Contents of this publication may not be reproduced in any form without permission of Clarity Visual
Systems, Inc.
Trademark Credits
Macintosh is a registered trademark of Apple Computer Corp.
IBM is a registered trademark of International Business Machines, Inc.
Windows is a trademark of Microsoft Corp.
All other names are trademarks or registered trademarks of their respective companies.
Disclaimer
The information contained in this document is subject to change without notice.
Clarity Visual Systems Company makes no warranty of any kind with regard to this material. While every
precaution has been taken in the preparation of this manual, Clarity Visual Systems shall not be liable for
errors or omissions contained herein or for incidental or consequential damages in connection with the
furnishing, performance, or use of this material.
ii
52” VideoWall Display
WN-5220-V
User’s
Guide
070-0002-07
October 1998
iv
LIMITED WARRANTY
properly used and serviced, will perform substantially in accordance with the product data sheet
and users manual, and will be free from defects in material and workmanship for 1 year following
date of shipment. This warranty does not apply to lamps (see following section for lamp warranty)
and other consumable parts.
The main illumination lamp is considered a consumable, and is warranted against failure for the
first 3000 hours of usage, or 125 calendar days, whichever occurs first. The replacement of other
consumable parts are the Buyer's responsibility.
If any Product fails to conform to the written warranty, Clarity's exclusive liability and Buyer's
exclusive remedy will be, at Clarity's option, to repair, replace or credit Buyer's account with an
amount equal to the price paid for any such defective Product returned by Buyer during the
warranty period, provided that: (a) Buyer promptly notifies Clarity in writing that such Product
failed to conform, furnishes an explanation of any alleged deficiency and obtains from Clarity a
return authorization; and (b) Clarity is satisfied that claimed deficiencies actually exist and were
not caused by accident, misuse, neglect, alteration, improper installation, repair or improper
testing. Clarity will have a reasonable time to make repairs, to replace Products or to credit
Buyer's account.
LIMITATIONS.
OTHER WARRANTIES, EXPRESS OR IMPLIED. CLARITY NEITHER ASSUMES NOR
AUTHORIZES ANY OTHER PERSON TO ASSUME ANY OTHER LIABILITIES IN
CONNECTION WITH THE SALES OR USE OF ANY PRODUCT WITHOUT LIMITATION.
CLARITY DISCLAIMS ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING ANY
WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR.
IN NO EVENT WILL CLARITY BE LIABLE TO BUYER OR ANY OTHER PARTY FOR
PROCUREMENT COSTS, LOSS OF PROFITS, LOSS OF USE, OR FOR ANY OTHER
INCIDENTAL, CONSEQUENTIAL, INDIRECT OR SPECIAL DAMAGES OR FOR
CONTRIBUTION OR INDEMNITY CLAIMS, HOWEVER CAUSED. CLARITY'S LIABILITY
SHALL BE LIMITED TO ACTUAL DIRECT DAMAGES NOT IN EXCESS OF THE AMOUNTS
PAID TO CLARITY BY BUYER FOR THE PRODUCT. THESE LIMITATIONS WILL APPLY TO
ALL CLAIMS, INCLUDING, WITHOUT LIMITATION, WARRANTY, CONTRACT, INDEMNITY,
TORT (INCLUDING NEGLIGENCE), STRICT LIABILITY OR OTHERWISE.
ANY WRITTEN WARRANTY OFFERED BY CLARITY IS IN LIEU OF ALL
. Clarity warrants to Buyer that the WN-5220-V (the “Product”), if
Clarity’s VideoWall series of displays is the first liquid crystal display (LCD)
projection systems specifically designed to meet the diverse needs of video
wall, kiosk and dynamic signage applications. Using the latest developments
in LCD technology, Clarity’s displays are custom designed to fulfill the needs of
each specific application. Our displays deliver the unique physical design and
unsurpassed image quality that provides greater customer satisfaction.
