Sharp XV-Z12000 Operation Manual page 24

Setup
Screen Size and Projection Distance
Using the Lens Shift
The height of the projected image can be ad-
justed within the shift range of the lens by
rotating the lens shift dial on the top of the
projector.
When using a normal
Note
screen (4:3)
• Do not turn the lens shift dial beyond the
In case of setting the
16:9 picture to the full
upper limit and lower limit positions. This
Using the Adjustment
horizontal width of the
may cause the projector to malfunction.
ntrolling the Projector by a Computer
Feet 4:3 screen.
The height of the projector can be adjusted
4
using the adjustment feet when the projector
is placed on an uneven surface or when the
cting to a Com-
screen is slanted.
ntrolling the
The position of the projected image can be
made higher by adjusting the projector when
jector Using an INPUT 5)
it is in a location lower than the screen.
232C Cable
: Screen area
g to Video
1
ect a DVI cable to the pro-
: Picture area
Press the foot releases and lift
the RS-232C terminal on the projector
with the
.
nected to a computer with an RS-232C
the projector to the desired
ut Terminal
null modem, cross type, commercially
angle.
ble), the computer can be used to con-
ect the above cable to the
e projector and check the status of the
2
uter.
UT 5)
tor. See page 84 for details. Remove your hands from the
foot releases. Once the adjust-
cable when connecting
e connectors by tightening the
ent such as DVD players When using a wide
ws. ment feet have locked in posi-
Connect an RS-232C cable to Video
screen (16:9)
tion, release the projector.
he projector.
In case of displaying the
ng an
• If the screen is at an angle, the ad-
16:9 picture on the whole
DVI to HDMI cable
omposite
justment feet can be used to adjust the of the 16:9 screen.
ector.
Connect the above cable to the
angle of the image.
NPUT 3
connectors by tightening
e signal type to either "A. RGB"
computer.
16
rews.
RGB" depending on whether the
Note
output signal is analog or digi-
ure the connectors by tightening the
posite video cable,
age 69.
mbscrews.
• The projector is adjustable up to approxi-
e above cable to the
r video equipment
nnecting, be sure to unplug the
mately 5 degrees from the standard posi-
pment. 3 or INPUT 4 input
d of the projector from the AC
tion.
: Picture area
turn off the computer to be con-
• When the height of the projector is ad-
Note
ter making all connections, turn
justed, the image may become distorted
deo cable or a
not connect or disconnect an RS-232C jector and then the computer.
(keystoned), depending on the relative
o cable to the signal type of the video
ble to or from the computer while it is hat the computer is the last de-
positions of the projector and the screen.
page 69.
turned on after all the connec-
This may damage your computer.
See page 38 for details on the keystone
g, be sure to unplug the
made. e RS-232C function may not operate if
NPUT 3 terminal
e projector from the AC correction.
r computer terminal is not correctly set
able: to INPUT 4
ff the devices to be con-
Refer to the operation manual of the
king all connections, turn
mputer for details.
nd then the other devices.
Info
• Do not hold the lens when lifting or lower- Composite video cable
ve cable to the
(commercially available)
ing the projector.
t.
*Use when connecting to video equipment
• When lowering the projector, be careful
without S-video output terminal.
g to Video
S-video output ter-
not to get your finger caught in the area
with the DVI
between the adjustment foot and the
able: to video out-
minal Using
projector.
Downloaded from ProjectorsManual.com Manuals
e (INPUT 5)
Screen size (4:3)
Diag. (x) Width Height
250" 200"
200" 160"
150" 120"
100" 80"
84" 67"
Optional
72" 58"
accessory
60" 48"
3
The formula for screen size and projection distance
(Max.) = (0.05058x – 0.0447) × 3.28
y
1
(Min.) = (0.03734x – 0.0447) × 3.28
y
2
z (Upper) = 0
1
z (Lower) = –0.45x
2
Note
• There is an error of ±3% in the formula above.
To INPUT 5 terminal
• Values with a minus (–) sign indicate the distance of the lens center below the
bottom of the screen.
To INPUT 5 terminal
Screen size (16:9)
S-video cable (commercially available)
*Use when connecting to video
Diag. (x) Width Height
equipment with S-video output
300" 261"
terminal.
