Dwin HDP-500 User manual

HDP-500 SUPERDATA
PROJECTION MONITOR
Installation and Operating Instructions
Read these instructions completely before operating this unit.
Contents subject to change without notice or obligation.
PrintedinUSA
HDP-500

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Table of Contents
Safety Information ___________3
Important Information for the User___________________4
Specifications ___________5
Introduction ___________6
Pre Installation Preparations________________________7
Signal Connections___________________________________7
Front Panel Connections __________ ______8
Preparation for Adjustment___________________________9
Remote Control Operation __________10
Initial Set Up and Adjustment_______________________11
Focus Adjust Menu ________________11
Geometry Adjust Menu ________________13
Convergence Adjustments ________________17
Gray Scale Adjustment ________________20
Brightness Adjustment ________________21
Contrast Adjustment __________21
Center Convergence __________21
Centering Adjustments ________________21
Blanking Adjustments __________22
Size Adjustments ________________22
Source Memory Entry __________22
Global Setup Adjustments __________23
Power On Control ________________23
Menu Access ________________23
Menu time-out __________24
White Balance Control __________24
Scan Reversal __________25
Screen Size Change Procedures ________________27
Service & Warranty__________________________________29
WARNING
HAZARDOUS VOLTAGE
DO NOT OPEN
ATTENTION
COURANT ELECTRIQUE
NE PAS OUYRIR
CAN SHOCK, BURN OR CAUSE SEVERE INJURY OR DEATH. DO NOT
REMOVE COVER OR BACK PANEL. REFER SERVICING TO QUALIFIED PERSONNEL.
!
.
DWIN Electronics, Inc.
5838 San Fernando Road Unit D
Glendale, CA 91202
Tel: [phone]
Fax: [phone]
This manual and all information pertaining to circuit
designs, internal operating software and industrial
design are Copyright © by DWIN Electronics Inc.
All Rights Reserved.
Any reproduction or distribution is strictly prohibited.

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SAFETY INFORMATION
1. Read and apply all of the safety and operating instructions provided with your video
equipment.
2. Keep all safety and operating instruction for future reference.
3. Unplug this video equipment from the wall outlet before cleaning. Never use liquid or
aerosol cleaners. Use only a damp cloth for cleaning.
4. Do not use any attachments or accessories not recommended by the manufacturer as
they may cause hazards.
5. Do not use this video equipment near water. Avoid placing it near a bathtub, kitchen sink,
or laundry tub, in a wet basement, or near a swimming pool.
6. Do not place this video equipment on an unstable cart, stand, or table. The video
equipment may fall, causing serious injury to a child or adult and serious damage to the
appliance. Use only with a cart or stand recommended by the manufacturer. Wall or shelf
mounting should follow the manufacturer's instructions, and should use a mounting kit
approved by the manufacturer.
Move any appliance and cart combination with care. Quick stops, excessive force, and
uneven surfaces may cause the appliance and a cart to overturn.
7. Top and bottom openings in the cabinet are provided for ventilation, and to insure reliable
operation of the video equipment and protect it from overheating. These openings must
not be blocked or covered. Never place the video equipment on a bed, sofa, rug, or other
similar surface that may block ventilation openings. Never place this product near or over
a radiator or heat register. Do not place this product in a built-in installation such as a
bookcase or rack unless proper ventilation is provided.
8. Operate only from the type of power source indicated on the marking label. If you are not
sure of the type of power supply to your home, consult your appliance dealer or local
power company.
9. This unit is equipped with a three conductor polarized alternating-current line plug. This
plug will fit into the power outlet only one way. This is a safety feature. If you are unable
to insert the plug fully into the outlet, contact your electrician to replace your obsolete
outlet. Do not defeat the safety purpose of the polarized plug.
10. Route power-supply cords so that they will not be walked on or pinched by items placed
on or against them. Pay particular attention to cords at plugs, convenience receptacles,
and the points where they exit the products.
11. Protect your video equipment from lightning during a storm or when it is left unattended
and unused for long periods of time, unplug it from the wall outlet. This will prevent
damage to the unit due to lightning and power-line surges.
12. Do not overload wall outlets and extension cords as this can result in fire or electric
shock.
13. Never push objects of any kind into this video equipment through cabinet slots as they
may touch dangerous voltage points or short out parts that could result in a fire or electric
shock. Never spill liquid of any kind on the video equipment.
14. Do not attempt to service this unit yourself as opening or removing cover may expose you
to dangerous voltages or other hazards. Refer all servicing to qualified service
personnel.
15. Unplug this video equipment from the wall outlet, and refer servicing to qualified service
personnel under the following conditions:
a. When the power cord or plug is damaged or frayed.
b. If liquid has been spilled into the video equipment.
c. If the video equipment has been exposed to rain or water.
d. If the video equipment does not operate normally by following the operating
instructions. Adjust only those controls that are covered by the operating instructions
as improper adjustment of other controls may result in damage and will often require