Product Introduction
Features
Clarity’s products are designed and developed by experts in LCD projection
technology and offer significant advantages over conventional cathode ray
tube (CRT) based systems including:
Other Features
optical resolution of 640x480 pixels
•
superior image quality (even in high ambient light conditions)
•
substantially lighter weight – 120 lbs (55 kg)
•
significantly reduced depth (reduced footprint)
•
lack of image flicker
•
improved brightness uniformity (no “hot spots”)
•
consistent colors displayed on adjacent modules
•
no convergence requirements
•
no color drifting
•
easy to service
•
fast and easy setup
•
direct compatibility with a wide range of video and computer data
•
sources: 640x480 VGA, MAC II and 31.5 kHz line doubled RGBS
video
with the optional VIM-200 electronics, 15.75 kHz RGBS video and the
•
ability to decode and display NTSC and PAL directly
Options and Accesso r i es
Clarity’s display products can be upgraded with several accessories.
VIM Option - Video Input M odule
!"
The Video Input Module (VIM) adds the ability to scale the
image on each edge of the display for a better image fit
when working with multiple displays. It also adds three
source new inputs: 15.75 kHz RGBS video, and
composite and S-video in both NTSC and PAL.
Clarity’s Big Picture
!"
This option allows a single video source to be expanded
over an entire video wall, eliminating the need for an
external processor. (
display units in the video wall must
All
have this option.) Scaling and moving of the individual
images facilitates exact matching at the borders.
BAS-520 Base for the WN-5220-V
!"
The BAS-520 provides a permanent attachment to
flooring, or, with optional casters it allows easy roll-around
movement.
SRT-100 Screen Removal Tool
!"
This tool makes it easy to remove the screen when the
displays are used in video walls, where units are placed
directly adjacent to each other. The SRT-100 minimizes
the chance of damaging the screen and the screen’s
latches.
October 1998
2
Please contact your reseller for a current listing of available options or visit
Clarity’s website at
www.ClarityVisual.com
WN-5220-V VideoWall User’s Guide
Safety
Please read this chapter carefully before attempting to install, use,
service, or repair the WN-5220-V VideoWall. There are a number of
potentially dangerous areas inside the unit. These are identified with
the following warning labels.
Hazardous voltage inside. Can shock, burn, or cause
death. No user serviceable parts inside. Refer all
service to qualified serviceman.
3
Clarity Visual Systems
Hazardous voltage. Can shock, burn or cause death.
Disconnect power cord before servicing this unit .
Refer to service manual for details.
Explosion hazard. Hot bulb under high pressure. Wait
more than 5 minutes before changing lamp. Handle
lamp assembly carefully; do not touch bulb. See
instructions for changing lamp assembly.
Hot surface near lamp. Skin burn hazard. Wait mor e
than 5 minutes for lamp housing to cool before
replacing lamp assembly. See instruction manual.
October 1998
4
WN-5220-V VideoWall User’s Guide
UV radiation from unprotected, operating bulb. Eye
damage injury. Do not disturb light path shielding f r om
the bulb.
WARNING
serviceable.
Only the WN-5220-V lamp, air filter, and fuse are user
Refer all other service to a qualified service center
.
Failure to do so could result in electrical shock, ultraviolet radiation
burns, contact heat burns, serious injury, or irreparable damage to the
WN-5220-V.
WARNING
lamp assembly become
extreme caution and let the WN-5220-V’s lamp assembly cool
minutes
WARNING
The area around the projection lamp and the projection
extremely hot
before touching or replacing the lamp assembly.
The WN-5220-V contains electrical interlocks that
during and after use. Use
for 5
prevent operation of the display when the front screen is removed. Do
not bypass these interlocks, except for servicing. Never operate the
WN-5220-V with any access panels or the front screen removed from
the unit, except for servicing. Operating the WN-5220-V with access
panels or the front screen removed can expose service or operating
personnel to ultraviolet burns and high electrical voltages. Always
wear ultraviolet-blocking eyewear with side guards when servicing the
WN-5220-V.
