Infocus LP280 Manual
Infocus LP280 Home Cinema Projector, size: 548 KB
Infocus LP280 Reference Guide
Infocus LP280 Document
White, Image Size: 25.6 in - 260 in, UHB/UHP 132 Watt, 2 years warranty
If you're still using overheads and slides, then you haven't heard about the InFocus LP280. It's a powerful complement to your bright ideas - light in weight, easy to use, and equipped for dynamic presentations. InFocus understands that technology budgets are tight. But for too many people, projectors have been an out-of-reach luxury - until now. The InFocus LP 280 is the projector that breaks price barriers and takes projection technology from extravagant to essential. The LP280 fit... Read more [ Report abuse or wrong photo | Share your Infocus LP280 photo ]
InFocus SP LAMP LP2E Projector Lamp
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Multimedia functionality and features at an affordable price
Monitor loop-through allows you to view your presentation on your desktop, as well as on the screen
A projector thats as affordable as a PC
5.7 pounds easy to move between locations
Easy to use, with on-board and remotecontrolled functions
1000 ANSI lumens bright for small environments
Native SVGA (800x600) resolution perfect for charts and graphs
Projects bright, crisp images with silent operation THE RIGHT PRICE InFocus understands that technology budgets are tight. But for too many people, projectors have been an out-of-reach luxury until now. The InFocus LP280 is the projector that breaks price barriers and takes projection technology from extravagant to essential. The LP280 fits any budget, even those of cost-sensitive schools, government organizations, small businesses and home offices. As affordable as a PC the LP280 makes projection technology available to anyone. THE RIGHT TIME If youre eager to switch to projection because archaic overheads, flipcharts, color printouts and slides are costly to develop and maintain, significantly reduce expenses with the InFocus LP280. Projectors coupled with computer software eliminate costs associated with initial production, revisions or updates to slide or overheads, no matter how many changes you make. Most importantly, the LP280 puts you in control of your material at all times. Because its instantly accessible on your computer, information can be corrected or updated in real time whether seconds before, or during, a class or meeting. Never get stuck displaying incorrect or outdated information. EVERY FEATURE YOU NEED, RIGHT AT YOUR FINGERTIPS The LP280 is extremely easy to use. It employs an icon-and text-based menu system for graphical navigation thats instantly familiar to any PC user. Its also compact and portable. At just 5.7 pounds, the LP280 is easy to carry to another building or classroom, and serves as an indispensable assistant at offsite meetings and conferences. This projector provides excellent connectivity to data, video and audio sources. Its easy to connect the LP280 to a PC, laptop,VCR, DVD or camcorder to create richlylayered multimedia that produces a powerful presentation.
Compact unit has a footprint the size of a sheet of paper, weighs only 5.7 pounds
Easily connects to video, data, audio, mouse and monitor loop-through
Projection Distances/ Image Sizes
Distance to Screen 3.3 feet / 1.0 m 6.5 feet / 2.0 m 9.8 feet / 3.0 m 13.1 feet / 4.0 m 16.4 feet / 5.0 m 19.6 feet / 6.0 m 25.6 feet / 7.8 m Min. Diagonal Image Size 2.1 feet / 0.65 m 4.2 feet / 1.30 m 6.4 feet / 1.95 m 8.5 feet / 2.60 m 10.7 feet / 3.26 m 12.8 feet / 3.91 m 16.7 feet / 5.08 m Max. Diagonal Image Size 2.8 feet / 0.85 m 5.5 feet / 1.69 m 8.3 feet / 2.54 m 11.1 feet / 3.39 m 13.8 feet / 4.23 m 16.6 feet / 5.08 m 21.6 feet / 6.60 m
SPECIFICATIONS Native Resolution: Weight: Brightness: Contrast Ratio: Display Technology: Lamp Type: Lamp Life: Brightness Uniformity: Keystone Correction: Audio: Audible Noise: Input Sources: Output Sources: Computer Compatibility: Video Compatibility: Number of Colors: Projection Lens: Throw Ratio: Aspect Ratio: H-Synch Range: V-Synch Range: Minimum Projection Distance: Image Size (diagonal): Projection Methods: Control: Power Consumption: Power Supply: Operating Temperature: Menu Language:
* Metric conversions are approximate
LEADERSHIP BUILT ON QUALITY With the InFocus LP280, the wait is over. Now, anyone on a tight budget can take advantage of powerful projection technology from the worldwide leader, InFocus Corporation. SERVICE YOU CAN COUNT ON For outstanding service and support thats there when you need it, InFocus Corporations Service Programs offer you peace of mind its customer care you can count on. Spare-in-the-Air, 7x24 Technical Support, Extended Warranties and Technology Upgrades are all part of our commitment to our products and our customers.
