Panasonic Projector PT-EW640 User Manual
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![Page 27
Chapter 1 Preparation — Using the remote control
ENGLISH - 27
Using the remote control
Inserting and removing the batteries
(ii)(i)
Fig. 1Fig. 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 ID number of the remote control
When you use the system with multiple projectors, you can operate all th\
e projectors simultaneously or each projector individually using single...](http://img.usermanuals.tech/thumb/58/99581/w64_projector_manual_8188_d-26.png "Page 27
Chapter 1 Preparation — Using the remote control
ENGLISH - 27
Using the remote control
Inserting and removing the batteries
(ii)(i)
Fig. 1Fig. 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 ID number of the remote control
When you use the system with multiple projectors, you can operate all th\
e projectors simultaneously or each projector individually using single...")
![Page 28
Chapter 1 Preparation — Using the remote control
28 - ENGLISH
Connecting to the projector with a cable
When controlling the projector by wired remote control, connect the terminal on the projector to the remote control wired terminal on the remote control by a commercial M3 stereo mini plug cable.
The remote control is effective even in places where an obstacle stands in the light path or whe\
re devices are susceptible to outside light.
Connecting terminalsM3 stereo mini plug cable (commercially...](http://img.usermanuals.tech/thumb/58/99581/w64_projector_manual_8188_d-27.png "Page 28
Chapter 1 Preparation — Using the remote control
28 - ENGLISH
Connecting to the projector with a cable
When controlling the projector by wired remote control, connect the terminal on the projector to the remote control wired terminal on the remote control by a commercial M3 stereo mini plug cable.
The remote control is effective even in places where an obstacle stands in the light path or whe\
re devices are susceptible to outside light.
Connecting terminalsM3 stereo mini plug cable (commercially...")
![Page 29
ENGLISH - 29
Chapter 2 Getting Started
This chapter describes things you need to do before using the projector \
such as the setup and connections.](http://img.usermanuals.tech/thumb/58/99581/w64_projector_manual_8188_d-28.png "Page 29
ENGLISH - 29
Chapter 2 Getting Started
This chapter describes things you need to do before using the projector \
such as the setup and connections.")
![Page 30
Chapter 2 Getting Started — Setting up
30 - ENGLISH
Setting up
Installation mode
There are four ways to set up the projector. Set the [PROJECTOR SETUP] menu → [PROJECTION METHOD] (x page 86) depending on the installation method.
Mounting on the ceiling and projecting forwardSetting on a desk/floor and projecting from rear(Using the translucent screen)
Menu itemMethodMenu itemMethod
[PROJECTION METHOD][FRONT/CEILING][PROJECTION METHOD][REAR/FLOOR]
Mounting on the ceiling and projecting from rear(Using the...](http://img.usermanuals.tech/thumb/58/99581/w64_projector_manual_8188_d-29.png "Page 30
Chapter 2 Getting Started — Setting up
30 - ENGLISH
Setting up
Installation mode
There are four ways to set up the projector. Set the [PROJECTOR SETUP] menu → [PROJECTION METHOD] (x page 86) depending on the installation method.
Mounting on the ceiling and projecting forwardSetting on a desk/floor and projecting from rear(Using the translucent screen)
Menu itemMethodMenu itemMethod
[PROJECTION METHOD][FRONT/CEILING][PROJECTION METHOD][REAR/FLOOR]
Mounting on the ceiling and projecting from rear(Using the...")
![Page 31
Chapter 2 Getting Started — Setting up
ENGLISH - 31
Projected image size and throw distance
Refer to the projected image size and projection distance shown below to\
install the projector. The 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 SH
H SH
SW
Projected image
Screen
Screen
Note
fThis illustration is prepared on the assumption that the projected image size and position have been aligned to fit full inside the...](http://img.usermanuals.tech/thumb/58/99581/w64_projector_manual_8188_d-30.png "Page 31
Chapter 2 Getting Started — Setting up
ENGLISH - 31
Projected image size and throw distance
Refer to the projected image size and projection distance shown below to\
install the projector. The 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 SH
H SH
SW
Projected image
Screen
Screen
Note
fThis illustration is prepared on the assumption that the projected image size and position have been aligned to fit full inside the...")
![Page 32
Chapter 2 Getting Started — Setting up
32 - ENGLISH
Projection distance by Projection Lens
A ±5 % error in listed projection distances may occur.
