Ada Suite 8100 Installation guide

Ada
Brand
Ada
Model
Suite 8100
Category
Musical Equipment
Type
Installation guide
602-610 Mamaroneck Avenue, White Plains, NY, 10605, www.ada-usa.com, 1-800-HD-AUDIO, Fax (914) 946-9620
MULTI-ROOM
A/V RECEIVER
APRIL 20, 2006 RELEASE
INSTALLATION
MANUAL
Contents
SUITE 8100 FEATURES ................................................................. 2
DIRECT ANTENNA TUNER CONNECTIONS........................................... 3
EXTENDED ANTENNA TUNER CONNECTIONS ...................................... 4
SOURCE COMPONENT INPUT CONNECTIONS ...................................... 6
ZONE SPEAKER OUTPUT CONNECTIONS ........................................... 6
CONTROL SUITE CONNECTIONS....................................................... 7
WH-2000 & IRL-5000 CONNECTIONS .......................................... 8
ACC-48 SOURCE TRACKING ......................................................... 9
ADA BUS WIRE - MAXIMUM DISTANCE 15’ ................................... 10
ADA BUS WIRE - MAKING YOUR OWN......................................... 11
KEYPAD WIRING .........................................................................12
IR LEARNER - CONNECTIONS & FEATURES..................................... 13
PC PROGRAM SETUP - IR LEARNER............................................. 14
SUITE 8100 PC PROGRAM SETUP ............................................... 21
AM/FM/WX TUNER .................................................................. 23
HD RADIO TUNER ...................................................................... 24
XM RADIO TUNER......................................................................25
SIRIUS RADIO TUNER ..................................................................26
RS-232 CODES - MULTI-ROOM ................................................... 27
RS-232 CODES - XM TUNER ..................................................... 28
RS-232 CODES - FM/AM/WX TUNER ........................................ 29
RS-232 CODES - IRL CODES..................................................... 30
All specifications subject to change without prior notice.
©2006 Audio Design Associates, Inc. All rights reserved.
HTR-2400 Manual Page 1
Introduction
SAFETY INSTRUCTIONS
READ INSTRUCTIONS - All the safety and operating instructions should be
read before the appliances are operated.
RETAIN INSTRUCTIONS - The operating instructions should be retained for
future reference.
HEED WARNING - All warnings on the appliances and in the operating
instructions should be adhered to.
.
FOLLOW INSTRUCTIONS - All operating and use instructions should be
followed.
WATER AND MOISTURE - The appliances should not be used near water - for
example, near a bathtub, washbowl, kitchen sink, laundry tub, in a wet
basement, or near a swimming pool, etc.
LOCATION - The appliances should be installed in a stable location.
WALL OR CEILING MOUNT - The appliances should not be mounted to a wall
or ceiling.
VENTILATION - The appliances should be situated so that their location or
position does not interfere with their proper ventilation. For example, the
appliances should not be situated on a bed, sofa, rug or similar surface
that may block the ventilation openings.
HEAT - The appliances should be situated away from heat sources such as
radiators, heat registers, stoves, or other appliances that produce heat.
POWER SOURCES - The appliances should be connected to a power supply
only of the type described in the operating instructions or as marked on
the appliances.
GROUNDING - Make sure that the units in the system are always connected
to a standard three-prong grounded outlet (the circular pin is ground).
When operating this unit at a higher voltage with a different power cord
configuration, consult your dealer for the proper power cord/outlet com-
bination to use
before operating this unit.
POWER CORD PROTECTION - Power supply cords should be routed so that
they are not likely to be walked on or pinched by items placed upon or
against them, paying particular attention to cords at plugs, convenience
receptacles, and the points where they exit from the appliances.
CLEANING - The appliances should be cleaned only with a polishing cloth or
a soft dry cloth. Never clean with furniture wax, benzine, insecticides or
other volatile liquids since they may corrode the face plates.
POWER LINES - An outdoor antenna should be located away from power lines.
PERIODS OF DISUSE - The power cord of the appliances should be unplugged
from the outlet when the units are not in use for a long period of time.
OBJECT AND LIQUID ENTRY - Care should be taken so that objects do not
fall and liquids are not spilled into the enclosures through openings.
