-232C port

D-sub 9-pin

plug

D-sub 9-pin

jack

D-sub 9-pin

jack

1
2
3
4
5
6
7
8
9

RD

TD

GND

CTS

RTS

1
2
3
4
5
6
7
8
9

CD
RD

TD
DTR

GND

DSR
RTS
DTS

RI

Projector

RS-232C cross cable

Computer

6

7

8

9

5

4

3

2

1

9

8

7

6

1

2

3

4

5

6

7

8

9

5

4

3

2

1

9

8

7

6

1

2

3

4

5

byte_0

byte_1

byte_2

byte_3

byte_4

byte_5

Action

Type

Setting code

low

high

low

high

low

high

1

2

3

4

1

2

3

4

+

5V

–DATA

+

DATA

GND

+

5V

–DATA

+

DATA

GND

1

2

3

4

2

1

3

4

USB jack 

(B type)

USB jack 

(A type)

Projector

USB cable

Computer

USB Mouse

 


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6

RS-232C Communication (continued)

Requesting projector status (Get command)

(1) Send the request code Header + Command data (‘02H’+‘00H’+ type (2
bytes)+‘00H’+‘00H’) from the computer to the projector.
(2) The projector returns the response code ‘1DH’+ data (2 bytes) to the computer.

Changing the projector settings (Set command)

(1) Send the setting code Header + Command data (‘01H’+‘00H’+ type (2 bytes) +
setting code (2 bytes)) from the computer to the projector. 
(2) The projector changes the setting based on the above setting code.
(3) The projector returns the response code ‘06H’ to the computer.

Using the projector default settings (Reset Command)

(1) The computer sends the default setting code Header + Command data (‘06H’+‘00H’+
type (2 bytes) +‘00H’+‘00H’) to the projector.
(2) The projector changes the specified setting to the default value.
(3) The projector returns the response code ‘06H’ to the computer.

Increasing the projector setting value (Increment command)

(1) The computer sends the increment code  Header + Command data (‘04H’+‘00H’+
type (2 bytes) +‘00H’+‘00H’) to the projector.
(2) The projector in creases the setting value on the above setting code.
(3) The projector returns the response code ‘06H’ to the computer.

Decreasing the projector setting value (Decrement command)

(1) The computer sends the decrement code Header + Command data (‘05H’+‘00H’+
type (2 bytes) +‘00H’ + ‘00H’) to the projector.
(2) The projector decreases the setting value on the above setting code.
(3) The projector returns the response code ‘06H’ to the computer.

When the projector cannot understand the received command

When the projector cannot understand the received command, the error code ‘15H’ is
sent back to the computer.
Sometimes the projector cannot properly receive the command. In such a case, the
command is not executed and the error code ‘15H’ is sent back to the computer. If this
error code is returned, send the same command again.

When the projector cannot execute the received command.

When the projector cannot execute the received command, the error code ‘1cH’ +
‘xxxxH’ is sent back to the computer. When the data length is greater than indicated by
the data length code, the projector ignore the excess data code. 
Conversely when the data length is shorter than indicated by the data length code, an
error code will be returned to the computer.

Operation cannot be guaranteed when the projector receives an

undefined command or data.

Provide an interval of at least 40ms between the response code and any other code.

The projector outputs test data when the power supply is switched ON, and when the
lamp is lit. Ignore this data.

Commands are not accepted during warm-up.

NOTE

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 6

 


