Sharp PG-C355W, XG-C455W Setup Guide
DATA PROJECTOR
MODEL
XG-C455W
PG-C355W
SETUP MANUAL
Setting up the Screen.......................................... 2
Screen Size and Projection Distance ................ 3
Throw Distance ....................................................... 3
Standard Zoom Lens .............................................. 4
Wide-zoom Lens (AN-C12MZ) ............................... 5
Tele-zoom Lens (AN-C18MZ) ................................. 6
Tele-zoom Lens (AN-C27MZ) ................................. 7
Tele-zoom Lens (AN-C41MZ) ................................. 8
Changing the Lens .............................................. 9
Connecting Pin Assignments .......................... 11
RS-232C Specifications and Commands ........ 13
Computer control .................................................. 13
Communication conditions ................................... 13
Basic format .......................................................... 13
Commands ........................................................... 14
Setting up the Projector Network Environment ...
Network settings on the computer ....................... 18
1. Connecting the Projector to a Computer.......... 19
2. Setting an IP Address for the Computer .......... 20
3.
Setting up a Network Connection for the Projector ....
Controlling the Projector via LAN.................... 24
Controlling the Projector Using Internet Explorer
(Version 5.0 or later)................................... 24
Confirming the Projector Status (Status) ............. 25
Controlling the Projector (Control) ....................... 25
Setting and Adjusting the Projector
(Settings & Adjustments)............................ 26
Setting the Security (Network – Security) ............ 26
Making General Settings for the Network
(Network - General) .................................... 27
Setting for Sending E-mail when an Error Occurs
(Mail – Originator Settings) ........................ 27
Setting Error Items and Destination Addresses
to which E-mail is to be Sent when an
Error Occurs (Mail – Recipient Settings) ... 28
Setting Error Items and the URL that are to be
Displayed when an Error Occurs
Setting up the Projector Using RS-232C or Telnet ....
(Service & Support – Access URL) ........... 28
When Connecting Using RS-232C....................... 29
18
22
29
When Connecting Using Telnet ............................ 30
SETUP MENU (Main Menu) ................................. 31
ADVANCED SETUP MENU ................................. 31
View Setting Detail List ([V]View All Setting) ....... 32
Set Items ............................................................... 32
Save Settings and Quit ([S]Save & Quit) ............. 33
Quit without Saving Settings ([Q]Quit Unchanged) ..
IP Address Setting ([1]IP Address) ...................... 34
Subnet Mask Setting ([2]Subnet Mask) ............... 34
Default Gateway Setting ([3]Default Gateway) .... 34
User Name Setting ([4]User Name) ..................... 34
Password Setting ([5]Password) .......................... 35
RS-232C Baud Rate Setting
([6]RS-232C Baud Rate) ............................ 35
Projector Name Setting ([7]Projector Name) ....... 35
DHCP Client Setting ([8]DHCP Client)................. 35
Disconnecting All Connections
([D]Disconnect All) ..................................... 36
Entering ADVANCED SETUP MENU
([A]Advanced Setup) .................................. 36
Setting Auto Logout Time
(ADVANCED[1]Auto Logout Time) ............. 36
Data Port Setting (ADVANCED[2]Data Port) ....... 36
Carrying out Network Ping Test
(ADVANCED[5]Network Ping Test) ............ 37
Setting of Accept IP Address (ADVANCED[6]Accept
IP Addr(1) – [8]Accept IP Addr(3)) .................
Accepting All IP Addresses
(ADVANCED[9]Accept All IP Addr) ............ 37
Setting of Search Port
(ADVANCED[0]Search Port) ...................... 38
Return to Default Settings
(ADVANCED[!]Restore Default Setting)..... 38
Return to Main Menu
(ADVANCED[Q]Return to Main Menu)....... 38
Resetting the Lamp Timer of the Projector
via LAN ....................................................... 39
Troubleshooting ................................................. 41
Dimensions ........................................................ 44
33
37
Setting up the Screen
For optimal image quality, position the projector perpendicular to the screen with the projector’s feet flat
and level. Doing so will eliminate the need for Keystone correction and provide the best image quality.
Note
• The projector lens should be centered in the middle of the screen. If the horizontal line passing through the
lens center is not perpendicular to the screen, the image will be distorted, making viewing difficult.
• For an optimal image, position the screen so that it is not in direct sunlight or room light. Light falling directly
on the screen washes out the colors, making viewing difficult. Close the curtains and dim the lights when
setting up the screen in a sunny or bright room.
Standard Setup (Front Projection)
■ Place the projector at the required distance from
the screen according to the desired picture size.
Example of standard setup
Side View
Screen
H
L: Projection distance
• The distance from the screen to the projector may vary depending on the size of the
Base line:
Horizontal line passing through
the lens center
Lens center
screen.
•
The default setting can be used, when placing the projector in front of the screen. If the projected image is reversed, readjust the setting to “Front” in the “PRJ Mode” menu. (See page
52
of the projector’s operation manual.)
