User’s Manual
RGB 500/Dual, RGB 508,
RGB 560/Dual, RGB 568
Architectural Series Universal Interfaces with Audio and ADSP™
Extron Electronics, Europe
Extron Electronics, Asia
Extron Electronics Information
68-455-02
Printed in the USA
Extron Electronics, USA
™
Beeldschermweg 6C, 3821 AH Amersfoort 135 Joo Seng Rd. #04-01, PM Industrial Bldg.
+31.33.453.4040 FAX +31.33.453.4050 +65.383.4400 FAX +65.383.4664
1230 South Lewis Street, Anaheim, CA 92805
800.633.9876 714.491.1500 FAX 714.491.1517
USA
™
ExtronFAX
:
714.491.0192
The Netherlands
Singapore 368363
24-hour access—worldwide!
© 2001 Extron Electronics. All rights reserved.
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Ta b le o f Co n t e n t s
Ch a p t e r 1 • In t ro d u ct io n .......................................................... 1-1
Ab o u t t h is Ma n u a l ................................................................ 1-2
Ab o u t t h e RGB 500 Se rie s In t e rfa ce s .......................... 1-2
Fe a t u re s ...................................................................................... 1-2
RGB 500 Series features ........................................................ 1-2
RGB 500, RGB 500 Dual, and RGB 508 feature .................... 1-3
RGB 500 Dual and RGB 560 Dual feature ............................. 1-3
RGB 508 and RGB 560 feature .............................................. 1-3
RGB 560, RGB 560 Dual, and RGB 568 features ................... 1-3
Ch a p t e r 2 • In st a lla t io n a n d Op e ra t io n .......................... 2-1
In st a llin g t h e RGB 500 Se rie s In t e rfa ce s ................ 2-2
In st a lla t io n a n d Se t u p Ove rvie w .................................. 2-2
In st a lla t io n a n d Op e ra t io n In st ru ct io n s .................... 2-3
Determining installation location ......................................... 2-3
Preparing the installation site ............................................... 2-3
Installing the mounting bracket with clips ........................... 2-4
Installing the mounting bracket with screws ....................... 2-4
Setting bottom and top panel switches................................ 2-5
Bottom panel features ........................................................... 2-6
Top panel jumper switches .................................................... 2-9
Attaching audio output, power & video output cables...... 2-10
Attaching adapter plates .................................................... 2-10
Setting front panel switches ............................................... 2-12
Front panel features — RGB 500 series, RGB 508 series ...... 2-12
Front panel features — RGB 560 series, RGB 568 series ...... 2-13
Connecting input cables ....................................................... 2-15
Pre-installation testing/troubleshooting ............................ 2-16
Mounting the interface to the mounting bracket ............. 2-17
Attaching the faceplate ...................................................... 2-18
Ap p e n d ix A • Sp e cifica t io n s ................................................. A-1
Ap p e n d ix B • Ro u g h -in Te m p la t e s ...................................... B-1
Ap p e n d ix C • Dim e n sio n s ........................................................ C-1
RGB 500 a n d RGB 560 Fa ce p la t e s .................................. C-2
RGB 500 Du a l a n d RGB 560 Du a l Fa ce p la t e s ........... C-3
(Continued)
RGB 500 Series • Table of Contents
i
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Ta b le o f Co n t e n t s, co n t ’d
RGB 508 a n d RGB 568 Fa ce p la t e s .................................. C-4
RGB 500 Series
Ap p e n d ix D • Acce sso rie s a n d Pa rt Nu m b e rs ........... D-1
In t e rfa ce s .................................................................................. D-2
Po w e r Su p p ly .......................................................................... D-3
Op t io n a l Ad a p t e r Pla t e s ................................................... D-3
Single Type Connector Architectural Adapter Plates.......... D-4
Multi Type Connector Architectural Adapter Plates ........... D-6
Ca b le s ......................................................................................... D-7
Ot h e r Acce sso rie s ................................................................. D-9
All trademarks mentioned in this manual are the properties of their respective
owners.
Chapter One
1
In t ro d u ct io n
About this Manual
About the RGB 500 Series Interfaces
Features
68-455-02 A
Printed in the USA
04 01
RGB 500 Series • Table of Contents
ii
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In t ro d u ct io n
Sync polarity adjustment — Horizontal and vertical sync
output can either follow input sync polarity, or outgoing
sync can be forced to negative via jumper settings.
Ab o u t t h is Ma n u a l
This manual contains information about the Extron RGB 500
architectural series universal interfaces (RGB 500, RGB 500 Dual,
RGB 508, RGB 560, RGB 560 Dual, and RGB 568) and on how to
operate and configure them.
Vertical sync pulse width adjustment — Vertical sync pulse
width can be adjusted via jumper settings.
Autopower — When a signal is present at the video/ sync input,
the interface will power on, and the green LED on the
front panel will light.
Ab o u t t h e RGB 500 Se rie s In t e rfa ce s
The RGB 500 Series interfaces are universal, analog, computer-
video interfaces with 300 MHz (-3dB) video bandwidth. The
series features Extron’s ADSP™ (Advanced Digital Sync
Processing™) to ensure stable sync signal output, while
allowing trouble-free centering control.
Stereo audio — All RGB 500 Series interfaces accept unbalanced
stereo audio and output balanced or unbalanced stereo
audio.
Choice of colors — The RGB 500 Series interfaces are available
with a choice of gray, black or white faceplates to blend
into a variety of installations.
Fe a t u re s
RGB 500 Se rie s fe a t u re s
RGB 500, RGB 500 Du a l, a n d RGB 508 fe a t u re
All RGB 500 Series interfaces provide the following features:
Video input termination selection switch — A front panel
toggle switch provides a way to switch between
high Z and 75 ohm video input termination on these
models. Select the video termination impedance that
provides the best picture. Set this switch to High Z if a
local monitor is connected, a laptop breakout cable is
used, or if the picture is too dark. Set this switch to 75
ohms if no local monitor is connected or if the picture is
too bright or blooming (unterminated).
Wall and furniture mountability — The RGB 500 Series
interfaces can be easily installed in any wall or hard
surface, such as a podium, desk, or tabletop, using few
tools. Wall studs are not needed for installation.
Digital sync processing — Using regular sync processing to
allow centering control (H-shift) can create problems with
some digital display devices as a result of the sync delay.
Extron’s ADSP™ (Advanced Digital Sync Processing™)
restores a stable sync signal, while allowing centering
control. The RGB 500 Series interfaces also provide
another option, DDSP™ (Digital Display Sync
RGB 500 Du a l a n d RGB 560 Du a l fe a t u re
Two interfaces — The Dual models feature two interfaces with
one integrated faceplate.
