ENGLISH – 39

Chapter 1Preparation — Preparing the remote control
Preparing the remote control
Inserting and removing the batteries
(ii) (i)

Fig. 1

Fig. 2

1. Open the cover. (Fig. 1)
2. Insert the batteries and close the cover (insert the m side first). (Fig.
3. f When removing the batteries, perform the steps in reverse order.
   When using the multiple projectors
   When you use the multiple projectors together, you can operate all the projectors simultaneously or each projector individually using single remote control, if a unique ID number is assigned to each projector. When using the projectors by setting the ID numbers, set the ID number of the projector body after initial settings have been completed. Then, set the ID number of the remote control. For initial settings, refer to “When the initial setting screen is displayed” (x page 71). The factory default ID number of the projector (projector body and remote control) is set to [ALL], so you can use it as it is. Set the ID numbers of the projector body and remote control as necessary. For details on setting the ID number of the remote control, refer to “Setting ID number of the remote control” (x page 90).
   Note
   f Set the ID number of the projector body from the [PROJECTOR SETUP] menu [PROJECTOR ID].
   Connecting the remote control to the projector with a cable
   If you control the multiple projectors with a single remote control, use commercially available M3 stereo mini jack cables to connect to the <REMOTE 1 IN> / <REMOTE 1 OUT> terminals of the projectors. The remote control is effective even in places where an obstacle stands in the light path or where devices are susceptible to outside light.

M3 stereo mini jack cable (commercially available) Connecting to a second projector

Remote control
Connecting to the remote control wired terminal

Connecting terminals
Attention
f Use a cable that is 15 m (49’3″) or shorter, with 2 core shielded. The remote control may not operate when the length of the cable exceeds 15 m (49’3″) or when the shielding of the cable is inadequate.
40 – ENGLISH

Chapter 2 Getting Started
This chapter describes things you need to do before using the projector such as the setup and connections.
ENGLISH – 41

Setting up

Chapter 2Getting Started — Setting up

Usable outlet
This projector supports AC 100 V to AC 240 V as the power supply. A grounded outlet supporting 15 A is required with either voltage. The shape of the usable outlet differs depending on the power supply. Following illustrations are examples.

2P/3W 15 A 250 V

2P/3W 20 A 250 V

2P/3W 15 A 250 V

2P/3W 15 A 250 V

2P/3W 15 A 125 V

Attention
f Use the supplied power cord and ground at the outlet. f Use the power cord matching the used power supply voltage and outlet shape.
Note
f The supplied power cords vary depending on the country or region where you purchased the product.
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 152) 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]

Menu item [FRONT/REAR] [FLOOR/CEILING]

Setting value [REAR] [AUTO] or [FLOOR]

42 – ENGLISH

Chapter 2Getting Started — Setting up

Mounting on the ceiling and projecting forward

Mounting on the ceiling and projecting from rear (Using the translucent screen)

Menu item [FRONT/REAR] [FLOOR/CEILING]

Setting value [FRONT] [AUTO] or [CEILING]

Portrait setting and projecting forward

Menu item [FRONT/REAR] [FLOOR/CEILING]

Setting value [REAR] [AUTO] or [CEILING]

Portrait setting and projecting from the rear (Using the translucent screen)

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, change the [OSD ROTATION] setting in the [DISPLAY OPTION] menu [ON-SCREEN DISPLAY] (x page 143).
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].
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° Ceiling mount installation
30°

Floor standing installation Projection direction

ENGLISH – 43

Chapter 2Getting Started — Setting up
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), ET-PKD130H (for High Ceilings, 6-axis Adjustment)) and the 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 24). 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

L1

SH

L (LW/LT)

SH

H

SW L1
L (LW/LT)
Screen

SW

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.

SH SW SD H L1 (LW/LT)2
L1

Projected image height Projected image width Projected image size Distance from the lens center to the bottom edge of the projected image Projection distance (distance from the front end of the projection lens to the screen) 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 50). 2 LW: Minimum projection distance when the Zoom Lens is used
LT: Maximum projection distance when the Zoom Lens is used

44 – ENGLISH

Chapter 2Getting Started — Setting up

Projection lens Model No. ET-C1U100 ET-C1W300 ET-C1W400 ET-C1W500
Standard zoom lens/ET-C1S600 ET-C1T700

Lens protrusion dimension (L1) (approximate value) 0.384 0.155 0.149 0.144 0.110 0.160

Note
f For the adjustment range of the projected image position with the lens shift, refer to “Lens shift range” (x page 86).
[GEOMETRY] projection range

(Unit: m)

[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

Projection distance Arc radius

Arc center Screen

Projection distance Arc radius

ENGLISH – 45

Chapter 2Getting Started — Setting up

Projection lens Model
No.
ET-C1U100 ET-C1W300 ET-C1W400 ET-C1W500
Standard zoom lens/ ET-C1S600 ET-C1T700

Only [KEYSTONE] used*1

Vertical keystone correction angle (°)
±5
±10
±16
±22

Horizontal keystone correction angle (°)
±3
±5
±10
±15

[KEYSTONE] and [CURVED CORRECTION] used together

Only [CURVED CORRECTION] used

Vertical keystone
correction angle (°)

Horizontal keystone correction angle (°)

Min. value of Min. value of Min. value of Min. value of

R2/L2

R3/L3

R2/L2

R3/L3

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

±8

±8

1.3

3.3

0.8

1.9

±40

±40

±20

±15

1.3

3.3

0.8

1.9

±40

±40

±20

±15

0.9

2.0

0.5

1.1

*1 When [VERTICAL KEYSTONE] and [HORIZONTAL KEYSTONE] are used simultaneously, correction cannot be made exceeding total of 55°.
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. f Adjustment range of the [GEOMETRY] 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.

