DOWNLOAD Sharp XV-Z100 (serv.man3) Service Manual ↓ Size: 5.09 MB | Pages: 65 in PDF or view online for FREE

Model
XV-Z100 (serv.man3)
Pages
65
Size
5.09 MB
Type
PDF
Document
User Manual / Operation Manual
Brand
Device
Projector
File
xv-z100-sm3.pdf
Date

Sharp XV-Z100 (serv.man3) User Manual / Operation Manual ▷ View online

Quic
k Star
t
17
Select the “INPUT 3” using the INPUT button on the projector or D INPUT 3 on the remote
control.
5. Select the INPUT mode
• When pressing the INPUT button on the projector, input mode switches in the following
order: 
INPUT1
INPUT2
INPUT3
INPUT4
• When using the remote control, press the CINPUT 1/CINPUT 2/DINPUT 3/EINPUT
4 button to switch the INPUT mode.
On the
projector
On the remote
control
On-screen display
_P. 30
INPUT 3
S
Correcting trapezoidal distortion using the Keystone Correction.
7. Correct trapezoidal distortion
_P. 33
On the projector
On the remote control
Shrinks
upper side.
Shrinks
lower side.
4. Turn the video equipment on and start playback
8. Turn the Power off
Press the STANDBY/ON button on the projector or the STANDBY button on the remote control,
and then press the button again while the confirmation message is displayed, to put the projector
into standby mode.
• Unplug the power cord from the AC outlet after the cooling fan stops.
On-screen Display
On the
projector
On the remote
control
_P. 29
6. Adjust the focus, image size, and projector angle
_PP. 30, 31
1. Adjust the focus by
turning the focus ring.
2. Adjust the projection
image size by turning
the zoom ring.
3. Adjust the projector
angle using the HEIGHT
ADJUST lever.
Zoom ring
Focus ring
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18
Ceiling-mount Setup
■ It is recommended that you use the optional
Sharp ceiling-mount bracket for this installa-
tion. Before mounting the projector, contact
your nearest Sharp Authorized Projector
Dealer or Service Center to obtain the rec-
ommended ceiling-mount bracket (sold sepa-
rately).
• AN-60KT ceiling-mount bracket, its AN-
TK201 and AN-TK202 extension tubes.
■ Invert the image by setting “Ceiling + Front”
in “PRJ Mode”. See page 43 for use of this
function.
Setting up the Projector
Setting up the Projector
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. (See page 33.)
Side View
Standard Setup (Front Projection)
■ Place the projector at the required distance from the screen according
to the desired picture size. (See page 20.)
Example of standard setup
Screen
Lens center
H
L
• Refer to page 20 for additional information concerning “Screen Size and Projection Distance”.
Note
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Setup
19
300"
200"
100"
80"
60"
261"´147"
174"
´
98"
87"
´
49"
70"
´
39"
52"
´
29"
34'10
"–40'
4"
(10.6 m 
– 12.3 m)
23'3
"–26'11
"
(7.1 m 
– 8.2 m)
11'7
"–13'5
"
(3.5 m 
– 4.1 m)
9'4
"–10'9
"
(2.8 m 
– 3.3 m)
7'0
"–8'1
"
(2.1 m 
– 2.5 m)
Projection (PRJ) Mode
The projector can use any of the 4 projection modes, shown in the diagram below. Select the mode
most appropriate for the projection setting in use. (You can set the PRJ mode in “SCR-ADJ” menu.
See page 43.)
■ Table mounted, front projection
■ Ceiling mounted, front projection
Menu item 
➞ “Front”
■ Table mounted, rear projection
(with a translucent screen)
Menu item 
➞ “Ceiling + Front”
■ Ceiling mounted, rear projection
(with a translucent screen)
Menu item 
➞ “Rear”
Menu item 
➞ “Ceiling + Rear”
Indication of the Projection Image Size and Projection Distance
Picture Size
Projection