In addition, when [KEYSTONE] is used, distance is corrected to become smaller than the specified screen size.
For PT-EZ580
rWhen the screen aspect ratio is 16:10
(Unit: m)
Lens typeStandard zoom lens
Optional lens
Height position (H)*2Fixed-focus lens
Short focus zoom lensLong focus zoom lens
Ultra long focus zoom lensProjection Lens Model...](http://img.usermanuals.tech/thumb/58/99581/w64_projector_manual_8188_d-31.png "Page 32
Chapter 2 Getting Started — Setting up
32 - ENGLISH
Projection distance by Projection Lens
A ±5 % error in listed projection distances may occur.
In addition, when [KEYSTONE] is used, distance is corrected to become smaller than the specified screen size.
For PT-EZ580
rWhen the screen aspect ratio is 16:10
(Unit: m)
Lens typeStandard zoom lens
Optional lens
Height position (H)*2Fixed-focus lens
Short focus zoom lensLong focus zoom lens
Ultra long focus zoom lensProjection Lens Model...")
![Page 36
Chapter 2 Getting Started — Setting up
36 - ENGLISH
Formula to calculate projection distance per Projection Lens
To use a screen size not listed in this manual, check the screen 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 er\
ror.)
If you want to calculate the projection distance with projected image size SD (unit: inch) by substituting, please assign 0.0254 times to...](http://img.usermanuals.tech/thumb/58/99581/w64_projector_manual_8188_d-35.png "Page 36
Chapter 2 Getting Started — Setting up
36 - ENGLISH
Formula to calculate projection distance per Projection Lens
To use a screen size not listed in this manual, check the screen 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 er\
ror.)
If you want to calculate the projection distance with projected image size SD (unit: inch) by substituting, please assign 0.0254 times to...")
Chapter 2 Getting Started — Setting up ENGLISH - 31 Projected image size and throw distance Refer to the projected image size and projection distance shown below to\ install the projector. The 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 SH H SH SW Projected image Screen Screen Note fThis illustration is prepared on the assumption that the projected image size and position have been aligned to fit full inside the screen.(Unit: m) L (LW/LT)*1Projection distance L1Lens protrusion dimension SHImage height SWImage width HDistance from the lens center to the lower edge of the projected image SDProjected image size *1 LW: Minimum projection distance when the Zoom Lens is usedLT: Maximum projection distance when the Zoom Lens is used(Unit: m) Projection Lens Model No.L1 dimension (approximate value) Standard zoom lens0.059 ET -ELW210.050 ET-ELW200.080 ET-ELT200.081 ET-ELT210.080 Attention fBefore setting up, read “Precautions for use” (x page 17).
Chapter 2 Getting Started — Setting up 32 - ENGLISH Projection distance by Projection Lens A ±5 % error in listed projection distances may occur. In addition, when [KEYSTONE] is used, distance is corrected to become smaller than the specified screen size. For PT-EZ580 rWhen the screen aspect ratio is 16:10 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*11.7-2.8:10.8:11.3-1.7:12.8-4.6:14.6-7.2:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.5380.8621.362.350.631.021.412.293.813.726.03-0.05 - 0.590.271.27 (50")0.6731.0771.712.950.801.291.772.894.794.707.59-0.07 - 0.740.341.52 (60")0.8081.2922.063.550.971.552.143.495.775.689.15-0.08 - 0.890.401.78 (70")0.9421.5062.424.151.141.822.504.096.756.6610.71-0.09 - 1.040.472.03 (80")1.0771.7232.774.761.322.092.874.697.737.6412.27-0.11 - 1.180.542.29 (90")1.2121.9393.125.361.492.363.235.308.718.6313.83-0.12 - 1.330.612.54 (100")1.3462.1543.485.961.662.633.605.909.699.6115.39-0.13 - 1.480.673.05 (120")1.6152.5854.187.162.003.164.327.1011.6511.5718.51-0.16 - 1.780.813.81 (150")2.0193.2315.248.962.523.965.428.9014.5914.5223.19-0.20 - 2.221.015.08 (200")2.6924.3087.0111.963.385.317.2511.9119.4919.4330.99-0.27 - 2.961.356.35 (250")3.3655.3858.7714.964.246.659.0714.9124.3924.3438.79-0.34 - 3.701.687.62 (300")4.0396.46210.5417.975.107.9910.917.9229.2929.2546.59-0.40 - 4.442.028.89 (350")4.7127.53912.3020.975.959.3312.7320.9234.1934.1654.39-0.47 - 5.182.3610.16 (400")5.3858.61614.0723.976.8110.6714.5523.9339.0939.0762.19-0.54 - 5.922.69 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2. rWhen the screen aspect ratio is 16:9 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*11.7-2.8:10.8:11.3-1.7:12.8-4.6:14.6-7.2:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.4980.8861.402.420.651.051.452.363.923.836.20-0.05 - 0.550.251.27 (50")0.6231.1071.763.040.831.321.822.974.924.837.81-0.06 - 0.680.311.52 (60")0.7471.3282.123.651.001.602.203.595.935.849.41-0.07 - 0.820.371.78 (70")0.8721.5502.494.271.181.872.574.216.946.8511.01-0.09 - 0.960.442.03 (80")0.9961.7712.854.891.352.152.954.837.957.8612.62-0.10 - 1.100.502.29 (90")1.1211.9923.215.511.532.433.325.458.958.8714.22-0.11 - 1.230.562.54 (100")1.2452.2143.576.121.712.703.706.069.969.8815.82-0.12 - 1.370.623.05 (120")1.4942.6574.307.362.063.254.457.3011.9711.9019.03-0.15 - 1.640.753.81 (150")1.8683.3215.399.212.594.085.589.1515.0014.9323.84-0.19 - 2.050.935.08 (200")2.4914.4287.2012.293.475.467.4512.2420.0319.9831.86-0.25 - 2.741.256.35 (250")3.1135.5359.0215.384.366.839.3315.3325.0725.0239.87-0.31 - 3.421.567.62 (300")3.7366.64110.8318.475.248.2111.2018.4230.1030.0747.89-0.37 - 4.111.878.89 (350")4.3587.74812.6521.556.129.5913.0821.5135.1435.1255.91-0.44 - 4.792.1810.16 (400")4.9818.85514.4624.647.0010.9714.9624.6040.1840.1763.92-0.50 - 5.482.49 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2.
Chapter 2 Getting Started — Setting up ENGLISH - 33 rWhen the screen aspect ratio is 4:3 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*11.9-3.3:10.9:11.5-2.0:13.3-5.4:15.4-8.6:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.6100.8131.542.670.721.161.602.614.334.246.85-0.06 - 0.670.301.27 (50")0.7621.0161.943.350.911.462.013.295.435.358.62-0.08 - 0.840.381.52 (60")0.9141.2192.344.031.111.772.433.976.546.4610.39-0.09 - 1.010.461.78 (70")1.0671.4222.744.711.302.072.844.657.657.5712.15-0.11 - 1.170.532.03 (80")1.2191.6263.145.391.502.373.255.338.768.6813.92-0.12 - 1.340.612.29 (90")1.3721.8293.546.071.692.683.676.019.879.7915.68-0.14 - 1.510.692.54 (100")1.5242.0323.946.751.892.984.086.6910.9810.9117.45-0.15 - 1.680.763.05 (120")1.8292.4384.748.112.283.594.918.0513.2013.1320.98-0.18 - 2.010.913.81 (150")2.2863.0485.9410.152.864.506.1510.0916.5316.4726.28-0.23 - 2.511.145.08 (200")3.0484.0647.9413.553.836.028.2113.4922.0822.0335.11-0.30 - 3.351.526.35 (250")3.8105.0809.9416.954.817.5310.2816.9027.6227.5843.94-0.38 - 4.191.917.62 (300")4.5726.09611.9420.345.789.0512.3520.3033.1733.1452.77-0.46 - 5.032.298.89 (350")5.3347.11213.9323.746.7510.5714.4123.7038.7238.7061.60-0.53 - 5.872.6710.16 (400")6.0968.12815.9327.147.7212.0916.4827.1044.2744.2670.43-0.61 - 6.713.05 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2. For PT-EW640 and PT -EW540 rWhen the screen aspect ratio is 16:10 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*11.7-2.8:10.8:11.3-1.7:12.8-4.6:14.6-7.2:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.5380.8621.382.380.641.031.422.323.853.766.10-0.05 - 0.590.271.27 (50")0.6731.0771.742.990.811.301.792.934.854.767.68-0.07 - 0.740.341.52 (60")0.8081.2922.093.600.991.572.163.545.845.759.26-0.08 - 0.890.401.78 (70")0.9421.5062.454.211.161.852.534.156.836.7510.84-0.09 - 1.040.472.03 (80")1.0771.7232.814.821.332.122.904.757.827.7412.42-0.11 - 1.180.542.29 (90")1.2121.9393.165.421.512.393.275.368.818.7314.00-0.12 - 1.330.612.54 (100")1.3462.1543.526.031.682.663.645.979.809.7315.58-0.13 - 1.480.673.05 (120")1.6152.5854.247.252.033.214.387.1911.7911.7218.73-0.16 - 1.780.813.81 (150")2.0193.2315.319.072.554.025.489.0114.7614.7023.47-0.20 - 2.221.015.08 (200")2.6924.3087.0912.113.425.387.3312.0519.7219.6731.36-0.27 - 2.961.356.35 (250")3.3655.3858.8815.164.296.749.1715.1024.6824.6439.26-0.34 - 3.701.687.62 (300")4.0396.46210.6718.205.168.1011.0218.1429.6429.6147.15-0.40 - 4.442.028.89 (350")4.7127.53912.4521.246.039.4612.8621.1834.5934.5855.04-0.47 - 5.182.3610.16 (400")5.3858.61614.2424.286.8910.8214.7124.2239.5539.5562.94-0.54 - 5.922.69 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2.