Processing™), to ensure proper displays without altering
sync pulse timing or width. It may be selected via a
bottom panel DIP switch.
RGB 508 a n d RGB 568 fe a t u re
Connector adapter plates — The RGB 508 and RGB 568 offer the
ability to attach up to four optional adapter plates for
user-configurable pass-through connectors.
Horizontal shift control — Adjust horizontal centering via a
front panel knob.
RGBHV, RGBS or RGsB outputs — Select the output format
via bottom panel DIP switches.
RGB 560, RGB 560 Du a l, a n d RGB 568 fe a t u re s
Serration pulse switch — This DIP switch-selectable feature
adds or strips the serration pulses from the signal to
make it compatible with digital display devices. Use the
serration pulse switch if flagging or bending occurs at the
top of the video display.
Local monitor output connector — A 15-pin HD female local
monitor connector on the front panel simplifies
connections to a local display without the need for
monitor breakout cables.
ID bit termination switch — These models feature front panel
DIP switches to make ID bit termination easy. Use this
feature if no local monitor is connected.
Gain/peaking adjustment — Output gain and peaking levels
may be adjusted individually for red, green and blue
channels by using jumpers that are accessible through the
top of the enclosure.
RGB 500 Series • Introduction
1-2
RGB 500 Series • Introduction
1-3
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In t ro d u ct io n , co n t ’d
Local monitor pins — These DIP switches are used for routing
RGB 500 Series
local monitor signals for Macintosh 13” monitors and all
other Mac/ VGA-type monitors.
Chapter Tw o
2
In st a lla t io n a n d Op e ra t io n
Installing the RGB 500 Series Interfaces
Installation and Setup Overview
Installation and Operation Instructions
RGB 500 Series • Introduction
1-4
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In st a lla t io n a n d Op e ra t io n
Temporarily disconnect the computer video and audio
input cables and (for RGB 560 and RGB 568 models) the
local monitor output cable from the front panel of the
interface.
11
In st a llin g t h e RGB 500 Se rie s In t e rfa ce s
The Extron RGB 500 Series interfaces consist of a faceplate, an
interface (or interfaces) in a metal enclosure, and wall mounting
brackets. The RGB 508 and RGB 568 series interfaces may also
include optional connector adapter plates. Installation hardware
is included with each interface.
Mount the interface to the mounting bracket.
12
13
Attach the faceplate to the interface and mounting
bracket.
In st a lla t io n a n d Se t u p Ove rvie w
Reconnect the computer video and audio input cables and
the local monitor output cable (for RGB 560 and RGB 568
models) to the interface, and readjust horizontal centering
as needed via the front panel knob.
14
This is an overview of how to install the wall-mounted
interfaces. These steps are covered in detail in this chapter.
To install and set up the RGB 500 Series interfaces for basic
operation, follow these basic steps:
In st a lla t io n a n d Op e ra t io n In st ru ct io n s
Determine the installation location.
1
2
De t e rm in in g in st a lla t io n lo ca t io n
Prepare the site for installation. Use the supplied template
to mark the rough-in cutout, then cut out the wallboard or
wood.
Select an installation site. The mounting bracket may be
installed in a wall using backing clips or may be installed on a
hard surface, such as a podium, desk, tabletop, or hardwood
wall, using wood/ metal screws. Take cabling and power
availability into consideration.
Install the mounting bracket.
3
4
Set the bottom panel DIP and jumper switches and top
panel gain/ peaking adjustment jumpers. These items will
be inaccessible after installation.
The RGB 500 Series interfaces do not require attachment to wall
studs, so they may be placed almost anywhere on a wall.
Attach the audio output, video output and power cables to
the interface.
5
6
7
Pre p a rin g t h e in st a lla t io n sit e
Actual size rough-in templates for each model are provided in
Appendix B. Use them as guides to mark and cut the hole in the
wall or furniture through which the interface will be installed.
The innermost line represents the opening where material will
be removed and the mounting bracket will be installed.
Attach any optional adapter plates, and attach output
cables to the back sides of the adapter plates.
Set the front panel video termination toggle switch
(RGB 500 and RGB 508 series models) or the front panel
DIP switches (RGB 560 and RGB 568 models).
1.
Cut out the center portion (up to the guidelines) of the
rough-in template supplied with the mounting bracket.
Temporarily connect the computer video and audio input
cables and (for RGB 560 and RGB 568 models) the local
monitor output cable. Connect any cables whose signals
will be routed through the optional adaptor pass-through
plates.
8
2.
Place the template on the wall or surface where the
interface will be installed. Use a soft pencil to mark the
guidelines for the opening on the wall.
3.
4.
Cut out the material from the rough-in area with a jigsaw
or small hand saw.
Connect power cables to the input and output devices.
Turn on the input and output devices.
9
Check the opening size by inserting the mounting bracket
into the opening. The flat portion should lay snugly on the
wall or surface, and the tabs through which the screws will
be inserted should fit easily into the opening. There
should not be noticeable play within the opening.
The image should now display on screen. If it does not
display, or if the picture displays incorrectly, double check
and make adjustments to cables, DIP switches and
jumpers as needed. See the “Pre-installation testing/
troubleshooting” section in this chapter.
10
5.
If needed, use a saw, file or sandpaper to enlarge the hole.
Smooth the edges of the opening to avoid damage or
RGB 500 Series • Installation and Operation
2-2
RGB 500 Series • Installation and Operation
2-3
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In st a lla t io n a n d Op e ra t io n , co n t ’d
injury to yourself or the cables during installation.
4.
5.
Insert the bracket back into the hole.
Use four ½” (1.3 cm) long, #6 flat headed wood screws
(provided) or self-tapping sheet metal screws to fasten the
bracket directly onto wood or metal, respectively. Hand
tighten the screws. See the illustration below.
In st a llin g t h e m o u n t in g b ra cke t w it h clip s
1.
Place 1¼” (3.18 cm) long or ¾“ (1.9 cm), #6-32 machine
screws (provided) through the holes in each corner of the
mounting bracket. Use the shortest screw required.
Loosely fasten (using 2-3 turns) a mounting backing clip
on the end of each screw.
2.
Insert the mounting bracket into the opening in the wall.
Mounting Bracket
Mounting Bracket
Backing Clip can
be in either orientation.
See Detail A or Detail B.
Backing Clip can
be in either orientation.
See Detail A or Detail B.