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7

Command Data Chart

Names

Operation type

Header

Command data

CRC

Action

Type

Setting code

Keystone

Get

BE EF

03

06 00

B9 D3

02 00

07 20

00 00

Increment

BE EF

03

06 00

DF D3

04 00

07 20

00 00

Decrement

BE EF

03

06 00

0E D2

05 00

07 20

00 00

Keystone Reset

Execute

BE EF

03

06 00

08 D0

06 00

0C 70

00 00

Brightness

Get

BE EF

03

06 00

89 D2

02 00

03 20

00 00

Increment

BE EF

03

06 00

EF D2

04 00

03 20

00 00

Decrement

BE EF

03

06 00

3E D3

05 00

03 20

00 00

Brightness Reset

Execute

BE EF

03

06 00

58 D3

06 00

00 70

00 00

Contrast

Get

BE EF

03

06 00

FD D3

02 00

04 20

00 00

Increment

BE EF

03

06 00

9B D3

04 00

04 20

00 00

Decrement

BE EF

03

06 00

4A D2

05 00

04 20

00 00

Contrast Reset

Execute

BE EF

03

06 00

A4 D2

06 00

01 70

00 00

Aspect

Set

4:3

BE EF

03

06 00

9E D0

01 00

08 20

00 00

16:9

BE EF

03

06 00

0E D1

01 00

08 20

01 00

15:9

BE EF

03

06 00

6E D0

01 00

08 20

03 00

32:15

BE EF

03

06 00

5E D2

01 00

08 20

04 00

WIDE

BE EF

03

06 00

CE D3

01 00

08 20

05 00

ZOOM

BE EF

03

06 00

3E D3

01 00

08 20

06 00

Get

BE EF

03

06 00

AD D0

02 00

08 20

00 00

Whisper

Set

NORMAL

BE EF

03

06 00

3B 23

01 00

00 33

00 00

WHISPER

BE EF

03

06 00

AB 22

01 00

00 33

01 00

Get

BE EF

03

06 00

08 23

02 00

00 33

00 00

Mirror

Set

Normal

BE EF

03

06 00

C7 D2

01 00

01 30

00 00

H Inverse

BE EF

03

06 00

57 D3

01 00

01 30

01 00

V lnverse

BE EF

03

06 00

A7 D3

01 00

01 30

02 00

H&V Inverse

BE EF

03

06 00

37 D2

01 00

01 30

03 00

Get

BE EF

03

06 00

F4 D2

02 00

01 30

00 00

RS-232C Communication (continued)

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 7

 


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8

Command Data Chart (continued)

RS-232C Communication (continued)