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extensive work by a qualified technician to restore the video equipment to normal
operation.
e. If the video equipment has been dropped or the cabinet has been damaged.
f. When the video equipment exhibits a distinct change in performance.
16.When replacement parts are required, be sure the service technician has used
replacement parts specified by the manufacturer that have the same characteristics as
the original part. Unauthorized substitutions may result in fire, electric shock, or other
hazards.
17. Upon completion of any service or repairs to this video equipment, ask the service
technician to perform routine safety checks to determine that the system is in safe
operating condition.
18. Do not place anything on the video equipment. Heavy objects placed on any part of this
system will cause damage.
19. WARNING: To prevent fire or shock hazard, do not expose this appliance to rain or
moisture.
20. CAUTION: TO PREVENT ELECTRIC SHOCK DO NOT USE THIS (POLARIZED) PLUG
WITH AN EXTENSION CORD, RECEPTACLE OR OTHER OUTLET UNLESS THE
BLADES CAN BE FULLY INSERTED TO PREVENT BLADE EXPOSURE.
NOTE: This equipment is designed to operate in countries where the AC Mains power
is 117 volts. Use with other AC voltages will cause serious damage to the unit and
may present a safety hazard. If you are in doubt as to the line current in your area,
please check with your installer before operating the projector.
IMPORTANT INFORMATION FOR THE USER
Note: This equipment has been tested and found to comply with the limits for a Class B
digital device, pursuant to Part 15 of the FCC Rules. The limits are designed to provide
reasonable protection against harmful interference in a residential installation. This
equipment generates, uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio
communication. However, there is no guarantee that harmful interference will not occur in a
particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the user
is encouraged to try to correct the interference by one or more of the following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver
is connected.
• Consult the dealer or an experienced radio/TV technician for help.
This device complies with Part 15 of the FCC Rules. Operation is subject to the following
two conditions: ( 1 ) this device may not cause harmful interference, and
( 2 ) this device must accept interference received, including interference that may cause
undesired operation.
Note: Changes or modifications may cause this unit to fail to comply with Part 15 of the
FCC Rules and may void the user’s authority to operate the equipment.
DWIN HDP-500 DATA PROJECTION MONITOR

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SPECIFICATIONS AND TECHNICAL DATA
System Description: Red, Green, Blue three CRT/lens large screen refractive projection
system for video and data applications. Separate screen required.
Optics: USPL high resolution HD-145 data grade lenses. F1.03, hybrid design, fully color
corrected.
CRT’s: 7” Magnetic focus, liquid cooled with anti-reflective coated faceplate.
5.6” active raster diagonal and 70 degree deflection angle.
Screen Size: 60 - 150 inch diagonal. Factory Preset for 100” diagonal.
Screen Configuration: Front or rear through, floor or ceiling mounted.
Light Output: 1100 lumens (10% peak white)
Optical Resolution: 10 line pairs per mm, 1250 TV lines
Video Bandwidth: 75 MHz ( -3 dB) Pixel Resolution: 1280 x 1024
Input: RGB - 0.7V p-p, 75 ohm positive (BNC)
H/V Sync - 0.7 - 4.0 V p-p, 75 ohm positive or negative. (BNC)
Convergence System: Digital system with 60 preset memory positions. Static and dynamic
wave convergence via wireless remote or RS-232C port.
Convergence Accuracy: Less than 0.2% of vertical height.
Test Patterns: Cross Hatch, Cross Hair, Focus Dot, Window, H & E Patterns,
Gray Scale, Flat Field, Needle Pulse.
Scan Frequency: Horizontal: 28 - 65 kHz. Vertical: 40 - 120 Hz
Retrace Time: Horizontal - 3.5 uS Vertical: 450 uS
Data Communication Port: RS-232C, sample software supplied. DB-9 connector.
Power Input: 100 - 130 / 200 - 250 VAC 50/60 Hz Power Consumption: 220 watts max.
Dimensions: (H x W x D): 9.5” x 22” x 22.5”. Weight: 65 lbs/29.5 kg
Environment: Operating Temperature: 10 to +35 deg. C Humidity: 0 - 90% non condensing
Storage: minus 10 to +50 deg. C.
Supplied Accessories: Full function wireless remote, Ceiling Mount kit, Owner’s Manual &
Installation Manual, PC control software (3.5” disk).
Introduction

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This manual contains the information required to properly install, configure, setup and operate the
DWIN HDP-500 data projection monitor. Please make certain that you fully read and understand the
information in this manual before proceeding with any installation.
THIS MANUAL CONTAINS IMPORTANT INSTRUCTIONS THAT WILL ASSURE A SAFE AND SUCCESSFUL
INSTALLATION. INSTALLING THE UNIT OTHER THAN AS DESCRIBED IN THIS MANUAL MAY LEAD TO
UNSAFE OPERATION AND/OR CONDITIONS WHICH MAY RESULT IN UNSATISFACTORY OPERATION
OR SHORTENED LIFE SPAN OF KEY COMPONENTS. INSTALLATIONS NOT COMPLYING WITH THESE
INSTRUCTIONS MAY ALSO RESULT IN CONDITIONS THAT VOID THE PRODUCT’S WARRANTY.
The HDP-500 is a totally new projector design, combining state of the art circuit components and
proprietary software that makes installation and operation easier than ever before. In order to take
advantage of this breakthrough product, it is helpful to consider the installation process as containing
five distinct steps. Carefully plan for each of them and your installation will proceed quickly and easily.
•Plan the physical aspects of the installation carefully. Use the DWIN’s HDP-500 Projection software to
make certain that the projector to screen distance is correct for the size and aspect ratio of the screen.
•Adjust the unit while it is easily accessible, BEFORE mounting it to a ceiling or placing it in the final
installation. Pre-setting the unit up to rough in adjustments for focus, screen size, geometry and
convergence will greatly speed your final installation. In addition, it is always easier to make mechanical
and electronic adjustments on the bench than it is on the ceiling! Don’t forget to make any needed
changes to set the unit for floor/ceiling or front/rear projection throw before the final installation!
•CAREFULLY AND SAFELY mount the unit. For ceiling mount installation, make certain that the
mounting hardware is properly secured to the structural frame. For floor or table mount installations, be
certain that the unit is mounted on a firm, level surface that can support the projector’s weight. Make
certain that all mounting surfaces are free from vibration and that adequate space is provided for
ventilation around the unit.
•Once the unit is set or installed in the actual viewing location, carefully follow the mechanical and
physical installation procedures.
•Finally, make certain that you explain all operating features of the projector to the owner and that any
possible compatibility issues with playback software and the chroma decoder, doubler or quadrupler, or
computer used with the projector are resolved.
Pre Installation Preparations

