NEC Projector PX750U2 User Manual
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207 ❺ Operating the Projector Via the LAN (Virtual Remote Tool) Using the softw are prog ram “Vir tual Remote T ool” that y ou can do wnload from our w eb site , Vir tual Remote screen (or toolbar) can be displayed on your computer screen. This will help y ou perf orm oper ations such as projector’ s po wer on or off and signal selection via a LAN connection. It is also used to send an image to the projector and register it as the logo data of the projector . After register ing it, y ou can lock the logo to prevent it from changing. Control Functions Power On/Off, signal selection, picture freez e, picture m ute, Logo tr ansfer to the projector , and remote control operation on your PC. Virtual Remote screen Remote Control WindowToolbar This section provides an outline of preparation for use of Vir tual Remote T ool. For information on how to use Virtual Remote T ool, see Help of Vir tual Remote T ool. (→ page 209) NOTE: • Logo data (graphics) that can be sent to the projector with Virtual Remote Tool has the following restrictions: - File size: 256 KB or less - Image size (resolution): the native resolution of the projector - File format: JPEG • The logo data that is sent with Virtual Remote T ool will be displayed at the center of the screen. Its surrounding will be painted out in black. • Once you have changed the background selection from the default “NEC logo” to another selection, you cannot return the logo to the default “NEC logo” even after using [RESET]. T o put the default “NEC logo” back in the background logo, you need to register it as the background logo by using the image file (\Logo\NEC_logo_black_WUXGA.jpg; NEC_logo_black_XGA.jpg; NEC_logo_black_1280x800.jpg) included on the supplied NEC Projector CD-ROM. TIP: • Virtual Remote Tool can be used also with a serial connection. • To download or update Virtual Remote Tool, visit our website: http://www.nec-display.com/dl/en/index.html Connect the projector to a LAN. Connect the projector to the LAN b y f ollowing the instr uctions in “Connecting to a Wired LAN” (→ page 171), “Connecting to a Wireless LAN (sold separ ately)” (→ page 172) and “9 Application Men us - NETW ORK SETTINGS” (→ page 141) 8. User Supportware
208 Start Virtual Remote Tool Start using the shortcut icon • Double-click the shortcut icon on the Windows Desktop. Start from the Start menu • Click [Start] → [All Programs] or [Pr ograms] → [NEC Projector User Suppor tware] → [Virtual Remote T ool] → [Virtual Remote Tool]. When Virtual Remote Tool starts for the first time, “Easy Setup” window will be displayed. The “Easy Setup” feature is not available on this model. Click “Close Easy Setup”. Closing the “Easy Setup” window will display the “Projector List” window. Select your projector you wish to connect. This will display the Virtual Remote screen. TIP: • The Virtual Remote Tool screen (or Toolbar) can be displayed without displaying “Easy Setup” window. To do so, click to place a check mark for “ Do not use Easy Setup next time” on the screen. NOTE: • When [POWER-SA VING] is selected for [ST ANDBY MODE] from the menu, the projector cannot be turned on via the network (wired LAN/wireless LAN) connection. When [NORMAL2] is selected for [ST ANDBY MODE], the projector cannot be turned on via wireless LAN connection. 8. User Supportware