Names

Operation type

Header

Command data

CRC

Action

Type

Setting code

Language

Set

English

BE EF

03

06 00

F7 D3

01 00

05 30

00 00

FRANÇAIS

BE EF

03

06 00

67 D2

01 00

05 30

01 00

Deutsch

BE EF

03

06 00

97 D2

01 00

05 30

02 00

ESPAÑOL

BE EF

03

06 00

07 D3

01 00

05 30

03 00

Italiano

BE EF

03

06 00

37 D1

01 00

05 30

04 00

Norsk

BE EF

03

06 00

A7 D0

01 00

05 30

05 00

Nederlands

BE EF

03

06 00

57 D0

01 00

05 30

06 00

PORTUGUÊS

BE EF

03

06 00

C7 D1

01 00

05 30

07 00

日本語

BE EF

03

06 00

37 D4

01 00

05 30

08 00

中文

BE EF

03

06 00

A7 D5

01 00

05 30

09 00

BE EF

03

06 00

57 D5

01 00

05 30

0A 00

SVENSKA

BE EF

03

06 00

C7 D4

01 00

05 30

0B 00

BE EF

03

06 00

F7 D6

01 00

05 30

0C 00

SUOMI

BE EF

03

06 00

67 D7

01 00

05 30

0D 00

POLSKI

BE EF

03

06 00

97 D7

01 00

05 30

0E 00

Get

BE EF

03

06 00

C4 D3

02 00

05 30

00 00

Gamma

Set

NORMAL

BE EF

03

06 00

C7 F0

01 00

A1 30

00 00

CINEMA

BE EF

03

06 00

57 F1

01 00

A1 30

01 00

DYNAMIC

BE EF

03

06 00

A7 F1

01 00

A1 30

02 00

CUSTOM

BE EF

03

06 00

07 FD

01 00

A1 30

10 00

Get

BE EF

03

06 00

F4 F0

02 00

A1 30

00 00

Custom Gamma

Get

BE EF

03

06 00

08 F1

02 00

A0 30

00 00

Increment

BE EF

03

06 00

6E F1

04 00

A0 30

00 00

Decrement

BE EF

03

06 00

BF F0

05 00

A0 30

00 00

Custom

Color Temp

Set

USER

BE EF

03

06 00

3B F8 

01 00

B0 30

10 00

HIGH

BE EF

03

06 00

0B F5

01 00

B0 30

03 00

MIDDLE

BE EF

03

06 00

9B F4

01 00

B0 30

02 00

LOW

BE EF

03

06 00

6B F4

01 00

B0 30

01 00

Get

BE EF

03

06 00

C8 F5

02 00

B0 30

00 00

Custom User R

Set

50

BE EF

03

06 00

57 F7

01 00

B1 30

05 00

60

BE EF

03

06 00

C7 F6

01 00

B1 30

04 00

70

BE EF

03

06 00

F7 F4

01 00

B1 30

03 00

80

BE EF

03

06 00

67 F5

01 00

B1 30

02 00

90

BE EF

03

06 00

97 F5

01 00

B1 30

01 00

100

BE EF

03

06 00

07 F4

01 00

B1 30

00 00

Get

BE EF

03

06 00

34 F4

02 00

B1 30

00 00

Custom User G

Set

50

BE EF

03

06 00

13 F7

01 00

B2 30

05 00

60

BE EF

03

06 00

83 F6

01 00

B2 30

04 00

70

BE EF

03

06 00

B3 F4

01 00

B2 30

03 00

80

BE EF

03

06 00

23 F5

01 00

B2 30

02 00

90

BE EF

03

06 00

D3 F5

01 00

B2 30

01 00

100

BE EF

03

06 00

43 F4

01 00

B2 30

00 00

Get

BE EF

03

06 00

70 F4

02 00

B2 30

00 00

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 8

 


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9

Command Data Chart (continued)

RS-232C Communication (continued)

Names

Operation type

Header

Command data

CRC

Action

Type

Setting code

Custom User B

Set

50

BE EF

03

06 00

EF F6

01 00

B3 30

05 00

60

BE EF

03

06 00

7F F7

01 00

B3 30

04 00

70

BE EF

03

06 00

4F F5

01 00

B3 30

03 00

80

BE EF

03

06 00

DF F4

01 00

B3 30

02 00

90

BE EF

03

06 00

2F F4

01 00

B3 30

01 00

100

BE EF

03

06 00

BF F5

01 00

B3 30

00 00

Get

BE EF

03

06 00

8C F5

02 00

B3 30

00 00

Color Balance R

Get

BE EF

03

06 00

01 D2

02 00

05 20

00 00

Increment

BE EF

03

06 00

67 D2

04 00

05 20

00 00

Decrement

BE EF

03

06 00

B6 D3

05 00

05 20

00 00

Color Balance R

Reset

Execute

BE EF

03

06 00

94 D3

06 00

05 70

00 00

Color Balance G

Get

BE EF

03

06 00

B5 D7

02 00

12 20

00 00

Increment

BE EF

03

06 00

D3 D7

04 00

12 20

00 00

Decrement

BE EF

03

06 00

02 D6

05 00

12 20

00 00

Color Balance G

Reset

Execute

BE EF

03

06 00

04 DB

06 00

29 70

00 00

Color Balance B

Get

BE EF

03

06 00

45 D2

02 00

06 20

00 00

Increment

BE EF

03

06 00

23 D2

04 00

06 20

00 00

Decrement

BE EF

03

06 00

F2 D3

05 00

06 20

00 00

Color Balance B

Reset

Execute

BE EF

03

06 00

D0 D3

06 00

06 70

00 00

Sharpness

Get

BE EF

03

06 00

F1 72

02 00

01 22

00 00

Increment

BE EF

03

06 00

97 72

04 00

01 22

00 00

Decrement

BE EF

03

06 00

46 73

05 00

01 22

00 00

Sharpness Reset

Execute

BE EF

03

06 00

C4 D0

06 00

09 70

00 00

Color

Get

BE EF

03

06 00

B5 72

02 00

02 22

00 00

Increment

BE EF

03

06 00

D3 72

04 00

02 22

00 00

Decrement

BE EF

03

06 00

02 73

05 00

02 22

00 00

Color Reset

Execute

BE EF

03

06 00

80 D0

06 00

0A 70

00 00

Tint

Get

BE EF

03

06 00

49 73

02 00

03 22

00 00

Increment

BE EF

03

06 00

2F 73

04 00

03 22

00 00

Decrement

BE EF

03

06 00

FE 72

05 00

03 22

00 00

Tint Reset

Execute

BE EF

03

06 00

7C D1

06 00

0B 70

00 00

My Memory Load

Set

1

BE EF

03

06 00

0E D7

01 00

14 20

00 00

2

BE EF

03

06 00

9E D6

01 00

14 20

0

1

 0

0

3

BE EF

03

06 00

6E D6

01 00

14 20

02 00

4

BE EF

03

06 00

FE D7

01 00

14 20

03 00

My Memory Save

Set

1

BE EF

03

06 00

F2 D6

01 00

15 20

00 00

2

BE EF

03

06 00

62 D7

01 00

15 20

01 00

3

BE EF

03

06 00

92 D7

01 00

15 20

02 00

4

BE EF

03

06 00

02 D6

01 00

15 20

03 00

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 9

 


background image

10

Command Data Chart (continued)