WARNING
The WN-5220-V uses a high-intensity projection-lamp
module. Do not attempt to replace the projection lamp module with
any alternative light source. Doing so can cause overheating or
unacceptable image quality. Replacement lamp modules may be
ordered from Clarity Visual Systems, Inc. Use only the projection
lamp module specified by Clarity Visual Systems, Inc. or an
authorized Clarity Visual Systems, Inc. Service center. Use of any
other lamp voids the warranty.
5
Clarity Visual Systems
WARNING
movement under, over, or around the WN-5220-V. Loose papers or
other objects should not be nearer to the WN-5220-V than 6 inches
on any side.
CAUTION
temperature air directly on VideoWall. Do not operate the WN-5220-V
in dusty or high-temperature conditions.
CAUTION
combined vertically, installation of the top level requires a minimum of
16 inches of clearance in order to position and fasten the VideoWall in
place.
Do not block the WN-5220-V cooling fan or free air
Air handling ducts can discharge unwanted dust or high-
Where several WN-5220-V VideoWall displays are
CAUTION
Some types of environmental lighting, such as
incandescent, or high-intensity discharge lamps such as metal halide
or mercury vapor lamps create high temperatures. This can cause
excessive heating of the WN-5220-V VideoWall. The WN-5220-V
VideoWall installation should be positioned away from lighting to
prevent heat buildup.
CAUTION
The front screen of the WN-5220-V VideoWall can be
easily scratched and the optical quality degraded by fingerprints.
Install the WN-5220-V VideoWall in such a way that it is not exposed
to touching or possible scratching by hard objects.
October 1998
6
WN-5220-V VideoWall User’s Guide
Installation
Read the chapter on safety precautions before installing and
operating the WN-5220-V VideoWall.
The following table shows installation specifications for common
WN-5220-V VideoWall wall configurations.
Make sure the power cord is compatible with the nominal power
source used with the WN-5220-V VideoWall.
Power Consumption
Power consumption of the WN-5220-V VideoWall is 920 Watts, or
approximately 8 Amps current draw at 115 VAC (4 Amps at 230
VAC). The WN-5220-V VideoWall can be configured to operate on
either 90-130 VAC or 180-260 VAC nominal power sources at 50/60
Hz.
Voltage Range
The operating voltage range of the WN-5220-V VideoWall is set via a
switch on the power supply near the AC power plug and on/off switch.
Operation of the VideoWall at the incorrect voltage level can cause
damage to the unit which is not covered by the warranty.
!"Select the setting labeled 115V if your power source is
between 90 and 130 Volts AC.
!"Select the setting labeled 230V if your power source is
between 180 and 260 Volts AC.
If the input voltage drops below approximately 85V (170V if the
WN-5220-V is set to the 230V setting) the display will automatically
shut down to protect itself.
On a typical 20A, 115V circuit, no more than two WN-5220-V displays
may be installed. This allows an extra current margin. If any circuit
used to power one or more WN-5220-V VideoWalls is not a dedicated
circuit, the additional electrical load placed on the circuit by other
equipment must be considered.
WARNING
Displays that are intended for 240V configuration must
have a properly rated power supply cord and attachment plug
supplied by the installer.
WARNING
If extension cords are used for power, use only 3-prong
grounded cords sized to handle system power requirements. Using
the wrong-size extension cord can cause a fire-safety hazard and can
reduce the voltage available to the WN-5220-V VideoWall. If the
extension cord is warm to the touch it is too small and should be
immediately removed from operation.
October 1998
8
WN-5220-V VideoWall User’s Guide
Temperature and Humidity
The WN-5220-V VideoWall is designed to operate over an ambient
temperature range of 0° to 35° C (32° to 95° F) and a humidity of 20
to 80 % R.H. non-condensing.