250" 218"
200" 174"
150" 131"
133" 116"
106" 92"
DVI to HDMI cable
9
100" 87"
(commercially available)
92" 80"
To INPUT 3 terminal
84" 73"
DVI cable
To HDMI output
72" 63"
(sold separately)
terminal
(commercially available)
60" 52"
40" 35"
Video equipment
The formula for screen size and projection distance
(Max.) = (0.05510x – 0.04593) × 3.28
y
1
To DVI Digital output terminal
(Min.) = (0.04068x – 0.04369) × 3.28
y
2
z (Upper) = 0
1
z (Lower) = –0.4904x
2
Note
• There is an error of ± 3% in the formula above.
Optional
• Values with a minus (–) sign indicate the distance of the lens center below the
accessory
To video output terminal
bottom of the screen.
Desktop computer
Lens
x
y z
Projection distance (y)
Maximum (y ) Minimum (y
1
150" 41'4" (12.6 m) 30'6" (9.3 m)
120" 33' (10.1 m) 24'4" (7.4 m)
90" 24'9" (7.5 m) 18'3" (5.6 m)
60" 16'5" (5.0 m) 12'1" (3.7 m)
DVI cable
50" 13'9" (4.2 m) 10'2" (3.1 m)
Type: AN-C3DV
43" 11'10" (3.6 m) 8'8" (2.6 m)
(9'10'' (3.0 m))
36" 9'10" (3.0 m) 7'2" (2.2 m)
x : Screen size (diag.) (inches)
y : Projection distance (feet)
z : Distance from the lens center to the
Projection distance (y)
To RS-232C terminal
Maximum (y ) Minimum (y
1
147" 54'1" (16.5 m) 39'11" (12.2 m)
123" 45'1" (13.7 m) 33'3" (10.1 m)
98" 36' (11.0 m) 26'7" (8.1 m)
74" 26'12" (8.2 m) 19'11" (6.1 m)
65" 23'11" (7.3 m) 17'7" (5.4 m)
52" 18'11" (5.8 m) 13'11" (4.3 m)
49" 17'11" (5.5 m) 13'2" (4.0 m)
45" 16'5" (5.0 m) 12'1" (3.7 m)
41" 15' (4.6 m) 11'1" (3.4 m)
RS-232C cable
35" 12'10" (3.9 m) 9'6" (2.9 m)
29" 10'8" (3.3 m) 7'10" (2.4 m)
20" 7'1" (2.2 m) 5'2" (1.6 m)
x : Screen size (diag.) (inches)
y : Projection distance (feet)
z : Distance from the lens center to the
To RS-232C terminal
To INPUT 4 terminal
DVI cable
Type: AN-C3DV
(9'10'' (3.0 m))
To S-video output
terminal
Distance from the lens center to
the lower edge of the screen (z)
) Upper (z ) Lower (z
2 1
0" (0 cm) –12'6" (–286 cm)
0" (0 cm) –10' (–229 cm)
0" (0 cm) –7'6" (–171 cm)
0" (0 cm) –5' (–114 cm)
0" (0 cm) –4'2" (–96 cm)
0" (0 cm) –3'7" (–82 cm)
0" (0 cm) –3' (–69 cm)
Foot
lower edge of the screen (feet)
Distance from the lens center to
Adju
the lower edge of the screen (z)
) Upper (z ) Lower (z
2 1
0" (0 cm) –12'3" (–374 cm)
0" (0 cm) –10'3" (–311 cm)
0" (0 cm) –8'2" (–249 cm)
0" (0 cm) –6'2" (–187 cm)
0" (0 cm) –5'5" (–166 cm)
0" (0 cm) –4'4" (–131 cm)
0" (0 cm) –4'1" (–125 cm)
0" (0 cm) –3'9" (–114 cm)
0" (0 cm) –3'5" (–105 cm)
0" (0 cm) –2'11" (–90 cm)
0" (0 cm) –2'5" (–75 cm)
0" (0 cm) –1'8" (–50 cm)
lower edge of the screen (feet)
)
2
)
2
-3