209 Exiting Virtual Remote T ool 1 Click the Virtual Remote T ool icon on the Taskbar. The pop-up menu will be displayed. 2 Click “Exit”. The Virtual Remote Tool will be closed. Viewing the help file of Vir tual Remote T ool • Displaying the help file using the taskbar 1 Click the Virtual Remote T ool icon on the taskbar when Virtual Remote T ool is running. The pop-up menu will be displayed. 2. Click “Help”. The Help screen will be displa yed. • Displaying the help file using the Start Menu. 1. Click “Start”. “All pr ograms” or “Pr ograms”. “NEC Pr ojector User Suppor tware”. “Vir tual Remote T ool”. and then “Virtual Remote T ool Help” in this order. The Help screen will be displayed. 8. User Supportware
210 ❻ Converting PowerPoint files to Slides (Viewer PPT Converter 3.0) Using Viewer PPT Con verter 3.0 allo ws y ou to con vert P owerPoint files into JPEG files . Con verted JPEG files and Index files (.idx) can be sa ved to a USB memor y. When the USB memor y inser ted into the projector , these JPEG files and Index files (.idx) can be displayed with the viewer function of the projector without connecting a computer. NOTE: When Viewer PPT Converter 3.0 has been installed, once start Viewer PPT Converter 3.0 once with the privilege used for installation. Then exit from Viewer PPT Converter 3.0 without doing anything. • Starting Click Window’s [Start] → [All Programs] → [NEC Projector User Supportware] → [Viewer PPT Converter 3.0] → [Viewer PPT Converter 3.0], in that order. NOTE: • When installing Viewer PPT Converter 3.0 onto a computer that has PowerPoint installed, Viewer PPT Converter 3.0 is automati- cally registered as a Power-Point add-in. It is necessary to cancel Viewer PPT Converter 3.0 add-in before uninstalling Viewer PPT Converter 3.0. Refer to Viewer PPT Converter 3.0 Help to unregister the add-in. • The projector does not support the add-in's “Run Slide Show”. Converting PowerPoint files and saving them to a USB memory 1. Insert the USB memory into the USB port of the computer. 2. On Windows, c lick “Star t” → “All programs” → “NEC Projector UserSuppor tware” → “Viewer PPT Con verter 3.0” → “Viewer PPT Converter 3.0”. Viewer PPT Converter 3.0 will start. 3. Click “Brows...” and select a PowerPoint file you wish to convert, and then click “Open”. 4. Click “Ne xt”. 8. User Supportware
211 5. Select the USB memory drive for “Card Drive” and type in “Inde x name”. Index name m ust be eight alphan umeric char acters or less . 2-b yte char acter and file with a long filename cannot be used. 6. Click “Export”. A confirmation message will be displayed. 7. Click “OK”. Exporting a file will start. 8. Click “OK”. 9. Click “Exit”. Viewer PPT Converter 3.0 will exit. 10. Remove the USB memory from the computer. NOTE: • Before removing the USB memor y from the USB port of the computer , click the “Safe to Remove Hardware” icon on the taskbar . 8. User Supportware
212 9. Appendix ❶ Throw distance and screen size Optional bayonet style lenses can be used on this projector . Ref er to the inf ormation on this page and use a lens suited for the installation en vironment (screen siz e and thro w distance). F or instr uctions on mounting the lens , see page 162. Each number provided in the table below means the throw distance between the lens surface and the screen. Tables of screen sizes and dimensions [PX750U2/PX700W2] Screen height Screen width16:10 screen size (diagonal) Size (inches)Screen widthScreen height (inches) (cm)(inches) (cm) 4033.986.221.253.8 60 50.9129.2 31.880.8 80 67.8172.3 42.4107.7 100 84.8215.4 53.0134.6 120 101.8258.5 63.6161.5 150 127.2323.1 79.5201.9 200 169.6430.8106.0269.2 240 203.5516.9127.2323.1 300 254.4646.2159.0403.9 400 339.2861.6212.0538.5 500 424.01077.0 265.0673.1 [PX800X2] Screen height Screen width4:3 screen size (diagonal) Size (inches)Screen widthScreen height (inches) (cm)(inches) (cm) 403281.3 2461.0 60 48121.9 3691.4 80 64162.6 48121.9 100 80203.2 60152.4 120 96243.8 72182.9 150 120304.8 90228.6 200 160406.4 120304.8 240 192487.7 144365.8 300 240609.6 180457.2 400 320812.8 240609.6 500 4001016.0 300762.0