Chapter 2 Getting Started — Setting up 34 - ENGLISH rWhen the screen aspect ratio is 16:9 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*11.7-2.8:10.8:11.3-1.7:12.8-4.6:14.6-7.2:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.4980.8861.422.450.661.061.462.393.963.876.28-0.05 - 0.550.251.27 (50")0.6231.1071.793.080.841.341.843.014.984.907.90-0.06 - 0.680.311.52 (60")0.7471.3282.153.701.011.622.223.646.005.929.52-0.07 - 0.820.371.78 (70")0.8721.5502.524.331.191.902.604.267.026.9411.15-0.09 - 0.960.442.03 (80")0.9961.7712.894.951.372.182.984.898.047.9612.77-0.10 - 1.100.502.29 (90")1.1211.9923.255.581.552.463.365.519.068.9814.39-0.11 - 1.230.562.54 (100")1.2452.2143.626.201.732.743.746.1410.0810.0016.01-0.12 - 1.370.623.05 (120")1.4942.6574.357.452.093.304.507.3912.1212.0519.26-0.15 - 1.640.753.81 (150")1.8683.3215.469.332.624.145.649.2715.1815.1124.13-0.19 - 2.050.935.08 (200")2.4914.4287.2912.453.525.537.5312.3920.2720.2232.24-0.25 - 2.741.256.35 (250")3.1135.5359.1315.584.416.939.4315.5225.3725.3340.35-0.31 - 3.421.567.62 (300")3.7366.64110.9618.705.308.3311.3318.6430.4630.4448.47-0.37 - 4.111.878.89 (350")4.3587.74812.8021.836.199.7213.2221.7735.5635.5556.58-0.44 - 4.792.1810.16 (400")4.9818.85514.6324.957.0911.1215.1224.9040.6640.6664.69-0.50 - 5.482.49 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2. rWhen the screen aspect ratio is 4:3 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*12.0-3.4:10.9:11.5-2.0:13.3-5.5:15.4-8.7:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.6100.8131.572.700.731.181.622.644.384.296.940.06 - 0.670.301.27 (50")0.7621.0161.973.390.931.482.043.335.505.418.730.08 - 0.840.381.52 (60")0.9141.2192.384.081.121.792.454.026.626.5410.510.09 - 1.010.461.78 (70")1.0671.4222.784.771.322.102.874.717.757.6712.300.11 - 1.170.532.03 (80")1.2191.6263.185.461.522.413.295.408.878.7914.090.12 - 1.340.612.29 (90")1.3721.8293.596.151.712.713.716.089.999.9215.870.14 - 1.510.692.54 (100")1.5242.0323.996.841.913.024.126.7711 . 1111.0417.660.15 - 1.680.763.05 (120")1.8292.4384.808.212.303.644.968.1513.3613.2921.240.18 - 2.010.913.81 (150")2.2863.0486.0110.282.894.566.2110.2216.7316.6726.600.23 - 2.511.145.08 (200")3.0484.0648.0413.723.886.108.3013.6622.3422.3035.530.30 - 3.351.526.35 (250")3.8105.08010.0617.164.867.6410.3917.1027.9527.9244.470.38 - 4.191.917.62 (300")4.5726.09612.0820.615.859.1812.4820.5533.5733.5553.400.46 - 5.032.298.89 (350")5.3347.11214.1024.056.8310.7214.5723.9939.1839.1862.340.53 - 5.872.6710.16 (400")6.0968.12816.1227.497.8112.2516.6627.4344.7944.8071.280.61 - 6.713.05 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2.