• Place the projector so that an imaginary horizontal line that passes through the center of the
lens is perpendicular to the screen.
-2
Screen Size and Projection Distance
The projection screen size varies according to the distance from the lens of the projector to the screen.
The optional lenses from Sharp are also available for specialized application. Please see your nearest Sharp
Authorized Projector Dealer to details on all the lenses. (Refer to the lens operation manual when using a
lens.)
Install the projector so that projected images are projected onto the screen at the optimum size by referring
to the table. Use the values in the table as a reference when installing the projector.
Throw Distance
The graph below is for 100 inches (254 cm) screen with 16:10 Signal Input (Normal Mode)
mode.
Screen
Wide-zoom lens (AN-C12MZ)
10'5"–13'1" (3.2 m–4.0 m)
Throw distance ratio 1:1.5–1.9
Standard zoom lens
12'4"–14'9" (3.8 m–4.5 m)
Throw distance ratio 1:1.8–2.1
Tele-zoom lens (AN-C18MZ)
15'7"–19'10" (4.8 m–6.0 m)
Throw distance ratio 1:2.2–2.8
Tele-zoom lens (AN-C27MZ)
23'2"–35'8" (7.1 m–10.9 m)
Throw distance ratio 1:3.3–5.1
Tele-zoom lens (AN-C41MZ)
36'2"–50'10" (11.0 m–15.5 m)
Throw distance ratio 1:5.1–7.2
10 20 30 5040 55(ft)
-3
Screen Size and Projection Distance
Picture (Screen) size Projection distance [L]
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
400'' (1016 cm) 813 cm (320'') 610 cm (240'') 17.0 m (55' 9") 20.4 m (66' 11")
–
15 cm
(
–
5 23/32")
300'' (762 cm) 610 cm (240'') 457 cm (180'') 12.8 m (41' 10") 15.3 m (50' 3")
–
11 cm
(
–
4 19/64")
250'' (635 cm) 508 cm (200'') 381 cm (150'') 10.6 m (34' 10") 12.8 m (41' 10")
–
9 cm
(
–
3 37/64")
200'' (508 cm) 406 cm (160'') 305 cm (120'') 8.5 m (27' 11") 10.2 m (33' 6")
–
7 cm
(
–
2 55/64")
150'' (381 cm) 305 cm (120'') 229 cm (90'') 6.4 m (20' 11") 7.7 m (25' 1")
–
5 cm
(
–
2 9/64")
120'' (305 cm) 244 cm (96'') 183 cm (72'') 5.1 m (16' 9") 6.1 m (20' 1")
–
4 cm
(
–
1 23/32")
100'' (254 cm) 203 cm (80'') 152 cm (60'') 4.3 m (13' 11") 5.1 m (16' 9")
–
4 cm
(
–
1 7/16")
80'' (203 cm) 163 cm (64'') 122 cm (48'') 3.4 m (11' 2") 4.1 m (13' 5")
–
3 cm
(
–
1 9/64")
70'' (178 cm) 142 cm (56'') 107 cm (42'') 3.0 m (9' 9") 3.6 m (11' 9")
–
3 cm
(
–
1")
60'' (152 cm) 122 cm (48'') 91 cm (36'') 2.6 m (8' 4") 3.1 m (10' 1")
–
2 cm
(
–
55
/64")
40'' (102 cm) 81 cm (32'') 61 cm (24'') 1.7 m (5' 7") 2.0 m (6' 8")
–
1 cm
(
–
37
/64")
Standard Zoom Lens
F1.7-F1.9, f=28.0-33.6 mm
16:10 Signal Input (Normal Mode)
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
500'' (1270 cm) 1077 cm (424'') 673 cm (265'') 18.8 m (61' 7") 22.5 m (73' 11")
400'' (1016 cm) 862 cm (339'') 538 cm (212'') 15.0 m (49' 3") 18.0 m (59' 2")
300'' (762 cm) 646 cm (254'') 404 cm (159'') 11.3 m (37' 0") 13.5 m (44' 4")
250'' (635 cm) 538 cm (212'') 337 cm (132'') 9.4 m (30' 10") 11.3 m (37' 0")
200'' (508 cm) 431 cm (170'') 269 cm (106'') 7.5 m (24' 8") 9.0 m (29' 7")
150'' (381 cm) 323 cm (127'') 202 cm (79'') 5.6 m (18' 6") 6.8 m (22' 2")
120'' (305 cm) 258 cm (102'') 162 cm (64'') 4.5 m (14' 9") 5.4 m (17' 9")
100'' (254 cm) 215 cm (85'') 135 cm (53'') 3.8 m (12' 4") 4.5 m (14' 9")
80'' (203 cm) 172 cm (68'') 108 cm (42'') 3.0 m (9' 10") 3.6 m (11' 10")
60'' (152 cm) 129 cm (51'') 81 cm (32'') 2.3 m (7' 5") 2.7 m (8' 10")
40'' (102 cm) 86 cm (34'') 54 cm (21'') 1.5 m (4' 11") 1.8 m (5' 11")
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Picture (Screen) size Projection distance [L]
Distance from the lens center
to the bottom of the image [H]
–
16 cm (–6 5/16")
–
13 cm (–5 3/64")
–
10 cm (–3 51/64")
–
8 cm (–3 5/32")
–
6 cm (–2 17/32")
–
5 cm (–1 57/64")
–
4 cm (–1 33/64")
–
3 cm (–1 17/64")
–
3 cm (–1 1/64")
–
2 cm (
–
1 cm (
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.03755
L2 (m) = 0.04507
H (cm) = –0.03209
[Feet/inches]
L1 (ft) = 0.03755χ / 0.3048
L2 (ft) = 0.04507
H (in) = –0.03209χ / 2.54
χ
χ
χ
χ
/ 0.3048
49
–
/64")
1
–
/2")
4:3 Signal Input (Normal Mode)
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Note
• Allow a margin of error in the value in the diagrams above.