Some types of environmental lighting, such as incandescent, or high
intensity discharge lamps such as metal halide or mercury vapor
lamps, create high temperatures and this can cause excessive
heating of the WN-5220-V VideoWall. VideoWalls should be
positioned far enough away from high-temperature lights to prevent
heat buildup.
Nearby heat sources can cause high operating temperatures in the
WN-5220-V VideoWall. Minimize the VideoWall’s exposure to heating
ducts, radiators, or other external heat sources.
Flooring
A single WN-5220-V VideoWall unit weighs approximately 120 lbs (55
kg). Before installing the WN-5220-V VideoWall, determine the
structural integrity of the flooring where it will be used. The floor
should be level and strong enough to support the combined weight of
the number of VideoWalls and other equipment used in the
installation. Take special care when installing a WN-5220-V
VideoWall in a wall configuration on a temporary structure such as a
stage floor, where the flooring could bend or collapse under the
weight of the installation. Never stack more than four (4) WN-5220-V
VideoWalls vertically on a temporary floor.
Clearance
Normal maintenance, such as lamp module and air filter replacement,
can be performed from the front or rear of the WN-5220-V VideoWall.
Maintain sufficient clearance to allow easy access from the front. A
minimum of 4 feet is recommended. For full maintenance from the
rear, the minimum recommended clearance is 3 feet.
To allow proper cooling, the minimum required clearance to the rear
of the VideoWall is 6 inches. The minimum required clearance to the
top at the front of the unit is 6 inches. See Environmental
Specifications on page 67 for cooling requirements.
If installed in a video wall configuration, a minimum of 12 inches to
the ceiling from the top of the highest VideoWall is needed if the units
are installed from the front.
9
Clarity Visual Systems
Unpacking and Setup
Follow these steps to unpack the WN-5220-V VideoWall.
1. Check the shipping carton for external damage. Notify the shipper
2. Cut the binding straps and open the shipping carton top cover.
3. Remove the accessories box (packed on top of the VideoWall),
immediately if you find external damage.
packing material, and the four corner protectors.
4. Lift (
do not cut
) the cardboard surround sleeve from the unit and
set it aside. If the cardboard is cut, the screen may be damaged.
5. Remove the protective plastic wrap.
6. Check for visible damage and if there is none, lift the VideoWall
from the pallet.
7. Verify that all items listed on the contents sheet packed with the
unit are present.
Use help. The WN-5220-V VideoWall weighs
WARNING
approximately 120 lbs (55 kg). Do not attempt to lift or move the
WN-5220-V VideoWall without help. Always use all four lifting handles
to move or lift the WN-5220-V.
October 1998
10
WN-5220-V VideoWall User’s Guide
Mechanical Setup
Install the WN-5220-V VideoWall in the desired position and connect
the power and signal cables. See the following section for an
explanation of the cabling configuration.
To setup the WN-5220-V VideoWall in a video wall configuration,
follow these steps:
1. Remove the screen
from each unit to be
used in the video wall.
2. Build the video wall.
3. Assemble the lower row
first.
4. Stack the next higher
row.
Figure 1
Keep each screen with it’s unit. See Screen on page 45.
Place the screen where it will not be damaged.
Build on a level floor strong enough to hold the weight of
the finished assembly. See Flooring on page 9 for weight
information
Line up the legs as straight as possible.
Insert a ¼” X 2 ½” bolt through the holes as shown in
Figure 1
Secure the legs to the floor using the tapped 5/16-18
holes in the front and rear of the legs when stacking more
than two units high or use the optional
secure the WN-5220-V.
Sliding the legs of each VideoWall into the mating sockets
of the VideoWall in the first (lower) row.
. Tighten a nut securely on this bolt.
BAS-520
base to
5. Insert a supplied
Insert a bolt through the hole in side wall of the lower unit
11
Clarity Visual Systems
fastener.