Mounting Bracket
In st a llin g t h e m o u n t in g b ra cke t w it h scre w s
Mounting Bracket
Se t t in g b o t t o m a n d t o p p a n e l sw it ch e s
Because the top and bottom panels on all models will be
inaccessible after installation, the DIP and jumper switches
must be set before the interface is installed into the wall,
furniture or raceway. Use the switch explanations to help you
configure these switches.
In st a llin g t h e m o u n t in g b ra cke t w it h b a ckin g clip s
3.
Rotate each clip so the tab will be behind the plywood,
wallboard/ sheet rock or other surface to hold the bracket
snugly in place when the screw is tightened. See Detail A
and Detail B.
Set the DIP switches to either On (closed) or Off (open) to select
the desired function as described in the features section.
Wall Material
Backing Clip
Wall Material
Backing Clip
The DIP switches may be either the rocking type or the sliding
type.
0.75" #6-32 Screw
1.25" #6-32 Screw
Mounting Bracket
Mounting Bracket
To set rocking-type DIP switches, use a small
Detail B
1
2
3
4
Detail A
screwdriver to depress the appropriate end of
the switch.
Ba ckin g clip o rie n t a t io n s
1
2
3
4
4.
Use a Phillips screwdriver to hand tighten the screws to
fasten the mounting bracket in place.
To set the sliding type of DIP switches, use a
small screwdriver to slide (push) the switch to
the desired position (On/ closed or Off/ open).
In st a llin g t h e m o u n t in g b ra cke t w it h scre w s
To configure jumper switches, use a needlenosed plier to reach
through the openings in the enclosure and pull the jumper
shunt out/ off the pins, then place the jumper on the appropriate
pins, as shown below.
Use this installation method if the installation surface is a sturdy,
dense material such as sheet metal, plywood, or hard wood.
1.
2.
3.
Insert the mounting bracket into the opening in the wall
and hold it firmly in place.
Mark the locations of the outermost/ corner bracket holes
on the installation surface.
If desired, remove the mounting bracket and drill ¼” deep
pilot holes (half the width of the shaft of the screw) at the
marked locations.
Ch a n g in g ju m p e r se t t in g s
RGB 500 Series • Installation and Operation
2-4
RGB 500 Series • Installation and Operation
2-5
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In st a lla t io n a n d Op e ra t io n , co n t ’d
Bo t t o m p a n e l fe a t u re s
Sync polarity jumper switch — This jumper switch adjusts the
2
NOTE It is not important which wire
output sync polarity. Horizontal and vertical
Negative Follow
(positive or negative) connects
to which outer pole of the 3-pole
captive screw power connector.
sync output can either follow input sync
polarity, or be forced to negative. You will
need needlenosed pliers to reach and move
the jumper. See the diagram below.
•
•
The center pole is not used.
AC or DC power may be used.
1
2
3
4
5
SYNC
POLARITY SYNC
WIDTH
VERT.
NC
12-24V AC/DC
• If the jumper is placed on the two left pins, output sync
polarity follows input sync polarity.
SYNC
POLARITY SYNC
WIDTH
VERT.
NC
• If the jumper is placed on the two rightmost pins, output H
and V sync polarities will be forced to negative.
12-24V AC/DC
Vertical sync width jumper switch — This jumper switch
3
adjusts the vertical sync pulse width. For
Narrow Wide
some digital display devices, if no picture
displays, the picture cuts in and out, or the
picture is scrambled, try adjusting the vertical
sync pulse width or switching from ADSP to
6
7
8
9
10
SYNC
POLARITY SYNC
WIDTH
VERT.
NC
DDSP.
12-24V AC/DC
Audio output captive screw connector — This 3.5 mm, 5-pole
right angle captive screw (Phoenix) connector
will be used for balanced/ unbalanced audio
output. Attach the five wires for audio output
of ground, left and right channels to the
1
You will need needlenosed pliers to reach and move the jumper.
See the diagram below.
• If the jumper is placed on the two leftmost pins, the output
vertical sync pulse will be narrow.
connector; follow the wiring guide on the
• If the jumper is placed on the two right pins, the output
vertical sync pulse will be wide.
bottom panel label or the one shown below.
Insert the wires into the appropriate openings. Tighten the
screws on top to fasten the wires.
Connect the sleeve to ground (GND). Connecting
the sleeve to a negative (-) terminal will damage the
audio output circuits.
Horizontal Sync Width
DO NOT
CONNECT
HERE
Vertical Sync Width
Ch a n g in g t h e syn c ju m p e r sw it ch e s
Captive screw power connector — Use this 3-pole, 3.5 mm
captive screw power connector with a 12 to 24VDC or
12 to 24VAC, 0.35A, external, autoswitchable power supply,
such as Extron’s #70-055-01.
4
The center pole contains no conductor. Connect
conductors to the outer two poles only.
Unbalanced Output
Balanced Output
Wiring a captive screw connector for audio output
RGB 500 Series • Installation and Operation
2-6
RGB 500 Series • Installation and Operation
2-7
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In st a lla t io n a n d Op e ra t io n , co n t ’d
Blue (B) output connector — BNC female connector for blue
video output.
6
7
8
9
Polarity is not important: the positive or negative wire
may be connected to either of the outer poles.
Green (G) output connector — BNC female connector for green
video output.
Bottom panel DIP switches — These four DIP switches,
numbered 1 to 4 from left to right, control the sync on green,
serration pulse, DDSP and composite sync output options.
5
Red (R) output connector — BNC female connector for red
video output.
1 — SOG (sync on green)
ON — When this switch is set to On, (sync on green), the
interface will output sync on green.
Horizontal (H) or composite sync (HV) output connector (H/
HV) — BNC female connector for either separate horizontal sync
or composite sync output.
OFF — When the SOG feature is set to Off, the interface
will output either separate horizontal and vertical
sync signals (on the H/ HV and V connectors) or a
composite sync signal (on the H/ HV connector),
depending on how DIP switch 4 is set.
Vertical (V) sync output connector — BNC female connector for
separate vertical sync output.
10
To p p a n e l ju m p e r sw it ch e s
2 — DDSP™ (Digital Display Sync Processing™)
Video signals passing through long cable runs (over 125 feet)
can decrease in strength, creating signal loss. The longer the
cable, the higher the video level and the greater the peaking
that will be needed to compensate for the loss.
ON — When this switch is set to On, the interface uses
Digital Display Sync Processing instead of
Advanced Digital Sync Processing™. Use this
option if the image still doesn’t display properly
after other options (changes to sync width,
serration pulses and video termination) have been
explored.
The red, green and blue gain/ peaking adjustment jumper
switches are located on the top of the RGB 500 Series interfaces.
You will need needlenosed pliers to reach and move the
jumpers. Select the setting that yields the best image display.