46 – ENGLISH

Chapter 2Getting Started — Setting up

Projection distance of each projection lens

A ±5 % error in listed projection distances may occur. When [GEOMETRY] is used, distance is corrected to become smaller than the specified image size.

r When the image aspect ratio is 16:10

(Unit: m)

Lens type

Projection lens Model No.

Throw ratio*1

Projected image size

Diagonal Height Width

(SD)

(SH) (SW)

1.78 (70″) 0.942 1.508

2.03 (80″) 1.077 1.723

2.29 (90″) 1.212 1.939

2.54 (100″) 1.346 2.154

3.05 (120″) 1.615 2.585

3.81 (150″) 2.019 3.231

5.08 (200″) 2.692 4.308

6.35 (250″) 3.365 5.385

7.62 (300″) 4.039 6.462

8.89 (350″) 4.712 7.539

10.16 (400″) 5.385 8.616

12.70 (500″) 6.731 10.770

15.24 (600″) 8.077 12.923

17.78 (700″) 9.423 15.077

20.32 (800″) 10.770 17.231

22.86 (900″) 12.116 19.385

25.40 (1000″) 13.462 21.539

ET-C1U100*2 0.308 – 0.330:1

Min. (LW)
0.65 0.79 0.99 1.34
1.68 2.02 2.37 2.71 3.39 4.08 4.77 5.45
6.14 6.82

Max. (LT) 0.70 0.85 1.07 1.44 1.80 2.17 2.54 2.91
3.64 4.38 5.11 5.85
6.58 7.32

ET-C1W300 0.550 – 0.690:1

Min. (LW) 0.82 0.94
1.06 1.18 1.43 1.79 2.40 3.01
3.62 4.22 4.83
6.05 7.26 8.48

Max. (LT) 1.03 1.18 1.33 1.49 1.79 2.25 3.01 3.77 4.53 5.29
6.06 7.58 9.10
10.63

Zoom Lens

ET-C1W400

ET-C1W500

0.680 – 0.950:1 0.940 – 1.39:1

Projection distance (L)

Min. Max. Min. Max.

(LW) (LT) (LW) (LT)

1.01 1.42 1.41 2.08

1.16 1.63 1.61 2.39

1.31 1.84 1.82 2.69

1.46 2.05 2.03 2.99

1.76 2.46 2.44 3.60

2.21 3.09 3.06 4.51

2.96 4.13 4.09 6.03

3.71 5.18 5.12 7.55

4.46 6.22 6.15 9.07

5.22 7.26 7.18 10.59

5.97 8.30 8.21 12.10

7.47 10.39 10.27 15.14

8.97 12.48 12.33 18.18

10.47 14.56 14.39 21.22

Standard zoom
lens/ET-C1S600 1.36 – 2.10:1

Min. (LW) 2.03 2.33 2.63 2.93 3.53 4.43 5.93 7.43 8.92 10.42 11.92 14.92 17.92 20.91

Max. (LT) 3.15
3.61 4.06 4.52 5.44
6.82 9.11 11.40 13.70 15.99 18.28 22.87
27.46 32.04

ET-C1T700 2.07 – 3.38:1

Min. (LW) 3.09
3.55
4.00
4.46 5.37
6.73 9.01
11.28
13.56 15.83
18.11
22.66 27.21
31.76

Max. (LT) 5.07
5.81
6.54 7.28
8.75
10.96 14.64 18.32
22.00
25.68 29.37
36.73 44.09
51.45

Lens type

Projection lens Model No.

Projected image size

Diagonal (SD)

Height (SH)

Width (SW)

1.78 (70″)

0.942 1.508

2.03 (80″)

1.077 1.723

2.29 (90″)

1.212 1.939

2.54 (100″)

1.346 2.154

3.05 (120″)

1.615 2.585

3.81 (150″)

2.019 3.231

5.08 (200″)

2.692 4.308

6.35 (250″)

3.365 5.385

7.62 (300″)

4.039 6.462

8.89 (350″)

4.712 7.539

10.16 (400″)

5.385 8.616

12.70 (500″)

6.731 10.770

15.24 (600″)

8.077 12.923

17.78 (700″)

9.423 15.077

20.32 (800″)

10.770 17.231

22.86 (900″)

12.116 19.385

25.40 (1000″)

13.462 21.539

ET-C1U100
0.00 – 1.35 0.00 – 1.62 0.00 – 2.02 0.00 – 2.69 0.00 – 3.37 0.00 – 4.04 0.00 – 4.71 0.00 – 5.39 0.00 – 6.73 0.00 – 8.08 0.00 – 9.42 0.00 – 10.77 0.00 – 12.12 0.00 – 13.46

Zoom Lens
ET-C1W300
Height position (H)
0.00 – 0.94 0.00 – 1.08 0.00 – 1.21 0.00 – 1.35 0.00 – 1.62 0.00 – 2.02 0.00 – 2.69 0.00 – 3.37 0.00 – 4.04 0.00 – 4.71 0.00 – 5.39 0.00 – 6.73 0.00 – 8.08 0.00 – 9.42