6. Continue with
subsequent rows of
VideoWalls
7. For added stability…
8. Check
9. Reinstall screens
Cables
Video connections from the signal source to the WN-5220-V
VideoWall depend on the type of signal supplied by the source. The
compatible video inputs are; 640x480 VGA, Mac II and 31.5 kHz
RGBS Video. With the optional VIM line-Doubler/Scaler card 15.75
kHz RGBS Video is recognized and with the optional VIM decoder
card Composite Video and S-Video will be processed and displayed.
into each leg of the unit above.
Tighten a nut on this bolt to lock the units together. See
Figure 1 above.
Lock each VideoWall to the adjacent VideoWalls after the
row above it (if any) has been installed.
Use the rear-tapped holes in the legs of the upper units to
fasten to a solid support, such as a structural wall.
The threaded inserts in each leg are female 5/16-18 UNC.
Check that all VideoWalls in the video wall are locked
together.
Reinstall each VideoWall’s screen.
The Loop-thru video output uses a standard 15 pin VGA type
connector for output to an external computer monitor or another
VideoWall. The format of the Loop-thru video is same as the source
video. VGA and MAC II will have RGB with separate H-Sync and VSync. RGBS video will come out RGBS with the composite sync on
the connector’s H-Sync pin. RGB Sync on Green sources will loopthru RGBS-Sync on Green. VideoWall displays with the optional
VIM-200 option using a Composite Video or S-Video source will not
output a loop-thru signal for those two sources.
The video cables used should be high quality and shielded to insure
the best image quality when displayed.
Using poor quality cables can lead to picture noi se, jitter and
crosstalk.
Control data enters the VideoWall via the RS-232 In connection, and
is supplied to an adjacent VideoWall (if used) via the RS-232 Out
connector. High quality shielded cables designed for RS-232
communication should be used to ensure proper data transmission
and control.
October 1998
12
WN-5220-V VideoWall User’s Guide
Initial Setup
After the VideoWalls are installed, follow these steps for
unit:
Step 1 - Power-Up
Step 2 - Adjust the Input Signal Settings
Step 3 - Adjust the Colors
Step 4 - Save the Settings
Step 1 – Power-Up
CAUTION
power plug on the power supply to 115V.
CAUTION
power plug on the power supply to 115V.
CAUTION
power plug on the power supply to 230V.
100 Volt Users –
115 Volt Users -
230 Volt Users -
display
each
Set the red voltage switch at t he
Set the red voltage switch at t he
Set the red voltage switch at t he
1. Turn the main power
switch (next to the
power cord) to the ON
(1) position
The STBY LED flashes, indicating the power up cycle has
begun. Wait approximately three minutes until the STBY
LED is on continuously.
13
Clarity Visual Systems
2. Press the remote
control ON button to
power up each Display
3. Check for normal
operation
You will hear a ‘beep,” and the sound of the internal fans.
The lamp will come on, but will require approximately 5
minutes to fully warm up. There is a built-in delay from
when you press the remote’s ON button to when the lamp
lights. The extent of the delay depends on the Monitor ID
setting. The two switches have a total number of 256
individual Monitor ID settings.
GROUP - ID numbers are 0 – 9 and A – F for a total of 16
different settings. Each number is equal to that
number times 16. A setting of 3 is equal to 48.
UNIT - ID numbers are 0 – 9 and A – F for a total of 16
different settings. Each number is equal to that
number times one. A setting of C equals 12.
The Monitor ID number is the combination of the Group ID
plus the Unit ID. A Group ID number of 2 and a Unit ID
number of 5 equals a Monitor ID of 37.
The delay the time between an “on” command to the
VideoWall and the ignition of the lamp is approximately 2
seconds times the Monitor Unit ID number.
Observe the LED on the rear of each unit. When proper
power is on, the STBY LED is off, and the fan and lamp
LED’s are on. A faint glow from the lamp exhaust vent in
the rear of the unit indicates the lamp is on.