DDSP will disable horizontal shift control.
Use the diagram on the product label, shown in the illustration,
as a guide to setting the output gain/ peaking for each color.
OFF — When this switch is set to Off, the interface uses
ADSP™, Advanced Digital Sync Processing™.
3 — SERR (serration pulse)
Many display devices, including LCD and DLP projectors
and plasma displays, must not have serration pulses in the
vertical sync signal in order to display properly. Flagging
or bending at the top of the video image is a sign that the
serration pulses should be removed.
ON — When this switch is set to On, serration pulses will
be output.
Unity
BLUE GREEN RED
Gain/Peaking Adjustment Jumpers
OFF — When this switch is set to Off, serration pulses will
not be output.
50% 100%
RGB 500 Series Interface
33-511-01 Rev. A 07 99
4 — Composite sync
To p vie w o f a n RGB 500 Se rie s in t e rfa ce
ON — When this switch is set to On, a composite sync
signal (H and V combined) will be output on the
connector labeled “H/ HV”.
• Use the left two pins to increase the output signal and add 50%
of the maximum peaking to the signal.
OFF — When this switch is set to Off, horizontal sync will
be output on the connector labeled “H/ HV”, and
vertical sync will be output on the “V” connector.
• Use the middle two pins for unity output (0.7 volts,
no peaking).
RGB 500 Series • Installation and Operation
2-8
RGB 500 Series • Installation and Operation
2-9
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In st a lla t io n a n d Op e ra t io n , co n t ’d
• Use the right two pins to increase the output signal and add
1.
Insert the adapter plate screws through the holes in the
faceplate. Attach the adapter plates to the faceplate with
the provided captive washers and #4-40 nuts.
100% of the maximum peaking to the signal for very long
cable runs.
ity
n
U
Adapter Plate
H. SHIFT
%
0
0
%
1
0
5
B
U
A
s
r
e
9
L
F
L
p
9
O
F
E
R
D
7
m
0
C
E
n
u
A
R
J
.
v
E
D
t
e
N
R
1
M
E
e
E
O
m
R
t
N
s
G
u
I
j
3
T
d
O
R
E
A
AUTO
POWER
U
L
g
B
n
i
AUDIO
k
a
e
P
/
n
i
a
G
RGB 500 Series Interface
I
N
P
U
T
CS PIN
9
ID PIN 11
ID PIN
Red Adjustment (100% gain/peaking shown)
Green Adjustment (Unity shown)
4
#4-40 Nut w/ Captive
Washer
Blue Adjustment (50% gain/peaking shown)
RGB 508
RGB 568
(up to 4 Plates)
R
G
B
5
6
8
W
IT
H
A
D
S
PTM
At t a ch in g a u d io o u t p u t , p o w e r, a n d
vid e o o u t p u t ca b le s
In st a llin g o p t io n a l a d a p t e r p la t e s
Once the switches have been set, attach the cables that will be
inaccessible after installation. These cables should already be
installed in the wall, conduit or furniture. See pages 2-7 and
2-10 for details
2.
Attach the output cables to the back side of the adapter
plate(s). Several adapter plates require conductors to be
soldered to the connectors. Attach foil and braided shields
to ground connections.
1.
Plug the wired audio connector into the audio output
female connector on the bottom of the interface.
2.
Attach the video and sync output cables to the interface
with BNC connectors. Pay close attention to the order and
location of connectors.
The connectors on the RGB 500 Series interfaces are
arranged in the following order on the bottom of the
enclosure: B, G, R, H/HV, and V.
3.
Attach the 12VDC to 24VDC power supply to the interface
via the 3-pole captive screw terminal on the bottom panel.
See pages 2-7 and 2-9 for details. Plug in or connect the
power supply to the AC power outlet. The interface’s
front panel power indicator LED will light.
At t a ch in g a d a p t e r p la t e s
The RGB 508 and RGB 568 can have up to 4 optional adapter
plates.
The adapter plates must be ordered separately. They also must
be attached to the faceplate and cabled before the interface is
installed in the wall or furniture. The screws needed for
installing the adapter plates are built into the plates, so no
additional screws will be needed.
RGB 500 Series • Installation and Operation
2-10
RGB 500 Series • Installation and Operation
2-11
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In st a lla t io n a n d Op e ra t io n , co n t ’d
•
Set this switch to 75 ohms if no local monitor is connected
or if the picture is too bright or blooming (unterminated).
Se t t in g fro n t p a n e l sw it ch e s
Set the front panel switches before cabling and testing inputs.
These examples will show 2-gang size interfaces, but they apply
to both 2- and 4-gang sizes and to the EC models.
Computer video input 9-pin D male connector
5
Fro n t p a n e l fe a t u re s — RGB 560 se rie s, RGB 568 se rie s
Fro n t p a n e l fe a t u re s — RGB 500 se rie s, RGB 508 se rie s
BUFFERED
H. SHIFT
LOCAL MONITOR
H. SHIFT
HIGH Z
1
2
4
1
2
4
5
AUTO
POWER
AUTO
75 Ohm
POWER
AUDIO
AUDIO
INPUT
INPUT
3
3
5
6
MAC 13
VGA/MAC
LOCAL OUT
ID PIN 11
ID PIN 4
RGB 560
RGB 500
Horizontal shift knob — Use this knob to adjust the horizontal
sync to move the picture left or right to center it each time the
interface is powered on.
1
Horizontal shift knob — Use this knob to adjust the horizontal
sync to move the picture left or right to center it each time the
interface is powered on.
1
The horizontal shift control has no mechanical limits to
rotation. When the minimum or maximum limit of the
control is reached, the picture ceases to move on screen.
The horizontal shift control has no mechanical limits to
rotation. When the minimum or maximum limit of the
control is reached, the picture ceases to move on screen.
DDSP will disable horizontal shift control.
Power indicator LED — The RGB 500 Series interfaces have a
built-in autopower feature. When a signal is present at the
input, the interface will power on, and the green front panel
LED will light.
2
3
Power indicator LED — The RGB 500 Series interfaces have a
built-in autopower feature. When a signal is present at the input,
the interface will power on, and the green front panel LED lights.
2
3
Audio input connector — Use this 3.5 mm stereo jack to connect
Audio input connector — Use this 3.5 mm stereo jack to connect
an unbalanced audio source to the inter-face. See page 2-13 for
a diagram for wiring the plug.
Tip (L)
Sleeve (GND)
an unbalanced audio source to the
interface. Wire the plug as shown at
left.