Standard zoom lens/ ET-C1W400/ET-C1W500/ ET-C1S600/ET-C1T700
-0.09 – 1.04 -0.11 – 1.19 -0.12 – 1.33 -0.14 – 1.48 -0.16 – 1.78 -0.20 – 2.22 -0.27 – 2.96 -0.34 – 3.70 -0.40 – 4.44 -0.47 – 5.18 -0.54 – 5.92 -0.67 – 7.40 -0.81 – 8.89 -0.94 – 10.37

1 The throw ratio is based on the value during projection with the projected image size of 2.54 m (100″). However, the throw ratio for ET-C1U100 is based on the value during projection with the projected image size of 3.81 m (150″).
2 For ET-C1U100, fine text and images may not be displayed clearly during projection with the projected image size over 15.24 m (600″).

ENGLISH – 47

Chapter 2Getting Started — Setting up

r When the image aspect ratio is 16:9

(Unit: m)

Lens type

Projection lens Model No.

Throw ratio*1

Projected image size

Diagonal Height Width

(SD)

(SH) (SW)

1.78 (70″) 0.872 1.550

2.03 (80″) 0.996 1.771

2.29 (90″) 1.121 1.992

2.54 (100″) 1.245 2.214

3.05 (120″) 1.494 2.657

3.81 (150″) 1.868 3.321

5.08 (200″) 2.491 4.428

6.35 (250″) 3.113 5.535

7.62 (300″) 3.736 6.641

8.89 (350″) 4.358 7.748

10.16 (400″) 4.981 8.855

12.70 (500″) 6.226 11.069

15.24 (600″) 7.472 13.283

17.78 (700″) 8.717 15.497

20.32 (800″) 9.962 17.710

22.86 (900″) 11.207 19.924

25.40 (1000″) 12.453 22.138

ET-C1U100*2 0.308 – 0.331:1

Min. (LW)
0.67 0.81 1.02 1.38 1.73 2.08 2.43 2.78 3.49 4.19 4.90
5.60 6.31 7.01

Max. (LT) 0.72
0.87
1.10
1.48
1.85
2.23
2.61 2.99
3.74
4.50
5.26 6.01 6.77 7.52

ET-C1W300 0.550 – 0.690:1

Min. (LW) 0.84 0.97 1.09 1.22 1.47 1.84 2.47 3.09 3.72 4.34 4.97 6.22 7.47 8.72

Max. (LT) 1.06 1.22 1.37 1.53 1.84 2.31 3.09 3.88
4.66 5.44
6.23 7.79
9.36 10.92

Zoom Lens

ET-C1W400

ET-C1W500

0.680 – 0.950:1 0.940 – 1.39:1

Projection distance (L)

Min. Max. Min. Max.

(LW) (LT) (LW) (LT)

1.04 1.46 1.45 2.14

1.19 1.68 1.66 2.45

1.35 1.89 1.87 2.76

1.50 2.10 2.08 3.08

1.81 2.53 2.51 3.70

2.27 3.18 3.14 4.64

3.05 4.25 4.20 6.20

3.82 5.32 5.26 7.76

4.59 6.39 6.32 9.32

5.36 7.46 7.38 10.88

6.13 8.54 8.44 12.44

7.68 10.68 10.56 15.56

9.22 12.82 12.67 18.69

10.76 14.97 14.79 21.81

Standard zoom
lens/ET-C1S600 1.36 – 2.10:1

Min. (LW) 2.09 2.40 2.71 3.01
3.63 4.55
6.09 7.63 9.17 10.71
12.26 15.34 18.42 21.50

Max. (LT) 3.24 3.71 4.18
4.65 5.59 7.01
9.36 11.72 14.08
16.44 18.79 23.51 28.22 32.94

ET-C1T700 2.07 – 3.38:1

Min. (LW) 3.18
3.65 4.12
4.58
5.52
6.92 9.26 11.60 13.94
16.28 18.62 23.29
27.97
32.65

Max. (LT) 5.21 5.97
6.73 7.48 9.00 11.27 15.05 18.83
22.62 26.40 30.18 37.75 45.32 52.88

Lens type

Projection lens Model No.

Projected image size

Diagonal (SD)

Height (SH)

Width (SW)

1.78 (70″)

0.872 1.550

2.03 (80″)

0.996 1.771

2.29 (90″)

1.121 1.992

2.54 (100″)

1.245 2.214

3.05 (120″)

1.494 2.657

3.81 (150″)

1.868 3.321

5.08 (200″)

2.491 4.428

6.35 (250″)

3.113 5.535

7.62 (300″)

3.736 6.641

8.89 (350″)

4.358 7.748

10.16 (400″)

4.981 8.855

12.70 (500″)

6.226 11.069

15.24 (600″)

7.472 13.283

17.78 (700″)

8.717 15.497

20.32 (800″)

9.962 17.710

22.86 (900″)

11.207 19.924

25.40 (1000″)

12.453 22.138

ET-C1U100
-0.07 – 1.31 -0.08 – 1.58 -0.10 – 1.97 -0.14 – 2.63 -0.17 – 3.29 -0.21 – 3.94 -0.24 – 4.60 -0.28 – 5.26 -0.35 – 6.57 -0.42 – 7.89 -0.48 – 9.20 -0.55 – 10.52 -0.62 – 11.83 -0.69 – 13.14