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Planning a projection television installation is a critical part of the installation. Even with the extended range of
mechanical and electronic correction circuitry built into the HDP-500, incorrect physical placement of the projector
may place it outside the range of the circuits.
Using the HDP-500 Projection software provided by DWIN, enter the width of the screen, the aspect ratio and the
mounting position of the projector (ceiling, center of screen or floor). The program will automatically calculate the
correct distance from the screen to the projector. Make certain that you correctly plan the mounting position and
that the information obtained from the planning software is carefully transferred to the installation venue.
For Floor Mount Installations
Floor mount locations should be level and solid, with an unobstructed view of the screen. DO NOT place the
projector on carpeting or other materials that will interfere with the circulation of air into the ventilation holes at the
bottom of the unit. Also, be careful not to place the projector in a location that is in the direct flow of heating or
cooling vents or in a damp location.
For Center Screen Installations
Follow the same basic instructions as for Floor Mount locations. In addition, make certain that the mounting
location is capable of supporting the weight of the projector.
For Ceiling Mount Installations
Follow the instructions included with the ceiling mount hardware, making certain that the assembly is carefully
attached to structural beams capable of supporting the weight of the projector. Plan for connections to the
projector of AC power, RGBS connections from the signal source, and a DB-9 connection if the RS-232C port will
be used for external control. To insure freedom from power line interference, a separate and properly grounded
AC circuit should be provided. Avoid the use of circuits connected to mechanical equipment, as they may induce
noise in the video system.
Pre Installation Adjustment and Set Up
We strongly recommend that these instructions be followed BEFORE final installation. However, if the projector is
already mounted in place, follow these steps to establish proper operating conditions.
Unpacking
When the unit is first received, verify that the carton does not show any signs that may indicate internal damage.
If damage is suspected, make a report to the freight carrier immediately, and follow their claim procedures. In
addition, please report any carrier damage to DWIN.
If there is no obvious sign of damage, carefully unpack the projector. Due to the weight of the unit two people
should lift the projector from the carton. Carefully place the unit in the location where it will be tested and inspect it
again for any signs of concealed damage that may have been incurred in shipping. Report any interior damage to
the freight carrier and to DWIN.
Before proceeding, you may wish to store the carton for future use should the unit require return to DWIN. If you
discard the carton and shipping material, please observe local recycling rules.
Signal Connections
The HDP-500 is an RGB/Sync monitor, which means that it requires an external, line doubler, line quadrupler, or
chroma decoder for video playback. A computer interface may be required for display of computer images.
Connect your video and/or data sources to the external interface or processor, and then connect the RGBS
outputs of the processor, doubler, quadrupler or interface to the signal and sync connections on the HDP-500’s
front panel.
If composite sync is used, connect it to the “H/C Sync” terminal. If separate horizontal and vertical sync are used,
make connections to the appropriate terminals. The HDP-500 will not operate with “sync on green”.
Connect the AC power cord to the front panel and to a wall mounted AC power outlet. The use of extension cords
is not recommended.
Front Panel Connections

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Make the appropriate connections to the front panel, using the following descriptions as a guide.
DWIN
HDP-500
RED GREEN BLUE
H/C V
SYNC SYNC
RS232C
Input
IR Input
120VAC 60Hz
7 8 9
1 2 3 4 5 6
1. Red Input: Connect the RED signal from the external decoder/processor to this jack.
2. Green Input: Connect the GREEN signal from the external decoder/processor to this jack.
3. Blue Input: Connect the BLUE signal from the external decoder/processor to this jack.
4. H/C Sync Input: When COMPOSITE SYNC is available, connect the feed from the external
decoder/processor to this terminal. If separate horizontal and vertical synch are present,
connect the HORIZONTAL SYNC feed to this jack.
5. Vertical Sync Input: If separate sync feeds are being used, connect the VERTICAL SYNC
feed to this jack.
6. AC Power Input: Connect the supplied AC power cord this receptacle.
7. The POWER LED is a multi-purpose indicator:
When the LED is dark the AC power to the unit is turned off.
When the LED is flashing on and off, power is connected to the unit, this indicates that
the unit is in the standby mode.
When the LED is on the unit is powered on.
NOTE: Depending on the configuration of the “Auto Power” the unit may be in a “Stand
By” mode, awaiting signal information. ALWAYS REMOVE THE AC POWER CORD TO
POSITIVELY TURN THE UNIT OFF BEFORE MAKING ANY INTERNAL ADJUSTMENTS.
8. IR Sensor: This window is the sensor for the HDP-500’s remote control system. For best
operation, make certain that the sensor has a direct view of the screen so that remote
commands made by pointing the control at the screen will be bounced back to the sensor. If the
sensor window is obstructed a remote IR extension system should be used.
9. RS232C Port: This DB-9 plug is used to operate the HDP-500 directly from a compatible
computer using the supplied software.
NOTE: THIS IS A DATA PORT ONLY. DO NOT MAKE ANY VIDEO SIGNAL CONNECTIONS
TO THIS INPUT!
Preparation for adjustment