RS-232C Communication (continued)

Names

Operation type

Header

Command data

CRC

Action

Type

Setting code

V Position

Get

BE EF

03

06 00

0D 83

02 00

00 21

00 00

Increment

BE EF

03

06 00

6B 83

04 00

00 21

00 00

Decrement

BE EF

03

06 00

BA 82

05 00

00 21

00 00

V Position Reset

Execute

BE EF

03

06 00

E0 D2

06 00

02 70

00 00

H Position

Get

BE EF

03

06 00

F1 82

02 00

01 21

00 00

Increment

BE EF

03

06 00

97 82

04 00

01 21

00 00

Decrement

BE EF

03

06 00

46 83

05 00

01 21

00 00

H Position Reset

Execute

BE EF

03

06 00

1C D3

06 00

03 70

00 00

H Phase

Get

BE EF

03

06 00

49 83

02 00

03 21

00 00

Increment

BE EF

03

06 00

2F 83

04 00

03 21

00 00

Decrement

BE EF

03

06 00

FE 82

05 00

03 21

00 00

H Size

Get

BE EF

03

06 00

B5 82

02 00

02 21

00 00

Increment

BE EF

03

06 00

D3 82

04 00

02 21

00 00

Decrement

BE EF

03

06 00

02 83

05 00

02 21

00 00

H Size Reset

Execute

BE EF

03

06 00

68 D2

06 00

04 70

00 00

Over Scan

Get

BE EF

03

06 00

91 70

02 00

09 22

00 00

Increment

BE EF

03

06 00

F7 70

04 00

09 22

00 00

Decrement

BE EF

03

06 00

26 71

05 00

09 22

00 00

Over Scan Reset

Execute

BE EF

03

06 00

EC D9

06 00

27 70

00 00

Color Space

Set

AUTO

BE EF

03

06 00

0E 72

01 00

04 22

00 00

RGB

BE EF

03

06 00

9E 73

01 00

04 22

01 00

SMPTE240

BE EF

03

06 00

6E 73

01 00

04 22

02 00

REC709

BE EF

03

06 00

FE 72

01 00

04 22

03 00

REC601

BE EF

03

06 00

CE 70

01 00

04 22

04 00

Get

BE EF

03

06 00

3D 72

02 00

04 22

00 00

Component

Set

COMPONENT

BE EF

03

06 00

4A D7

01 00

17 20

00 00

SCART RGB

BE EF

03

06 00

DA D6

01 00

17 20

01 00

Get

BE EF

03

06 00

79 D7

02 00

17 20

00 00

Video Format

Set

AUTO

BE EF

03

06 00

9E 75

01 00

00 22

0A 00

NTSC

BE EF

03

06 00

FE 71

01 00

00 22

04 00

PAL

BE EF

03

06 00

6E 70

01 00

00 22

05 00

SECAM

BE EF

03

06 00

6E 75

01 00

00 22

09 00

NTSC 4.43

BE EF

03

06 00

5E 72

01 00

00 22

02 00

M-PAL

BE EF

03

06 00

FE 74

01 00

00 22

08 00

N-PAL

BE EF

03

06 00

0E 71

01 00

00 22

07 00

Get

BE EF

03

06 00

0D 73

02 00

00 22

00 00

Frame Lock

Set

TURN OFF

BE EF

03

06 00

CB D6

01 00

14 30

00 00

TURN ON

BE EF

03

06 00

5B D7

01 00

14 30

01 00

Get

BE EF

03

06 00

F8 D6

02 00

14 30

00 00

3D-YCS

Set

TURN OFF

BE EF

03

06 00

E6 70

01 00

0A 22

00 00

NORMAL

BE EF

03

06 00

76 71

01 00

0A 22

01 00

STILL IMAGE

BE EF

03

06 00

86 71

01 00

0A 22

02 00

Get

BE EF

03

06 00

D5 70

02 00

0A 22

00 00

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 10

 


background image

11

Command Data Chart (continued)