DAMAGE REQUIRING SERVICE - The appliances should be serviced by an
authorized service center or qualified service personnel when:
• The power supply cords or plugs have been damaged; or
• Objects have fallen, or liquid has been spilled into the
appliances; or
• The appliances have been exposed to rain; or
• The appliances do not appear to operate normally or
exhibit a marked change in performance; or
• The appliances have been dropped; or the enclosures have
been damaged.
SERVICING - The user should not attempt to service the appliances beyond that
described in the operating instructions. For all other servicing, contact the
factory.
WARNING:
TO REDUCE THE RISK OF FIRE OR ELECTRI-
CAL SHOCK, DO NOT EXPOSE THE APPLI-
ANCES IN THIS SYSTEM TO RAIN OR MOIS-
TURE. REPLACE FUSE ONLY AS MARKED.
CAUTION:
TO PREVENT ELECTRIC SHOCK, DO NOT
PLUG THE UNITS IN THIS SYSTEM INTO ANY
OUTLET OR EXTENSION CORD WITHOUT THE
STANDARD THREE-PRONG CONFIGURA-
TION, WHERE THE CIRCULAR HOLE IS USED
FOR THE GROUND PLUG.
IMPORTANT:
The exclamation point within the equi-
lateral triangle is intended to alert the
user of the presence of important op-
erating and maintenance (servicing)
instructions in the literature accompa-
nying the appliances.
CAUTION:
TO PREVENT RISK OF ELECTRICAL SHOCK, DO NOT
REMOVE COVER (OR BACK). NO USER-SERVICEABLE
PARTS ARE INSIDE ANY OF THE UNITS IN THIS SYSTEM.
REFER SERVICING TO QUALIFIED SERVICE PERSON-
NEL.
The lightning flash with the arrowhead,
within an equilateral triangle, is in-
tended to alert the user of the pres-
ence of un-insulated "dangerous volt-
age" within the products' enclosures
that may be of sufficient magnitude to
constitute a risk of electrical shock to
persons.
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
Connections & Features
Page 2 Suite 8100 Manual
SUITE 8100 FEATURES
The Suite 8100 can be ordered with a built-in RS-232 data/control port. This is an isolated
RS-232 control port and can be used for integrating the Suite 8100 in a control system as well
as setting up the Suite 8100 using ADA’s PC Program. When using ADA Keypads in combi-
nation with a control system, you may be using a Control Suite that also features an RS-232
port. If this is the case you will not need to order a Suite 8100 with a built-in RS-232 port.
Multi-Room Receiver
Power On
LED
Power
Switch
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Speaker Outputs Audio Inputs Optional Isolated
RS-232 Port
AC Power
Source
Low Voltage
Trigger Outputs
ADA Bus®
Data
Port
Tuner
Antenna
Input
Tuner
Audio
Output
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Suite 8100 Manual Page 3
Connections & Features
DIRECT ANTENNA TUNER CONNECTIONS
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Connect Sirius
Antenna To
Sirius Radio Module
Antenna Input
Connect Sirius
Radio Module
Audio Output
To Audio Input
(Typically Input 1)
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Connect XM
Antenna To
XM Radio Module
Antenna Input
Connect XM
Radio Module
Audio Output
To Audio Input
(Typically Input 1)
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Connect FM
Antenna To
AM/FM/WX Radio Module
Antenna Input
Connect AM/FM/WX
Radio Module
Audio Output
To Audio Input
(Typically Input 1)
FM Roof Antenna
(or other FM Antenna)
The Suite 8100 features an in-
ternal tuner: AM/FM/WX, HD
AM/FM/WX, XM Radio, or
Sirius Radio, the latter two re-
quiring a subscription. The
appropriate antenna can be
connected directly to the an-
tenna jack on the back of the
Suite 8100. In the top diagram
only an FM antenna is con-
nected.
Note that in all three diagrams,
the tuner module, featuring its
own stereo audio outputs is
looped back into the Suite
8100 to audio input number 1.
While the Suite 8100’s tuner
can be looped into any of the
eight audio inputs on the Suite
8100, input number one is
most typically used for radio.
Connections & Features
Page 4 Suite 8100 Manual
To XM
Tun er
12VDC
Power
Power
LED
From ACB-1 (200' RG6 Max!)
To FM/AM
Tun er
ACB-2
XM Ant.
Input
Combined Ant.
Output to ACB-2
Power
LED
AM
Ant. Input
FM/WX
Ant. Input
ACB-1
For basic antenna connections, one can run the radio antenna
directly into the Suite 8100’s tuner module. Please note, that in
order to get both FM and AM, you will need to provide the re-
quired antennas and combining components. With the XM or
Sirius Antenna, placement of the satellite radio antenna needs
to be in such a manner that reception is possible.