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Before initial adjustments are made to the unit, locate the correct distance from the
screen. This distance should be obtained by using the HDP-500 Projection software
supplied to you. Make certain that the front rubber feet are set so that the unit is level
and parallel to the floor. You may wish to verify this with a standard carpenter’s level.
In order to make certain adjustments, it is necessary to remove the unit’s cover.
First, loosen the screws at either side of the green (center) lens about 1/2” until the
cover panel pops up. It is not necessary to completely remove the screws. Next, push in
on the metal tabs at either end of the cover and gently pull the cover upward. While
holding the cover, pull it forward to remove it from the unit.
Remote Control Operation
The HDP-500 has no on board user controls. All operation is controlled through the wireless remote control or the
optional RS-232C link to a computer or control system.

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The remote control supplied with the unit is factory programmed to operate the HDP-500 when “TV” mode is
selected.
SL-8000 remote furnished with the HDP-500 is a universal remote control capable of controlling 8 different devices.
The operational instructions on this page refer to the remote buttons used with the HDP-500 only. Consult the SL-
8000 operating manual for complete information on programming the remote and using it with other devices.
CENTER SUR
GUIDE MENU
POWER
AUD CD TAPE AUX
SAT TV VCR CBL
AUDIO
VOL CH
MUTE T/V
PAUSE
R
E
W
F
/
F
STOP
EXIT PRE.
CH
DELAY -- DELAY +
1 2 3
4 5 6
7 8 9
FAV
SLEEP
INFO
PRO.L
NEXT
3.CH
ALT
TEST
+10 0 ENTER
----------pip------- SHIFT
TUNER CD TAPE1 TAPE2 PHONO
VCR1 VCR2/SAT LDP AUX TV
M1 M2 M3 M4
LIGHT
HOME THEATER MASTER
SL-8000
SEL
PLAY





To control the HDP-500 select “TV” mode.
1. Press “TV” or “POWER” buttons to turn the HDP-500 ON.
2. To turn the HDP-500 OFF press the “POWER” button.
3. Press “MENU” button to view the Main Control Menu at
any time. Pressing the “MENU” button while a sub menu is
displayed on the screen will return back to the Main Menu.
Pressing the “MENU” button while the Main Menu is
displayed will cancel the menus.
4. Press “GUIDE” button to display the list of sources entered
into the HDP-500’s memory. To select one of the sources
press the numeric buttons corresponding to the desired
source. The HDP-500’s memory stores any set of presets
relating to scan frequencies and/or aspect ratios as a
“source”. This means that the same physical source, such
as a single line doubler, may have numerous sources for
different aspect ratios or screen sizes.
5. Press “EXIT” to exit the menu and to clear the screen.
6. When converging the HDP-500, press “ENTER” button to
toggle between cursor movement (a solid block cursor will
be shown) and the adjustment mode (an outline cursor will
be shown).
7. CURSOR/MOVEMENT CONTROLS ///:
These buttons are used to move the cursor on the screen or
to control the left/right and up/down movement of screen
adjustments.
8. NUMERIC BUTTONS: Use these buttons to select a specific
function listed on a menu.
The brand code for HDP-500 is “177”.
Initial Set Up and Adjustment

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At this point you are ready to proceed with the initial adjustment of the unit. Make certain that the power and
signal connections have been made, and that a high quality signal feed is supplied from either a laser disc player
or a test signal generator.
NOTE: All initial adjustments will be saved in the Source memory with the preset name “LD-10”. If you
wish to save the adjustments with a different name you must first create that name memory. To create a
different name please follow the steps for “SOURCE MEMORY ENTRY” on page 20 before performing
adjustments.
Focus Adjust Menu
Turn the unit on by pressing the “POWER” switch and note that the green LED on the HDP-500’s front connection
panel will illuminate.
Press the “MENU” button and observe that the Main Menu will appear on the screen.
-Main Menu-
1. Brightness
2. Contrast
3. Center Convergence
4. Centering
5. Blanking
6. Size
7. Source: LD-5 -31.468KHz-60.00Hz
8. Adjust
9. Set Up HDP-500-16-FF
If the menu is not in clear focus, adjust the optical focus on the green lens. Loosen the back wing nut and rotate
the lens barrel by holding the lens with one hand and moving the nut with the other along the track provided.
When the picture is in sharp focus hand tighten the wing nut.
To adjust the edge focus, loosen the wing nut closest to the outer edge of the lens and focus by holding the back
of the lens with one hand while you rotate the outer barrel with the other. You may find it easier to grasp the
“wings” that protrude up from the barrel to aid in the focus.
Once this initial focus has been made you may proceed with the complete focus process.
1. Press the “MENU” button to display the Main Menu.
2. Press the “8” button to display the Adjust menu.
-Adjust-
1. Focus
2. Gray Scale
3. Geometry
4. Convergence