Chapter 2 Getting Started — Setting up ENGLISH - 35 For PT-EX610 and PT -EX510 rWhen the screen aspect ratio is 4:3 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*11.7-2.8:10.8:11.3-1.7:12.8-4.6:14.6-7.2:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.6100.8131.302.260.600.971.352.193.653.565.780.00 - 0.610.301.27 (50")0.7621.0161.642.830.771.231.702.774.594.507.270.00 - 0.760.381.52 (60")0.9141.2191.983.410.931.492.053.345.535.448.770.00 - 0.910.461.78 (70")1.0671.4222.323.981.101.742.403.926.476.3810.270.00 - 1.070.532.03 (80")1.2191.6262.664.561.262.002.754.507.417.3211.770.00 - 1.220.612.29 (90")1.3721.8293.005.141.432.263.105.078.358.2713.260.00 - 1.370.692.54 (100")1.5242.0323.335.711.592.513.455.659.299.2114.760.00 - 1.520.763.05 (120")1.8292.4384.016.861.923.034.156.8011.1711.0917.750.00 - 1.830.913.81 (150")2.2863.0485.038.592.423.805.208.5314.0013.9222.240.00 - 2.291.145.08 (200")3.0484.0646.7211.473.245.086.9511.4118.7018.6329.730.00 - 3.051.526.35 (250")3.8105.0808.4214.354.076.378.7014.3023.4023.3437.210.00 - 3.811.917.62 (300")4.5726.09610.1117.234.897.6510.4517.1828.1128.0544.700.00 - 4.572.298.89 (350")5.3347.11211.8120.115.728.9412.2020.0632.8132.7652.180.00 - 5.332.6710.16 (400")6.0968.12813.5022.996.5410.2213.9522.9437.5137.4759.670.00 - 6.103.05 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2. rWhen the screen aspect ratio is 16:9 (Unit: m) Lens typeStandard zoom lens Optional lens Height position (H)*2Fixed-focus lens Short focus zoom lensLong focus zoom lens Ultra long focus zoom lensProjection Lens Model No.—ET-ELW21ET-ELW20ET-ELT20ET-ELT21Standard zoom lens/ET -ELW20/ET-ELT20/ET-ELT21 ET-ELW21Throw ratio*11.7-2.8:10.8:11.3-1.7:12.8-4.6:14.6-7.2:1Projected image sizeProjection distance (L) Diagonal (SD)Height (SH)Width (SW)Min.(LW)Max.(LT)FixedMin.(LW)Max.(LT)Min.(LW)Max.(LT)Min.(LW)Max.(LT)1.02 (40")0.4980.8861.422.460.661.061.472.403.993.896.31-0.08 - 0.580.251.27 (50")0.6231.1071.793.090.841.401.853.035.014.927.94-0.10 - 0.730.311.52 (60")0.7471.3282.163.721.021.682.233.656.045.959.57-0.12 - 0.870.371.78 (70")0.8721.5502.534.341.201.962.624.287.066.9711.21-0.15 - 1.020.442.03 (80")0.9961.7712.904.971.382.243.004.918.098.0012.84-0.17 - 1.160.502.29 (90")1.1211.9923.275.601.562.523.385.549.119.0214.47-0.19 - 1.310.562.54 (100")1.2452.2143.646.231.742.803.766.1710.1310.0516.10-0.21 - 1.450.623.05 (120")1.4942.6574.387.482.103.364.527.4212.1812.119.36-0.25 - 1.740.753.81 (150")1.8683.3215.489.372.644.205.679.3115.2615.1824.25-0.31 - 2.180.935.08 (200")2.4914.4287.3312.53.545.607.5712.4520.3820.3232.41-0.41 - 2.911.256.35 (250")3.1135.5359.1815.644.447.009.4815.5925.5125.4540.56-0.52 - 3.631.567.62 (300")3.7366.64111.0218.785.338.4011.3918.7330.6330.5848.72-0.62 - 4.361.878.89 (350")4.3587.74812.8721.926.239.8013.2921.8735.7535.7156.87-0.73 - 5.082.1810.16 (400")4.9818.85514.7225.057.1311.2015.2025.0140.8840.8465.03-0.83 - 5.812.49 *1 The throw ratio is based on the value during projection with the project\ ed image size of 2.03 m (80").*2 When the fixed-focus lens (Model No.: ET -ELW21) is attached, the lens shift is not possible. The height position (H) becomes SH/2.