*Available in the US, Canada, EU Countries, Norway, and Switzerland
SVGA (800 x 600) 5.7 lbs (2.6 kg) 1000 ANSI lumens 400:1 LCD (3 x.7" Poly-Silicon) 132 Watt UHP 2000 hours Greater than 75% Fixed optical and adjustable digital keystone correction, 100% image offset 2 x 1 Watt mono Less than 34dB 1 computer analog, 1 S-video, 1 composite video, Audio Line in, USB, PS2/RS-232 VGA monitor out VGA, SVGA, XGA, MAC NTSC, PAL, SECAM, PAL-M and PAL-N 16.7 million 1.3:1 manual zoom lens 1.48 to 1.92 4:3 15-100kHz 43.5-130Hz 3.3 ft. (1.0 m) 25 in - 260 in (65 cm - 660 cm) Front/rear, ceiling/desktop PS/2 (RS-232), USB Less than 200 Watts operating, less than 5 Watts standby 100V - 240V at 50 - 60Hz 5 - 35 degrees C German, English, Spanish, French, Italian, Dutch, Norwegian, Portuguese, Japanese, Chinese 8.3" (W) x 3.0" (H) x 10.6" (L) 21.1 cm (W) x 7.6 cm (H) x 26.9 cm (L) FCC-A, CE, UL, NOM, IRAM,TUV Two-year standard warranty on parts and labor Remote Control with batteries, Carrying Case,VGA Cable, S-video Cable, RCA cable, USB cable, PS/2 cable, power cord, doc set (User Guide, Quick Start card, CD includes multilanguage manuals, warranty card), lens cap Easy Carry Case (CA-C132), Deluxe Carry Case with wheels (CA-WHL-002), Hard Shell Shipping Case (CA-ATA-004), Projector Mount (SP-CEIL-LMP2), Replacement Lamp (SP-LAMP-LP2E), Mind Path Remotes, 40"/50" Portable Projection Screens (HW-PORTSCR40, HW-PORTSCR50), Deluxe Insta-Theatre Screen (HW-DLXSCRN).
Dimensions: Approvals: Warranty: Ships Standard With:
Optional Accessories: Partial List
For a complete list, visit: www.Infocus.com/accessories
www.infocus.com InFocus Corporation: 27700B SW Parkway Avenue Wilsonville, Oregon 97070-9215 1-800-294-6400 503-685-8888 Fax: 503-685-8887 In Europe: Olympia 1 NL-1213 NS, Hilversum, The Netherlands Phone: (31) Fax: (31) 35-6423999 Freephone: 4636287 (008000-INFOCUS) In Asia: 238 Thomson Road #18-01/04 Novena Square, Singapore 307684 Phone: (65) 334-9005 Fax: (65) 334-4525
InFocus is a registered trademark and LP is a trademark of InFocus Corporation. All other trademarks are used with permission or are for identification purposes only and are the property of their respective companies. 2001 InFocus Corporation. All rights reserved.
3. Unplug the power supply/controller ECA cable from the ballast/power supply ECA
4. Remove the M4x6 Phillips screw that fastens the ground terminal to the chassis.
5. Remove the seven M3x12 Plastite Phillips screws that fasten the ballast/power supply ECA to the chassis.
6. Squeeze the tabs on each of the two retainer studs that secure the ballast/power supply ECA to the chassis. Then lift the ECA away from the chassis.
Ensure that the two retainer studs on the chassis engage the slots in the ballast/power supply ECA. Press down on the ECA to lock the retainers into the slots. Tighten the seven M3x12 Plastite Phillips screws securely. Do not overtighten the screws. Connect the ground terminal to the chassis. Tighten the M4x6 Phillips screw securely. Connect the power supply/controller ECA cable to CN651 on the ballast/power supply ECA. Insert the lamp cable connector into the slot on the side of the lamphouse. Ensure that the slot for the connector lock faces outward.
Remove and Replace the Bottom EMI Shield
The bottom EMI shield (330-0965-xx) lies in the bottom case. It provides ground continuity between the optical engine and the chassis. 1. Remove the following items: Lamp module (page 42) Focus ring (page 30) Zoom ring (page 30) Front bezel (page 32) Rear bezel (page 49) Top case (page 52) Ballast/power supply ECA (page 6) Chassis (page 12) Controller ECA (page 19) Color wheel shield (page 17) Optical engine (page 24) 2. Lift the bottom EMI shield away from the bottom case.
Make sure the shield isn't bent and that the fingers on the shield will contact the bottom housing on the optical engine when it's replaced. Position the bottom EMI shield between the guide tabs on the bottom case. Then press the shield into position to secure it in the bottom case.