ADA also provides the ACB Antenna Combiner Boxes (ACB-1
and ACB-2) which take both the FM antenna, AM antenna, and
satellite antenna and combine these signals on a single RG-6
type coax cable. This cable can be run up to 200 feet to the
Suite 8100’s equipment rack. The ACB-1 and ACB-2 are sold
as a set and the AML-1 AM Loop Antenna is sold separately.
EXTENDED ANTENNA TUNER CONNECTIONS
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
To X M
Tun er
12VDC
Power
Power
LED
From ACB-1 (200' RG6 Max!)
To FM/AM
Tun er
ACB-2
XM Ant.
Input
Combined Ant.
Output to ACB-2
Power
LED
AM
Ant. Input
FM/WX
Ant. Input
ACB-1
Use Exactly 6' of RG6
For AM Loop Antenna Connection
Run Up To 200 Feet Of RG6
Between ACB-1 and ACB-2
12VDC
500mA
ACB-2
ACB-1
Power
LED
Power
LED
AML-1
AM Loop Antenna
(Hang AML-1 and
rotate for best
reception.)
FM Roof Antenna
(or other FM Antenna)
Connect FM &
AM Antennas
To ACB-1.
Connect ACB-2
To AM/FM/WX Module
Antenna Input
Connect AM/FM/WX
Radio Module
Audio Output
To Audio Input
(Typically Input 1)
Suite 8100 Manual Page 5
Connections & Features
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Connect XM
Antenna To ACB-1.
Connect ACB-2 To
XM Radio Module
Antenna Input
Connect XM
Radio Module
Audio Output
To Audio Input
(Typically Input 1)
To X M
Tun er
12VDC
Power
Power
LED
From ACB-1 (200' RG6 Max!)
To FM/AM
Tun er
ACB-2
XM Ant.
Input
Combined Ant.
Output to ACB-2
Power
LED
AM
Ant. Input
FM/WX
Ant. Input
ACB-1
Run Up To 200 Feet Of RG6
Between ACB-1 and ACB-2
12VDC
500mA
ACB-2
ACB-1
Power
LED
Power
LED
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Connect Sirius
Antenna To ACB-1.
Connect ACB-2 To
Sirius Radio Module
Antenna Input
Connect Sirius
Radio Module
Audio Output
To Audio Input
(Typically Input 1)
To X M
Tun er
12VDC
Power
Power
LED
From ACB-1 (200' RG6 Max!)
To FM/AM
Tun er
ACB-2
XM Ant.
Input
Combined Ant.
Output to ACB-2
Power
LED
AM
Ant. Input
FM/WX
Ant. Input
ACB-1
Run Up To 200 Feet Of RG6
Between ACB-1 and ACB-2
12VDC
500mA
ACB-2
ACB-1
Power
LED
Power
LED
Connections & Features
Page 6 Suite 8100 Manual
SOURCE COMPONENT INPUT CONNECTIONS
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Audio Inputs 2 - 8
(Not Including Tuner Input 1)
The Suite 8100 features eight analog stereo audio inputs. Since the Suite 8100’s internal
tuner uses one of these inputs (typically input 1), you have seven inputs available for other
source devices. These can include additional tuners (Duo or Tune Suite), the iHome Multi-
Center Hard Drive Server, iBase iPod docking system, or sources provided by others includ-
ing CD players, DVD players, satellite receivers, CD servers, etc.
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Amplified Outputs Per Zone
To Speakers
(Stable to 2 Ohms per Zone)
ZONE SPEAKER OUTPUT CONNECTIONS
The Suite 8100 features class-D digital amplification which is designed to run cool and remain
stable to support 2 Ohm loads per zone. Each zone has a removable screw terminal connec-
tor for attaching the home-run speaker cables. In order to assure the best possible sound,
make certain to maintain polarity by placing + to the + lead on both the left and right speakers
and - to -. This will ensure that the speakers are “in phase” or working together. For optimal
performance, do not load a single speaker channel with a load below 2 Ohms. Do not short
the outputs.
Suite 8100 Manual Page 7
Connections & Features
CONTROL SUITE CONNECTIONS
The diagram below includes the back panel of the Control Suite, a single rack space ADA
component that is really five devices in one.