RS-232C Communication (continued)

Names

Operation type

Header

Command data

CRC

Action

Type

Setting code

Video NR

Set

LOW

BE EF

03

06 00

26 72

01 00

06 22

01 00

MIDDLE

BE EF

03

06 00

D6 72

01 00

06 22

02 00

HIGH

BE EF

03

06 00

46 73

01 00

06 22

03 00

Get

BE EF

03

06 00

85 73

02 00

06 22

00 00

Progressive

Set

Turn off

BE EF

03

06 00

4A 72

01 00

07 22

00 00

TV

BE EF

03

06 00

DA 73

01 00

07 22

01 00

Film

BE EF

03

06 00

2A 73 

01 00 

07 22 

02 00

Get

BE EF

03

06 00

79 72

02 00

07 22

00 00

S2-Aspect

Set

TURN OFF

BE EF

03

06 00

1A 71

01 00

0B 22

00 00

TURN ON

BE EF

03

06 00

8A 70

01 00

0B 22

01 00

Get

BE EF

03

06 00

29 71

0

2

 00

0B 22

00 00

Auto Adjust

Execute

BE EF

03

06 00

91 D0

06 00

0A 20

00 00

Auto off

Get

BE EF

03

06 00

08 86

02 00

10 31

00 00

Increment

BE EF

03

06 00

6E 86

04 00

10 31

00 00

Decrement

BE EF

03

06 00

BF 87

05 00

10 31

00 00

Auto Search

Set

TURN OFF

BE EF

03

06 00

B6 D6

01 00

16 20

00 00

TURN ON

BE EF

03

06 00

26 D7

01 00

16 20

01 00

Get

BE EF

03

06 00

85 D6

02 00

16 20

00 00

Blank Color

Set

Blue

BE EF

03

06 00

CB D3

01 00

00 30

03 00

White

BE EF

03

06 00

6B D0

01 00

00 30

05 00

Black

BE EF

03

06 00

9B D0

01 00

00 30

06 00

Get

BE EF

03

06 00

08 D3

02 00

00 30

00 00

Blank on/off

Set

TURN OFF

BE EF

03

06 00

FB D8

01 00

20 30

00 00

TURN ON

BE EF

03

06 00

6B D9

01 00

20 30

01 00

Get

BE EF

03

06 00

C8 D8

02 00

20 30

00 00

Startup

Set

TURN ON

BE EF

03

06 00

0B D2

01 00

04 30

00 00

TURN OFF

BE EF

03

06 00

9B D3

01 00

04 30

01 00

Get

BE EF

03

06 00

38 D2

02 00

04 30

00 00

Menu Position V

Get

BE EF

03

06 00

40 D7

02 00

16 30

00 00

Increment

BE EF

03

06 00

26 D7

04 00

16 30

00 00

Decrement

BE EF

03

06 00

F7 D6

05 00

16 30

00 00

Menu Position V

Reset

Execute

BE EF

03

06 00

A8 C7

06 00

44 70

00 00

Menu Position H

Get

BE EF

03

06 00

04 D7

02 00

15 30

00 00

Increment

BE EF

03

06 00

62 D7

04 00

15 30

00 00

Decrement

BE EF

03

06 00

B3 D6

05 00

15 30

00 00

Menu Position H

Reset

Execute

BE EF

03

06 00

DC C6

06 00

43 70

00 00

Message

Set

TURN OFF

BE EF

03

06 00

8F D6

01 00

17 30

00 00

TURN ON

BE EF

03

06 00

1F D7

01 00

17 30

01 00

Get

BE EF

03

06 00

BC D6

02 00

17 30

00 00

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 11

 


background image

12

Command Data Chart (continued)

RS-232C Communication (continued)

Names

Operation type

Header

Command data

CRC

Action

Type

Setting code

Volume

Get

BE EF

03

06 00

31 D3

02 00

01 20

00 00

Increment

BE EF

03

06 00

57 D3

04 00

01 20

00 00

Decrement

BE EF

03

06 00

86 D2

05 00

01 20

00 00

MUTE

Set

TURN ON

BE EF

03

06 00

46 D3

01 00

02 20

00 00

TURN OFF

BE EF

03

06 00

D6 D2

01 00

02 20

01 00

Get

BE EF

03

06 00

75 D3

02 00

02 20

00 00

Screen type

Set

4:3

BE EF

03

06 00

7A D6

01 00

1

3

 

