Using The Adjustment Feet - Sharp XV-Z12000 Operation Manual

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 Ò A. RGBÓ
computer.
16
rews.
RGBÓ 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 Ð 0.0447) × 3.28
y
1
(Min.) = (0.03734x Ð 0.0447) × 3.28
y
2
z (Upper) = 0
1
z (Lower) = Ð 0.45x
2
Note
¥ There is an error of ±3% in the formula above.
To INPUT 5 terminal
¥ Values with a minus (Ð ) 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 Ð 0.04593) × 3.28
y
1
To DVI Digital output terminal
(Min.) = (0.04068x Ð 0.04369) × 3.28
y
2
z (Upper) = 0
1
z (Lower) = Ð 0.4904x
2
Note
• There is an error of ± 3% in the formula above.
Optional
• Values with a minus (Ð ) 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) Ð 12'6" (Ð 286 cm)
0" (0 cm) Ð 10' (Ð 229 cm)
0" (0 cm) Ð 7'6" (Ð 171 cm)
0" (0 cm) Ð 5' (Ð 114 cm)
0" (0 cm) Ð 4'2" (Ð 96 cm)
0" (0 cm) Ð 3'7" (Ð 82 cm)
0" (0 cm) Ð 3' (Ð 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) Ð 12'3" (Ð 374 cm)
0" (0 cm) Ð 10'3" (Ð 311 cm)
0" (0 cm) Ð 8'2" (Ð 249 cm)
0" (0 cm) Ð 6'2" (Ð 187 cm)
0" (0 cm) Ð 5'5" (Ð 166 cm)
0" (0 cm) Ð 4'4" (Ð 131 cm)
0" (0 cm) Ð 4'1" (Ð 125 cm)
0" (0 cm) Ð 3'9" (Ð 114 cm)
0" (0 cm) Ð 3'5" (Ð 105 cm)
0" (0 cm) Ð 2'11" (Ð 90 cm)
0" (0 cm) Ð 2'5" (Ð 75 cm)
0" (0 cm) Ð 1'8" (Ð 50 cm)
lower edge of the screen (feet)
)
2
)
2
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