1A wire harness featuring five ADA Bus (4-pin screw terminal connectors - for other ADA
Bus components) and eight Cat-Link (RJ-45 female connectors - for keypads).
2 An IRL-5000 eight source IR learner/controller used to control IR activated devices.
3 Isolated RS-232 control port used for PC setup and system integration. Note that the
Suite 8100 will not need to be ordered with an on-board RS-232 port when used in con-
junction with the Control Suite.\
4 System Clock as it contains an internal CMB-1 Clock Module which permits the keypads
to display calendar date and time when a room is off. This devices also makes active the
keypad’s alarm clock feature.
5 Baud Rate Translation as it contains an internal BRT-1 Baud Rate Translator. The Suite
8100’s standard operational baud rate is 19,200 baud. If IR control of the Suite 8100 or
its tuner is required, the IR commands will need to be issued at 1200 baud. This circuit
senses 1200 baud ADA commands on the system bus and up-converts them to 19,200
baud so that the function commands are executed.
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
ADA Bus
Connects To
Control Suite
Use the ADA Bus
Cable Provided
IR Emitter Outputs
RS-232
Switch
IR Receiver (Learner)
IRL-5000
IR Learn
Mode
(IRL-5000)
Normal
Mode
(PC Setup
& RS-232
Control)
Source 8 Source 7 Source 6 Source 5 Source 4 Source 3 Source 2 Source 1
When connecting the Suite 8100 to the Control Suite, ADA suggests using the prefabricated
ADA Bus connector included with your system. It should be plugged into the Suite 8100 and
the far left ADA Bus port on the Control Suite (when looking at the back of the Control Suite).
The additional ADA Bus ports can be used to connect additional ADA tuners, the iHome Multi-
Center, the iBase iPod docking station, or other ADA Bus devices or components.
ADA keypads connect to the eight RJ-45 female jacks in no specific order (zone number). IR
emitters used to control sources usually connect in numeric order as indicated on the 1/4 inch
mini-jack ports. A PC or other control system can be connected to the RS-232 port.
Connections & Features
Page 8 Suite 8100 Manual
WH-2000 & IRL-5000 CONNECTIONS
While the Control Suite is an elegant all-in-one solution, budgets or rack space may preclude
its use in an installation. ADA sill makes available the five combined devices in the control
suite as separate items permitting you to order and include just want is required to do the job.
The diagram below includes the most basic accessories required to control a Suite 8100 from
ADA keypads. The WH-2000 wiring harness is used to permit keypad connections. The IRL-
5000 IR learner/controller is used to control IR controllable source components.
The IRL-5000 and the IR learner in the Control Suite are the exact same device and program
identically using the IRL-3000 PC program found on ADA’s web site www.ada-usa.com under
the Dealer Only button. (User Name = dealer, Password = 1867).
Use the ADA Bus cable provided with your system to connect the Suite 8100 to the Loop Input
on the WH-2000. Connect the IRL-5000 to any one of the three ADA Bus ports open. Re-
serve the Loop Out port for future use.
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
ADA Bus
Connects To
WH-2000 (Loop In) or
WH-4000 (Loop In)
Use the ADA Bus
Cables Provided
WH-2000
1 2 3 4
IN
OUT
1
3
RJ1
RJ8
RJ5
RJ6
RJ7
RJ4
RJ3
RJ2
LOOP THRU
2
ADA BUS
1 2 3 4
ADA Bus®
Gnd Rx Tx +15V
RS-232
Pins
2=Tx
3=Rx
5=Com
RS-232
ADA Bus
ADA/232
Power On/Off IR Macro
Connect To Mainframe
Source DC Triggers &
ACC-48 AC Controllers
IRL-5000
Source Controller
12345678Source Ports:
Data/Carrier
IR Flasher=Remove Jumper
Serial Direct=Insert Jumper
40KHz IR Repeat
Frequency
IR Repeating Only
1
Repeater
IR - Serial
Serial
Data Only
Off
PGM DEL
CON ERR
Norm Invert
2
3
4
5
6
7
8
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Suite 8100 Manual Page 9
Connections & Features
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
The Sutie 8100's 9-Pin D Low Voltage
Source Trigger Connects to the
ACC-48 and/or IRL-5000
1 2 3 4
ADA Bus®
Gnd Rx Tx +15V
RS-232
Pins
2=Tx
3=Rx
5=Com
RS-232
ADA Bus
ADA/232
Power On/Off IR Macro
Connect To Mainframe
Source DC Triggers &
ACC-48 AC Controllers
IRL-5000
Source Controller
12345678Source Ports:
Data/Carrier
IR Flasher=Remove Jumper
Serial Direct=Insert Jumper
40KHz IR Repeat
Frequency
IR Repeating Only
1
Repeater
IR - Serial
Serial
Data Only
Off
PGM DEL
CON ERR
Norm Invert
2
3
4
5
6
7
8
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
12345678
TO 9 PIN "D"
DELTA-88123456781234567812345678
1000 WATTS
MAX TOTAL
Set Shunting Pins To Engage AC With Zone Or Source Numbers 1-8
120-240 VAC
50-60 Hz
QUAD AC CONTROLLER
ACC-48
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
ATTENTION!