Ring (R)
Tip (L)
Buffered local monitor output 15-pin HD female connector
Computer video input 15-pin HD female connector
4
5
6
Sleeve (GND)
Video input termination toggle switch — The toggle switch on
the front panel allows you to select video input impedance that
provides the best picture.
4
Front panel DIP switches — The RGB 560, RGB 560 Dual,
and RGB 568 have a bank of DIP switches on the front panel for
controlling the following functions:
•
Set this switch to High Z if a local monitor is connected, a
laptop breakout cable is used, or if the picture is too dark.
RGB 500 Series • Installation and Operation
2-12
RGB 500 Series • Installation and Operation
2-13
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In st a lla t io n a n d Op e ra t io n , co n t ’d
1 & 2 — Local monitor pins — These are used for routing local
Co n n e ct in g in p u t ca b le s
monitor signals for Macintosh 13” monitors and all other
Mac/ VGA-type monitors.
At this point the input cables should be connected so that the
display can be tested and any necessary changes to switch
settings can be made before the interface is installed into the
wall or furniture.
1 = ON and
2 = OFF — For Macintosh 13” monitors, set DIP switch 1
to On and 2 to Off for proper sync routing for the
15-pin HD local monitor output. This is used with
Extron Macintosh cable adapter kits #70-078-01 and
#70-078-02, which include audio connections.
Connect the input cables temporarily for testing, then
disconnect them later so the interface can be installed in the
wallplate and the faceplate attached to the interface. Input
cables can be reconnected after the interface and faceplate are
attached to the installation surface.
1 = OFF and
2 = ON — For all other Macintosh and VGA-type
computers, set DIP switch 1 to Off and 2 to On to
pass the signal from input pin 9 through to pin 9 of
the local monitor output.
1.
For all models, connect the computer video input cable(s),
audio input cable(s), and (for RGB 560 and RGB 568
models) the local monitor output cable(s).
1 = ON and 2 = ON or
1 = OFF and 2 = OFF — These settings are not valid
combinations. They will not work with either
computer type.
Projector
D
I
T
3 — ID PIN 4 (pin 4 local monitor ID bit termination)
E
N
R
O
R
E
F
F
L
U
A
O
B
C
M
O
L
T
IF
H
S
.
H
O
T
T
U
P
IN
IO
D
U
A
4 — ID PIN 11 (pin 11 local monitor ID bit termination) —
Use DIP switches 3 and 4 to provide proper ID bit
termination when a local monitor is not connected to the
interface’s buffered local monitor output.
1
1
IN
IN
P
P TM
ID
ID
4
P
S
D
A
H
IT
W
AC 13
AC
M
T
60
5
U
VGA/
O
L
A
B
G
C
O
R
L
Install Cable
RGB 560
SVGA Compatible
Computer w/ Audio
DIP switch 3 connects pin 4 to ground.
DIP switch 4 connects pin 11 to ground.
A t yp ica l RGB 560 a p p lica t io n
ON — Set both switches (ID PIN 4 and ID PIN 11) to On if
no local monitor is connected. Pins 4 and 11 will be
grounded for ID bit termination at the 15-pin HD
local monitor output.
2. Connect any input cables whose signals will be routed
through the optional adaptor pass-through plates.
OFF — Set both switches to Off if a local monitor will be
attached to the interface. No monitor ID bit will be
set.
RGB 500 Series • Installation and Operation
2-14
RGB 500 Series • Installation and Operation
2-15
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In st a lla t io n a n d Op e ra t io n , co n t ’d
Pre -in st a lla t io n t e st in g /t ro u b le sh o o t in g
Mo u n t in g t h e in t e rfa ce t o t h e m o u n t in g b ra cke t
Before completing the installation, test the system to make sure
that the connections and interface settings are correct.
1.
Temporarily disconnect the computer video and audio
input cables and (for the RGB 560 series and RGB 568
series) the local monitor output cable from the front panel
of the interface.
1.
2.
Turn on the input device(s) (computer) and output
device(s) (projector and/ or monitor). The image should
now display on the screen.
2.
For all models, attach the interface to the mounting
bracket with one 3/ 8” (0.95 cm) long #4-40 machine screw
(provided) inserted through the tab at the top of the
enclosure, as shown below.
If the image is not displayed at all, double-check cable
connections, and ensure that all devices have power and
are turned on. For the RGB 500 series and RGB 508 series,
try changing the video termination toggle switch setting.
For the RGB 560 series and RGB 568 series, if no local
monitor is present, change the ID bit termination via the
front panel DIP switch, then reboot the computer.
H
.
S
H
I
F
T
BUFFERED
LOCAL MONITOR
A
U
T
A
O
U
D
I
O
P
O
W
E
R
INPUT
3.
If the image appears, but it looks scrambled or cuts in and
out, check the bottom and front panel DIP switch and
jumper settings. If all switches are already set to what
should be the correct settings for the connected input and
output devices, try different settings.
CS PIN
9
ID PIN 11
ID PIN
4
R
G
B
5
60
W
I
T
H
A
D
S
PTM
If the display device is digital (including LCD, DLP, and
plasma devices), try changing the vertical sync pulse width
(using the bottom panel jumper).
Audio (3.5mm
Captive Screw
Connector)
Next try changing the sync options (sync on green,
composite sync), sync polarity, or serration pulse options,
or switch from ADSP to DDSP. You may need to use a
combination of settings to achieve a proper display.
Power (3.5mm
Captive Screw
Connector)
5 BNC Output
4.
5.
6.
If the image appears and is stable, but it appears faint or
fuzzy, increase the output gain/ peaking by changing the
top panel jumpers. If the image is too bright, decrease the
gain/ peaking level.
If the image displays and is stable, but it has a greenish
tint, it may be a result of using video input with sync on
green. Incoming sync on green will not be stripped from
the green signal by the interface.
At t a ch in g t h e in t e rfa ce t o t h e m o u n t in g b ra cke t
a n d t h e fa ce p la t e t o t h e in t e rfa ce
If the image appears and is stable, but it has ghosting or
blooming, change the video input termination. If
changing the termination doesn’t solve the problem, try
using a different input cable.
3.
Follow the directions in the next section for attaching the
faceplate.
7.
8.
For further assistance, call the Extron S3 Sales & Technical
Support Hotline.
Once the image displays correctly on screen, you may
adjust the horizontal centering using the front panel knob,
though this adjustment must be made each time the
interface is turned on.
RGB 500 Series • Installation and Operation
2-16
RGB 500 Series • Installation and Operation
2-17
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In st a lla t io n a n d Op e ra t io n , co n t ’d
At t a ch in g t h e fa ce p la t e
RGB 500 Series
1.