Remove and Replace the Chassis
The metal chassis (330-0963-xx) provides the necessary rigidity for the projectors internal components without adding much overall weight. The ballast/power supply ECA fastens to the chassis. The ground spring (321-0218-xx) attaches to the chassis and provides ground continuity to the optical engine. The ballast/power supply insulator (329-0433-xx) also fastens to the chassis. It provides electrical insulation between the chassis and components on the ECA. Two retainer studs (340-1115-xx) fasten the insulator to the chassis. A new chassis does not include the ground spring, ballast/power supply insulator, or retainer studs. If you're removing the chassis to access other FRUs in the projector, you don't need to remove the ground spring or ballast/power supply insulator.
Remove the Chassis and Ground Spring
1. Remove the following items: Lamp module (page 42) Focus ring (page 30) Zoom ring (page 30) Front bezel (page 32) Rear bezel (page 49) Top case (page 52) Ballast/power supply ECA (page 6)
2. Remove the seven M3x10 Plastite Phillips screws that fasten the chassis to the bottom case. You need to lift the ballast/power supply insulator to reach the two screws near the center of the chassis.
3. Remove the four #4-40 jack screws that fasten the chassis around the 15-pin D-sub connectors on the I/O panel.
4. Lift the chassis near the rear of the projector, then slide the chassis rearward to disengage the ground spring from the bottom side of the DMD heat shield on the optical engine.
5. Lift the chassis away from the projector. 6. If you need to remove the ground spring, lift the ballast/power supply insulator and remove the M3x8 Plastite Phillips screw that fastens the ground spring to the chassis.
Ensure that the ground spring is in proper position on the chassis to provide ground continuity to the optical engine. Place the chassis into the projector, then slide the chassis forward to engage the ground spring against the bottom side of the DMD heat shield on the optical engine. Press down on the chassis to position it over the two 15-pin D-sub connectors on the I/O panel. Replace the four jack screws and torque them to 2 in-lbs (.226 Nm). Replace and tighten the seven M3x10 Plastite Phillips screws securely. Do not overtighten the screws.
Remove the Ballast/Power Supply Insulator
1. Place the chassis upside down on the work surface. 2. Squeeze the tabs on each of the two retainer studs that secure the ballast/power supply insulator to the chassis. Remove the studs from the chassis.
3. Turn the chassis over. Then lift the insulator away from the chassis.
Place the triangular hole in the ballast/power supply insulator over the mounting tab on the chassis. Then lay the insulator flat against the chassis.
Insert the two retainer studs into the chassis slots. Then place the four tabs on the insulator into the corresponding slots on the chassis.
Remove and Replace the Color Wheel Shield
The color wheel shield (330-0968-xx) fastens to the lamphouse and the optical engine. The shield provides protection to the fragile color wheel and bracing for the lamphouse which is otherwise open to the optical engine. 1. Remove the following items: Lamp module (page 42) Focus ring (page 30) Zoom ring (page 30) Front bezel (page 32) Rear bezel (page 49) Top case (page 52) 2. Remove the two M3x10 Plastite Phillips screws that fasten the color wheel shield to the top of the lamphouse and the optical engine.
3. Carefully lift the color wheel shield straight upward and out of the projector. CAUTION The shield is very close to the color wheel. Don't allow the shield to scrape the color wheel and break or damage it.
Be careful as you replace the color wheel shield. Don't allow it to contact the color wheel. Make sure that the holes in the color wheel shield align properly with the two pins on the lamphouse. Replace and tighten the two M3x10 Plastite Phillips screws securely. Do not overtighten the screws.
Remove and Replace the Controller ECA
The controller ECA (510-1773-xx) mounts beneath the metal chassis and ballast/power supply ECA and behind the optical engine. It fastens to the bottom case with seven screws and connects to the DMD ECA through two connectors at the front side of the controller. A new controller ECA includes the keypad and ballast/power supply cables. These cables permanently connect to the controller ECA. Do not attempt to remove them. WARNING Be sure to take proper ESD precautions while working near the controller ECA. It can be easily damaged by static electricity. ECAs damaged by static electricity require replacement. 1. Remove the following items: Lamp module (page 42) Focus ring (page 30) Zoom ring (page 30) Front bezel (page 32) Rear bezel (page 49) Top case (page 52) Ballast/power supply ECA (page 6) Chassis (page 12) 2. Unplug the safety switch cable, the two fan cables, the color wheel ribbon cable, and the photodiode cable from the controller ECA.
3. Remove the three M3x10 Plastite Phillips screws that fasten the controller ECA to the bottom case.
4. Lift the rear of the controller ECA away from the bottom case. Then gently pull the controller rearward to separate the two connectors at the DMD ECA.
5. Lift the controller ECA away from the projector. Store the controller ECA in a static-free container while it is removed from the projector.
Ensure that the cables from the 60mm and 80mm fans route through the retainers in the bottom case.