October 1998
14
Step 2 - Adjust the Input Signal Settings
Select the Source
Source Select
Frequency
Phase
Input Level
Position
Zoom
Color Balance
Curtain
Hours
Save Config
Recall Config
Reset Config
Misc Control
About
WN-5220-V VideoWall User’s Guide
Source Select
[X] VGA
[ ] MAC II
[ ] 31.5K Video
[ ] 15.75K Video
[ ] Comp Video
[ ] S-Video
(The menu with the VIM-200 option installed is pictured here.)
After the displays are all turned on, use this procedure to select the
correct source.
1. Press the remote
control SOURCE
button
2. Press the
Up/Down arrow
keys
The Source Select menu is displayed.
Select the type of input source: VGA, Mac II, 31.5K Video,
15.75K Video, Composite Video and S-Video.
Note – The VIM Line Doubler/Scaler card adds 15.75 kHz
Video compatibility. The VIM decoder card adds
Composite and S-Video compatibility.
If RGBS is the source and the format is Sync on Green,
go to the Misc Control Menu and select the Sync on
Green option.
15 October 1998
Clarity Visual Systems
Adjust the Black Input Level - VGA, MAC II or RGBS Video
(This does not apply to Composite or S-Video sources – see Comp
Video/S-Video Level Adjustment on page 19.)
Source Select
Frequency
Phase
Input Level
Position
Zoom
Color Balance
Curtain
Hours
Save Config
Recall Config
Reset Config
Misc Control
About
Input Level
White Level Black Level
Black Level
(Requires black field)
Auto [ ]All < >
Level Sample
Red 10 0
Green 10 0
Blue 10 0
Adjusting the input levels allows the VideoWall to display the full color
range of the video source. If the input levels are not properly
adjusted the image may look washed-out or posterized.
The input black level must be adjusted to match the source
prior to adjusting the input white level!
1. Display an all-black image from
the signal source
2. Press the remote control LEVEL
button
October 1998
16
Examples of all-black sources are a black PC Paint
screen or a frame 50882 on Reference Recordings,
“A Video Standard” test disk.
The Input Level menu is displayed.
WN-5220-V VideoWall User’s Guide
3. Press the Up/Down arr ow keys
4. Press the ENTER button
5. Press the Up/Down arrow keys
6. Press the ENTER button
7. Press the PREV MENU button
Select Black Level.
The Black Level menu is displayed.
Select Auto.
The black level is automatically adjusted.
Exit the Black Level menu.
Adjust the White Input Level – VGA, MAC II or RGBS Video
(This does not apply to Composite or S-Video sources – see Comp Video/SVideo Level Adjustment on page 19.)
Source Select
Frequency
Phase
Input Level
Position
Zoom
Color Balance
Curtain
Hours
Save Config
Recall Config
Reset Config
Misc Control
About
Input Level
White Level Black Level
White Level
(Requires white field)
Auto [ ]All < >
Level Sample
Red 128 255
Green 128 255
Blue 128 255
Adjusting the input levels allows the VideoWall to display the full color
range of the video source. If the input levels are not properly
adjusted the image may look washed-out or posterized.
17
Clarity Visual Systems
The input black level must be adjusted to match the source
prior to adjusting the input white level!
1. Display an all-white image from
the signal source
2. Press the remote control LEVEL
button
3. Press the Up/Down arrow keys
4. Press the ENTER button
5. Press the Up/Down arrow keys
6. Press the ENTER button
7. Press the PREV MENU button
Examples of all-white sources are a white PC Paint
screen or frame 50823 on Reference Recordings, “A
Video Standard” test disk.
The Input Level menu is displayed.
Select White Level.
The White Level menu is displayed.
Select Auto.
The white level is automatically adjusted.
Exit the White Level menu.
October 1998
18
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