Sharp PG-B10S (serv.man35) User Manual / Operation Manual ▷ View online
-54
Connecting to a
Computer Using a DIN-D-
sub RS-232C Adaptor
and an RS-232C Serial
Control Cable
Computer Using a DIN-D-
sub RS-232C Adaptor
and an RS-232C Serial
Control Cable
When the RS-232C terminal on the projector
is connected to a computer with a DIN-D-sub
RS-232C adaptor (sold separately) and an RS-
232C serial control cable (cross type, sold
separately), the computer can be used to con-
trol the projector and check the status of the
projector. See page
is connected to a computer with a DIN-D-sub
RS-232C adaptor (sold separately) and an RS-
232C serial control cable (cross type, sold
separately), the computer can be used to con-
trol the projector and check the status of the
projector. See page
69
for details.
1
Connect a DIN-D-sub RS-232C
adaptor (sold separately) to an
RS-232C serial control cable
(sold separately).
adaptor (sold separately) to an
RS-232C serial control cable
(sold separately).
2
Use the above cables to connect
the projector and the computer.
the projector and the computer.
Note
•
Do not connect the RS-232C cable to a port
other than the RS-232C terminal on the com-
puter. This may damage your computer or
projector.
other than the RS-232C terminal on the com-
puter. This may damage your computer or
projector.
•
Do not connect or disconnect an RS-232C
serial control cable to or from the computer
while it is on. This may damage your com-
puter.
serial control cable to or from the computer
while it is on. This may damage your com-
puter.
•
The RS-232C function may not operate if
your computer terminal is not correctly set
up. Refer to the operation manual of the
computer for details.
your computer terminal is not correctly set
up. Refer to the operation manual of the
computer for details.
•
See page
68
for connection of an RS-232C
serial control cable.
RS-232C serial control cable
AN-C10RS
(32'10" (10.0 m))
AN-C10RS
(32'10" (10.0 m))
To RS-232C terminal
DIN-D-sub RS-232C adaptor
AN-A1RS
(5
AN-A1RS
(5
57
/
64
" (15 cm))
Computer
RS-232C serial
control cable
(sold separately)
control cable
(sold separately)
DIN-D-sub
RS-232C
adaptor
(sold
separately)
RS-232C
adaptor
(sold
separately)
Controlling the Projector Using a Computer
Optional
cables
cables
Connecting the Projector to Other Devices
-55
Connections
Connecting to a Monitor
Watching Images on
Both the Projector and a
Monitor
Both the Projector and a
Monitor
You can display computer images on both the
projector and a separate monitor using RGB
cables.
projector and a separate monitor using RGB
cables.
1
Connect the projector to the
computer using the supplied
RGB cable.
computer using the supplied
RGB cable.
•
Secure the connectors by tightening the
thumbscrews.
thumbscrews.
2
Connect the projector to the
monitor using the computer
RGB cable (sold separately).
monitor using the computer
RGB cable (sold separately).
•
Secure the connectors by tightening the
thumbscrews.
thumbscrews.
Note
•
Analog RGB signals as well as Component
signals can be output to the monitor.
signals can be output to the monitor.
•
For this connection, computer RGB cable
(sold separately) is required.
(sold separately) is required.
To RGB input port
Computer
Monitor
To RGB
input port
input port
RGB cable
Computer RGB cable
(sold separately)
(sold separately)
To
the monitor
To
the computer
Power cord
Supplied
accessory
accessory
RGB cable
Supplied
accessory
accessory
Optional
cable
cable
Computer RGB cable
AN-C10BM
(32'10" (10.0 m))
AN-C10BM
(32'10" (10.0 m))
Connecting the Power
Cord
Cord
Plug the supplied power cord into the
AC socket on the rear of the projector.
AC socket on the rear of the projector.
Connecting the Power Cord to the Projector
-56
Screen
Upper lens shift
position
(Desktop setup)
position
(Desktop setup)
Lower lens shift
position
(High mount setup)
position
(High mount setup)
Rightmost lens shift
position
position
Leftmost lens shift
position
position
Lens center
Lens center
H1 :
57
11
/
64
" (145.2 cm)
H2
-8
-8
1
/
16
"(-20.5 cm)
Screen
W
:
25
29
/
32
" (65.8 cm)
Center of screen
Screen size : 100 inch (254 cm) STRETCH Mode : 16:9
Example of standard setup
Side View
Top View
Lens center
Lens center
Position the projector perpendicular to the screen with all feet flat and level to achieve an optimal image.
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.
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.
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.
•
A polarizing screen cannot be used with this projector.
Standard Setup (Front Projection)
■ Place the projector at the required distance from
the screen according to the desired picture size.
(See page
(See page
57
.)