Distance
Example: STRETCH Mode (16:9)
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20
Setting up the Projector (Continued)
300
⬙ (762 cm)
270
⬙ (686 cm)
250
⬙ (635 cm)
200
⬙ (508 cm)
150
⬙ (381 cm)
100
⬙ (254 cm)
80
⬙ (203 cm)
70
⬙ (178 cm)
60
⬙ (152 cm)
40
⬙ (102 cm)
261
⬙ (664 cm)
235
⬙ (598 cm)
218
⬙ (553 cm)
174
⬙ (443 cm)
131
⬙ (332 cm)
87
⬙ (221 cm)
70
⬙ (177 cm)
61
⬙ (155 cm)
52
⬙ (133 cm)
35
⬙ (89 cm)
ⳮ38 
3
/
32
⬙ (ⳮ97 cm)
ⳮ34 
9
/
32
⬙ (ⳮ87 cm)
ⳮ31 
47
/
64
⬙ (ⳮ81 cm)
ⳮ25 
25
/
64
⬙ (ⳮ64 cm)
ⳮ19 
3
/
64
⬙ (ⳮ48 cm)
ⳮ12 
45
/
64
⬙ (ⳮ32 cm)
ⳮ10 
5
/
32
⬙ (ⳮ26 cm)
ⳮ8 
57
/
64
⬙ (ⳮ23 cm)
ⳮ7 
5
/
8
⬙ (ⳮ19 cm)
ⳮ5 
5
/
64
⬙ (ⳮ13 cm)
147
⬙ (374 cm)
132
⬙ (336 cm)
123
⬙ (311 cm)
98
⬙ (249 cm)
74
⬙ (187 cm)
49
⬙ (125 cm)
39
⬙ (100 cm)
34
⬙ (87 cm)
29
⬙ (75 cm)
20
⬙ (50 cm)
34
⬘10⬙ (10.6 m)
31
⬘ 4⬙ (9.6 m)
29
⬘ 1⬙ (8.9 m)
23
⬘ 3⬙ (7.1 m)
17
⬘ 5⬙ (5.3 m)
11
⬘ 7⬙ (3.5 m)
9
⬘ 4⬙ (2.8 m)
8
⬘ 2⬙ (2.5 m)
7
⬘ 0⬙ (2.1 m)
4
⬘ 8⬙ (1.4 m)
40
⬘ 4⬙ (12.3 m)
36
⬘ 4⬙ (11.1 m)
33
⬘ 7⬙ (10.2 m)
26
⬘ 11⬙ (8.2 m)
20
⬘ 2⬙ (6.1 m)
13
⬘ 5⬙ (4.1 m)
10
⬘ 9⬙ (3.3 m)
9
⬘ 5⬙ (2.9 m)
8
⬘ 1⬙ (2.5 m)
5
⬘ 5⬙ (1.6 m)
Screen Size and Projection Distance
When using a wide screen (16:9) and projecting 16:9 image
Picture (Screen) size
Projection distance [L]
Diag. [
χ]
Width
Height
Minimum [L1]
Maximum [L2]
When using a normal screen (4:3) and projecting 4:3 image (SIDE BAR Mode)
300
⬙ (762 cm)
270
⬙ (686 cm)
250
⬙ (635 cm)
200
⬙ (508 cm)
150
⬙ (381 cm)
100
⬙ (254 cm)
80
⬙ (203 cm)
70
⬙ (178 cm)
60
⬙ (152 cm)
40
⬙ (102 cm)
240
⬙ (610 cm)
216
⬙ (549 cm)
200
⬙ (508 cm)
160
⬙ (406 cm)
120
⬙ (305 cm)
80
⬙ (203 cm)
64
⬙ (163 cm)
56
⬙ (142 cm)
48
⬙ (122 cm)
32
⬙ (81 cm)
ⳮ46 
39
/
64
⬙ (ⳮ118 cm)
ⳮ41 
61
/
64
⬙ (ⳮ107 cm)
ⳮ38 
27
/
32
⬙ (ⳮ99 cm)
ⳮ31 
5
/
64
⬙ (ⳮ79 cm)
ⳮ23 
5
/
16
⬙ (ⳮ59 cm)
ⳮ15 
17
/
32
⬙ (ⳮ39 cm)
ⳮ12 
7
/
16
⬙ (ⳮ32 cm)
ⳮ10 
7
/
8
⬙ (ⳮ28 cm)
ⳮ9 
21
/
64
⬙ (ⳮ24 cm)
ⳮ6 
7
/
32
⬙ (ⳮ16 cm)
180
⬙ (457 cm)
162
⬙ (411 cm)
150
⬙ (381 cm)
120
⬙ (305 cm)
90
⬙ (229 cm)
60
⬙ (152 cm)
48
⬙ (122 cm)
42
⬙ (107 cm)
36
⬙ (91 cm)
24
⬙ (61 cm)
42
⬘ 8⬙ (13.0 m)
38
⬘ 5⬙ (11.7 m)
35
⬘ 7⬙ (10.8 m)
28
⬘ 5⬙ (8.7 m)
21
⬘ 4⬙ (6.5 m)
14
⬘ 3⬙ (4.3 m)
11
⬘ 5⬙ (3.5 m)
9
⬘ 11⬙ (3.0 m)
8
⬘ 6⬙ (2.6 m)
5
⬘ 8⬙ (1.7 m)
49
⬘ 4⬙ (15.0 m)
44
⬘ 5⬙ (13.5 m)
41
⬘ 2⬙ (12.5 m)
32
⬘ 11⬙ (10.0 m)
24
⬘ 8⬙ (7.5 m)
16
⬘ 5⬙ (5.0 m)
13
⬘ 2⬙ (4.0 m)
11
⬘ 6⬙ (3.5 m)
9
⬘ 10⬙ (3.0 m)
6
⬘ 7⬙ (2.0 m)
Distance from the lens center to
the bottom of the image [H]
Picture (Screen) size
Projection distance [L]
Diag. [
χ]
Width
Height
Minimum [L1]
Maximum [L2]
Distance from the lens center to
the bottom of the image [H]
The formula for picture size and projection distance
[Feet/inches]
L1 (ft) = 0.04334
χ / 0.3048
L2 (ft) = 0.05015
χ / 0.3048
H (in) = - 0.39468
χ / 2.54
χ: Picture size (diag.) (in/cm)
L: Projection distance (ft/m)
L1: Minimum projection distance (ft/m)
L2: Maximum projection distance (ft/m)
H: Distance from the lens center to the bottom of the image (in/cm)
[m/cm]
L1 (m) = 0.04334
χ
L2 (m) = 0.05015
χ
H (cm) = - 0.39468
χ
The formula for picture size and projection distance
[Feet/inches]
L1 (ft) = 0.03541
χ / 0.3048
L2 (ft) = 0.04098
χ / 0.3048
H (in) = - 0.32249
χ / 2.54
χ: Picture size (diag.) (in/cm)
L: Projection distance (ft/m)
L1: Minimum projection distance (ft/m)
L2: Maximum projection distance (ft/m)
H: Distance from the lens center to the bottom of the image (in/cm)
[m/cm]
L1 (m) = 0.03541
χ
L2 (m) = 0.04098
χ
H (cm) = - 0.32249
χ
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