• When the distance from the lens center to the bottom of the image [H] is a negative number, this indicates
that the bottom of the image is below the lens center.
-4
Distance from the lens center
to the bottom of the image [H]
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.04251
L2 (m) = 0.05102
H (cm) = –0.03633
[Feet/inches]
L1 (ft) = 0.04251
L2 (ft) = 0.05102χ / 0.3048
H (in) = –0.03633χ / 2.54
χ
χ
χ
χ
/ 0.3048
Screen Size and Projection Distance
Picture (Screen) size Projection distance [L]
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
225'' (572 cm) 457 cm (180'') 343 cm (135'') 8.1 m (26' 6") 10.1 m (33' 3")
–
8 cm
(
–
3 7/32")
200'' (508 cm) 406 cm (160'') 305 cm (120'') 7.2 m (23' 7") 9.0 m (29' 7")
–
7 cm
(
–
2 55/64")
150'' (381 cm) 305 cm (120'') 229 cm (90'') 5.4 m (17' 8") 6.8 m (22' 2")
–
5 cm
(
–
2 9/64")
120'' (305 cm) 244 cm (96'') 183 cm (72'') 4.3 m (14' 2") 5.4 m (17' 9")
–
4 cm
(
–
1 23/32")
100'' (254 cm) 203 cm (80'') 152 cm (60'') 3.6 m (11' 9") 4.5 m (14' 9")
–
4 cm
(
–
1 7/16")
80'' (203 cm) 163 cm (64'') 122 cm (48'') 2.9 m (9' 5") 3.6 m (11' 10")
–
3 cm
(
–
1 9/64")
70'' (178 cm) 142 cm (56'') 107 cm (42'') 2.5 m (8' 3") 3.2 m (10' 4")
–
3 cm
(
–
1")
60'' (152 cm) 122 cm (48'') 91 cm (36'') 2.2 m (7' 1") 2.7 m (8' 10")
–
2 cm
(
–
55
/64")
40'' (102 cm) 81 cm (32'') 61 cm (24'') 1.4 m (4' 9") 1.8 m (5' 11")
–
1 cm
(
–
37
/64")
Wide-zoom Lens (AN-C12MZ)
F2.2-F2.7, f=24.5-30.7 mm
16:10 Signal Input (Normal Mode)
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
250'' (635 cm) 538 cm (212'') 337 cm (132'') 7.9 m (26' 1") 9.9 m (32' 8")
200'' (508 cm) 431 cm (170'') 269 cm (106'') 6.4 m (20' 10") 8.0 m (26' 1")
150'' (381 cm) 323 cm (127'') 202 cm (79'') 4.8 m (15' 8") 6.0 m (19' 7")
120'' (305 cm) 258 cm (102'') 162 cm (64'') 3.8 m (12' 6") 4.8 m (15' 8")
100'' (254 cm) 215 cm (85'') 135 cm (53'') 3.2 m (10' 5") 4.0 m (13' 1")
80'' (203 cm) 172 cm (68'') 108 cm (42'') 2.5 m (8' 4") 3.2 m (10' 5")
60'' (152 cm) 129 cm (51'') 81 cm (32'') 1.9 m (6' 3") 2.4 m (7' 10")
40'' (102 cm) 86 cm (34'') 54 cm (21'') 1.3 m (4' 2") 1.6 m (5' 3")
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Picture (Screen) size Projection distance [L]
Distance from the lens center
to the bottom of the image [H]
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.03175
L2 (m) = 0.03978
H (cm) = –0.03209
[Feet/inches]
L1 (ft) = 0.03175
L2 (ft) = 0.03978χ / 0.3048
H (in) = –0.03209χ / 2.54
–
–
–
–
–
–
–
–
8 cm
6 cm
5 cm
4 cm
3 cm
3 cm
2 cm
1 cm
χ
χ
χ
χ
/ 0.3048
(
–
(
–
2 17/32")
(
–
1 57/64")
(
–
1 33/64")
(
–
1 17/64")
(
–
(
–
3 5/32")
1 1/64")
49
/64")
1
(
–
/2")
4:3 Signal Input (Normal Mode)
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Note
• Allow a margin of error in the value in the diagrams above.