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Press “1” to view the focus screen. Note that the screen will
display the Focus menu against a background of the
crosshatch/dot pattern.
Signal Level
Before adjusting focus you may wish to change the signal level
for the on screen test pattern. This adjustment DOES NOT
affect the actual signal level for picture displays, but it does
allow lower signal levels during adjustments so that they are
more precise. Low levels use less beam current. This, in turn,
means that the video spot size is as small as possible and is
not prone to the softening caused by an over driven signal.
To change the signal level for focus adjustments, first reach the
Focus menus as outlined in the steps shown above. At the
Focus menu, press “7” to display the Signal Level Menu.
-Focus-
1. Green
2. Red
3. Blue
4. Pattern
5. Signal level
Use the left or right adjustment buttons on the remote (), increase or decrease the signal level. When you
have reached the desired signal level press “1” to display the Green Focus adjustment screen.
NOTE: Any change to the signal level in this menu will be effective only during focus adjustments. The signal
level will return to normal levels when you return to the Main Menu or cancel the focus adjustment.
Focus Adjustment
Once the signal level has been set, adjust the focus of each color channel using the following steps:
1. From the Focus menu press “1” to display the Green Focus adjustment screen.
2. Adjust the overall optical focus by loosening the wing nut at the rear of the green (center) lens so that it is
loose, but do not remove it. Rotate the lens barrel by holding the lens with one hand and moving the nut post with
the other along the provided track. When the picture is in sharp focus hand tighten the wing nut.
3. Adjust the edge focus by loosening the wing nut closest to the outer edge of the lens, but do not remove it.
Focus the lens by holding the back of the lens with one hand while you rotate the outer barrel with the other. You
may find it easier to grasp the “wings” that protrude up from the barrel to aid in the focus. Tighten the wing nut
when complete.
4. Adjust the electronic focus using the arrow keys on the remote control () until the picture is
sharpest.
5. Press “2” on the remote to move to the Red Focus menu. Repeat the procedures in items 2 through 4 above,
adjusting the optical main focus, optical edge focus and electronic focus for the Red channel.
6. When the Red focus is complete, press “3” to display the Blue Focus menu. Repeat the procedures in items 2
through 4 above, adjusting the optical main focus, optical edge focus and electronic focus for the Blue channel.
7. When these adjustments are complete press the “MENU” button to return to the Focus menu. At this point you
may wish to check the focus using different test patterns. To change the pattern, first press “6” on the remote.
Each subsequent press of the “6” button will change the pattern. Available patters are dots, “H repeat”, “E
repeat” and crosshatch/dot.
8. When all focus adjustments are complete press “MENU” twice to return to the Adjust menu, or “EXIT” button
on the remote to exit the menu system.

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Geometry Adjust Menu
Geometry is the series of adjustments that correctly align
the picture scans to the size of the screen. Just as
important, geometry adjustments are used to compensate
for the differences in alignment that result from the
placement of the projector with regard to the screen. The
HDP-500’s flexibility of geometry adjustments makes it
possible to correct for differences caused by the projector’s
“shooting angle” and mounting position as well as any tilt
that may exist in the screen itself.
Geometry is a important part of the projector’s set-up. You
should establish the geometry settings after initial focus
adjustments, and check them again after all aspect ratios
have been sized and centered to the screen.
IMPORTANT NOTE: The adjustments described below presume that the screen size has not been changed from
the factory setting. If you have changed the screen size please make certain that the adjustments described in the
“Screen Size Change Procedures” are completed before attempting to adjust the geometry.
One the projector has been focused, select the Geometry Adjustments by first pressing “MENU” on the remote,
and then to display the Main Menu. Press “8” to go to the Adjust menu, and then “3” to reach the Green
Geometry menu.
Green geometry is adjusted first, as the green tube serves as the reference to which the red and blue channels
are matched during all phases of projector installation.
Size
Press “1” to select “Size” and note that the cross hatch pattern will
appear along with numeric indications of the size.
For a conventional 4:3 aspect ratio screen adjust the picture until the
edges of the cross hatch pattern are exactly at screen edges.
To completely fill the screen with a wider aspect ratio expand the
picture until the markers shown on the center vertical line reach the
top and bottom of the screen. The outer markers are for 1.66 aspect
ratio, the middle markers for 1.78, and the inner markers for 1.85.
When size is complete, press “2” to move directly to the next step,
or press “MENU” to exit.
1.Size
50
50
Adjust width and height of image
Key
Keystone adjustments make certain that images are parallel to the
edges of the screen, regardless of any errors that may be induced in
the physical installation of the projector. When making keystone
adjustments you may wish to use a carpenter’s level to make certain
that the actual settings are accurate.
At the Key adjust screen, first use the /buttons on the remote to
adjust the picture until the vertical lines at the far left and right edges
of the screen are parallel to each other. Use the /buttons on the
remote to adjust the picture until the horizontal lines at the top and
bottom outer edges of the screen are parallel to each other.
When keystone adjustments are complete, press “3” to move
2. Key
50
50
Adjust Horizontal and Vertical
Key-Stone
-GREEN-
1. Size
2. Key
3. Center Pin
4. Edge Pin
5. Edge Linearity
6. Center Linearity
7. Tilt
8. Hor Lines/Bottom pin
9. Blue Geometry
0. Red Geometry