Place the controller ECA into the projector, then slide it forward to engage the two connectors at the DMD ECA.
Make sure that the holes in the controller ECA align properly with the two pins on the bottom case. Gently press down on the controller ECA to ensure that it is in proper position over the pins on the bottom case.
Connect the following cables to the controller ECA: - Safety switch cable to CN708 - Photodiode cable to CN300 - Color wheel cable to CN301 - 60mm fan cable to CN704 - 80mm fan cable to CN705
CAUTION Avoid touching or damaging the color wheel. 5. Lift the optical engine away from the projector. 6. Place the engine on a soft, static-free surface or in an ESD-protected container.
Fully extend the elevator shaft to minimize its interference as you replace the optical engine. As you lower the optical engine into the projector, route the photodiode and color wheel ribbon cables through the retainer guide beneath the lamphouse. Replace and tighten the two M3x10 Plastite Phillips screws securely. Do not overtighten the screws.
Remove and Replace the Cooling Fans
Two fans provide all the cooling air necessary for the projector. The 80mm fan (526-0152-xx) provides primary cooling for the lamp module and lamphouse. The 60mm fan (526-0153-xx) cools the color wheel and optical engine. Both fans draw cool air across the electronic components in the projector and exhaust heated air through the front bezel. The fans fasten to the rear side of the lamphouse. 1. Remove the following items: Lamp module (page 42) Focus ring (page 30) Zoom ring (page 30) Front bezel (page 32) Rear bezel (page 49) Top case (page 52) Ballast/power supply ECA (page 6) Chassis (page 12) Controller ECA (page 19) Color wheel shield (page 17) Lamphouse (page 45)
Removing the 60mm Fan
1. Remove the two M3x25 Plastite Phillips screws that fasten the fan to the lamphouse. Then remove the fan cables from the retainer guide on the lamphouse.
2. Lift the fan away from the lamphouse.
Position the fan against the lamphouse with fan label facing the lamphouse and the cable recess at the left lower side. The cables should exit the fan at the recess on the side opposite the label.
Replace and tighten the two M3x25 Plastite Phillips screws. Do not overtighten the screws. Make sure that the cables are clear of the fan blades.
Removing the 80mm Fan
1. Remove the two M3x30 Plastite Phillips screws that fasten the fan to the lamphouse.
Position the fan against the lamphouse with fan label facing the lamphouse and the cable recess at the bottom right side. The cables should exit the fan at the recess on the side opposite the label.
Replace and tighten the two M3x30 Plastite Phillips screws. Do not overtighten the screws. Make sure that the cables are clear of the fan blades.
Be careful as you replace the lamphouse. Don't allow it or your fingers to contact the color wheel. As you lower the lamphouse into the projector, route the photodiode and color wheel ribbon cables through the retainer guide. Make sure that the lamphouse aligns properly with the two pins on the bottom case.
Replace and tighten the two M3x10 Plastite Phillips screws securely. Do not overtighten the screws.
Remove and Replace the Leveling Foot
The leveling foot (340-1118-xx) consists of the leveling foot and shaft, and a retainer. Rotating the leveling foot extends or retracts it in the bottom case. The shaft threads through the bottom case from the outside. A circular retainer stops the leveling foot at its maximum extension. 1. Remove the following items: Lamp module (page 42) Focus ring (page 30) Zoom ring (page 30) Front bezel (page 32) Rear bezel (page 49) Top case (page 52) 2. Rotate the leveling foot to fully retract it in the bottom case. 3. Remove the retainer from the groove at the top of the leveling foot shaft.
4. Rotate the leveling foot to extend it until it detaches from the bottom case.
Insert the leveling foot shaft into the bottom side of the projector. Rotate the foot until it's fully retracted in the bottom case. Replace the retainer in the groove at the top of the leveling foot shaft. Make sure the retainer fully seats in the groove. Adjust the leveling foot to be level with the bottom of the projector.
Remove and Replace the Rear Bezel
The rear bezel (505-1510-xx) fastens to the rear of the projector and surrounds the I/O ports. The I/O panel label (020-1775-xx) adheres to the outside of the rear bezel. If you replace the rear bezel, you need a replacement I/O panel label. You cannot remove the label from the rear bezel. 1. Place the projector upside down on a soft work surface. 2. Remove the two M3x10 Plastite Phillips screws that fasten the rear bezel to the bottom case.
3. Remove the M2.6x10 Plastite Phillips screw that fastens the rear bezel to the chassis.
4. Turn the projector right side up on the work surface. Three tabs on the rear bezel engage slotted receivers on the top case. While firmly pulling the top of the rear bezel away from the projector, carefully insert the tip of a flat blade screwdriver into the space between the rear bezel and top case. Position the screwdriver blade at the location of one of the slotted receivers and press down to release it.