Attach the faceplate to the interface(s) using two 3/ 8”
(0.95 cm) long #4-40 machine screws (provided) per two-
gang size (four screws total for the RGB 500 Dual,
RGB 508, RGB 560 Dual and RGB 568). Use the illustration
on the opposite page as a guide.
2.
3.
Insert the interface and attached cables into the opening in
the wall or furniture, taking care not to damage the cables.
Attach the faceplate to the mounting bracket with four
3/ 8” (0.95 cm) long, #6-32 machine screws (provided). Use
the illustration on the opposite page as a guide.
4.
5.
Reconnect the computer video and audio input cables and
(for the RGB 560 series and RGB 568 series) the local
monitor output cable to the interface.
Adjust horizontal centering as needed.
Appendix A
A
Sp e cifica t io n s
Interface Specifications
RGB 500 Series • Installation and Operation
2-18
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Sp e cifica t io n s
Max. rise/ fall time ....................... 3.5 nS
Polarity
Vid e o
Gain ................................................ Unity (0.70V p-p), (0.725V p-p) 50%
peaking, (0.75V p-p) 100% peaking
AKM models ....................... RGBHV ...................... Polarity follows
input when RGBHV
Bandwidth ..................................... 300 MHz (-3dB)
is input and the sync
polarity switch is set
to Off. Sync polarity
is negative if the
sync polarity switch
Vid e o in p u t
Number/ signal type ................... 1 analog RGBHV, RGBS, RGsB, RsGsBs
Connectors
RGB 500, RGB 500 Dual, RGB 508, RGB 500 AKM
is set to On.
1 9-pin D male, MBC/ LBC cable or buffer
RGBS, RGsB .............. Negative
RGB 560, RGB 560 Dual, RGB 568, RGB 560 AKM
All other models ............... RGBHV ...................... Polarity follows
input when RGBHV
1 15-pin HD female
Minimum/ maximum levels ....... Analog ....... 0.3V to 1.5V p-p with no
offset
is input and the
bottom panel sync
Impedance .................................... 75 ohms or High Z, switchable (set to 75
ohms if no local monitor is connected)
polarity jumper is
set to follow (pin 1
Horizontal frequency .................. Autoscan 15 kHz to 130 kHz
Vertical frequency ....................... Autoscan 30 Hz to 120 Hz
Return loss .................................... -30dB @ 5 MHz
Maximum DC offset .................... 4.0V
jumpered to pin 2).
Sync polarity is
negative if the sync
polarity jumper is
set to negative (pin 2
jumpered to pin 3).
Vid e o o u t p u t
Number/ signal type ................... 1 analog RGBHV, RGBS, RGsB
RGBS, RGsB .............. Negative
Connectors
Au d io
All models ........................ 5 BNC female
Gain ................................................ Unbalanced 0dB, balanced +6dB
RGB 560, RGB 560 Dual, RGB 568, RGB 560 AKM
1 15-pin HD female for buffered local
monitor output
Frequency response .................... 20 Hz to 20 kHz, ±0.05dB
THD + Noise ................................. 0.03% @1 kHz, 0.3% @ 20 kHz at rated
maximum output drive
Minimum/ maximum levels ....... 0.70V to 0.75V p-p with no offset and 0.7V
p-p input
S/ N ................................................ >90dB at rated maximum output (14dBm),
balanced
Impedance .................................... 75 ohms
Stereo channel separation .......... >95dB @ 1 kHz to 20 kHz
Return loss .................................... -30dB @ 5 MHz
Au d io in p u t
Number/ signal type ................... 1 PC level stereo, unbalanced
Syn c
Input type ..................................... RGBHV TTL (±), RGBS TTL (-), RGsB 0.3V
(-), RsGsBs 1.3V (-)
Connectors ................................... 1 3.5 mm stereo jack, 2 channel; tip (L),
ring (R), sleeve (ground)
Output type .................................. RGBHV (±), RGBS(-), RGsB (-)
Input level ..................................... 2V to 5.5V p-p with ±0.3VDC offset (max.)
Output level .................................. 4V to 5V p-p
Input impedance .......................... 10 kohms
Impedance .................................... 10 kohms, DC coupled
Maximum level ............................ +8.5dBu, (unbalanced) at stated %THD+N
Au d io o u t p u t
Number/ signal type ................... 1 stereo (2 channel), balanced/ unbalanced
Output impedance ....................... 75 ohms
Max. input voltage ....................... 5.7V p-p
Connectors ................................... 1 3.5 mm stereo captive screw connector,
5 pole, for left and right output
Max. propagation delay .............. 48 nS
RGB 500 Series • Specifications
A-2
RGB 500 Series • Specifications
A-3
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Sp e cifica t io n s, co n t ’d
Impedance .................................... 50 ohms unbalanced, 100 ohms balanced
Gain error ..................................... ±0.1dB channel to channel
RGB 500 Series
Maximum level (600 ohm) ......... > +14dBm, balanced at stated %THD+N
Ge n e ra l
Power ............................................ 12 to 24VAC or VDC, 0.35 A, 5 watts,
external
(Order the power supply separately, part
#70-055-01.)
Temperature/ humidity .............. Storage -40° to +158°F (-40° to +70°C) /
10% to 90%, non-condensing
Operating +32° to +122°F (0° to +50°C) /
10% to 90%, non-condensing
Rack mount .................................. No
Furniture mount .......................... Yes, or wall mount, with included
hardware
Enclosure type .............................. Metal
Enclosure dimensions — RGB 500, RGB 560
Appendix B
Faceplate ........................... 4.5" H x 4.6" W
(11.4 cm H x 11.7 cm W)
Interface enclosure .......... 2.5" H x 3.7" W x 1.75" D
(6.4 cm H x 9.4 cm W x 4.5 cm D)
B
(Depth excludes connectors and knobs.)
Enclosure dimensions — RGB 500 Dual, RGB 508, RGB 560 Dual, RGB
568
Faceplate ........................... 4.5” H x 8.2” W
(11.4 cm H x 20.8 cm W)
Ro u g h -in Te m p la t e s
Interface enclosure .......... 2.5" H x 3.7" W x 1.75" D
(6.4 cm H x 9.4 cm W x 4.5 cm D)
(Depth excludes connectors and knobs.)
RGB 500 and RGB 560 Rough-in Template
Enclosure dimensions — RGB 500 AKM, RGB 560 AKM
Interface ............................ 3.1" H x 8.1" W x 1.6" D
(7.8 cm H x 20.6 cm W x 4.1 cm D)
RGB 500 Dual, RGB 508, RGB 560 Dual and
RGB 568 Rough-in Template
(Depth excludes connectors and knobs.)