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directly to the next step, or press “MENU” to exit.
Center Pin
Look at the lines that intersect the center of the screen and use the
/buttons on the remote to adjust the picture until they appear
straight and perfectly level. It is often helpful to make these
adjustments while standing at one side of the screen and looking
inward toward the center of the picture. Use the /buttons on the
remote to adjust the picture until the horizontal line that runs through
the center of the screen. Again, make this adjustment while looking
at the screen from the front, and check it while looking at the screen
from the side or bottom.
When Center Pin adjustments are complete, press “4” to move
directly to the next step, or press “MENU” to exit.
3.Center Pin
50
50
Adjust H & V center line Bow
Edge Pin
Edge pin adjustments make certain that the outer edges of the
picture are square to the screen.
Use the /and /buttons on the remote until the outer edges
of the picture are square to the corners with no apparent bowing of
the lines at the top, bottom or sides.
When Edge Pin adjustments are complete, press “5” to move
directly to the next step, or press “MENU” to exit.
4.Edge Pin
50
50
Adjust H & V Pin Cushion
Edge Linearity
This adjustment permits you to adjust the relationship of the
geometry from one side of the picture to the other.
At the Edge Linearity adjust screen, use the /buttons on the
remote to adjust the picture until left and right halves of the picture
are equal, and use /buttons on the remote to adjust the picture
until top and bottom halves are equal.
5. Edge Linearity
50
50
Adjust Left/Right &
Top/Bottom Linearity
Center Linearity
At the Center Linearity adjust screen, use the /and /buttons
on the remote to adjust the picture until boxes at each edge of the
screen (both left and right, and top and bottom) appear to be the
same size and have the same internal area. They should also be the
same size with respect to the boxes at the very center portion of the
screen.
6. Center Linearity
50
50
Adjust H & V Center Linearity

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Tilt
At the Tilt screen, use the /and /buttons to adjust center
horizontal and vertical lines parallel to the screen edges.
When Tilt adjustments are complete, press “8” to move directly to
the next step, or press “MENU” to exit.
7. Tilt
50
50
Adjust Horizontal & Vertical
Center lines
Horizontal Lines/Bottom Pin Cushion:
This is another set of adjustments that set the picture so that it is
perfectly parallel and evenly adjusted to the screen.
At the menu screen use the /and /buttons on the remote
until the outer edges of the picture at the left/right sides and
top/bottom are parallel to each other . (insert graphic here) The lines
on the screen should be parallel to the floor, and not bowed in an “S”
shape.
8. Hor Lines/ Bottom Pin
50
50
Adjust Horizontal Lines
Rotation and Bottom Pin-
Cushion
IMPORTANT NOTE: Due to the interactive nature of the geometry you may find it helpful to run through
each of the setting groups a second time after the initial adjustments.
At this point you may press “0” to proceed with the Red Geometry adjustments, or press “MENU” to Exit.

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RED GEOMETRY
The adjustments for Red Geometry are similar to those used to
set the Green Geometry, except that instead of using the
screen as a physical reference you will be matching the red
channel to the green settings. The goal for all Red Geometry
adjustments is to match the red lines on the test pattern directly
over the green lines so that the result is a yellow line.
1. Center
To begin the Red Geometry adjustments, press “1” to display
the Center Adjustment screen. Use the /and /buttons to
adjust the outer left/right and top/bottom edges of the picture as
well as the direct center so that the red channel completely
covers the green. Pay particular attention to the double square
at the very center of the pattern, as this is the most critical part
of this adjustment.
When Red Center adjustments are complete, press “2” to move directly to the next step.
2. Size:
Use the /and /buttons to until the red lines on the pattern cover the green lines at the outer left/right and
top/bottom edges of the picture.
3. Red Tilt:
Here you will adjust the tilt of the red channel so that it matches the green channel. Use the /buttons until the
red line that runs directly though the vertical center of the screen covers the underlying green line.
4. Red Key:
Here you will adjust the red channel keystone with relation to the green channel. Use the /buttons until the
horizontal red lines at the very top and bottom of the crosshatch pattern cover the underlying green lines on the
pattern or equally spaced from green lines.
5. Red Linearity:
Here you will adjust the red channel linearity with relation to the green channel. Use the /buttons until the
vertical red lines at the left and right edges of the crosshatch pattern cover the underlying green lines on the
pattern or equally spaced from green pattern.
Before moving to the next set of adjustments you may wish to quickly review all steps of Red Geometry to make
certain that the interaction between the adjustments has not introduced any errors into the settings.
When the Red Geometry adjustments are compete, press “0” to move to the Blue Geometry adjustments,
“MENU” to return to the master Red Geometry Menu, or “9” to go back to the Green Geometry menu.
BLUE GEOMETRY
-Red Geometry-
1. Center
2. Size
3. Tilt
4. Key
5. Linearity
9. Green Geometry
0. Blue Geometry