Zoom Lens
ET-C1W300
Height position (H)
-0.05 – 0.92 -0.06 – 1.05 -0.06 – 1.18 -0.07 – 1.31 -0.08 – 1.58 -0.10 – 1.97 -0.14 – 2.63 -0.17 – 3.29 -0.21 – 3.94 -0.24 – 4.60 -0.28 – 5.26 -0.35 – 6.57 -0.42 – 7.89 -0.48 – 9.20

Standard zoom lens/ ET-C1W400/ET-C1W500/ ET-C1S600/ET-C1T700
-0.15 – 1.02 -0.17 – 1.16 -0.19 – 1.31 -0.21 – 1.45 -0.25 – 1.74 -0.31 – 2.18 -0.42 – 2.91 -0.52 – 3.63 -0.62 – 4.36 -0.73 – 5.09 -0.83 – 5.81 -1.04 – 7.26 -1.25 – 8.72 -1.45 – 10.17

1 The throw ratio is based on the value during projection with the projected image size of 2.54 m (100″). However, the throw ratio for ET-C1U100 is based on the value during projection with the projected image size of 3.81 m (150″).
2 For ET-C1U100, fine text and images may not be displayed clearly during projection with the projected image size over 15.24 m (600″).

48 – ENGLISH

Chapter 2Getting Started — Setting up

r When the image aspect ratio is 4:3

(Unit: m)

Lens type

Projection lens Model No.

Throw ratio*1

Projected image size

Diagonal Height Width

(SD)

(SH) (SW)

1.78 (70″) 1.067 1.422

2.03 (80″) 1.219 1.626

2.29 (90″) 1.372 1.829

2.54 (100″) 1.524 2.032

3.05 (120″) 1.829 2.438

3.81 (150″) 2.286 3.048

5.08 (200″) 3.048 4.064

6.35 (250″) 3.810 5.080

7.62 (300″) 4.572 6.096

8.89 (350″) 5.334 7.112

10.16 (400″) 6.096 8.128

12.70 (500″) 7.620 10.160

15.24 (600″) 9.144 12.192

17.78 (700″) 10.668 14.224

20.32 (800″) 12.192 16.256

22.86 (900″) 13.716 18.288

25.40 (1000″) 15.240 20.320

ET-C1U100*2 0.371 – 0.398:1

Min. (LW)
0.74
0.90
1.13
1.52
1.91
2.29
2.68 3.07
3.85
4.62 5.40
6.18 6.95 7.73

Max. (LT) 0.80
0.96 1.21
1.63 2.05
2.46 2.88
3.29
4.13
4.96 5.79
6.62 7.46 8.29

ET-C1W300 0.660 – 0.830:1

Min. (LW) 0.93 1.07 1.21 1.34
1.62 2.03 2.72 3.41 4.10 4.79 5.47
6.85 8.23
9.60

Max. (LT) 1.17 1.34 1.51
1.69 2.03 2.55 3.41 4.27 5.14
6.00 6.86 8.59 10.31 12.04

Zoom Lens

ET-C1W400

ET-C1W500

0.820 – 1.14:1 1.13 – 1.67:1

Projection distance (L)

Min. Max. Min. Max.

(LW) (LT) (LW) (LT)

1.15 1.61 1.60 2.36

1.32 1.85 1.83 2.71

1.49 2.09 2.07 3.05

1.66 2.32 2.30 3.39

2.00 2.79 2.77 4.08

2.51 3.50 3.47 5.11

3.36 4.68 4.63 6.83

4.21 5.86 5.80 8.55

5.06 7.05 6.96 10.27

5.91 8.23 8.13 11.99

6.76 9.41 9.30 13.71

8.46 11.77 11.63 17.15

10.16 14.13 13.96 20.59

11.86 16.49 16.30 24.03

Standard zoom
lens/ET-C1S600 1.64 – 2.52:1

Min. (LW) 2.31
2.65 2.99 3.33 4.00 5.02
6.72 8.42 10.11 11.81 13.51
16.90 20.29
23.68

Max. (LT) 3.57 4.09
4.61 5.13
6.17 7.73 10.32 12.92 15.51 18.11 20.71 25.90 31.09
36.28

ET-C1T700 2.49 – 4.06:1

Min. (LW) 3.51
4.03
4.54
5.06 6.09 7.63 10.21
12.79
15.36 17.94
20.51
25.66 30.82
35.97

Max. (LT) 5.75
6.58 7.42 8.25 9.92 12.42
16.59 20.75 24.92 29.09 33.25 41.59 49.92
58.26

Lens type

Projection lens Model No.