Shipping weight ........................... RGB 500, RGB 560 .... 2 lbs (0.9 kg)
All other models ...... 3 lbs (1.4 kg)
Vibration ....................................... ISTA/ NSTA 1A in carton (International
Safe Transit Association)
Approvals ..................................... AKM models ............ UL, CE
All other models ..... UL, CE, FCC Class A
MTBF ............................................. 30,000 hours
Warranty ....................................... 2 years parts and labor
Specificationsaresubject tochangewithout notice.
(7.0-033001-D2)
RGB 500 Series • Specifications
A-4
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This light gray area represents where the
interface enclosure (2.50” H x 3.70” W) will be
located against the rear of the RGB 500 Dual,
RGB 508, RGB 560 Dual or RGB 568 front panel.
This light gray area represents where the
second interface enclosure (2.50” H x 3.70” W)
will be located against the rear of the
RGB 500 Dual or RGB 560 Dual front panel.
The solid, outer line (4.50” H x8.325” W)
represents the outside edge
of the wall mounting bracket.
The dashed line indicates the recommended
cut-out area (3.875” H x 7.525” W)
for the installation surface.
RGB 500 Du a l, RGB 508, RGB 560 Du a l a n d RGB 568
Ro u g h -in Te m p la t e
Use this template as a guide for cutting the hole in the installation surface (wall or
furniture) for the interfaces with a 4-gang size faceplate. This diagram is actual
size.
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Rough-in Tem plates, cont’d
RGB 500 Series
Appendix C
C
Dim e n sio n s
RGB 500 and RGB 560 Faceplates
RGB 500 Dual and RGB 560 Dual Faceplates
RGB 508 and RGB 568 Faceplates
RGB 500 Series • Rough-in Templates
B-4
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Dim e n sio n s
Dimensions of the RGB 500 Series faceplates are provided here
for those who wish to make their own customized faceplates.
The diagrams are shown at 70% of actual size.
RGB 500 Du a l a n d RGB 560 Du a l Fa ce p la t e s
RGB 500 Du a l fa ce p la t e d im e n sio n s
All dimensions are given in inches.
HAND SAND TO
0.06" RADIUS AROUND
THE TOP OF THESE EDGES.
RGB 500 a n d RGB 560 Fa ce p la t e s
RGB 500 fa ce p la t e d im e n sio n s
HAND SAND TO 0.06" RADIUS
AROUND THE TOP OF THESE EDGES.
RGB 560 Du a l fa ce p la t e d im e n sio n s
HAND SAND TO
0.06" RADIUS AROUND
THE TOP OF THESE EDGES.
RGB 560 fa ce p la t e d im e n sio n s
HAND SAND TO
0.06" RADIUS AROUND
THE TOP OF THESE EDGES.
DETAIL
A
RGB 500 Series • Dimensions
C-2
RGB 500 Series • Dimensions
C-3
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Dim e n sio n s, co n t ’d
RGB 508 a n d RGB 568 Fa ce p la t e s
RGB 500 Series
RGB 508 fa ce p la t e d im e n sio n s
HAND SAND TO
0.06" RADIUS AROUND
THE TOP OF THESE EDGES.
Appendix D
RGB 568 fa ce p la t e d im e n sio n s
D
HAND SAND TO
0.06" RADIUS AROUND
THE TOP OF THESE EDGES.
Acce sso rie s a n d Pa rt Nu m b e rs
Interfaces
Power Supply
OptionalAdapter Plates
Cables
Other Accessories
RGB 500 Series • Dimensions
C-4
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Acce sso rie s a n d Pa rt Nu m b e rs
In t e rfa ce s
Po w e r Su p p ly
The RGB 500 Series interfaces require an external power supply
with the following specifications:
Se rie s
Pro d u ct Na m e
Pa rt Nu m b e r
12 to 24 volts AC or DC, 0.5 A, with a right angle 3.5 mm
captive screw connector (3-pole) for connection to the interface.
RGB 500
RGB 500 Gray
60-286-01
60-286-02
60-286-03
60-286-11
60-286-12
60-286-13
Extron’s power supply (part #70-055-01) is ideal for this
application, and it comes with the appropriate connector
installed. If you use another power supply, 3-pole right angle
captive screw connectors (part #10-436-11) are available.
RGB 500 Black
RGB 500 White
RGB 500 Dual Gray
RGB 500 Dual Black
RGB 500 Dual White
Op t io n a l Ad a p t e r Pla t e s
A variety of optional adapter plates for pass-through
connections may be ordered for the RGB 508 series and RGB 568
series interfaces.
The RGB 508 and RGB 568 can have up to 4 adapter plates
installed.
RGB 508
RGB 508 Gray
RGB 508 Black
RGB 508 White
60-287-01
60-287-02
60-287-03
The following configurations of adapters could be installed in an
RGB 508 or RGB 568:
• four adapter plates with a “plate size” of one,
• two adapter plates with a plate size of one and one adapter
plate with a plate size of two,
RGB 560 Gray
60-381-01
60-381-02
60-381-03
60-382-11
60-382-12
60-382-13
RGB 560
• or two adapter plates of plate size two.
The tables on the following pages list the available adapter
plates.
RGB 560 Black
RGB 560 White
Blank Plate (no connector)
Single Space
Blank Plate (no connector)
RGB 560 Dual Gray
RGB 560 Dual Black
RGB 560 Dual White
Double Space
2 - BNC
5 - BNC (Double)
3 - BNC
2 - RCA to Solder Cups
3 - RCA to Solder Cups
2 - S-video
2 - RJ-11
RGB 568 Gray
RGB 568 Black
RGB 568 White
60-383-01
60-383-02
60-383-03
RGB 568
1 - D-9 Pass Through Connector
Arch it e ct u ra l a d a p t e r p la t e s
RGB 500 Series • Accessories and Part Numbers
D-2
RGB 500 Series • Accessories and Part Numbers
D-3
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Sin g le Typ e Co n n e ct o r Arch it e ct u ra l Ad a p t e r Pla t e s
Pla t e
size
Fro n t
co n n e ct o r t yp e
Re a r
co n n e ct o r t yp e
Ad a p t e r p la t e d e scrip t io n
Pa rt # Gra y Bla ck Wh it e
Blank plate 1
1
2
1
1
2
1
1
n.a.
n.a.
n.a.
70-090
70-090
70-091
70-091
70-091
70-092
70-092
-01
-02
-01
-02
-03
-01
-02
-11
-12
-11
-12
-13
-11
-12
-21
-22
-21
-22
-23
-21
-22
Blank plate 2
n.a.