213 Lens types and throw distance unit = m [PX750U2] Screen sizeLens model nameNP16FLNP17ZLNP18ZLNP19ZLNP20ZLNP21ZLNP31ZL 40"0.6 – 0.850" 0.81.3 – 1.91.8 – 2.42.4 – 4.03.8 – 5.85.6 – 8.90.8 – 1.060"1.01.6 – 2.32.2 – 2.92.8 – 4.84.6 – 7.06.8 – 10.71.0 – 1.280"1.32.2 – 3.13.0 – 3.93.8 – 6.46.2 – 9.39.1 – 14.41.3 – 1.6100" 1.72.7 – 3.93.7 – 4.94.8 – 8.07.7 – 11.711.5 – 18.11.6 – 2.0120"2.03.3 – 4.74.5 – 5.95.8 – 9.69.3 – 14.113.8 – 21.72.0 – 2.5150"2.54.1 – 5.85.6 – 7.47.2 – 12.011.7 – 17.617.4 – 27.32.5 – 3.1200"3.45.5 – 7.87.5 – 9.99.7 – 16.115.6 – 23.523.3 – 36.43.3 – 4.1240"4.16.6 – 9.49.1 – 11.911.6 – 19.318.8 – 28.328.0 – 43.84.0 – 5.0300"5.18.2 – 11.711.3 – 14.914.5 – 24.123.5 – 35.435.0 – 54.85.0 – 6.2350"5.8 – 7.3400"6.6 – 8.3450"7.5 – 9.4500"8.3 – 10.4 TIP Calculation of the throw distance from the screen size NP16FL lens throw distance (m) = H × 0.8 : 0.8 m (min.) to 5.1 m (max.) NP17ZL lens throw distance (m) = H × 1.3 to H × 1.8 : 1.3 m (min.) to 11.7 m (max.) NP18ZL lens throw distance (m) = H × 1.7 to H × 2.3 : 1.8 m (min.) to 14.9 m (max.) NP19ZL lens throw distance (m) = H × 2.2 to H × 3.7 : 2.4 m (min.) to 24.1 m (max.) NP20ZL lens throw distance (m) = H × 3.6 to H × 5.4 : 3.8 m (min.) to 35.4 m (max.) NP21ZL lens throw distance (m) = H × 5.3 to H × 8.3 : 5.6 m (min.) to 54.8 m (max.) NP31ZL lens throw distance (m) = H × 0.8 to H × 0.9: 0.6 m (min.) to 10.4 m (max.) “H” (Horizontal) refers to the screen width. * Figures differ by several % with the table above because the calculation is approximate. Ex.: Throw distance when using the PX750U2 to project on a 150" screen using the NP18ZL lens: According to the “Screen Size (for reference)” table (→ page 212), H (screen width) = 323.1 cm. The throw distance is 323.1 cm × 1.7 to 323.1 cm × 2.3 = 549.3 cm to 743.13 cm (because of the zoom lens). Projection range for the different lenses [PX750U2] 50-300 40-500 50-300 50-30050-30050-300 0.8–5.1 m NP16FL : NP17ZL: 1.3–11.7 mNP31ZL: 0.6–10.4 m NP18ZL: 1.8–14.9 mNP19ZL: 2.4–24.1 mNP20ZL: 3.8–35.4 mNP21ZL: 5.6–54.8 m 50-300 9. Appendix
214 [PX700W2] Screen sizeLens model nameNP06FLNP07ZLNP08ZLNP09ZLNP10ZLNP31ZL 40"1.1 – 1.61.5 – 2.01.9 – 3.93.8 – 7.30.7 – 0.850" 0.81.4 – 2.01.9 – 2.62.4 – 4.94.8 – 9.10.8 – 1.160"1.01.7 – 2.42.3 – 3.12.9 – 5.95.8 – 11.01.0 – 1.380"1.42.3 – 3.13.1 – 4.13.9 – 7.97.8 – 14.71.4 – 1.7100" 1.72.9 – 3.93.9 – 5.24.9 – 9.99.7 – 18.41.7 – 2.1120"2.13.5 – 4.74.7 – 6.25.9 – 11.911.7 – 22.12.1 – 2.6150"2.64.4 – 5.95.9 – 7.87.4 – 14.914.7 – 27.72.6 – 3.2200"3.55.9 – 7.97.9 – 10.49.9 – 19.919.6 – 36.93.5 – 4.3240"7.1 – 9.59.5 – 12.511.9 – 23.923.5 – 44.34.2 – 5.2300"8.9 – 11.911.9 – 15.714.9 – 29.929.5 – 55.55.2 – 6.5350"10.3 – 13.913.8 – 18.317.4 – 34.934.4 – 64.76.1 – 7.6400"11.8 – 15.915.8 – 20.920.0 – 39.939.3 – 74.07.0 – 8.7450"13.3 – 17.917.8 – 23.522.5 – 44.944.3 – 83.37.8 – 9.8500"14.8 – 19.919.8 – 26.225.0 – 49.949.2 – 92.58.7 – 10.9 TIP Calculation of the throw distance from the screen size NP06FL lens throw distance (m) = H × 0.8: 0.8 m (min.) to 3.5 m (max.) NP07ZL lens throw distance (m) = H × 1.4 to H × 1.8: 1.1 m (min.) to 19.9 m (max.) NP08ZL lens throw distance (m) = H × 1.8 to H × 2.4: 1.5 m (min.) to 26.2 m (max.) NP09ZL lens throw distance (m) = H × 2.3 to H × 4.6: 1.9 m (min.) to 49.9 m (max.) NP10ZL lens throw distance (m) = H × 4.6 to H × 8.6: 3.8 m (min.) to 92.5 m (max.) NP31ZL lens throw distance (m) = H × 0.8 to H × 1.0: 0.7 m (min.) to 10.9 m (max.) “H” (Horizontal) refers to the screen width. * Figures differ by several % with the table above because the calculation is approximate. Projection range for the different lenses [PX700W2] 50-200 NP06FL: 0.8–3.5 m 40-500 40-500 40-500 NP07ZL: 1.1–19.9 m NP08ZL: 1.5–26.2 m 40-50040-500 NP09ZL: 1.9–49.9 m NP10ZL: 3.8–92.5 m NP31ZL: 0.7–10.9 m 9. Appendix