Projected image size

Diagonal (SD)

Height (SH)

Width (SW)

1.78 (70″)

1.067 1.422

2.03 (80″)

1.219 1.626

2.29 (90″)

1.372 1.829

2.54 (100″)

1.524 2.032

3.05 (120″)

1.829 2.438

3.81 (150″)

2.286 3.048

5.08 (200″)

3.048 4.064

6.35 (250″)

3.810 5.080

7.62 (300″)

4.572 6.096

8.89 (350″)

5.334 7.112

10.16 (400″)

6.096 8.128

12.70 (500″)

7.620 10.160

15.24 (600″)

9.144 12.192

17.78 (700″)

10.668 14.224

20.32 (800″)

12.192 16.256

22.86 (900″)

13.716 18.288

25.40 (1000″)

15.240 20.320

ET-C1U100
0.00 – 1.52 0.00 – 1.83 0.00 – 2.29 0.00 – 3.05 0.00 – 3.81 0.00 – 4.57 0.00 – 5.33 0.00 – 6.10 0.00 – 7.62 0.00 – 9.14 0.00 – 10.67 0.00 – 12.19 0.00 – 13.72 0.00 – 15.24

Zoom Lens
ET-C1W300
Height position (H)
0.00 – 1.07 0.00 – 1.22 0.00 – 1.37 0.00 – 1.52 0.00 – 1.83 0.00 – 2.29 0.00 – 3.05 0.00 – 3.81 0.00 – 4.57 0.00 – 5.33 0.00 – 6.10 0.00 – 7.62 0.00 – 9.14 0.00 – 10.67

Standard zoom lens/ ET-C1W400/ET-C1W500/ ET-C1S600/ET-C1T700
-0.11 – 1.17 -0.12 – 1.34 -0.14 – 1.51 -0.15 – 1.68 -0.18 – 2.01 -0.23 – 2.52 -0.31 – 3.35 -0.38 – 4.19 -0.46 – 5.03 -0.53 – 5.87 -0.61 – 6.71 -0.76 – 8.38 -0.91 – 10.06 -1.07 – 11.74

1 The throw ratio is based on the value during projection with the projected image size of 2.54 m (100″). However, the throw ratio for ET-C1U100 is based on the value during projection with the projected image size of 3.81 m (150″).
2 For ET-C1U100, fine text and images may not be displayed clearly during projection with the projected image size over 15.24 m (600″).

ENGLISH – 49

Chapter 2Getting Started — Setting up
Formula for calculating the 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.) When calculating a projection distance using image size designation (value in inches), multiply the value in inches by 0.0254 and substitute it into SD in the formula for calculating the projection distance.
r Zoom Lens

Projection lens Model No. ET-C1U100
ET-C1W300
ET-C1W400
ET-C1W500 Standard zoom lens/
ET-C1S600 ET-C1T700

Throw ratio
0.308 – 0.330:1 0.308 – 0.331:1 0.371 – 0.398:1 0.550 – 0.690:1 0.550 – 0.690:1 0.660 – 0.830:1 0.680 – 0.950:1 0.680 – 0.950:1 0.820 – 1.14:1 0.940 – 1.39:1 0.940 – 1.39:1
1.13 – 1.67:1 1.36 – 2.10:1 1.36 – 2.10:1 1.64 – 2.52:1 2.07 – 3.38:1 2.07 – 3.38:1 2.49 – 4.06:1

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

Projection distance (L) formula

Min. (LW)

Max. (LT)

=0.2700 × SD – 0.0348

=0.2895 × SD – 0.0353

=0.2775 × SD – 0.0348

=0.2975 × SD – 0.0353

=0.3057 × SD – 0.0348

=0.3277 × SD – 0.0353

=0.4787 × SD – 0.0322

=0.5998 × SD – 0.0376

=0.4920 × SD – 0.0322

=0.6165 × SD – 0.0376

=0.5420 × SD – 0.0322

=0.6791 × SD – 0.0376

=0.5913 × SD – 0.0416

=0.8212 × SD – 0.0389

=0.6078 × SD – 0.0416

=0.8440 × SD – 0.0389

=0.6694 × SD – 0.0416

=0.9297 × SD – 0.0389

=0.8114 × SD – 0.0344

=1.1958 × SD – 0.0448

=0.8339 × SD – 0.0344

=1.2291 × SD – 0.0448

=0.9185 × SD – 0.0344

=1.3538 × SD – 0.0448

=1.1800 × SD – 0.0668

=1.8057 × SD – 0.0631

=1.2128 × SD – 0.0668

=1.8559 × SD – 0.0631

=1.3358 × SD – 0.0668

=2.0442 × SD – 0.0631

=1.7915 × SD – 0.0929

=2.8985 × SD – 0.0835

=1.8413 × SD – 0.0929

=2.9791 × SD – 0.0835

=2.0282 × SD – 0.0929

=3.2813 × SD – 0.0835

Adjusting adjustable feet
Install the projector on a flat surface so that the front of the projector is parallel to the screen surface and the projection screen is rectangular. If the screen is tilted downward, extend the front adjustable feet so that the projected image becomes rectangular. The adjustable feet can also be used to adjust the projector to be level when it is tilted in the horizontal direction. Adjustable feet can be extended by turning them as shown in the figure. Turning them in the opposite direction will return them to the original position.

Maximum adjustable range Adjustable feet : 30 mm (1-3/16″) each
Attention
f Be careful not to block the intake/exhaust vents with your hands or any objects when adjusting the adjustable feet while the light source is on. (x page 35)