• When the distance from the lens center to the bottom of the image [H] is a negative number, this indicates
that the bottom of the image is below the lens center.
Distance from the lens center
to the bottom of the image [H]
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.03594
L2 (m) = 0.04503
H (cm) = –0.03633
[Feet/inches]
L1 (ft) = 0.03594χ / 0.3048
L2 (ft) = 0.04503
H (in) = –0.03633χ / 2.54
χ
χ
χ
χ
/ 0.3048
-5
Screen Size and Projection Distance
Picture (Screen) size Projection distance [L]
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
225'' (572 cm) 457 cm (180'') 343 cm (135'') 12.1 m (39' 10") 15.4 m (50' 6")
–8 cm
(–3
7
/32")
200'' (508 cm) 406 cm (160'') 305 cm (120'') 10.8 m (35' 4") 13.7 m (44' 11")
–7 cm
(–2
55
/64")
150'' (381 cm) 305 cm (120'') 229 cm (90'') 8.1 m (26' 6") 10.3 m (33' 8")
–5 cm
(–2
9
/64")
120'' (305 cm) 244 cm (96'') 183 cm (72'') 6.5 m (21' 3") 8.2 m (26' 11")
–4 cm
(–1
23
/32")
100'' (254 cm) 203 cm (80'') 152 cm (60'') 5.4 m (17' 8") 6.8 m (22' 5")
–4 cm
(–1
7
/16")
80'' (203 cm) 163 cm (64'') 122 cm (48'') 4.3 m (14' 2") 5.5 m (17' 11")
–3 cm
(–1
9
/64")
70'' (178 cm) 142 cm (56'') 107 cm (42'') 3.8 m (12' 5") 4.8 m (15' 8")
–3 cm
(–1")
60'' (152 cm) 122 cm (48'') 91 cm (36'') 3.2 m (10' 7") 4.1 m (13' 6")
–2 cm
(
–
55
/64")
40'' (102 cm) 81 cm (32'') 61 cm (24'') 2.2 m (7' 1") 2.7 m (9' 0")
–1 cm
(
–
37
/64")
Tele-zoom Lens (AN-C18MZ)
F1.7-F2.2, f=36.5-46.3 mm
16:10 Signal Input (Normal Mode)
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
250'' (635 cm) 538 cm (212'') 337 cm (132'') 11.9 m (39' 1") 15.1 m (49' 7") –8 cm
200'' (508 cm) 431 cm (170'') 269 cm (106'') 9.5 m (31' 3") 12.1 m (39' 8")
150'' (381 cm) 323 cm (127'') 202 cm (79'') 7.1 m (23' 5") 9.1 m (29' 9") –5 cm
120'' (305 cm) 258 cm (102'') 162 cm (64'') 5.7 m (18' 9") 7.2 m (23' 9") –4 cm
100'' (254 cm) 215 cm (85'') 135 cm (53'') 4.8 m (15' 7") 6.0 m (19' 10") –3 cm
80'' (203 cm) 172 cm (68'') 108 cm (42'') 3.8 m (12' 6") 4.8 m (15' 10") –3 cm
60'' (152 cm) 129 cm (51'') 81 cm (32'') 2.9 m (9' 4") 3.6 m (11' 11") –2 cm
40'' (102 cm) 86 cm (34'') 54 cm (21'') 1.9 m (6' 3") 2.4 m (7' 11") –1 cm
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Picture (Screen) size Projection distance [L]
Distance from the lens center
to the bottom of the image [H]
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.04762
L2 (m) = 0.06041
H (cm) = –0.03209
[Feet/inches]
L1 (ft) = 0.04762
L2 (ft) = 0.06041χ / 0.3048
H (in) = –0.03209χ / 2.54
–6 cm
χ
χ
χ
(–2
(–1
(–1
(–1
χ
/ 0.3048
(–3
(–1
5
/32")
17
/32")
57
/64")
33
/64")
17
/64")
1
/64")
49
(
–
/64")
1
(
–
/2")
4:3 Signal Input (Normal Mode)
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Note
• Allow a margin of error in the value in the diagrams above.
• When the distance from the lens center to the bottom of the image [H] is a negative number, this indicates
that the bottom of the image is below the lens center.