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As with the Red Geometry, these adjustments will be to a master setting previously established. This time the
blue will be adjusted to the green master channel.
The adjustment procedure for blue is identical to that for red. Follow steps 1 to 5 above, except that this time you
will be adjusting the blue, rather than red channel.
Convergence Adjustments
Once the picture has been focused and adjusted to the screen size for all geometry parameters, the next step in
the set up process is convergence. During convergence the green channel used as a master reference, since it is
shooting straight at the screen, where the red and blue channels are offset from center and thus must hit the
screen at a slight angle. Convergence compensates for these angles, as well as the electronic circuit drift that
occurs in any projection television.
It is important that the convergence system be used as a “fine trim” adjustment, and not to compensate for
installation placement errors. That is why any adjustments relating to screen size, mounting angle and projector
to screen distance should be completed before convergence.
NOTE: In order to make certain that convergence adjustments are made under conditions that are representative
of actual operating temperatures it is always best to let the set warm up for at least 30 minutes before critical
convergence settings are established.
To reach the master convergence menu, first call up the main menu by pressing the “MENU” key on the remote.
From the Main Menu press “8” for the Adjust menu, and then “4” to reach the Convergence menu. At this point
you may first wish to adjust the signal level before proceeding with the actual convergence.
Signal Level Adjustment for Convergence
While the brightness and contrast for the HDP-500’s images
are set by a combination of the external controller/decoder
and the unit’s own internal controls, those adjustments are
designed to present the best possible picture for viewing.
During some set up procedures, however, it may be desirable
to change the signal level only for the purpose of the
adjustment. This adjustment DOES NOT affect the actual
signal level for picture displays, but it does permit you to
lower the level so at adjustments are more precise. When
signal levels are lower less beam current is used. This, in
turn, means that the video spot size is as small as possible
and is not prone to the softening caused by and over drive
signal.
Better focus, in turn, deliver the most accurate convergence adjustments. For that reason, we recommend that, if
possible, you lower the signal level to the greatest degree possible when converging the set.
To change the signal level for convergence adjustments, first reach the Convergence menu as outlined in the
steps shown above. At the Convergence menu, press “7” to display the Signal Level menu.
Use the left or right adjustment buttons on the remote (/), increase or decrease the signal level. When you
have reached the desired signal level press the “MENU” button to return to the Convergence menu.
NOTE: Any change to the signal level in this menu will be effective only while the convergence adjustments are
being made. The signal level will return to normal levels when you return to the Adjust menu or cancel the
convergence adjustment.
Coarse vs. Fine Convergence
The HDP-500 offers two levels of convergence, coarse and fine. The coarse convergence is also known as
“zone” convergence, while the fine convergence is sometimes referred to as “point” convergence. In the initial
installation of a projector is always best to step through both convergence processes. During the life of the
projector, when touch-up is required, use of the “fine” convergence will usually suffice to permit corrections to
convergence errors that are isolated to one area of the picture.
-Convergence-
1. Coarse Red
2. Fine Red
3. Coarse Blue
4. Fine Blue
5. View
6. Start Over
7. Signal Level
Press ENTER to select cursor movement
or convergence adjustment

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The coarse convergence is centered in nine areas around the edges of the raster and at the center of the image.
The convergence is adjusted for a broad area around the center point. Convergence movement is intentionally
slow in the course mode so that adjustments will be made with increased precision. In general, the coarse
adjustment should be used first to establish a working start for the convergence process.
Fine convergence isolates the area of change to a few grid squares around one of 100 points on the
screen.
Convergence Movement
During convergence there are two modes: cursor movement and circuit adjustment. When you start the
convergence process the cursor appears as a think solid wall box. When you see this type of cursor you can use
the ///directional arrow buttons on the remote to move the cursor to the point on the screen requiring
adjustment. To make a convergence adjustment press the “ENTER” button on the remote and note that the
cursor will change to a double outline box. When you see this type cursor adjustments may be made by pressing
the directional arrow buttons.
During the convergence process the “ENTER” button is used to change between cursor movement and
convergence adjustment.
Red Convergence
Since the green channel is your master reference, the first step is to converge the red channel to the green.
Before starting, take a moment to look at the cross hatch display on the screen. A perfectly converged set will
show the cross hatch as totally white over a black background. Of course, since the set has not yet been
converged, you will see areas of the screen where red or blue lines will separate from the green reference. Make
a mental note of the areas where there is the greatest amount of divergence of red from green, as these are
areas where you will want to pay special attention to convergence.
As noted above, start with the “Coarse” convergence and then touch up the settings with the “Fine”
convergence.
Start the procedure by pressing “1” from the main -Convergence- menu. The first thing to appear will be a
WARNING message reminding you entering the Coarse Adjustment menu will erase any fine adjustments
settings and return the system to factory presets. If you wish to only change a few very localized convergence
errors DO NOT proceed with Coarse Convergence, but press “2” to select Fine Convergence.
To proceed to the next step follow the on screen message and press “ENTER” once to start the process and a
second time to confirm the operation.
Before moving the cursor first look at the screen note that you will see a mostly yellow crosshatch, but there will
be areas where you will see separate green or red lines. Those are the areas you will need to carefully converge.
Coarse Red Convergence
Start the process with the nine point Coarse Convergence. The cursor will always appear at the center of the
screen, so no movement is required. Press “ENTER” on the remote and note that the cursor will turn to its double
outline shape. Make adjustments as required using the ///directional arrow keys until the red crosshatch
lines at the very center of the screen disappear. Note that there will continue to be areas of the screen that are
out of convergence, but the task here is to perfectly converge the center of the screen.
Next, press “ENTER” to return to the cursor movement mode, and move to the first of the remaining eight coarse
convergence points at the center top of the screen. Using the “ENTER” button to toggle between cursor
movement and adjustment, align the red lines so that they completely cover the green lines. Converge the top
center first, followed by the bottom center, left center and right center.
When the centers are converged, move the cursor to the upper right corner for convergence, and then converge
each corner of the screen moving in a counter clockwise manner.
NOTE: The adjustment speed is intentionally slow so that you may reach a perfect alignment. It is also natural for
the convergence movement to continue for a few seconds after an arrow key is released so that the on screen
positioning may catch up to the microprocessor’s actually memory location.

