Setting up. Panasonic PT-FRQ60BU7, PT-FRQ60WU7

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Setting up. Panasonic PT-FRQ60BU7, PT-FRQ60WU7 | Manualzz

Chapter 2   Getting Started — Setting up

Setting up

Installation mode

The installation modes of the projector are as follows. Set [FRONT/REAR]/[FLOOR/CEILING] in the [PROJECTOR

SETUP] menu → [PROJECTION METHOD] ( x page 105) depending on the installation mode.

Setting on a desk/floor and projecting forward Setting on a desk/floor and projecting from rear

(Using the translucent screen)

Menu item

[FRONT/REAR]

[FLOOR/CEILING]

Setting value

[FRONT]

[AUTO] or [FLOOR]

Mounting on the ceiling and projecting forward

Menu item

[FRONT/REAR]

[FLOOR/CEILING]

Setting value

[REAR]

[AUTO] or [FLOOR]

Mounting on the ceiling and projecting from rear

(Using the translucent screen)

Menu item

[FRONT/REAR]

[FLOOR/CEILING]

Portrait setting and projecting forward

Setting value

[FRONT]

[AUTO] or [CEILING]

Menu item

[FRONT/REAR]

[FLOOR/CEILING]

Portrait setting and projecting from rear

(Using the translucent screen)

Setting value

[REAR]

[AUTO] or [CEILING]

Menu item

[FRONT/REAR]

[FLOOR/CEILING]

Setting value

[FRONT]

Set in accordance with the image to project.

Menu item

[FRONT/REAR]

[FLOOR/CEILING]

Setting value

[REAR]

Set in accordance with the image to project.

Note f

In the portrait setting, the on-screen menu is displayed sideways.

To display the on-screen menu vertically, go to the [DISPLAY OPTION] menu → [ON-SCREEN DISPLAY] ( x

page 99) and change the

[OSD ROTATION] setting.

f

The projector has a built-in angle sensor. The attitude of the projector is automatically detected by setting [FLOOR/CEILING] to [AUTO] in the [PROJECTOR SETUP] menu → [PROJECTION METHOD].

ENGLISH - 33

Chapter 2   Getting Started — Setting up r

Angle sensor

The range of the installation attitude that is detected by the angle sensor built-in the projector is as follows.

Floor standing installation

30°

30°

Ceiling mount installation

Floor standing installation

Projection direction

Parts for installation (optional)

The projector can be installed on the ceiling by combining the optional Ceiling Mount Bracket (Model No.:

ET-PKD120H (for High Ceilings), ET-PKD120S (for Low Ceilings)) and Ceiling Mount Bracket (Model No.:

ET-PKD130B (Projector Mount Bracket)).

f

Be sure to use the Ceiling Mount Bracket specified for this projector.

f

Refer to the Installation Instructions of the Ceiling Mount Bracket when installing and setting up the projector.

Attention f

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.

Attention f

Before setting up, read “Precautions for use” ( x

page 19).

f

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

Projected image

SD Screen

L (LW/LT)

SW

Screen

L (LW/LT)

Note f

This illustration is prepared on the assumption that the projected image size and position have been aligned to fit full in the screen.

f

This illustration is not in accurate scale.

34 - ENGLISH

Chapter 2   Getting Started — Setting up

L (LW/LT)

SH

SW

H

SD

*1

*1 LW: Minimum projection distance

LT: Maximum projection distance

Projection distance

Projected image height

Projected image width

Distance from the lens center to the bottom edge of the projected image

Projected image size

[GEOMETRY] projection range

[VERTICAL KEYSTONE] (viewed from the side) [HORIZONTAL KEYSTONE] (viewed from above)

Screen Screen

Vertical arc correction (viewed from the side)

Projection distance

Arc radius

Screen

Horizontal arc correction (viewed from above)

Projection distance

Arc radius

Screen

Arc center

Screen

Arc center

Screen

Projection distance

Arc radius

Projection distance

Arc radius

Only [KEYSTONE] used

Vertical keystone correction angle α (°)

±40

Horizontal keystone correction angle β (°)

±20

[KEYSTONE] and [CURVED CORRECTION] used together

Vertical keystone correction angle α (°)

±20

Horizontal keystone correction angle β (°)

±15

Min. value of

R2/L2

0.9

Min. value of

R3/L3

1.7

Only [CURVED CORRECTION] used

Min. value of

R2/L2

0.5

Min. value of

R3/L3

1.0

Note f

When [GEOMETRY] is used, the focus of the entire screen may be lost as correction increases.

f

Make the curved screen a circular arc shape with one part of a perfect circle removed.