2 BNC barrel (female to female)
3 BNC barrel (female to female)
5 BNC barrel (female to female)
2 RCA female to solder cups
3 RCA female to solder cups
BNC female
BNC female
BNC female
BNC female
solder lug terminals
solder lug terminals
BNC female
BNC female
RCA female (red/ black)
RCA female (red/ black)
2 RCA female barrel
(female to female)
1
1
1
1
1
RCA female (red/ black)
RCA female (red/ black)
RCA female (red/ black)
RCA female (red/ black)
4-pin mini DIN female
RCA female
RCA female
70-093
70-093
70-094
70-094
70-095
-01
-02
-01
-02
-01
-11
-12
-11
-12
-11
-21
-22
-21
-22
-21
3 RCA female barrel
(female to female)
2 RCA to BNC barrel
(female to female)
BNC female
3 RCA to BNC barrel
(female to female)
BNC female
2 S-video to S-video barrel
(female to female)
4-pin mini DIN female
2 F connector barrel
2 ¼" stereo phono female
2 ¼" mono phono female
2 3.5mm mini stereo female
2 RJ-11 (female to female)
2 RJ-45 (female to female)
1 HD-15 (female to female)
1 HD-15 (male to male)
1 D-9 (female to female)
1 D-9 (male to male)
1
1
1
1
2
2
1
1
1
1
2
2
2
F connector female
¼" stereo phono female
¼" mono phono female
3.5mm mini stereo female
RJ-11 female
F connector female
3 solder lug terminals
2 solder lug terminals
3 solder lug terminals
RJ-11 female
70-096
70-097
70-097
70-098
70-099
70-100
70-101
70-101
70-102
70-102
70-103
70-103
70-103
-01
-01
-02
-01
-01
-01
-01
-02
-01
-02
-01
-02
-03
-11
-11
-12
-11
-11
-11
-11
-12
-11
-12
-11
-12
-13
-21
-21
-22
-21
-21
-21
-21
-22
-21
-22
-21
-22
-23
RJ-45 female
RJ-45 female
15-pin HD female
15-pin HD male
15-pin HD female
15-pin HD male
9-pin D female
9-pin D female
9-pin D male
9-pin D male
1 3-pin XLR female
3-pin XLR female
4-pin XLR female
6-pin XLR female
3 solder lug terminals
3 solder lug terminals
3 solder lug terminals
1 4-pin XLR female
1 6-pin XLR female
2 6-pin mini DIN
(keyboard/ mouse)
1
1
6-pin mini DIN female
6-pin mini DIN female
solder cups
70-104
70-105
-01
-01
-11
-11
-21
-21
1 3.5mm, 5 pole
captive screw terminal
3.5mm, 5 pole
captive screw terminal
1 contact closure switch/
LED show-me and
3.5mm stereo mini jack
contact closure switch and
3.5mm mini stereo jack
1
solder cups
70-106
-01
-11
-21
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Acce sso rie s a n d Pa rt Nu m b e rs, co n t ’d
Ca b le s
Male-to-m ale VGA cables (for RGB 560)
Part num ber
VGA M6’ MHR
26-238-01
26-490-01
26-490-02
26-490-03
VGA M3’ MHRA (with audio)
VGA M6’ MHRA (with audio)
VGA M12’ MHRA (with audio)
Male-to-m ale 90° VGA cables (for RGB 560) Part num ber
VGAM 90 MHRA 6’ (with audio)
26-510-02
Monitor breakout cables (RGB 500)
Pa rt n u m b e r
MBC VGA/ XGA HR
MBC Mac Quadra
MBC Sun Sparc HR
MBC SGI/ 13W3 HR
26-162-01
26-018-01
26-424-01
26-425-01
La p t o p b re a ko u t ca b le s*
Pa rt n u m b e r
LBC VGA HR 6’
26-244-01
26-441-02
26-363-01
26-442-02
26-413-01
26-443-02
26-413-02
26-444-02
26-413-03
26-445-02
LBC VGA HR 6’ A
LBC Mac HR 6’
LBC Mac HR 6’ A
LBC Sun HR 6’ (61 kHz)
LBC Sun HR 6’ A (61 kHz)
LBC Sun HR 6’ (71 kHz)
LBC Sun HR 6’ A (71 kHz)
LBC Sun HR 6’ (81 kHz)
LBC Sun HR 6’ A (81 kHz)
*Laptop breakout cables are also available in 3’ and 12’ lengths,
with or without audio connections.
(Continued)
RGB 500 Series • Accessories and Part Numbers
D-6
RGB 500 Series • Accessories and Part Numbers
D-7
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Acce sso rie s a n d Pa rt Nu m b e rs, co n t ’d
Ot h e r Acce sso rie s
Ca t e g o ry
Adapter laptop breakout cables (RGB 560) Pa rt n u m b e r
Pro d u ct Na m e
Part Num ber
Mac 15-pin HD F adapter cable kit w/ audio
70-156-01
13W3 15-pin HD F adapter cable kit w/ audio 70-157-01
3-pole, 3.5mm
right angle captive screw
connector
Connectors
10-436-11
Hig h -re so lu t io n ca b le s
Pa rt n u m b e r
5-pole, 3.5mm
right angle captive screw
connector
10-436-10
BNC-5-3’HR
26-260-15
26-260-01
26-260-02
26-260-03
26-260-04
26-260-16
26-260-05
26-378-01
26-378-02
26-378-03
26-378-04
26-378-05
26-378-06
26-378-07
BNC-5-6’HR
3.5mm stereo plug
10-306-01
70-086-01
BNC-5-12’HR
2-gang
mounting bracket kit
BNC-5-25’HR
Mounting
hardware
BNC-5-50’HR
4-gang
mounting bracket kit
70-086-02
68-455-02
BNC-5-75’HR
BNC-5-100’HR
RGB 500 Series
User's Manual
Literature
BNC-5-3’HRP (plenum)
BNC-5-6’HRP (plenum)
BNC-5-12’HRP (plenum)
BNC-5-25’HRP (plenum)
BNC-5-50’HRP (plenum)
BNC-5-75’HRP (plenum)
BNC-5-100’HRP (plenum)
Bulk installation cable
(14-conductor, non-plenum), 500’ HR
22-120-02
22-111-03
Bulk installation cable
(17-conductor, plenum), 500’ HR
RGB 500 Series • Accessories and Part Numbers
D-8
RGB 500 Series • Accessories and Part Numbers
D-9
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Acce sso rie s a n d Pa rt Nu m b e rs, co n t ’d
RGB 500 Series • Accessories and Part Numbers
D-10
Download from Www.Somanuals.com. All Manuals Search And Download.
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