50 – ENGLISH

Chapter 2Getting Started — Removing/attaching the projection lens
Removing/attaching the projection lens
Removing and attaching methods of the projection lens are basically the same for both standard zoom lenses and optional lenses. Move the projection lens to the home position before replacing or removing the projection lens. (x page 85)
Attention
f Replace the projection lens after turning off the power of the projector. f Do not touch the electric contacts of the projection lens. Dust or dirt may cause poor contact. f Do not touch the surface of the projection lens with your bare hands. f Panasonic Connect Co., Ltd. takes no responsibility for any damage or malfunction of the product resulting from the use of projection lenses
which are not manufactured by Panasonic Connect Co., Ltd.. Be sure to use the specified projection lenses.
Note
f A ball point hex driver (diagonal 2.5 mm (3/32″)) is required when removing/attaching the Zoom Lens (Model No.: ET-C1U100). Use the ball point hex driver suppiled with the Zoom Lens (Model No.: ET-C1U100) or a commercially available one.
f The home position is an origin position of the lens shift (vertical position and horizontal position of the lens) based on the calibration result. For details on moving to the home position, refer to “Moving the projection lens to the home position” (x page 85).
f For the adjustment procedure of the focus, zoom, and lens shift after attaching the projector lens, refer to “Adjusting the focus, zoom, and lens shift” (x page 83).
f For the adjustment procedure of the focus balance in the center and periphery of the projected image, refer to “Adjusting the focus balance” (x page 84).
Removing the projection lens
Remove the projection lens using the following procedure. Prepare a ball point hex driver (diagonal 2.5 mm (3/32″)) when removing the Zoom Lens (Model No.: ET-C1U100). Start from Step 2) when removing a projection lens other than the Zoom Lens (Model No.: ET-C1U100).

1. Loosen the four lens fixing screws with the ball point hex driver until the screws turn freely. (Fig. 1) (Only for ET-C1U100)

Fig. 1

Lens fixing screws

ENGLISH – 51

Chapter 2Getting Started — Removing/attaching the projection lens 2) While pressing the lens release button(), turn the projection lens counterclockwise() to the end
and remove(). (Fig. 2)
Projection lens

Lens release button
Fig. 2
Attention
f Store the removed projection lens where it will be free from vibration and impact.
Attaching the projection lens
Attach the projection lens using the following procedure. Start from Step 2) when the dustproof sponge is already removed. Prepare a ball point hex driver (diagonal 2.5 mm (3/32″)) when attaching the Zoom Lens (Model No.: ET-C1U100).

1. Remove the dustproof sponge. (Fig. 1)

Fig. 1

Dustproof sponge

52 – ENGLISH

Chapter 2Getting Started — Removing/attaching the projection lens 2) Align the protruding mark on the projection lens with the protruding mark of the projector, and insert
the projection lens all the way in. (Fig. 2) f When inserting the projection lens, be careful not to damage the connector. 3) Turn the projection lens clockwise until it clicks. (Fig. 3) f Continue to perform Step 4) when attaching the Zoom Lens (Model No.: ET-C1U100).
Protruding mark on the projector
Protruding mark on the projection lens

Connector

Projection lens

Fig. 2

Fig. 3

4. Secure the projection lens with the lens fixing screws. (Fig. 4) (Only for ET-C1U100)
   f Tighten the lens fixing screws to the four screw holes near the projections lens by using the ball point hex driver.
   g Firmly tighten the lens fixing screws in diagonal order while supporting the barrel of the projection lens from the bottom with your hand.

Lens fixing screws

Lens fixing screws

Screw holes

Fig. 4
Attention
f Turn the projection lens counterclockwise to confirm that it does not come out. f When attaching the Zoom Lens (Model No.: ET-C1U100), be sure to support the barrel of the projection lens from the bottom with your hand
while tightening the lens fixing screws. Failure to do so may cause inadequate tightening of the lens fixing screws. f If the projection lens was replaced, execute the [PROJECTOR SETUP] menu [LENS] [LENS CALIBRATION]. (x page 157)

ENGLISH – 53

Chapter 2Getting Started — Installing the Function Board

Installing the Function Board

This projector is equipped with Intel® Smart Display Module (Intel® SDM) specification slot. Optional Function Board or an interface board or module of other manufacturers supporting Intel® SDM Small (Intel® SDM-S) or Intel® SDM Large (Intel® SDM-L) specification (collectively referred to as “Function Board” hereinafter) can be installed in the slot.
For the devices of other manufacturers that the operation has been verified with this projector, visit the following website.
https://panasonic.net/cns/projector/ Confirmation of operation for the devices of other manufacturers has been performed with the items set independently by Panasonic Connect Co., Ltd., and not all the operations are warranted. For operation or performance problems caused by the devices of other manufacturers, contact the respective manufacturers. Requesting a qualified technician to install or remove the Function Board is recommended. A malfunction may occur due to static electricity. Consult your dealer.
Illustration of the Function Board is just an example.

Before installing or removing the Function Board

f Always turn off the power of the projector before installing or removing the Function Board. g Always follow the procedure of “Switching off the projector” (x page 80) when turning off the power.
f Do not touch the connector section of the Function Board directly with your hands. g The component may be damaged by the static electricity.
f Remove the static electricity from your body by touching to surrounding metal, etc., in advance to prevent the static electricity damage.
f Take care not to get injured when installing or removing the Function Board. g Hands may be injured by the opening of the blank slot or the edge of the bracket of the Function Board.
f When installing the Function Board to the slot, insert it into the connector straight and slowly. g It may not operate or cause malfunction if it is not correctly installed.
f Confirm that there is no lead wires or installed parts that may obstruct installation to the slot in the area within approximately 3 mm (1/8″) from the end face of the circuit board of the Function Board (sections A and B). g The Function Board cannot be installed correctly due to interference with the slot guide rail or the SLOT adapter guide.
f When attaching the SLOT adapter, confirm that there is no circuitry within the area approximately 3 mm (1/8″) from the end face of the circuit board in the SLOT adapter side (section B). g If there is circuitry, secure insulation with the SLOT adapter guide (clasp) by affixing a masking tape, etc.