You may need to repeat this step, pressing down on one of the other two tabs in order to release the rear bezel from the top case. 5. Pull the rear bezel away from the projector.
Align the rear bezel against the rear of the projector. Press the bezel into position to lock the three tabs against the top case. Tighten the two M3x10 and the M2.6x10 Plastite Phillips screws securely. Do not overtighten the screws. When you install a new rear bezel: Adhere a new I/O panel label to the outside of the bezel. 50
4. Lift the speaker grill away from the top case.
Position the speaker grill in the top case. The recesses in the grill align with ribs and mounting studs in the top case.
Position the speaker in the top case with the leads facing toward the rear of the projector. Tighten the three M3x10 Plastite Phillips screws securely. Do not overtighten the screws.
You perform the functional tests after youve repaired the projector to make sure all components of the projector operate properly. You can also perform the functional tests if youre having trouble determining what is wrong with the projector. For additional help in diagnosing trouble with the projector, see Troubleshooting on page 60.
Equipment Composite video DVD player with S-video capability Notes Make sure the video player has an S-video Out port and cables. The player should also have a Composite video output port (RCA). InFocus strongly suggests you use a DVD player to test the video quality. DVD players reproduce colors better and project sharper images. The least preferable is a VCR. If you must use a VCR, make sure you use a commercially produced recording, not one recorded from a broadcast source. The VCR must include an S-video connector in addition to a composite connector. Commercially produced video to test S-video, composite video, and audio. You'll need the video in DVD, laser disc, or videocassette format. InFocus strongly suggests you use Video Essentials, Optimizing Your Audio/Video System (DVD International, 1997) available at http://www.infocus.com/service/asc/lp530/english/tests_ve.asp Video cables S-video, RCA composite, component video to S-Video adapter cable, and RGB component with RGB to SCART adapter Computer cables Audio cable RGB test screens in a PowerPoint presentation HD15 VESA cable for analog video 3.5 mm mono audio cable We recommend that you use test patterns you can download from the InFocus web site to check image quality. (http://www.infocus.com/service/software/downloads/test_screens.exe) PC The computer must have a CD-ROM and a standard VESA connector for analog output. Remote control Projection screen Ensure that the remote has fresh AA batteries. Use a flat screen, not a curved one.
Make sure the work surface where you perform the functional tests is level and clean. Place the projector on a soft surface (such as an anti-static mat) when running the tests. Connect the following to the I/O panel on the projector: DVD player through component video, composite video and S-video ports Computer through VESA cable
Perform the following tests
Test Power Up Connect AC power, and turn the unit on. Verification Verify that the proper splash (logo) screen appears. Verify image quality.
Cosmetics and mechanicals Verify that the elevator and leveling foot are functional. Adjust the projector so that the Verify that the focus and zoom rings operate properly. image is square. Make sure Verify cosmetics. the lens is at a 90 angle to the wall. Component video from DVD Verify that the video automatically synchronizes. player Verify there is no distortion, noise or other abnormalities. 1. Press the Source button on the keypad to select a video source. 2. Connect the component video adapter cable and to the projector. 3. Disconnect any other video sources. Composite video from DVD player 1. Connect the Verify that the video automatically synchronizes. composite video cable Verify there is no distortion, noise or other abnormalities to the projector. 2. Disconnect any other video sources. Verify that the video automatically synchronizes. S-Video from DVD player 1. Disconnect any other Verify there is no distortion, noise or other video abnormalities. video sources. 2. Connect the S-video cable to the projector.
Audio from DVD player Connect the audio cable to the Verify that the audio system produces clear sound. projector. Verify that the volume controls function properly Software Version / Keystone / Reset All 1. Press and hold the Keystone up and Verify the keys function properly and are not sticky. Keystone down button on the keypad. 2. Press the Menu button. Navigate to the Settings menu. Select Service. In Service menu, select Verify that the lamp hours are well within normal life range. Service Info. In the About message box, Verify that the projector uses the current software version. check the software version. 3. Return to the Service menu. Select Factory Reset. Press the menu button to close the menus. The next step is to observe 3 computer images. These will confirm that the computer input works properly, and will test image quality. On the keypad, press the Source Select button to select Computer. Verify that the images project synchronize properly through both of the following inputs: M1 Analog M1 Digital
Image #1: Focus Test Image Turn off any local light. Turn the zoom ring to make the smallest image. Focus the image so the middle icon is clearly focused. Focus the image on the 4 green squares. After focusing on the green squares on the middle icon, turn the zoom ring to make the largest image, then repeat the focus tests. Verify that all four corner icons have clear resolution Verify that the white space is visible on all 5 bar/line icon areas (between green). Verify that the image focuses through the full zoom range. Verify that the image remains in focus when the Image Shift knob is turned.
Image #2: Color Ramp Project the Color Ramp image.