•
The distance from the screen
to the projector may vary
depending on the size of the
screen.
to the projector may vary
depending on the size of the
screen.
P.57
•
The default setting can be used,
when placing the projector in front
of the screen. If the projected im-
age is reversed, readjust the set-
ting to “Front” in the “PRJ Mode”
menu.
when placing the projector in front
of the screen. If the projected im-
age is reversed, readjust the set-
ting to “Front” in the “PRJ Mode”
menu.
P.49
•
Place the projector so that an
imaginary horizontal line that
passes through the center of the
lens is perpendicular to the
screen.
imaginary horizontal line that
passes through the center of the
lens is perpendicular to the
screen.
Setting up the Screen
-57
Screen Setup
Screen Size and Projection Distance
NORMAL Mode (4:3)
Picture (Screen) size
Projection distance [L]
Diag. [
χ
]
Width
Height
Minimum [L1]
Maximum [L2]
Lower [H1]
Upper [H2]
300" (762 cm)
664 cm (261")
374 cm (147")
9.8 m (32' 2") 12.3 m (40' 4")
435.6 cm (171
1
/
2
") –61.4 cm (–24
11
/
64
") ±197.4 cm (±77
23
/
32
")
250" (635 cm)
553 cm (218")
311 cm (123")
8.2 m (26'11") 10.2 m (33' 6")
363.0 cm (142
29
/
32
") –51.2 cm (–20
5
/
32
") ±164.5 cm (±64
49
/
64
")
225" (572 cm)
498 cm (196")
280 cm (110")
7.4 m (24' 3")
9.2 m (30' 2")
326.7 cm (128
5
/
8
") –46.1 cm (–18
5
/
32
") ±148.0 cm (±58
17
/
64
")
200" (508 cm)
443 cm (174")
249 cm
(98")
6.5 m (21' 4")
8.2 m (26'11")
290.4 cm (114
21
/
64
") –40.9 cm (–16
7
/
64
") ±131.6 cm (±51
13
/
16
")
150" (381 cm)
332 cm (131")
187 cm
(74")
4.9 m (16' 1")
6.1 m (20'
)
217.8 cm (85
3
/
4
") –30.7 cm (–12
3
/
32
")
±98.7 cm (±38
55
/
64
")
133" (338 cm)
294 cm (116")
166 cm
(65")
4.3 m (14' 1")
5.4 m (17' 9")
193.1 cm (76
1
/
32
") –27.2 cm (–10
45
/
64
")
±87.5 cm (±34
29
/
64
")
106" (269 cm)
235 cm
(92")
132 cm
(52")
3.5 m (11' 6")
4.3 m (14' 1")
153.9 cm (60
19
/
32
") –21.7 cm (–8
35
/
64
")
±69.7 cm (±27
7
/
16
")
100" (254 cm)
221 cm
(87")
125 cm
(49")
3.3 m (10'10")
4.1 m (13' 5")
145.2 cm (57
11
/
64
") –20.5 cm (–8
5
/
64
")
±65.8 cm (±25
29
/
32
")
92" (234 cm)
204 cm
(80")
115 cm
(45")
3.0 m
(9'10")
3.7 m (12' 2")
133.6 cm (52
19
/
32
") –18.8 cm (–7
13
/
32
")
±60.5 cm (±23
13
/
16
")
84" (213 cm)
186 cm
(73")
105 cm
(41")
2.7 m
(8'10")
3.4 m (11' 2")
122.0 cm (48
1
/
32
") –17.2 cm (–6
49
/
64
")
±55.3 cm (±21
49
/
64
")
72" (183 cm)
159 cm
(63")
90 cm
(35")
2.3 m
(7' 7")
2.9 m
(9' 6")
104.6 cm (41
3
/
16
") –14.7 cm (–5
25
/
32
")
±47.4 cm (±18
21
/
32
")
60" (152 cm)
133 cm
(52")
75 cm
(29")
1.9 m
(6' 3")
2.4 m
(7'10")
87.1 cm (34
19
/
64
") –12.3 cm (–4
27
/
32
")
±39.5 cm (±15
35
/
64
")
40" (102 cm)
89 cm
(35")
50 cm
(20")
1.3 m
(4' 3")
1.6 m
(5' 3")
58.1 cm (22
7
/
8
")
–8.2 cm (–3
15
/
64
")
±26.3 cm (±10
23
/
64
")
Distance from the lens center to
the bottom of the image [H]
Distance from the lens
center to the center of
the image [W]
Picture (Screen) size
Projection distance [L]
Diag. [
χ
]
Width
Height
Minimum [L1]
Maximum [L2]
Lower [H1]
Upper [H2]
300" (762 cm)
610 cm (240”)
457 cm (180")
9.0 m (29' 6") 11.3 m (37' 1")
458.1 cm (180
23
/
64
")
0 cm (0")
±181.1 cm(±71
19
/
64