Circuit board

SLOT adapter

Circuit board

A

A

Intel® SDM-L specification

B

A

Intel® SDM-S specification

54 – ENGLISH

Chapter 2Getting Started — Installing the Function Board
For Intel® SDM-S specification Function Board
Attach the supplied SLOT adapter in advance when installing a narrow width Intel® SDM Small (Intel® SDM-S) specification Function Board.
SLOT adapter Guide
Function Board

screw

Fig. 1

Hook End face

End face

screw

SLOT adapter

Fig. 2

Fig. 3

1. Remove one screw from the SLOT adapter. (Fig. 1) f Remove the screw at the side with the guide of the bracket on the SLOT adapter by rotating counterclockwise with a Phillips screwdriver.
2. Attach the Function Board to the SLOT adapter. (Fig. 2) f Insert and firmly push in the Function Board circuit board into the guide on the SLOT adapter. f Confirm that the Function Board circuit board is in contact with the tip of the hook and the end faces (two locations) of the SLOT adapter.
3. Fix the Function Board. (Fig. 3) f Securely tighten and fix the Function Board with the screw removed in Step 1). f Confirm that the Function Board circuit board is pressed against the hook of the SLOT adapter.
   Note
   f Function Board cannot be correctly installed in the slot unless the Function Board circuit board and the SLOT adapter circuit board are parallel in the same plane.

×

Circuit board

×

SLOT adapter
ENGLISH – 55

Chapter 2Getting Started — Installing the Function Board
Installing the Function Board

Screws (two locations)

Guide rail

Screws (two locations)

Slot cover

Fig. 1

Fig. 2

Fig. 3

1. Remove the slot cover. (Fig. 1) f Remove the two screws fixing the slot cover by rotating counterclockwise with a Phillips screwdriver. The removed screws are used to fix the Function Board. f When removing the second screw, hold the slot cover with your hand so it will not fall. f To replace from another Function Board, remove the Function Board following the procedure in “Removing the Function Board” (x page 56).
2. Install the Function Board in the projector. (Fig. 2) f Insert the Function Board along the groove of the guide rail at both sides inside the slot. Insert the bracket firmly all the way in.
3. Fix the Function Board. (Fig. 3) f Tighten and fix the Function Board with the two screws removed in Step 1).
   Attention
   f The removed slot cover is required when the projector is used with the Function Board removed. Store it so that it can be attached in the future.
   Removing the Function Board

Handles

Fig. 1

1. Remove the Function Board. (Fig. 1) f Remove the two screws fixing the Function Board by rotating counterclockwise with a Phillips screwdriver. The removed screws are used to fix the slot cover. f Hold the handles of the Function Board and remove it slowly.
2. Attach the slot cover. f Attach the stored slot cover, and tighten and fix with the two screws removed in Step 1). f To replace with another Function Board, install the Function Board following the procedure in “Installing the Function Board” (x page 56).
   Attention
   f Always attach the slot cover on the blank slot. f Store the removed Function Board inside an antistatic bag.
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Chapter 2Getting Started — Installing the Function Board

Installing the SFP module

The following is an example of installation procedure for the SFP module. Please also check the operating instructions and setup guide of the SFP module.

SFP ports

SFP modules

Circuit boards
Fig. 1

1. Remove the port cover. f Pull out the port cover of the SFP port.
2. Install the SFP module to the SFP port. (Fig. 1) f With the circuit board of the SFP module visible from the bottom, securely insert the SFP module all the way. f Remove the protection cap on the <SDI OPT 1 IN> terminal, <SDI OPT 2 IN> terminal, or terminal, if there is any, before using.
   Attention
   f The removed port cover and the protection cap will be needed in following cases. Store them so that they can be attached in the future. g When the SFP module not required anymore is removed g When there is a terminal not to be used g When storing the SFP module

ENGLISH – 57

Chapter 2Getting Started — Installing the Function Board
Removing the SFP module
The following is an example of removal procedure for the SFP module. Please also check the operating instructions and setup guide of the SFP module.

Lever

Latch

Lever

Fig. 1

SFP modules

Fig. 2

1. Disconnect the optical fiber cable. f If the optical fiber cable is connected to the SFP module, remove the cable while releasing the latch of the optical fiber cable.
2. Release the latch of the SFP module. (Fig. 1) f Pull down the lever on the SFP module to release the latch.
3. Remove the SFP module. (Fig. 2) f Hold the lever and slowly pull out the SFP module.
   Attention
   f Make sure to attach the port cover on the SFP port that the SFP module is not installed. f Store the removed SFP module with the protection cap, etc., attached so that dust does not accumulate or the SFP module does not get
   dirty.

