Panasonic Projector PT-DZ16KU User Manual

Chapter 1 Preparation — About your projector
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 rConnecting terminals
1 2 3 4
5 6 7 8 9 10 11
1  terminal/ terminal
These are the terminals to connect the remote control for serial 
control in a multiple projector environment.
2
 
 terminal
This is a terminal to remotely control the projector using the 
external control circuit.
3

 
 terminal
This is the RS
- 232C compatible terminal to externally control 
the projector by connecting a computer.
4
 
 terminal
This is a terminal to output the...

Chapter 1 Preparation — Using the remote control
32 - ENGLISH
Using the remote control
Inserting and removing the batteries
(i)
(ii)
Fig. 1
Fig. 2
1) Open the cover. (Fig. 1)
2)  
Insert the batteries and close the cover (insert the 
 m side first). (Fig. 2)
 fWhen removing the batteries, perform the steps in reverse order .
Setting the remote control ID numbers
When you use the system with multiple projectors, you can operate all the projectors simultaneously or each projector individually using single...

Chapter 1 Preparation — Using the remote control
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Connecting the remote control to the projector with a cable
When you use the system with multiple projectors, use commercial M3 stereo mini jack cables and connect the other devices to the / terminals of the projector body.
The remote control is effective even in places where an obstacle stands in the light path or where devices are susceptible to outside light.
Connecting terminalsConnecting to a second projector
M3 stereo mini jack cable...

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Chapter 2 Getting Started
This chapter describes things you need to do before using the projector \
such as the setup and connections.   

Chapter 2 Getting Started — Setting up
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Setting up
Installation mode
There are four ways to set up the projector. Set the [PROJECTOR SETUP] menu → [PROJECTION METHOD] (x   page   95) depending on 
the installation method. Set [COOLING CONDITION] to [AUTO]. Using the projector with [COOLING CONDITION] set incorrectly may shorten 
the life of the lamp.
Mounting on the ceiling and projecting forward Setting on a desk/floor and projecting from rear
(Using the translucent screen)
Menu...

Chapter 2 Getting Started — Setting up
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Projected image and throw distance
Refer to the projected image size and projection distance to install the projector. Image size and image position can be adjusted in accordance 
with the screen size and screen position.
SD
L (LW/LT) L1
L1
L (LW/LT)
SW SHSH
SW
Projected image
Screen
Screen
(Unit: m)
L (LW/LT)*1Projection distance
L1 Lens protrusion dimension
SH Projected image height
SW Projected image width
SD Projected image size
*1 LW: Minimum...

Chapter 2 Getting Started — Setting up
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[GEOMETRY] projection range
[VERTICAL KEYSTONE] (viewed from the side)[HORIZONTAL KEYSTONE] (viewed from above)
ScreenScreen
Vertical arc correction (viewed from the side) Horizontal arc correction (viewed from above)
ScreenProjection distance
Arc radiusScreen Projection distance
Arc radius
Arc center
Screen
Projection distance
Arc radiusArc centerScreen
Projection distance
Arc radius
Projection 
lens Model  No. Only for [KEYSTONE]
[KEYSTONE] and...

Chapter 2 Getting Started — Setting up
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 fAdjustment range of the [GEOMETR Y] items may not match the listed projection range depending on the projection lens. Use this projector 
within the projection range, otherwise the correction may not work.
Projection distance of each projection lens
A ±5 % error in listed projection distances may occur.
When [GEOMETR Y] is used, distance is corrected to become smaller than the specified image size.
 rWhen the screen aspect ratio is 16:9
(Unit: m)
Lens...

Chapter 2 Getting Started — Setting up
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 rWhen the screen aspect ratio is 4:3
(Unit: m)
Lens type Zoom lens
Projection lens Model No. ET‑D75LE1 ET‑D75LE2 ET‑D75LE3 ET‑D75LE4 ET‑D75LE8 ET‑D75LE6
Throw ratio
*11.8‑2.5:1 2.5‑3.7:1 3.7‑6.2:1 6.2‑9.9:1 9.8‑18.5:1 1.2‑1.5:1
Projected image size Projection distance (L)
Diagonal (SD) Height 
(SH) Width (SW) Min.
(LW) Max.
(LT) Min.
(LW) Max.
(LT) Min.
(LW) Max.
(LT) Min.
(LW) Max.
(LT) Min.
(LW) Max.
(LT) Min.
(LW) Max.
(LT)
1.78 (70") 1.067...

Chapter 2 Getting Started — Setting up
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Formula to calculate projection distance per projection lens
To use a projected image size not listed in this manual, check the projected image size SD (m) and use the respective formula to calculate 
projection distance.
The unit of all the formulae is m. (Values obtained by the following calculation formulae contain a slight error.)
 rZoom lens
Projection lens Model No. Throw ratio Aspect ratio Projection distance (L) formula
Min. (LW) Max. (LT)
ET
-...