Panasonic PT-RZ16K, Инструкция по эксплуатации (Функциональное руководство)

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Chapter 2 Getting Started — Setting up
36 - ENGLISH
Parts for installation (optional)
The optional Ceiling Mount Bracket is required. The Ceiling Mount Bracket (Model No.: ET-PKD520H (for
High Ceilings), ET-PKD520S (for Low Ceilings)) is used together with the Ceiling Mount Bracket (Model No.:
ET-PKD520B (Projector Mount Bracket)).
Model No.: ET-PKD520H (for High Ceilings), ET-PKD520S (for Low Ceilings), ET-PKD520B (Projector
Mount Bracket)
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Be sure to use the Ceiling Mount Bracket specified for this projector.
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Refer to the Installation Instructions of the Ceiling Mount Bracket when installing and setting up the projector.
Two projectors can be used stacked on top of each other by using the optional Frame (Model No.: ET-PFD510).
Attention
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To ensure projector performance and security, installation of the Ceiling Mount Bracket must be carried out by your dealer or a qualified
technician.
Projected image and throw distance
Install the projector referring to the projected image size, projection distance, etc.
When the Zoom Lens (Model No.: ET-D3LEW200), the Fixed-focus Lens (Model No.: ET-D3LEU100,
ET-D75LE95, ET-D75LE90), or the Fisheye Lens (Model No.: ET-D3LEF70) is used, the projection relation
between the screen and the projector differs from that of other lenses. For details, refer to “ET-D3LEU100,
ET-D3LEW200” (
x
page 37), “ET-D75LE95, ET-D75LE90” (
x
page 38), or “ET-D3LEF70” (
x
page 39).
Attention
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Before setting up, read “Precautions for use” (
x
page 18).
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When the Fixed-focus Lens (Model No.: ET-D75LE95, ET-D75LE90) is used, install the projector so that its back plane is parallel to the
screen, making the projected image rectangular.
The vertical keystone distortion in moderate range can be corrected with the [POSITION] menu → [GEOMETRY] → [KEYSTONE] →
[VERTICAL KEYSTONE] (
x
page 103) even after the projector is installed. For the range that can be corrected, refer to “[GEOMETRY]
projection range” (
x
page 41).
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Do not use the projector and the high-powered laser equipment in the same room. The DLP chips can be damaged if a laser beam hits the
projection lens surface.
Figure of projected image and throw distance
SD
L (LW/LT)
L1
L1
L (LW/LT)
SW
SH
SH
SW
Projected image
Screen
Screen
Note
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This illustration is prepared on the assumption that the projected image size and position have been aligned to fit full in the screen.
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This illustration is not in accurate scale.
SH Projected image height
SW Projected image width
SD Projected image size
L
*1
(LW/LT)
*2
Projection distance (distance from the front end of the projection lens to the screen)
L1
Lens protrusion dimension (distance from the front surface of the projector to the front end of the projection
lens)
*1 For details about calculating the projection distance, refer to “Formula for calculating the projection distance per projection lens” (
x
page 48).
*2 LW: Minimum projection distance when the Zoom Lens is used
LT: Maximum projection distance when the Zoom Lens is used