ENGLISH - 35

Chapter 2   Getting Started — Setting up

Projection distance

A ±5 % error in listed projection distances may occur.

When [GEOMETRY] is used, distance is corrected to become smaller than the specified image size.

Projected image size

Diagonal (SD) Min. (LW) Max. (LT)

1.02 (40")

1.27 (50")

Aspect ratio 16:9

Projection distance (L) Height position (H)

1.26

1.59

2.57

3.22

-0.10 - 0.49

-0.13 - 0.61

1.52 (60")

1.78 (70")

2.03 (80")

2.29 (90")

2.54 (100")

3.05 (120")

3.81 (150")

5.08 (200")

6.35 (250")

7.62 (300")

1.91

2.24

2.57

2.90

3.22

3.88

4.86

6.50

8.14

9.78

3.88

4.53

5.18

5.83

6.49

7.79

9.75

13.01

16.28

19.54

-0.16 - 0.73

-0.18 - 0.85

-0.21 - 0.98

-0.24 - 1.10

-0.26 - 1.22

-0.31 - 1.46

-0.39 - 1.83

-0.52 - 2.44

-0.65 - 3.05

-0.78 - 3.66

Aspect ratio 16:10

Projection distance (L)

Min. (LW) Max. (LT)

1.36

1.72

2.78

3.49

Height position (H)

-0.11 - 0.49

-0.14 - 0.61

2.07

2.43

2.78

3.14

3.49

4.20

5.26

7.03

8.81

10.58

4.19

4.90

5.60

6.31

7.02

8.43

10.54

14.07

17.60

21.13

-0.17 - 0.73

-0.20 - 0.85

-0.23 - 0.98

-0.25 - 1.10

-0.28 - 1.22

-0.34 - 1.46

-0.42 - 1.83

-0.57 - 2.44

-0.71 - 3.05

-0.85 - 3.66

(Unit: m)

Aspect ratio 4:3

Projection distance (L)

Min. (LW) Max. (LT)

1.55

1.95

3.15

3.95

Height position (H)

-0.13 - 0.60

-0.16 - 0.75

2.35

2.75

3.16

3.56

3.96

4.76

5.96

7.97

9.98

11.98

4.75

5.55

6.35

7.15

7.95

9.54

11.94

15.93

19.93

23.92

-0.19 - 0.90

-0.22 - 1.05

-0.26 - 1.19

-0.29 - 1.34

-0.32 - 1.49

-0.38 - 1.79

-0.48 - 2.24

-0.64 - 2.99

-0.80 - 3.73

-0.96 - 4.48

Formula for calculating the projection distance

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 the value.

The unit of all the formulae is m. (Values obtained by the following calculation formulae contain a slight error.)

When calculating the value using image size designation (value in inches), multiply the value in inches by 0.0254 and substitute it into SD in the formula.

Aspect ratio 16:9 Aspect ratio 16:10 Aspect ratio 4:3

Projected image size

Height (SH)

Projected image size

Width (SW)

Minimum projection distance

(LW)

Maximum projection distance

(LT)

= SD x 0.490

= SD x 0.872

= 1.2906 × SD - 0.0534

= 2.5693 × SD - 0.0398

= SD x 0.530

= SD x 0.848

= 1.3952 × SD - 0.0534

= 2.7776 × SD - 0.0398

= SD x 0.6

= SD x 0.8

= 1.5795 × SD - 0.0534

= 3.1444 × SD - 0.0398

36 - ENGLISH

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