Chapter 2 Getting Started — Setting up 36 - ENGLISH Formula to calculate projection distance per Projection Lens To use a screen size not listed in this manual, check the screen 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 er\ ror.) If you want to calculate the projection distance with projected image size SD (unit: inch) by substituting, please assign 0.0254 times to the SD value. For PT-EZ580 Lens typeProjection Lens Model No.Aspect ratioProjection distance (L) formula Standard zoom lens— 16:10Min. (LW)L = 1.3900 x SD - 0.0549 Max. (LT)L = 2.3640 x SD - 0.0482 16:9Min. (LW)L = 1.4286 x SD - 0.0549 Max. (LT)L = 2.4297 x SD - 0.0482 4:3Min. (LW)L = 1.5736 x SD - 0.0549 Max. (LT)L = 2.6763 x SD - 0.0482 Fixed-focus lensET-ELW21 16:10—L = 0.6763 x SD - 0.0577 16:9—L = 0.6951 x SD - 0.0577 4:3—L = 0.7656 x SD - 0.0577 Short focus zoom lensET-ELW20 16:10Min. (LW)L = 1.0557 x SD - 0.0555 Max. (LT)L = 1.4374 x SD - 0.0534 16:9Min. (LW)L = 1.0851 x SD - 0.0555 Max. (LT)L = 1.4774 x SD - 0.0534 4:3Min. (LW)L = 1.1952 x SD - 0.0555 Max. (LT)L = 1.6273 x SD - 0.0534 Long focus zoom lensET-ELT20 16:10Min. (LW)L = 2.3662 x SD - 0.1140 Max. (LT)L = 3.8583 x SD - 0.1129 16:9Min. (LW)L = 2.4320 x SD - 0.1140 Max. (LT)L = 3.9656 x SD - 0.1129 4:3Min. (LW)L = 2.6788 x SD - 0.1140 Max. (LT)L = 4.3680 x SD - 0.1129 Ultra long focus zoom lensET-ELT21 16:10Min. (LW)L = 3.8667 x SD - 0.2123 Max. (LT)L = 6.1416 x SD - 0.2108 16:9Min. (LW)L = 3.9742 x SD - 0.2123 Max. (LT)L = 6.3123 x SD - 0.2108 4:3Min. (LW)L = 4.3775 x SD - 0.2123 Max. (LT)L = 6.9529 x SD - 0.2108 For PT -EW640 and PT -EW540 Lens typeProjection Lens Model No.Aspect ratioProjection distance (L) formula Standard zoom lens— 16:10Min. (LW)L = 1.4062 x SD - 0.0504 Max. (LT)L = 2.3944 x SD - 0.0497 16:9Min. (LW)L = 1.4452 x SD - 0.0504 Max. (LT)L = 2.4609 x SD - 0.0497 4:3Min. (LW)L = 1.5919 x SD - 0.0504 Max. (LT)L = 2.7106 x SD - 0.0497 Fixed-focus lensET-ELW21 16:10—L = 0.6842 x SD - 0.0572 16:9—L = 0.7032 x SD - 0.0572 4:3—L = 0.7746 x SD - 0.0572 Short focus zoom lensET-ELW20 16:10Min. (LW)L = 1.0702 x SD - 0.0554 Max. (LT)L = 1.4530 x SD - 0.0534 16:9Min. (LW)L = 1.1000 x SD - 0.0554 Max. (LT)L = 1.4934 x SD - 0.0534 4:3Min. (LW)L = 1.2116 x SD - 0.0554 Max. (LT)L = 1.6449 x SD - 0.0534
Chapter 2 Getting Started — Setting up ENGLISH - 37 Lens typeProjection Lens Model No.Aspect ratioProjection distance (L) formula Long focus zoom lensET-ELT20 16:10Min. (LW)L = 2.3952 x SD - 0.1139 Max. (LT)L = 3.9041 x SD - 0.1128 16:9Min. (LW)L = 2.4617 x SD - 0.1139 Max. (LT)L = 4.0126 x SD - 0.1128 4:3Min. (LW)L = 2.7115 x SD - 0.1139 Max. (LT)L = 4.4197 x SD - 0.1128 Ultra long focus zoom lensET-ELT21 16:10Min. (LW)L = 3.9138 x SD - 0.2127 Max. (LT)L = 6.2152 x SD - 0.2107 16:9Min. (LW)L = 4.0226 x SD - 0.2127 Max. (LT)L = 6.3880 x SD - 0.2107 4:3Min. (LW)L = 4.4307 x SD - 0.2127 Max. (LT)L = 7.0361 x SD - 0.2107 For PT -EX610 and PT -EX510 Lens typeProjection Lens Model No.Aspect