2

0

00 00

16:9- Top

BE EF

03

06 00

EA D7

01 00

13 20

01 00

16:9- Center

BE EF

03

06 00

1A D7

01 00

1

3

 

2

0

02 00

16:9- Bottom

BE EF

03

06 00

8A D6

01 00

13 20

03 00

Get

BE EF

03

06 00

49 D6

02 00

1

3

 

2

0

00 00

Lamp Time

Get

BE EF

03

06 00

C2 FF

02 00

90 10

00 00

Lamp Time Reset

Execute

BE EF

03

06 00

58 DC

06 00

30 70

00 00

Filter Time

Get

BE EF

03

06 00

C2 F0

02 00

A0 10

00 00

Filter Time Reset

Execute

BE EF

03

06 00

98 C6

06 00

40 70

00 00

Magnify

Get

BE EF

03

06 00

7C D2

02 00

07 30

00 00

Increment

BE EF

03

06 00

1A D2

04 00

07 30

00 00

Decrement

BE EF

03

06 00

CB D3

05 00

07 30

00 00

Freeze

Set

Normal

BE EF

03

06 00

83 D2

01 00

02 30

00 00

Freeze

BE EF

03

06 00

13 D3

01 00

02 30

01 00

Get

BE EF

03

06 00

B0 D2

02 00

02 30

00 00

Power

Set

TURN OFF

BE EF

03

06 00

2A D3

01 00

00 60

00 00

TURN ON

BE EF

03

06 00

BA D2

01 00

00 60

01 00

Get

BE EF

03

06 00

19 D3

02 00

00 60

00 00

(Example Return)

00 00                  01 00              02 00
(Off)                     (On)           (Cool down)

Input Source

Set

RGB

BE EF

03

06 00

FE D2

01 00

00 20

00 00

Video

BE EF

03

06 00

6E D3

01 00

00 20

01 00

S-Video

BE EF

03

06 00

9E D3

01 00

00 20

02 00

Component

BE EF

03

06 00

AE D1

01 00

00 20

05 00

Get

BE EF

03

06 00

CD D2

02 00

00 20

00 00

Error Status

Get

BE EF

03

06 00

D9 D8

02 00

20 60

00 00

(Example of Return)

00 00          01 00          02 00          03 00

(Normal)  (Cover-error) (Fan-error) (Lamp-error)

04 00          05 00          06 00          07 00          08 00          09 00

(Temp-error)  (Air flow-        (Lamp-     (Cool-error) (Filter-Error)    (Filter-

error)       Time-over)                                            Missing)

16S10 TECHNICAl  03.9.24 5:06 PM  ページ 12

 


background image

3M Austin Center

Building A145-5N-01
6801 River Place Blvd.
Austin, TX 78726-9000

3M Canada

P.O. Box 5757
London, Ontario
N6A 4T1

3M Mexico, S.A. de C.V.

Apartado Postal 14-139
Mexico, D.F.  07000
Mexico

3M Europe

Boulevard de l'Oise
95006 Cerge Pontoise Cedex
France

Litho in Japan

© 3M 200

4

78-

6970-9379-3 Rev. A

Let us help you make the most of your next presentation.  We offer everything from presentation supplies to tips for better meetings.  And we're the only
transparency manufacturer that offers a recycling program for your used transparencies.  For late-breaking news, handy reference  and free product samples, call
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DN00671 (S20_OG_TECH)

Intended Use
Before operating this machine, please read this entire manual thoroughly. The 3MTM Multimedia Projectors are designed, built, and tested for use indoors, 
using 3M lamps, 3M ceiling mount hardware, and nominal local voltages.
The use of other replacement lamps, outdoor operation, or different voltages has not been tested and could damage the projector peripheral equipment 
and/or create a potentially unsafe operating condition.
3M Multimedia projectors and Wall Display Systems are designed to operate in a normal office environment.
  •  16˚ to 29˚C (60˚ to 85˚ F)
  •  10- 80 %RH (without condensation)
  •   0- 1828 m (0-6000 feet) above sea level
The ambient operating environment should be free of airborne smoke, grease, oil and other contaminates that can affect the operation or performance of the
projector. 
Use of this product in adverse conditions will void the product warranty.