Verify there are no missing parts of the ramp. Verify that the bars are not flashing. Verify that the transitions from light to dark are smooth and gradual. Image #4: SMPTE133 Project the SMPTE133 image.
Verify that there are no noise, tint, duplicating columns, or other general image abnormalities present On the keypad, press Menu. On the Display menu, select Reset All. Power Down After all tests are complete, turn the power off and disconnect all cables. Attach the lens cap. Verify that the image synchronizes.
Verify unit is powered off before disconnecting cables.
You use the Troubleshooting section to diagnose problems with the projector. In this section, you will find troubleshooting flowcharts for a variety of symptoms. Each flowchart leads you through a series of steps that will ultimately result in a solution. The solutions begin with the most simple and progress to the most complex. In this section, you will find troubleshooting flowcharts for a variety of symptoms. Each flowchart leads you through a series of steps that will ultimately result in a solution. The solutions begin with the most simple and progress to the most complex. What do you want help solving? Power problems, including lamp issues, partial power up, shutdown and no power (page 61) Image problems, including no image, bad color, dim image and other picture distortions (page 67) Keypad problems (page 71) Remote problems (page 72 Audio problems (page 73) Check Internal Voltages and Signals In addition to the troubleshooting flowcharts, you can also check internal voltages and signals to diagnose a defective part. This section includes diagrams of internal voltages and signals that should be present at locations on the controller ECA, ballast/power supply ECA, and the I/O ECA. You can use this section to verify a problem that you diagnose from the troubleshooting flowcharts, or you can perform voltage checks as a starting point for diagnosis. What do you want to check? The controller ECA (page 19) The ballast/power supply ECA (page 6) The I/O ECA (page 35)
Power and Start-up Problems
The projector communicates its status via an LED located on the keypad. When this status LED is green, you know that the projector is working properly. When the status LED is solid red or flashing red, you know there are lamp, power or startup problems. The frequency with which the status indicator blinks red indicates one of several error codes. These error codes provide crucial information about projector malfunctions. Go to the next page to begin the power diagnosis sequence.
The image is not correct. The projector starts and runs normally. The menus are accessible. The lamp is lit.
Flash the projector with the latest software.
Confirm that all image adjustments are set to the factory defaults.
Select Factory Reset from the Settings>Service menu.
Confirm that the cables and the source signals are good.
If in doubt, feed the signal to a good projector.
What is the problem?
No image at all. Vertical or horizontal lines. Sparkley picture. Clusters of dark pixels. (page 68)
Bad or missing tint or color Missing logo, VGA, composite video, or Svideo Distorted image, noisy, rolling, torn, frozen, 'plaid', repeated, or shifted image (page 69)
Dim image (page 70)
No image. Vertical lines. Horizontal lines. Sparkly picture. Clusters of dark pixels.
Replace the controller ECA. (page 19)
Is the image correct?
No Replace the optical engine. (page 24)
Bad or missing tint or color. Missing startup screen, VGA, composite video or S-video. Distorted image, excess noise, rolling image, torn image, frozen image, 'plaid' image, repeated single image, or shifted image.
Make sure cables are good.
No Replace the controller ECA. (page 19)
The lamp takes about 90 seconds to achieve full brightness.
Substitute known good lamp (page 42)
Is the image brighter?
Replace the lamp.
No Substitute a known good controller ECA. (page 19)
Replace the controller ECA.
Keypad does not respond to key presses
Replace the keypad ECA (page 37)
Does the remote control work?
The IR ECA mounts permanently to the keypad ECA. You replace both parts at the same time.
For this test, make sure that you point the remote control directly at the IR receiver on the front of the projector.
Infrared remote problem
Use known good batteries in the remote.
Does the remote work?
No Replace the remote.
Make sure that you aim the remote directly at the IR receiver on the front of the projector.