ratioProjection distance (L) formula Standard zoom lens— 4:3Min. (LW)L = 1.3346 x SD - 0.0553 Max. (LT)L = 2.2677 x SD - 0.0480 16:9Min. (LW)L = 1.4541 x SD - 0.0553 Max. (LT)L = 2.4707 x SD - 0.0480 Fixed-focus lensET-ELW214:3—L = 0.6496 x SD - 0.0585 16:9—L = 0.7078 x SD - 0.0585 Short focus zoom lensET-ELW20 4:3Min. (LW)L = 1.0118 x SD - 0.0558 Max. (LT)L = 1.3780 x SD - 0.0540 16:9Min. (LW)L = 1.1024 x SD - 0.0558 Max. (LT)L = 1.5013 x SD - 0.0540 Long focus zoom lensET-ELT20 4:3Min. (LW)L = 2.2693 x SD - 0.1142 Max. (LT)L = 3.7031 x SD - 0.1129 16:9Min. (LW)L = 2.4724 x SD - 0.1142 Max. (LT)L = 4.0346 x SD - 0.1129 Ultra long focus zoom lensET-ELT21 4:3Min. (LW)L = 3.7091 x SD - 0.2132 Max. (LT)L = 5.8937 x SD - 0.2109 16:9Min. (LW)L = 4.0339 x SD - 0.2132 Max. (LT)L = 6.4212 x SD - 0.2109 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 projected image is rectangular . If the screen is tilted downward, the projected image can be adjusted to be rectangular by adjusting the front adjustable feet. The adjustable feet can also be used to adjust the projector to be level when it is til\ ted in the horizontal direction. Extend the adjustable feet by rotating in the direction shown in the figure and retract by rotating in the opposite direction. Adjustable amount Front adjustable feet: Approx. 25 mm (31/32) Attention fHeated air is expelled from the air exhaust port while the lamp is lit. Do not touch the air exhaust port directly when adjusting the adjustable feet. (x page 24)
Chapter 2 Getting Started — Removing/attaching the Projection Lens 38 - ENGLISH Removing/attaching the Projection Lens Removing and attaching procedures of the Projection Lens are same for bo\ th standard zoom lens and optional lens. Move the lens to the home position before replacing or removing the Projection Lens. (x page 50) Attention fReplace the Projection Lens after turning off the power of the projector. fDo not touch the electrical contact of the Projection Lens. Dust or dirt may cause defective contact. fDo not touch the surface of the Projection Lens with your bare hands. fBefore attaching the Projection Lens, remove the lens hole cover (only \ lens options models) and lens cover attached to the Projection Lens. Removing the Projection Lens Remove the Projection Lens with the following procedure. (iii) (i) (ii) Projection Lens Lens release button 1) With the lens release button held down, turn the Projection Lens counterclockwise to the end and remove the Projection Lens. Attention fStore the removed Projection Lens where it will be free from vibration and impact. Attaching the Projection Lens Attach the Projection Lens with the following procedure. Projection Lens Fig. 1 Fig. 2 1) Align the red mark on the Projection Lens with the red mark on the projector, and insert the Projection Lens as far as possible. (Fig. 1) 2) Turn clockwise to the end. (Fig. 2) Attention fTurn the Projection Lens counterclockwise to confirm that it does not come out.