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When all nine coarse convergence points have been converged press “2” to move to Fine Convergence.
Fine Red Convergence
Once the basic Coarse convergence is complete, press “2”, as noted above, to enter the Fine Red Convergence.
Here the task is also to completely cover the green lines with the red so that there is no overlap.
To start the procedure, use the ///directional arrow buttons on the remote to move the solid wall cursor
box to the upper left hand corner of the screen. (insert diagram here)
Once the cursor is in the desired position press “ENTER” to select the convergence mode. Use the ///
directional arrow keys on the remote and note that as you press any key the RED line on the test pattern will
move in the direction shown on the arrow button. Press the keys, one at a time, until the red line completely and
precisely covers the green line at the current cursor position until red and green lines merge into a yellow color.
Note that as you make the convergence adjustments, a readout will appear on screen to indicate the direction
you are moving the red channel, as well as numeric indication of the divergence from reference position.
When the convergence is correct at the first point, press “ENTER” to return to the cursor movement mode. Note
that the cursor should return to the solid box wall shape before moving to the next spot. Press the button on the
remote ONCE to move to the next convergence point.
From this point on, at each convergence point you will reach the desired spot, press “ENTER” to invoke the
double outline box cursor, and then use the directional arrow buttons on the remote to make any needed
convergence adjustments.
When the adjustment is complete press “ENTER” to return to cursor movement, and use the directional arrow
keys to move to the next adjustment point.
Continue the process until each adjustment point has been converged.
When every point on the screen has been adjusted as required, check the overall convergence to make certain
that adjustments at one point have not made further correction necessary elsewhere. When you are satisfied with
the red convergence, press “3” to proceed with Blue convergence, or press “MENU” to return to the
convergence menu.
Blue Convergence
The process for blue convergence is similar to that for red convergence, except that in this case the blue channel
will be adjusted using the red as a reference.
The process for cursor movement and convergence adjustment for blue is identical to that for red: Press the
“ENTER” button on the remote to switch between the double outline box for adjustment and the solid wall box for
movement. Use the ///directional arrow buttons on the remote to make the convergence adjustments or
move the cursor location.
As with red convergence, start with the Coarse Convergence adjustment at the center of the screen, followed by
the remaining Coarse Convergence points. Then press “4” to begin the actual fine convergence adjustments Use
the same convergence process and move the blue lines so that they completely cover the red, and then move to
the next adjustment position.
When all blue convergence adjustments have been made, press “MENU” to return to the master -Convergence-
menu, and press it one more time to go to the main -Adjust- menu.
Convergence Memory Purge
During some adjustments, particularly after other service adjustments, you may need to purge, or “dump” the
complete memory of the convergence system.
To empty the memory and start over, you must be at the main -Convergence- menu.
At that menu press “6” on the remote to select “START OVER”.

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The next screen will instruct you to type the word “YES”. Do this using the up and down /arrow buttons on
the remote as the letters change on the display. Use the left/right /arrow buttons to move the “typing” position
to the next letter.
When you have typed “YES”, press the “ENTER” button and the convergence memory will be emptied. You may
now start the convergence process over from the factory settings.
IMPORTANT NOTE: To protect from unintended memory erasure, the word “YES” must be typed exactly as
shown, in upper case letters before the memory purge will take effect.
Gray Scale Adjustment
The HDP-500 offers a wide range of gray scale adjustments. For best results we recommend first using the
internal test signals offered by the projector. Once those have been made you may wish to use incoming video for
additional gray scale adjustments. Note, however, that any adjustments made to incoming video will be subject to
the variations induced by the chroma decoder in use. It is also advisable to adjust the HDP-500’s internal settings
and then make any final trims offered by the decoder, doubler or quadrupler WITHOUT changing the HDP-500’s
settings. This will insure accurate control and tracking of all signals.
The steps outlined below are for adjustments that are made by eye, without the use of automated or external test
equipment. Your actual procedures may vary when color analyzers are used, based on the sequence of the
specific test gear. Consult the DWIN Technical Service Department for additional instructions for calibration using
external analyzers, or follow the appropriate DWIN Technical Bulletins.
NOTE: Since the eye reacts slowly to color changes it is strongly recommended that you proceed slowly with
these adjustments, and to make them in as dark an environment as possible.
To begin the Gray Scale Adjustments, start at the Master Gray Scale menu. If you are not at that screen, first call
up the main menu by pressing the “MENU” key on the remote. At the Main Menu press “8” to reach the Adjust
menu, and then “2” to reach the Gray menu.
The first step is to select the test pattern to be used. The gray
scale pattern is the factory default. To select either the window
pattern or incoming video from a test generator press “7” from
the Gray Scale menu and the display will toggle from the gray
scale pattern to a window pattern to the external video feed and
then back to the test pattern.
Two gray scale adjustments are available for each of the three
color channels, gain and level. Gain impacts the lighter, or right
side of the test pattern while level impacts the black, or left side
of the test pattern. The overall goal is to obtain the “blackest”
black while defining the highest white level. At the same time,
even step increments must be maintained between the gray
scale bars on the test pattern.
NOTE: When making gray scale adjustments with automated test equipment or color analyzers it is desirable to
turn off the on screen menu instructions so that the color of the graphical instructions does not cause the
instruments to register an incorrect reading. To turn the graphics off while making any of the gray scale gain or
level adjustments press the “ENTER” button on the remote. Press it again to toggle the graphic back on.
The easiest way to adjust the gray scale is to start by setting the Green Gain and Green Level to the mid point of
“50”. To do this, press “2” on the remote and use the /buttons until the reading of 50 appears on the screen.
Press “5” and repeat the setting procedure.
Next, set the Red and Blue levels until the bar on the far left side of the screen is as black as possible while you
are still able to see that there is a distinct gray, or slightly less black bar, next to it. Press “4” and then use the /
buttons to adjust the Red Level and ”6” and /to adjust the Blue Level.
-Gray-
1. R Gain
2. G Gain
3. B Gain
4. R Level
5. G Level
6. B Level
7. Pattern