No Replace the keypad ECA. (page 37)
resolved, the Signal out of Range message displays. When the projector leaves the Setting Up Image state, the logo no longer displays; this would include a change to either Display state or Menu state. Display This is the projector's primary mode of operation and the one the user spends the most time in. The LED is steady green and the projector displays an image from the selected source. If the source is lost, the projector goes to the Search State. Menu The user interacts with the projector through configuration of on-screen menus. The menus are rendered in an overlay memory that becomes visible on top of the current image during menu mode. The Menu state provides access to parameters not accessible directly through the keypad. The Menu state can be executed from the Zoom state, Search state, Setting Up Image state, Screen Saver state, or Display state. The Menu state can be enabled or disabled via the infrared remote (except the Executive remote) or projector keypad. The LED remains steady green. Power save When more than 20 minutes has elapsed since a source was locked or a key was pressed, and Power Save is enabled, the lamp is extinguishes and a one-minute cool-down period begins. If a source is detected or the Power key is pressed during the cool-down period, the projector will not react immediately but switches to the Startup state at the end of the cool-down period. The LED slow flashes green during cool-down. At the end of cool-down, the LED changes to a slow blip green and the projector enters the Power Save state. The Power Save state lasts for 10 minutes. If there is no activity during this 10 minutes, the projector switches to the Off state. If a source is detected or the IR remote power key is pressed or any key on the projector keypad is pressed during this 10 minutes, the projector immediately switches to Startup state. Screen save When more than the preset time has elapsed since a source was locked or a key was pressed, and Power Save is not enabled, the projector switches to a black screen that prevents damage to the DMD. The projector remains in the Screen Save state until a key is pressed, a source is detected, or the projector is shut down. The projector will respond to any key by switching from Screen Save to the Search mode. Note that key-presses are not processed other than to exit Screen Save mode. The LED flashes a slow blip green. Screen Save is always enabled, except when Power Save is enabled. Power down confirm The LED lights solid green and the projector displays a blank curtain screen. Only the Power key is active. If it is not pressed in less than 3 seconds, power down is cancelled. The projector displays the message Powering down. Press Power to confirm.
Cool down The lamp cool-down state provides 1 minute of cooling time, beginning when the lamp is extinguished, before the lamp can be re-struck. The fans continue to run during this time. All projector control is disabled for of the 1-minute cool-down period. The LED changes to slow flashing green during cool-down.
3. If the color wheel is not spinning, check the ribbon cable connection. The ribbon cable inserts into a connector at the color wheel motor.
Ensure that the cable is fully seated in the connector. Then power up the projector again and recheck color wheel operation. 4. If the color wheel still does not spin, remove the chassis (page 12) to gain access to the color wheel cable connection on the controller ECA. 5. Check and reseat the color wheel cable at the controller ECA.
. To reseat the cable, pull it out of the connector on the controller ECA. Re-insert the cable fully, making sure it seats all the way into the connector.
Check the Thermal Switch
The thermal switch is designed to open when the temperature inside the projector gets too high. When the switch opens, the power supply shuts down, turning the projector off. When the projector shuts down after operating for a few minutes or when the lamp fails to strike after repeated attempts at startup, check the thermal switch. First, power up the projector with the top off (page 80). Let the projector run until it shuts down. Measure resistance across the terminals at the thermal switch. If the resistance is infinite (), replace the lamphouse, which includes the thermal switch.
Go to remove and replace the lamphouse. (page 45)
Check fan operation
You can visually check the operation of the fans to see if they both work properly. Check the fans if the projector exhibits symptoms of overheating or if the red status LED indicates that a thermal issue is present. To check the fans, first prepare for projector power up with the top case removed (page 80). Then follow these steps: 1. Connect the projector to AC power. 2. Power up the projector. CAUTION When you start the projector, there is voltage present on the controller ECA and power supply. Be very careful where you probe and where you touch. 3. Follow the directions below to check the fans. The fans should both start up when you press the power button.
If a fan fails to operate, check the voltage at the connector on the controller ECA (page 81) to verify that the fan is receiving power. Or unplug the fan cable from the controller ECA and substitute a known good fan. If a fan has failed, remove the fan and replace it (page 27).
Check Ballast/Power Supply Voltages and Signals
To check voltages and signals on the controller ECA, first prepare for projector power up with the top case removed. Then follow these steps: 1. Position the top case right side up at the rear of the projector. 2. Extend the keypad cable from the rear of the projector and plug it into the keypad connector on the top case.
3. Connect the projector to AC power. 4. Power up the projector. CAUTION When you start the projector, there is voltage present on the controller ECA and power supply. Be very careful where you probe and where you touch.
5. Use measurement equipment to check the ballast/power supply ECA for voltages and signals. DANGER Do not attempt to measure the output voltage from the ballast when the lamp strikes. High voltage produced by the ballast to strike the lamp can ruin test instruments as well as cause personal injury.
Check I/O ECA Voltages and Signals
1. Prepare for projector power up with the top case removed. (page 80) 2. Remove the chassis. (page 12) 3. Position the ballast/power supply ECA in or near enough to the projector to connect the controller/power supply cable from the controller ECA. Be sure that there is enough space above the I/O ECA to allow use of measurement probes.
7. Connect the projector to AC power. 8. Power up the projector. CAUTION When you start the projector, there is voltage present on the controller ECA and power supply. Be very careful where you probe and where you touch.