58 – ENGLISH

Connecting

Chapter 2Getting Started — Connecting

Before connecting
f Before connecting, carefully read the operating instructions for the external device to be connected. f Turn off the power of all devices before connecting cables. f Connect cables taking care of the following descriptions. Failure to do so may result in malfunctions.
g When connecting a cable to a device connected to the projector or the projector itself, touch any nearby
metallic objects to eliminate static electricity from your body before performing work. g Do not use unnecessarily long cables to connect a device to the projector or to the projector body. The longer
the cable, the more susceptible to noise it becomes. Since using a cable while it is wound makes it act like an antenna, it is more susceptible to noise. g When connecting cables, connect GND first, then insert the connecting terminal of the connecting device in a straight manner. f Acquire any connection cable necessary to connect the external device to the system that is neither supplied with the device nor available as an option.
f To use the Function Board, install it in the slot in advance.
Requesting a qualified technician to install the Function Board in the slot or remove from the slot is recommended. A malfunction may occur due to static electricity. Consult your dealer. For details on installing the Function Board in the slot, refer to “Installing the Function Board” (x page 56). f For the connection when the optional 12G-SDI Terminal Board (Model No.: TY-SB01QS) is installed in the slot, refer to “For <SDI 1 IN> / <SDI 2 IN> / <SDI 3 IN> / <SDI 4 IN> / terminals of the Function Board” (x page 60). f For the connection when the optional Function Board for 12G-SDI Optical (Model No.: TY-SB01FB) is installed in the slot, refer to “For <SDI OPT 1 IN> / <SDI OPT 2 IN> / terminals of the Function Board” (x page 61). For details on installing the SFP Module to the Function Board for 12G-SDI Optical (Model No.: TY-SB01FB), refer to “Installing the SFP module” (x page 57). f For the connection when the optional DIGITAL LINK Terminal Board (Model No.: TY- SB01DL) is installed in the slot, refer to “Connecting example using DIGITAL LINK” (x page 63). f When the projector is used with the optional Wireless Presentation System Receiver Board (Model No.: TY-SB01WP) or an interface board or module by other manufacturers installed in the slot, refer to the respective Operating Instructions. f If synchronization signals output from computers or video equipment are disrupted due to changes in the video output setting or other reasons, colors of projected images may be temporarily disrupted. f For the connection when linking multiple projectors and using the contrast synchronization function and the shutter synchronization function, refer to “Connecting example when using the contrast synchronization function/ shutter synchronization function” (x page 65). f Some computer models or graphic cards are not compatible with the projector. f If connecting the projector to a computer that uses an early-type chipset or graphics card compatible with DisplayPort, the projector or computer may not be operated properly when the signal output from DisplayPort on the computer is input to the projector. In such a case, switch off the projector or computer and then switch it on.
If the signal output from DisplayPort is input to the projector, use of the computer equipped with the latest chipset or graphics card is recommended. f Connect using an extension device, etc., when installing the projector away from the video equipment. The projector may not display the image properly when it is connected directly using a long cable. f For details of the types of image signals that can be used with the projector, refer to “List of compatible signals” (x page 295).

ENGLISH – 59

Chapter 2Getting Started — Connecting
Connecting example: AV equipment
For <HDMI IN 1> / <HDMI IN 2> terminals

Blu-ray disc player
Note
f When HDMI signal is input, switching of the setting in the [DISPLAY OPTION] menu [HDMI IN] [HDMI1] / [HDMI2] [EDID SELECT] may be required depending on the connected external device or the input signal.
f For the HDMI cable, use an HDMI High Speed cable that conforms to the HDMI standards. However, when the following 4K image signal exceeding the supported transmission speed of the HDMI High Speed cable is to be input, use the HDMI cable supporting the high speed transmission of 18 Gbps such as the one with Premium HDMI cable authentication. g An image signal with high specification color depth and gradation such as 3840 x 2160/60p 4:2:2/36-bit or 3840 x 2160/60p 4:4:4/24-bit Images may be disrupted or may not be projected when an image signal exceeding the supported transmission speed of the HDMI cable is input.
f The <HDMI IN 1> / <HDMI IN 2> terminals of the projector can be connected to an external device equipped with a DVI-D terminal using an HDMI/DVI conversion cable. However, this may not function properly for some external devices, and image may not be projected.
For <SDI 1 IN> / <SDI 2 IN> / <SDI 3 IN> / <SDI 4 IN> / terminals of the Function Board
This is an example when the optional 12G-SDI Terminal Board (Model No.: TY- SB01QS) is installed in .
12G-SDI signal output compatible device

4 IN TY-SB01QS

3 IN

2 IN

3G SDI

OUT

1 IN

12G/3GSDI

4 IN TY-SB01QS

3 IN

2 IN

3G SDI

OUT

1 IN

12G/3GSDI

HD-SDI signal, 3G-SDI signal, 12G-SDI signal
Note
f Use a cable of 5C-FB or higher (such as 5C-FB or 7C-FB) to properly transmit images when transmitting the HD-SDI signal or the 3G-SDI signal. It is recommended to use a cable of L-5.5CUHD manufactured by Canare Electric Co., Ltd. when transmitting the 12G-SDI signal.
f The maximum cable length that can be used is as follows. However, this maximum cable length is a rough guideline, and does not guarantee the transmission distance. g Input and output of HD-SDI signal and 3G-SDI signal: 100 m (328’1″) g Input of 12G-SDI signal: 80 m (262’6″) (when using a cable of L-5.5CUHD), 20 m (65’7″) (when using a cable of 5C-FB) g Output of 12G-SDI signal: 50 m (164’1″) (when using a cable of L-5.5CUHD), 20 m (65’7″) (when using a cable of 5C-FB)
f Use the BNC connector that is compatible with the coaxial cable and type of the signal to be used. f Setting the [DISPLAY OPTION] menu [SLOT IN] is required depending on the connected external device or the input signal. f The