-6
Distance from the lens center
to the bottom of the image [H]
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.05391
L2 (m) = 0.06839
H (cm) = –0.03633
[Feet/inches]
L1 (ft) = 0.05391χ / 0.3048
L2 (ft) = 0.06839
H (in) = –0.03633χ / 2.54
χ
χ
χ
χ
/ 0.3048
Screen Size and Projection Distance
Tele-zoom Lens (AN-C27MZ)
F2.0-F2.8, f=53.8-82.9 mm
16:10 Signal Input (Normal Mode)
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
250'' (635 cm) 538 cm (212'') 337 cm (132'') 17.6 m (57' 10") 27.2 m (89' 3")
200'' (508 cm) 431 cm (170'') 269 cm (106'') 14.1 m (46' 4") 21.8 m (71' 5")
150'' (381 cm) 323 cm (127'') 202 cm (79'') 10.6 m (34' 9") 16.3 m (53' 7")
120'' (305 cm) 258 cm (102'') 162 cm (64'') 8.5 m (27' 9") 13.1 m (42' 10")
100'' (254 cm) 215 cm (85'') 135 cm (53'') 7.1 m (23' 2") 10.9 m (35' 8")
80'' (203 cm) 172 cm (68'') 108 cm (42'') 5.6 m (18' 6") 8.7 m (28' 7")
60'' (152 cm) 129 cm (51'') 81 cm (32'') 4.2 m (13' 11") 6.5 m (21' 5")
40'' (102 cm) 86 cm (34'') 54 cm (21'') 2.8 m (9' 3") 4.4 m (14' 3")
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Picture (Screen) size Projection distance [L]
Distance from the lens center
to the bottom of the image [H]
–8 cm
–6 cm
–5 cm
–4 cm
–3 cm
–3 cm
–2 cm
–1 cm
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.07056
L2 (m) = 0.10881
H (cm) = –0.03209
[Feet/inches]
L1 (ft) = 0.07056
L2 (ft) = 0.10881χ / 0.3048
H (in) = –0.03209χ / 2.54
χ
χ
χ
/ 0.3048
5
/32")
(–3
17
/32")
(–2
57
(–1
/64")
33
(–1
/64")
17
(–1
/64")
1
(–1
/64")
49
(
–
/64")
1
–
/2")
(
χ
4:3 Signal Input (Normal Mode)
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
225'' (572 cm) 457 cm (180'') 343 cm (135'') 18.0 m (59' 0") 27.7 m (90' 11") –8 cm
200'' (508 cm) 406 cm (160'') 305 cm (120'') 16.0 m (52' 5") 24.6 m (80' 10") –7 cm
150'' (381 cm) 305 cm (120'') 229 cm (90'') 12.0 m (39' 4") 18.5 m (60' 7") –5 cm
120'' (305 cm) 244 cm (96'') 183 cm (72'') 9.6 m (31' 5") 14.8 m (48' 6") –4 cm
100'' (254 cm) 203 cm (80'') 152 cm (60'') 8.0 m (26' 2") 12.3 m (40' 5") –4 cm
80'' (203 cm) 163 cm (64'') 122 cm (48'') 6.4 m (21' 0") 9.9 m (32' 4") –3 cm
70'' (178 cm) 142 cm (56'') 107 cm (42'') 5.6 m (18' 4") 8.6 m (28' 3") –3 cm
60'' (152 cm) 122 cm (48'') 91 cm (36'') 4.8 m (15' 9") 7.4 m (24' 3") –2 cm
40'' (102 cm) 81 cm (32'') 61 cm (24'') 3.2 m (10' 6") 4.9 m (16' 2") –1 cm
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Picture (Screen) size Projection distance [L]
Distance from the lens center
to the bottom of the image [H]
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.07988
L2 (m) = 0.12318
H (cm) = –0.03633
[Feet/inches]
L1 (ft) = 0.07988χ / 0.3048
L2 (ft) = 0.12318
H (in) = –0.03633χ / 2.54
χ
χ
χ
/ 0.3048
7
/32")
(–3
55
/64")
(–2
9
/64")
(–2
23
/32")
(–1
7
(–1
/16")
9
/64")
(–1
(–1")
55
–
/64")
(
37
(
–
/64")
χ
Note
• Allow a margin of error in the value in the diagrams above.
• When the distance from the lens center to the bottom of the image [H] is a negative number, this indicates
that the bottom of the image is below the lens center.