215 [PX800X2] Screen sizeLens model nameNP06FLNP07ZLNP08ZLNP09ZLNP10ZLNP31ZL 40"1.1 – 1.41.4 – 1.91.8 – 3.63.5 – 6.80.6 – 0.850" 0.81.3 – 1.81.8 – 2.42.2 – 4.54.5 – 8.50.8 – 1.060"0.91.6 – 2.22.2 – 2.92.7 – 5.55.4 – 10.20.9 – 1.280"1.32.2 – 2.92.9 – 3.83.6 – 7.37.2 – 13.71.3 – 1.6100" 1.62.7 – 3.73.6 – 4.84.6 – 9.29.0 – 17.21.6 – 2.0120"1.93.3 – 4.44.4 – 5.85.5 – 11.110.9 – 20.61.9 – 2.4150"2.44.1 – 5.55.5 – 7.36.9 – 13.813.6 – 25.82.4 – 3.0200"3.25.5 – 7.47.3 – 9.79.2 – 18.518.2 – 34.53.2 – 4.0240"6.6 – 8.98.8 – 11.711.1 – 22.221.9 – 41.43.9 – 4.9300"8.2 – 11.111.0 – 14.613.9 – 27.827.4 – 51.84.8 – 6.1350"9.6 – 13.012.9 – 17.016.2 – 32.532.0 – 60.45.7 – 7.1400"11.0 – 14.814.8 – 19.518.6 – 37.136.6 – 69.16.5 – 8.1450"12.4 – 16.716.6 – 21.920.9 – 41.841.2 – 77.77.3 – 9.1500"13.8 – 18.618.5 – 24.423.2 – 46.445.7 – 86.48.1 – 10.2 TIP Calculation of the throw distance from the screen size NP06FL lens throw distance (m) = H × 0.8: 0.8 m (min.) to 3.2 m (max.) NP07ZL lens throw distance (m) = H × 1.4 to H × 1.8: 1.1 m (min.) to 18.6 m (max.) NP08ZL lens throw distance (m) = H × 1.8 to H × 2.4: 1.4 m (min.) to 24.4 m (max.) NP09ZL lens throw distance (m) = H × 2.3 to H × 4.6: 1.8 m (min.) to 46.4 m (max.) NP10ZL lens throw distance (m) = H × 4.5 to H × 8.5: 3.5 m (min.) to 86.4 m (max.) NP31ZL lens throw distance (m) = H × 0.8 to H × 1.0: 0.6 m (min.) to 10.2 m (max.) “H” (Horizontal) refers to the screen width. * Figures differ by several % with the table above because the calculation is approximate. Projection range for the different lenses [PX800X2] 50-200 NP06FL: 0.8–3.2 m 40-500 40-500 40-500 NP07ZL: 1.1–18.6 m NP08ZL: 1.4–24.4 m 40-500 40-500 NP09ZL: 1.8–46.4 m NP10ZL: 3.5–86.4 m NP31ZL: 0.6–10.2 m 9. Appendix
216 Lens shifting range This projector is equipped with a lens shift function f or adjusting the position of the projected image b y using the LENS SHIFT ▼▲◀▶ buttons. The lens can be shifted within the range shown below. Description of symbols: V indicates v ertical (height of the projected image), H indicates hor izontal (width of the pro- jected image). NOTE: The lens shift function cannot be used when using the NP16FL (PX750U2) and NP06FL (PX700W2/PX800X2) lens. Desk/front projection 1V 1H 0.1H 0.1H 0.5V*Height of projected image Width of projected image Ceiling/front projector 1V 1H 0.1H 0.1H 0.5V* Height of projected image Width of projected image * For PX800X2, the value should be 0.43V on the NP31ZL lens. Ex.: When using the PX750U2 to project on a 150" screen According to the tables of screen sizes and dimensions for 16:10 (→ page 212), H = 323.1 cm, V = 201.9 cm. Adjustment range in the v ertical direction: The projected image can be mo ved upw ards 0.5 × 201.9 cm ≈ 101 cm, (when the lens is at the center position). For a ceiling/front installation, the above figures are inverted. Adjustment range in the hor izontal direction: The projected image can be mo ved to the left 0.1 × 323.1 cm ≈ 32 cm, to the right 0.1 × 323.1 cm ≈ 32 cm. * Figures differ by several % because the calculation is approximate. 9. Appendix