")
250" (635 cm)
508 cm (200")
381 cm (150")
7.5 m (24' 7")
9.4 m (30'10")
381.8 cm (150
5
/
16
")
0 cm (0")
±150.9 cm(±59
13
/
32
")
200" (508 cm)
406 cm (160")
305 cm (120")
6.0 m (19' 8")
7.5 m (24' 7")
305.4 cm (120
15
/
64
")
0 cm (0")
±120.7 cm(±47
33
/
64
")
150" (381 cm)
305 cm (120")
229 cm
(90")
4.5 m (14' 9")
5.6 m (18' 4")
229.1 cm
(90
13
/
64
")
0 cm (0")
±90.5 cm(±35
5
/
8
")
100" (254 cm)
203 cm
(80")
152 cm
(60")
3.0 m
(9'10")
3.7 m (12' 2")
152.7 cm
(60
1
/
8
")
0 cm (0")
±60.4 cm(±23
25
/
32
")
84" (213 cm)
171 cm
(67")
128 cm
(50")
2.5 m
(8' 2")
3.1 m (10' 2")
128.3 cm
(50
33
/
64
")
0 cm (0")
±50.7 cm(±19
61
/
64
")
72" (183 cm)
146 cm
(58")
110 cm
(43")
2.1 m
(6'11")
2.7 m
(8'10")
109.9 cm
(43
17
/
64
")
0 cm (0")
±43.5 cm(±17
1
/
8
")
60" (152 cm)
122 cm
(48")
91 cm
(36")
1.8 m
(5'11")
2.2 m
(7' 3")
91.6 cm
(36
1
/
16
")
0 cm (0")
±36.2 cm(±14
1
/
4
")
40" (102 cm)
81 cm
(32")
61 cm
(24")
1.2 m
(3'11")
1.5 m
(4'11")
61.1 cm
(24
1
/
16
")
0 cm (0")
±24.1 cm (±9
31
/
64
")
Distance from the lens center to
the bottom of the image [H]
Distance from the lens
center to the center of
the image [W]
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.0302
[m/cm]
L1 (m) = 0.0302
χ
– 0.035
L2 (m) = 0.0377
χ
– 0.035
H1 (cm) = 1.5271
χ
H2 (cm) = 0
W (cm) = ±0.6036
W (cm) = ±0.6036
χ
[Feet/inches]
L1 (ft) = (0.0302
L1 (ft) = (0.0302
χ
– 0.035) / 0.3048
L2 (ft) = (0.0377
χ
– 0.035) / 0.3048
H1 (in) = 1.5271
χ
/ 2.54
H2 (in) = 0
W (in) = ±0.6036
W (in) = ±0.6036
χ
/ 2.54
χ
:
Picture size (diag.) (in/cm)
L:
Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H:
L2: Maximum projection distance (m/ft)
H:
Distance from the lens center to the bottom of the image (cm/in)
H1: Lower distance from the lens center to the bottom of the image (cm/in)
H2: Upper distance from the lens center to the bottom of the image (cm/in)
W:
H2: Upper distance from the lens center to the bottom of the image (cm/in)
W:
Distance from the lens center to the center of the image (cm/in)
Note
•
There may be an error of ± 3% in the above values.
•
Values with a minus (–) sign indicate the distance from the lens center below the bottom of the image.
The formula for picture size and projection distance
[m/cm]
L1 (m) = 0.0329
[m/cm]
L1 (m) = 0.0329
χ
– 0.035
L2 (m) = 0.041
χ
– 0.035
H1 (cm) = 1.452
χ
H2 (cm) = –0.2047
χ
W (cm) = ±0.6579
χ
[Feet/inches]
L1 (ft) = (0.0329
L1 (ft) = (0.0329
χ
– 0.035) / 0.3048
L2 (ft) = (0.041
χ
– 0.035) / 0.3048
H1 (in) = 1.452
χ
/ 2.54
H2 (in) = –0.2047
χ
/ 2.54
W (in) = ±0.6579
χ
/ 2.54
χ
:
Picture size (diag.) (in/cm)
L:
Projection distance(m/ft)
L1: Minimum projection distance (m/ft)
L2: Maximum projection distance (m/ft)
H:
L2: Maximum projection distance (m/ft)
H:
Distance from the lens center to the bottom of the image (cm/in)
H1: Lower distance from the lens center to the bottom of the image (cm/in)
H2: Upper distance from the lens center to the bottom of the image (cm/in)
W:
H2: Upper distance from the lens center to the bottom of the image (cm/in)
W:
Distance from the lens center to the center of the image (cm/in)
STRETCH Mode (16:9)
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