-7
Screen Size and Projection Distance
Tele-zoom Lens (AN-C41MZ)
F2.1-F2.8, f=83.5-117.2 mm
16:10 Signal Input (Normal Mode)
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
250'' (635 cm) 538 cm (212'') 337 cm (132'') 27.6 m (90' 5") 38.7 m (127' 0")
200'' (508 cm) 431 cm (170'') 269 cm (106'') 22.0 m (72' 4") 31.0 m (101' 7")
150'' (381 cm) 323 cm (127'') 202 cm (79'') 16.5 m (54' 3") 23.2 m (76' 2")
120'' (305 cm) 258 cm (102'') 162 cm (64'') 13.2 m (43' 5") 18.6 m (61' 0")
100'' (254 cm) 215 cm (85'') 135 cm (53'') 11.0 m (36' 2") 15.5 m (50' 10")
80'' (203 cm) 172 cm (68'') 108 cm (42'') 8.8 m (28' 11") 12.4 m (40' 8")
60'' (152 cm) 129 cm (51'') 81 cm (32'') 6.6 m (21' 8") 9.3 m (30' 6")
40'' (102 cm) 86 cm (34'') 54 cm (21'') 4.4 m (14' 6") 6.2 m (20' 4")
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Picture (Screen) size Projection distance [L]
Distance from the lens center
to the bottom of the image [H]
–8 cm (–3
–6 cm (–2
–5 cm (–1
–4 cm (–1
–3 cm (–1
–3 cm (–1
–2 cm (
–1 cm (
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.11024
L2 (m) = 0.15484
H (cm) = –0.03209
[Feet/inches]
L1 (ft) = 0.11024
L2 (ft) = 0.15484χ / 0.3048
H (in) = –0.03209χ / 2.54
χ
χ
χ
/ 0.3048
5
/32")
17
/32")
57
/64")
33
/64")
17
/64")
1
/64")
49
–
/64")
1
–
/2")
χ
4:3 Signal Input (Normal Mode)
Diag. [x] Width Height Minimum [L1] Maxmum [L2]
225'' (572 cm) 457 cm (180'') 343 cm (135'') 28.1 m (92' 2") 39.4 m (129' 5")
200'' (508 cm) 406 cm (160'') 305 cm (120'') 25.0 m (81' 11") 35.1 m (115' 0")
150'' (381 cm) 305 cm (120'') 229 cm (90'') 18.7 m (61' 5") 26.3 m (86' 3")
120'' (305 cm) 244 cm (96'') 183 cm (72'') 15.0 m (49' 2") 21.0 m (69' 0")
100'' (254 cm) 203 cm (80'') 152 cm (60'') 12.5 m (40' 11") 17.5 m (57' 6")
80'' (203 cm) 163 cm (64'') 122 cm (48'') 10.0 m (32' 9") 14.0 m (46' 0")
70'' (178 cm) 142 cm (56'') 107 cm (42'') 8.7 m (28' 8") 12.3 m (40' 3")
60'' (152 cm) 122 cm (48'') 91 cm (36'') 7.5 m (24' 7") 10.5 m (34' 6")
40'' (102 cm) 81 cm (32'') 61 cm (24'') 5.0 m (16' 5") 7.0 m (23' 0")
χ
: Picture size (diag.) (in/cm)
L: Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H: Distance from the lens center to the bottom of the image (cm/in)
Picture (Screen) size Projection distance [L]
Distance from the lens center
to the bottom of the image [H]
–8 cm
–7 cm
–5 cm
–4 cm
–4 cm
–3 cm
–3 cm
–2 cm
–1 cm
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.1248
L2 (m) = 0.17529
H (cm) = –0.03633
[Feet/inches]
L1 (ft) = 0.1248χ / 0.3048
L2 (ft) = 0.17529
H (in) = –0.03633χ / 2.54
χ
χ
χ
/ 0.3048
7
(–3
/32")
55
/64")
(–2
9
/64")
(–2
23
/32")
(–1
7
/16")
(–1
9
/64")
(–1
(–1")
55
–
/64")
(
37
–
/64")
(
χ
Note
• Allow a margin of error in the value in the diagrams above.
• When the distance from the lens center to the bottom of the image [H] is a negative number, this indicates
that the bottom of the image is below the lens center.
-8
Changing the Lens
Info
• Before changing the lens, turn off the power of the projector and remove the power cord from the wall
outlet.
• Do not attempt to change the lens while the projector is mounted on the ceiling.
1 Remove the lens housing cover
by using the supplied lens housing cover removal tool to push
down on the groove on the lens
housing cover.
• Hold down the lens housing cover with
your hand to prevent it from flying out.
2 Slide the lens fastener catch tab
in the direction of “UNLOCK”
while holding the lens to prevent
it from falling out.
• Slide the lens fastener catch tab until the
window located beside “LOCK” comes to
the top. Look inside the window to make
sure that the two grooves on the lens fastener ring are facing up.
Lens fastener catch tab
Two grooves
3 Remove the lens by pulling it
straight out.
4 Remove the protection cap from
the back of the new lens.
Window
-9
Changing the Lens
5
Insert the lens into the projector.
• As you insert the lens, look inside the
window to make sure that the pin is inserted into the hole of the lens mount.
Pin
Lens
mount
6 Slide the lens fastener catch tab
in the direction of “LOCK” until
it stops.
• Be careful not to rotate the lens fastener
ring too tight, as the lens fastener ring
will be difficult to loosen the next time
the lens is changed.
7 Replace the lens housing cover.
• If the lens housing cover is not secured
to the projector, you will not be able to
turn the power on.
