Sharp XV-Z10E (serv.man28) User Manual / Operation Manual ▷ View online
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Introduction
Using the Remote Control
Usable Range
The remote control can be used to control the
projector within the ranges shown in the illus-
tration.
projector within the ranges shown in the illus-
tration.
Note
• The signal from the remote control can be re-
flected off a screen for easy operation. How-
ever, the effective distance of the signal may
differ depending on the screen material.
ever, the effective distance of the signal may
differ depending on the screen material.
When using the remote control:
• Be sure not to drop, expose to moisture or high
temperature.
• The remote control may malfunction under a
fluorescent lamp. In this case, move the pro-
jector away from the fluorescent lamp.
jector away from the fluorescent lamp.
Remote
control
signal
transmitters
control
signal
transmitters
Remote control sensor
Remote control
7 m
30
°
30
°
30
°
30
°
30
°
Inserting the Batteries
The batteries (two “AA” size) are supplied in
the package.
the package.
1
Press the
▲ mark on the cover
and slide it in the direction of the
arrow.
arrow.
2
Insert the batteries.
• Insert the batteries making sure the po-
larities correctly match the
and
marks inside the battery compartment.
3
Attach the cover and slide it until
it clicks into place.
it clicks into place.
Incorrect use of the batteries may cause them to leak or explode. Please follow the precautions below.
Caution
• Insert the batteries making sure the polarities correctly match the and marks inside the battery compart-
ment.
• Batteries of different types have different properties, therefore do not mix batteries of different types.
• Do not mix new and old batteries.
This may shorten the life of new batteries or may cause old batteries to leak.
• Remove the batteries from the remote control once they have run out, as leaving them in can cause them to leak.
Battery fluid from leaked batteries is harmful to skin, therefore be sure to first wipe them and then remove them
using a cloth.
using a cloth.
• The batteries included with this projector may run down in a short period, depending on how they are kept. Be
sure to replace them as soon as possible with new batteries.
• Remove the batteries from the remote control if you will not be using the remote control for a long time.
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Position the projector perpendicular to the screen with all feet flat and level (without using the adjustment
feet) to achieve an optimal image.
feet) to achieve an optimal image.
Setting up the Screen
Note
• The projector lens should be centred in the middle of the screen. If the horizontal line passing through the
lens centre 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 colours, making viewing difficult. Close the curtains and dim the lights when
setting up the screen in a sunny or bright room.
setting up the screen in a sunny or bright room.
• A polarising 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 17.)
•
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.
Page 17
•
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.
Page 51
•
Place the projector so that an
imaginary horizontal line that
passes through the centre of the
lens is perpendicular to the
screen.
imaginary horizontal line that
passes through the centre of the
lens is perpendicular to the
screen.
Example of standard setup
Screen size : 100 inch (254 cm) (when using a wide screen (16:9))
Side View
Top View
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 centre
H1 :
1.2 m
H2
–14.8 cm
–14.8 cm
Screen
W
:
2.2 m
Centre of screen
Lens centre
Lens centre
Lens centre
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Connections and Setup
Screen Size and Projection Distance
Note
• There may be an error of ± 3% in the above values.
• Values with a minus (–) sign indicate the distance from the lens centre below the bottom of the image.
Indication of the Projection Image Size and Projection Distance
Example : When using a wide screen (16:9)
χ: Picture size (diag.) (inch)
L:
L:
Projection distance (m)
L1: Minimum projection distance (m)
L2: Maximum projection distance (m)
H:
L2: Maximum projection distance (m)
H:
Distance from the lens centre to the bottom of the image (cm)
H1: Lower distance from the lens centre to the bottom of the image (cm)
H2: Upper distance from the lens centre to the bottom of the image (cm)
W:
H2: Upper distance from the lens centre to the bottom of the image (cm)
W:
Distance from the lens centre to the centre of the image (cm)
The formula for picture size and