9. Use measurement equipment to check the I/O ECA for voltages and signals.
Parts Exploded View
FRUs by alphabetic listing
Part Name Ballast/Power Supply ECA Ballast /Power Supply Insulator Bottom EMI Shield Chassis Color Wheel Shield Controller ECA Elevator Actuator Elevator Shaft Elevator Spring Fan, 60 mm Fan, 80 mm Focus Ring Front Bezel Ground Spring I/O ECA I/O EMI Shield IO Panel Label Key Set Keypad ECA Lamp Door Lamphouse Lamp Module LED Cover Lens Cap Leveling Foot Nameplate Optical Engine Rear Bezel Retainer Studs Rubber Foot Speaker Speaker Grill Top Case Zoom Ring Part Number 520-0114-xx 329-0433-xx 330-0965-xx 330-0963-xx 330-0968-xx 510-1773-xx 340-1119-xx 340-1120-xx 321-0107-xx 526-0153-xx 526-0152-xx 340-1117-xx 505-1509-xx 321-0218-xx 510-1800-xx 330-0964-xx 020-1775-xx 505-1515-xx 510-1774-xx 505-1513-xx 505-1514-xx SP-LAMP-009 340-1123-xx 505-1247-xx 340-1118-xx 020-1777-xx 505-1506-xx 505-1510-xx 340-1115-xx 328-0155-xx 526-0151-xx 330-0967-xx 505-1508-xx 340-1116-xx Notes
If you're still using overheads and slides, then you haven't heard about the InFocus LP280. It's a powerful complement to your bright ideas - light in weight, easy to use, and equipped for dynamic presentations. InFocus understands that technology budgets are tight. But for too many people, projectors have been an out-of-reach luxury - until now. The InFocus LP 280 is the projector that breaks price barriers and takes projection technology from extravagant to essential. The LP280 fits any budget, even those of cost-sensitive schools, government organizations, small businesses and home offices. As affordable as a PC - the LP280 makes projection technology available to anyone. The LP280 is extremely easy to use. It employs an icon-and text-based menu system for graphical navigation that's instantly familiar to any PC user. It's also compact and portable. At just 5.7 pounds, the LP280 is easy to carry to another building or classroom, and serves as an indispensable assistant at offsite meetings and conferences. This projector provides excellent connectivity to data, video and audio sources. It's easy to connect the LP280 to a PC, laptop, VCR, DVD or camcorder to create richly layered multimedia that produces a powerful presentation.
|Device Type||LCD projector|
|Localization||English / United Kingdom|
|Projector / Panel|
|Image Brightness||1000 ANSI lumens|
|Image Contrast Ratio||400:1|
|Image Size||25.6 in - 260 in|
|Projection Distance||3.3 ft - 26 ft|
|Resolution||SVGA (800 x 600)|
|Video Bandwidth||160 MHz|
|Display Format||480,000 pixels (800 x 600) x 3|
|Color Support||16.7 million colors|
|Max Sync Rate (V x H)||130 Hz x 100 kHz|
|Lamp Type||UHB/UHP 132 Watt|
|Lamp Life Cycle||2000 hour(s)|
|Front Panel Controls||Power on/off|
|OSD Languages||English, German, French, Italian, Norwegian, Portuguese, Spanish, Dutch, Japanese, Chinese|
|Projector Lens System|
|Analog Video Format||NTSC, SECAM, PAL, PAL-N, PAL-M, NTSC 4.43, NTSC 3.58|
|Analog Video Signal||RGB, S-Video, composite video|
|Analog Video Signal||RGB|
|Type||Speaker(s) - integrated|
|Sound Output Mode||Mono|
|Output Power / Channel||1 Watt|
|Speaker(s)||2 x right / left channel|
|Type||Remote control - external - wireless, wired|
|Expansion / Connectivity|
|Interfaces||1 x display / video - VGA - 15 pin HD D-Sub (HD-15) - 1 1 x audio - line-in - mini-phone 3.5 mm - 1 1 x USB - 4 pin USB Type B - 1|
|Connections||1 x display / video - VGA - 15 pin D-Sub (DB-15) - 1 1 x display / video - S-video input - 4 pin mini-DIN - 1 1 x display / video - composite video input - RCA - 1 1 x mouse - generic - 6 pin mini-DIN (PS/2 style) - 1 1 x management - RS-232 - 9 pin D-Sub (DB-9) - 1|
|Included Accessories||Carrying case|
|Cables Included||1 x S-Video cable 1 x A/V cable 1 x USB cable 1 x display cable 1 x keyboard / mouse cable|
|Power Device||Power supply - integrated|
|Voltage Required||AC 110/220 V ± 10% ( 50/60 Hz )|
|Power Consumption Operational||200 Watt|
|Software / System Requirements|
|Software Included||Drivers & Utilities|
|Service & Support||2 years warranty|
|Service & Support Details||Limited warranty - parts and labor - 2 years|
|Min Operating Temperature||41 °F|
|Max Operating Temperature||95 °F|
|Humidity Range Operating||20 - 80%|
|Sound Emission||34 dB|
|Universal Product Identifiers|
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