Lens fastener catch tab
-10
Connecting Pin Assignments
COMPUTER-RGB/COMPONENT INPUT 1, 2 and COMPUTER-RGB/COMPONENT OUTPUT Terminals
mini D-sub 15-pin female connector
6
11
COMPUTER-RGB Input/Output
15
1
5
10
1. Video input (red)
2. Video input (green/sync on green)
3. Video input (blue)
4. Not connected
5. Not connected
6. Earth (red)
7. Earth (green/sync on green)
8. Earth (blue)
9. Not connected
10. GND
11. Not connected
12. Bi-directional data
13. Horizontal sync signal: TTL level
14. Vertical sync signal: TTL level
15. Data clock
Component Input/Output
1. PR (CR)
2. Y
(CB)
3. P
B
4. Not connected
5. Not connected
6. Earth (P
7. Earth (Y)
8. Earth (P
9. Not connected
10. Not connected
11. Not connected
12. Not connected
13. Not connected
14. Not connected
15. Not connected
)
R
)
B
RS-232C Terminal: mini DIN 9-pin female connector
8
9
6
5
7
3
4
12
Pin No. Signal Name I/O Reference
1 Not connected
2RDReceive Data Input Connected to internal circuit
3SDSend Data Output Connected to internal circuit
4 Not connected
5SGSignal Ground Connected to internal circuit
6 Not connected
7RSRequest to Send Connected to CS in internal circuit
8CSClear to Send Connected to RS in internal circuit
9 Not connected
RS-232C Terminal: D-sub 9-pin male connector of the DIN-D-sub RS-232C adaptor
15
69
Pin No. Signal Name I/O Reference
1 Not connected
2RDReceive Data Input Connected to internal circuit
3SDSend Data Output Connected to internal circuit
4 Not connected
5SGSignal Ground Connected to internal circuit
6 Not connected
7RSRequest to Send Connected to CS in internal circuit
8CSClear to Send Connected to RS in internal circuit
9 Not connected
:
RS-232C Cable recommended connection: D-sub 9-pin female connector
51
96
Pin No. Signal Pin No. Signal
1CD 1 CD
2RD 2 RD
3SD 3 SD
4ER 4 ER
5SG 5 SG
6DR 6 DR
7RS 7 RS
8CS 8 CS
9CI 9 CI
Note
• Depending on the controlling device used, it may be necessary to connect Pin 4 and Pin 6 on the controlling
device (e.g. computer).
Projector
Pin No.
4
5
6
Computer
Pin No.
4
5
6
LAN Terminal : LAN (RJ-45)
Pin No. Signal Pin No. Signal
1 TX+ 5
2 TX– 6 RX–
3 RX+ 7
8...1
48
-11
Connecting Pin Assignments
DVI-D Terminal:24 pin connector
Pin No. Signal
1724
8
16
1
9
1T.M.D.S. Data 2–
2T.M.D.S. Data 2+
3T.M.D.S. Data 2 Shield
4 Not connected
5 Not connected
6 DDC Clock
7 DDC Data
8 Not connected
9T.M.D.S. Data 1–
10 T.M.D.S. Data 1+
11 T.M.D.S. Data 1 Shield
12 Not connected
Pin No. Signal
13 Not connected
14 +5 V Power
15 Ground
16 Hot Plug Detect
17 T.M.D.S. Data 0–
18 T.M.D.S. Data 0+
19 T.M.D.S. Data 0 Shield
20 Not connected
21 Not connected
22 T.M.D.S. Clock Shield
23 T.M.D.S. Clock+
24 T.M.D.S. Clock–
-12
RS-232C Specifications and Commands
Computer control
A computer can be used to control the projector by connecting an RS-232C serial control cable (cross type,
commercially available) to the projector. (See page 27 of the projector’s operation manual for connection.)
Communication conditions
Set the serial port settings of the computer to match that of the table.
Signal format: Conforms to RS-232C standard. Parity bit: None
Baud rate*: 9,600 bps / 38,400 bps / 115,200 bps Stop bit: 1 bit
Data length: 8 bits Flow control: None
*Set the projector’s baud rate to the same rate as used by the computer.
Basic format
Commands from the computer are sent in the following order: command, parameter, and return code. After
the projector processes the command from the computer, it sends a response code to the computer.
Command format
C1 C2 C3 C4 P1 P2 P3 P4
Return code (0DH)
Response code format
Normal response
O K
Command 4-digit Parameter 4-digit
Problem response (communication error or incorrect command)
Return code (0DH)
E R R
Return code (
0DH)
Info
• When controlling the projector using RS-232C commands from a computer, wait for at least 40 seconds
after the power has been turned on, and then transmit the commands.
• After sending an input selection or picture adjustment command and then receiving an “OK” response
code, the projector may take some time to process the command. If a second command is sent while the
projector is still processing the first command, you may receive an “ERR” response code. If this happens,
try resending the second command.
• When more than one code is being sent, send each command only after the response code for the previous command from the projector is verified.
• “POWR????”, “TABN _ _ _ 1”, “TLPS _ _ _ 1”, “TPOW _ _ _ 1”, “TLPN _ _ _ 1”, “TLTT _ _ _ 1”,
“TLTM _ _ _ 1”, “TLTL _ _ _ 1”, “TNAM _ _ _ 1”, “MNRD _ _ _ 1”, “PJN0 _ _ _ 1”
−
When the projector receives the special commands shown above:
* The on-screen display will not disappear.
* The “Auto Power Off” timer will not be reset.
−
The special commands are available for applications that require continuous polling.
Note
• If an underbar (_) appears in the parameter column, enter a space.
• If an asterisk (*) appears in the parameter column, enter a value in the range indicated in brackets under
Control Contents.