projection distance
L1 (m) = 0.0283χ – 0.032
L2 (m) = 0.0353χ – 0.032
H1 (cm) = 1.281χ
H2 (cm) = 0.1352
projection distance
L1 (m) = 0.0283χ – 0.032
L2 (m) = 0.0353χ – 0.032
H1 (cm) = 1.281χ
H2 (cm) = 0.1352
χ
W (cm) = 0.545χ
χ: Picture size (diag.) (inch)
L:
L:
Projection distance (m)
L1: Minimum projection distance (m)
L2: Maximum projection distance (m)
H:
L2: Maximum projection distance (m)
H:
Distance from the lens centre to the bottom of the image (cm)
H1: Lower distance from the lens centre to the bottom of the image (cm)
H2: Upper distance from the lens centre to the bottom of the image (cm)
W:
H2: Upper distance from the lens centre to the bottom of the image (cm)
W:
Distance from the lens centre to the centre of the image (cm)
Picture (Screen) size
Projection distance [L]
Diag. [
χ]
Width
Height
Minimum [L1] Maximum [L2] Lower [H1] Upper [H2]
Left
Right
300
6.6 m
3.7 m
9.2 m
11.5 m
418.5 cm
–44.3 cm
178.5 cm
178.5 cm
250
5.5 m
3.1 m
7.7 m
9.6 m
348.8 cm
–36.9 cm
148.8 cm
148.8 cm
225
5.0 m
2.8 m
6.9 m
8.6 m
313.9 cm
–33.2 cm
133.9 cm
133.9 cm
200
4.4 m
2.5 m
6.1 m
7.7 m
279.0 cm
–29.5 cm
119.0 cm
119.0 cm
150
3.3 m
1.9 m
4.6 m
5.7 m
209.3 cm
–22.1 cm
89.3 cm
89.3 cm
133
2.9 m
1.7 m
4.1 m
5.1 m
185.5 cm
–19.6 cm
79.1 cm
79.1 cm
106
2.4 m
1.3 m
3.2 m
4.0 m
147.9 cm
–15.6 cm
63.1 cm
63.1 cm
100
2.2 m
1.3 m
3.0 m
3.8 m
139.5 cm
–14.8 cm
59.5 cm
59.5 cm
92
2.0 m
1.2 m
2.8 m
3.5 m
128.3 cm
–13.6 cm
54.7 cm
54.7 cm
84
1.9 m
1.1 m
2.6 m
3.2 m
117.2 cm
–12.4 cm
50.0 cm
50.0 cm
72
1.6 m
0.9 m
2.2 m
2.7 m
100.4 cm
–10.6 cm
42.8 cm
42.8 cm
60
1.3 m
0.7 m
1.8 m
2.3 m
83.7 cm
–8.9 cm
35.7 cm
35.7 cm
40
0.9 m
0.5 m
1.2 m
1.5 m
55.8 cm
–5.9 cm
23.8 cm
23.8 cm
Distance from the lens centre to
the bottom of the image [H]
Distance from the lens centre to
the centre of the image [W]
The formula for picture size and
projection distance
L1 (m) = 0.0308
projection distance
L1 (m) = 0.0308
χ – 0.035
L2 (m) = 0.0385
χ – 0.035
H1 (cm) = 1.395
χ
H2 (cm) = 0.1475
χ
W (cm) = 0.595
χ
9
16
: Picture area
When using a wide
screen (16:9)
In case of displaying
the 16:9 picture on the
whole of the 16:9
screen.
screen (16:9)
In case of displaying
the 16:9 picture on the
whole of the 16:9
screen.
3
4
: Screen area
: Picture area
: Picture area
When using a normal
screen (4:3)
In case of setting the
16:9 picture to the full
horizontal width of the
4:3 screen.
screen (4:3)
In case of setting the
16:9 picture to the full
horizontal width of the
4:3 screen.
300"
200"
100"
84"
60"
Projection
Distance
Centre
Picture Size
6.6 m
× 3.7 m
4.4 m
× 2.5 m
2.2 m
× 1.3 m
1.9 m
× 1.1 m
1.3 m
×
0.7 m
9.2 m
– 11.5 m
6.1 m
– 7.7 m
3.0 m
– 3.8 m
2.6 m
– 3.2 m
1.8 m
– 2.3 m
Picture (Screen) size
Projection distance [L]
Diag. [
χ]
Width
Height
Minimum [L1] Maximum [L2] Lower [H1] Upper [H2]
Left
Right
300
6.1 m
4.6 m
8.5 m
10.6 m
384.3 cm
–40.6 cm
163.5 cm
163.5 cm
250
5.1 m
3.8 m
7.0 m
8.8 m
320.3 cm
–33.8 cm
136.3 cm
136.3 cm
200
4.1 m
3.0 m
5.6 m
7.0 m
256.2 cm
–27.0 cm
109.0 cm
109.0 cm
150
3.0 m
2.3 m
4.2 m
5.3 m
192.2 cm
–20.3 cm
81.8 cm
81.8 cm
100
2.0 m
1.5 m
2.8 m
3.5 m
128.1 cm
–13.5 cm
54.5 cm
54.5 cm
84
1.7 m
1.3 m
2.3 m
2.9 m
107.6 cm
–11.4 cm
45.8 cm
45.8 cm
72
1.5 m
1.1 m
2.0 m
2.5 m
92.2 cm
–9.7 cm
39.2 cm
39.2 cm
60
1.2 m
0.9 m
1.7 m
2.1 m
76.9 cm
–8.1 cm
32.7 cm
32.7 cm
40
0.8 m
0.6 m
1.1 m
1.4 m
51.2 cm
–5.4 cm
21.8 cm
21.8 cm
Distance from the lens centre to
the bottom of the image [H]
Distance from the lens centre to
the centre of the image [W]
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Projecting a Reversed Image
Projection from behind the Screen
■ Place a translucent screen between the projector and the au-
dience.
■ Reverse the image by setting “Rear” in the “PRJ Mode” menu.
(See page 51.)
Projection Using a Mirror
■ Place a mirror (normal flat type) in front of the lens.
■ When the translucent screen is placed on between the mirror
and audience, set to “Front” in the “PRJ Mode” menu. (See
page 51.)
page 51.)
■ When the mirror is placed on the audience side, set to “Rear”
in the “PRJ Mode” menu. (See page 51.)
Info
• When using a mirror, be sure to carefully position both the pro-
jector and the mirror so the light does not shine into the eyes of
the audience.
the audience.
Audience
Audience
Set to “Front”.
Set to “Rear”.
Translucent screen
Mirror
Mirror
When the image is projected from
behind the translucent screen using
the default setting.
behind the translucent screen using
the default setting.
▼On-screen Display
Set to “Rear”.
Setting up the Screen
Audience
Translucent screen
▼On-screen Display
The image is reversed.
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