Chapter 2 Getting Started — Connecting ENGLISH - 39 Connecting Before connecting fBefore connecting, carefully read the operating instructions for the external device to be connected. fTurn off the power of all devices before connecting cables. fTake note of the following points before connecting the cables. Failure to do so may result in malfunctions. gWhen connecting a cable to a device connected to the projector or the pr\ ojector itself, touch any nearby metallic objects to eliminate static electricity from your body before performing work. gDo not use unnecessarily long cables to connect to a device connected to the projector or to the projector body. The longer the cable, the more it is susceptible to noise. Since using a cable while it is wound makes it act like an antenna, it is more susceptible to noise. gWhen connecting cables, connect GND first, then insert the connecting terminal of the connecting device in a straight manner . fAcquire any connection cable necessary to connect the external device to the system that is neither supplied with the device nor available as an option. fIf video signals from video equipment contain too much jitter, the images on the screen may wobble. In this case, a time base corrector (TBC) must be connected. fThe projector accepts video signals, Y/C signals, YCBCR/YPBPR signals, analog RGB signals (synchronization signals are TTL level), and digital signals. fSome computer models or graphics cards are not compatible with the projector. fUse a cable compensator when you connect devices to the projector using long cables. Otherwise the image may not display properly . fRefer to “List of compatible signals” (x page 146) for the types of video signals that can be used with the projector. terminal pin assignments and signal names Outside viewPin No.Signal namePin No.Signal name (10) (6) (11) (15) (1) (5) (1)R/PR(9)― (2)G/Y(10)GND (3)B/PB(11)GND (4)―(12)DDC data (5)GND(13)SYNC/HD (6)GND(14)VD (7)GND(15)DDC clock (8)GND terminal pin assignments and signal names Outside viewPin No.Signal namePin No.Signal name (10) (6) (11) (15) (1) (5) (1)R/PR(9)― (2)G/Y(10)GND (3)B/PB(11)GND (4)―(12)― (5)GND(13)SYNC/HD (6)GND(14)VD (7)GND(15)― (8)GND terminal pin assignments and signal names Outside viewPin No.Signal namePin No.Signal name Even-numbered pins of (2) to (18) (1) (19) (2) (18) Odd-numbered pins of (1) to (19) (1)T.M.D.S data 2+(11)T.M.D.S clock shield (2)T.M.D.S data 2 shield(12)T.M.D.S clock- (3)T.M.D.S data 2-(13)CEC (4)T.M.D.S data 1+(14)— (5)T.M.D.S data 1 shield(15)SCL (6)T.M.D.S data 1-(16)SDA (7)T.M.D.S data 0+(17)DDC/CECGND (8)T.M.D.S data 0 shield(18)+5 V (9)T.M.D.S data 0-(19)Hot plug detection (10)T.M.D.S clock+
Chapter 2 Getting Started — Connecting 40 - ENGLISH terminal pin assignments and signal names (Only for PT-EZ580, PT-EW640 and PT -EX610) Outside viewPin No.Signal namePin No.Signal name Even-numbered pins of (2) to (20) (1)(19) (2) (20) Odd-numbered pins of (1) to (19) (1)MainLane-3(11)GND (2)GND(12)MainLane+0 (3)MainLane+3(13)GND (4)MainLane-2(14)GND (5)GND(15)Aux+ (6)MainLane+2(16)GND (7)MainLane-1(17)Aux- (8)GND(18)Hot plug detection (9)MainLane+1(19)GND (10)MainLane-0(20)DP_PWR *1 *1 Supplies power of +3.3 V/0.5 A Max. Use at the rated power or less. terminal pin assignments and signal names Outside viewPin No.Signal namePin No.Signal name (17) (24) (16) (9) (1) (8) (1)T.M.D.S data 2-(13)— (2)T.M.D.S data 2+(14)+5 V (3)T.M.D.S data 2/4 shield(15)GND (4)—(16)Hot plug detection (5)—(17)T.M.D.S data 0- (6)DDC clock(18)T.M.D.S data 0+ (7)DDC data(19)T.M.D.S data 0/5 shield (8)—(20)— (9)T.M.D.S data 1-(21)— (10)T.M.D.S clock1+(22)T.M.D.S clock shield (11)T.M.D.S data 1/3 shield(23)T.M.D.S clock+ (12)—(24)T.M.D.S clock- Connecting example: AV equipment Audio device Blu-ray disc player DVD player with HDMI terminal (HDCP) VCR (with built-in TBC) Attention fAlways use one of the following when connecting a VCR. gA VCR with built-in time base corrector (TBC) gA time base corrector (TBC) between the projector and the VCR fIf nonstandard burst signals are connected, the image may be distorted. In such case, connect the time base corrector (TBC) between the projector and the external devices.