TM
PJLink
This product conforms with the PJLink standard Class 1 and all Class 1 commands are implemented.
This product confirms with the PJLink standard specification version 1.00.
For additional information, visit “http://pjlink.jbmia.or.jp/english/”.
Compliant:
-13
RS-232C Specifications and Commands
Commands
Example: When turning on the projector, make the following setting.
COMMAND
W
O
W
O
W
O
B
A
P
L
O
P
P
L
T
L
T
L
T
L
A
N
R
N
R
N
N
J
N
J
N
J
N
J
G
R
G
R
G
R
D
C
D
C
E
V
E
V
G
R
E
V
O
M
H
C
L
O
U
O
Y
E
Y
E
Y
E
B
M
B
M
E
R
E
R
M
H
M
H
J
D
S
A
S
A
S
A
S
A
S
A
S
A
S
B
S
B
S
B
S
B
S
B
S
B
PARAMETER
_
R
_
R
?
R
_
N
_
S
_
W
_
N
_
T
_
M
_
L
_
M
_
D
_
D
*
1
*
2
*
3
_
0
_
B
_
B
_
B
_
S
_
S
_
D
_
D
?
B
?
D
?
D
?
K
_
A
_
D
_
S
_
V
_
H
_
K
_
K
_
Z
_
Z
_
D
_
D
_
S
_
R
_
R
_
R
_
R
_
R
_
R
_
R
_
R
_
R
_
R
_
R
_
R
→
←
1
_
_
0
_
_
?
?
?
1
_
_
1
_
_
1
_
_
1
_
_
1
_
_
1
_
_
1
_
_
1
_
_
1
_
_
1
_
_
*
*
*
*
*
*
*
*
*
1
_
_
1
_
_
2
_
_
3
_
_
1
_
_
2
_
_
1
_
_
2
_
_
?
?
?
?
?
?
?
?
?
?
?
?
*
_
*
*
*
*
*
*
*
*
*
*
*
*
*
1
_
_
0
_
_
1
_
_
0
_
_
1
_
_
0
_
_
1
_
_
1
_
_
2
_
_
3
_
_
5
_
_
0
_
1
1
_
1
1
_
_
2
_
_
3
_
_
5
_
_
0
_
1
1
_
1
OK or ERR
OK
1
0: Normal
1: Temp High
8: Lamp Life 5% or less
16: Lamp Burn-out
32: Lamp Ignition Failure
0:Off, 1:On, 2:Retry,
3:Waiting, 4:Lamp Error
1:On, 2:Cooling
1
0 – 9999 (Integer)
0, 15, 30, 45
0% – 100% (Integer)
PGC355W/XGC455W
PG-C355W/XG-C455W
Serial No.
OK or ERR
OK or ERR
OK or ERR
Projector Name
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
1: RGB1 (
2:
RGB2 (
3: RGB3 (DVI), ERR
1: S-Video, 2: Video, ERR
1: RGB, 2: Video
1: Computer1,
2: Computer2, 3: DVI,
4: S-Video, 5: Video
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
OK or ERR
Power
Projector Condition
Lamp
Name
Input Change
Volume
Keystone
AV Mute
Freeze
Eco+Quiet Mode
Auto Sync
Resize
POWR _ 1__
CONTROL CONTENTS
On
Off
Status
Status
Power Status
Quantity
Usage Time (Hour)
Usage Time (Minute)
Life (Percentage)
Model Name Check
Model Name Check
Serial No. Check *1
Projector Name Setting 1
(First 4 characters) *2
Projector Name Setting 2
(Middle 4 characters) *2
Projector Name Setting 3
(Last 4 characters) *2
Projector Name Check
Computer1 (RGB1)
Computer2 (RGB2)
DVI (RGB3)
DVI-D-Computer select
DVI-D-Video select
S-Video (Video1)
Video (Video2)
Input RGB Check
Input Video Check
Input Mode Check
Input Check
Volume (0 – 60)
Volume up/down (-10 – +10)
Vertical
Horizontal
On
Off
On
Off
On
Off
Start
Computer1 (RGB1)
Computer2 (RGB2)
-100 – +100
-100 – +100
-60 – +60
Normal
Stretch
Dot By Dot
Full
Area Zoom
V-Stretch
Normal
Stretch
Dot By Dot
Full
Area Zoom
V-Stretch
P
P
P
T
T
T
T
T
T
T
T
M
S
P
P
P
P
I
I
I
I
I
I
I
I
I
I
I
V
V
K
K
K
I
I
F
F
T
T
A
R
R
R
R
R
R
R
R
R
R
R
R
ProjectorComputer
OK
Power ON
Computer1),
Computer2),
RETURN
Standby mode
(or 40-second startup time)
OK
OK or ERR
0
0: Normal
1: Temp High
2: Fan Error
4: Cover Open
8: Lamp Life 5% or less
16: Lamp Burn-out
32: Lamp Ignition Failure
64: Temp Abnormally High
0:Off, 4:Lamp Error
0:Standby
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
ERR
-14
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