RISQUE DE CHOC ELECTRIQUE.
NE PAS OUVRIR
MADE IN U.S.A.
1. Delta-88 9 Pin "D" programmed for source AC control. - Set one shunting
pin per AC outlet according to source inputs. Set 3 pins for MT-3000.
2. Delta-88 9 Pin "D" programmed for zone AC control. - Set one shunting
pen per AC outlet according to zone numbers. Set all shunting pins on
one AC Outlet for All-On source AC control when not using an ACC-3000.
3421
The Suite 8100 features input tracking low voltage triggers that output DC voltage when a
source is in use. The rear of the Suite 8100 features a 9-pin “D” style connectors (non-RS-
232) where one pin is a common ground and then eight other pins correspond to inputs 1-8.
When an input is selected, its corresponding pin produces a 5VDC output. This trigger can be
used to on AC power to a source (ACC-48) or engage a power on and/or power off IR macro
(event) when using the IRL-5000. The Control Suite does not feature the on/off event feature.
ADA provides a 9-pin D ribbon cable that is custom made per order. When ordering the IRL-
5000 and ACC-48 together, this cable comes with three 9-pin D connectors. When ordering
just the ACC-48, this cable comes with only one connector on each end. You can also manu-
facture your own interconnect.
Each switched outlet on the ACC-48 is limited to 2.5 amps. Sources that have an internal
clock or require constant power should not be switched on or off using the ACC-48.
The ACC-48 features jumper pins
(shunting pins) that determine which
sources the outlet will activate with. Sev-
eral jumper pins can be inserted for any
one outlet. In the case of the Tune Suite,
there is only one AC cord, even though
it can act like four components to the
system. As such, four jumper pins would
be inserted into the Tune Suite’s ACC-
48 AC outlet such that, whenever any of
the four tuner modules are accessed, the
tuner will get AC and engage.
ACC-48 SOURCE TRACKING
12345678
TO 9 PIN "D"
DELTA-88123456781234567812345678
1000 WATTS
MAX TOTAL
Set Shunting Pins To Engage AC With Zone Or Source Numbers 1-8
120-240 VAC
50-60 Hz
QUAD AC CONTROLLER
ACC-48
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
ATTENTION!
RISQUE DE CHOC ELECTRIQUE.
NE PAS OUVRIR
MADE IN U.S.A.
1. Delta-88 9 Pin "D" programmed for source AC control. - Set one shunting
pin per AC outlet according to source inputs. Set 3 pins for MT-3000.
2. Delta-88 9 Pin "D" programmed for zone AC control. - Set one shunting
pen per AC outlet according to zone numbers. Set all shunting pins on
one AC Outlet for All-On source AC control when not using an ACC-3000.
3421
Connections & Features
Page 10 Suite 8100 Manual
ADA provides a pre-made ADA Bus wire for termination of ADA mainframe components and
accessories to the Control Suite, WH-2000, or WH-4000 Wiring Harnesses. This wire con-
sists of a 3 conductor - 18 gauge tin-coated copper wire with an overall braided shield at 90%
braid. This wire is ideal for providing current but not ideal for data rates of 19,200 baud. As
such, ADA urges that total ADA Bus usage be limited to 15 feet total distance behind the rack.
This means, that all ADA Bus connections, when added up, should not exceed 15 feet. Longer
length may slow down system communication.
The diagrams above details a Suite 8100 with IRL-5000 all connected to the WH-2000 wire
harness. In addition, there is an iHome Multi-Center hard drive server and Duo Tuner (addi-
tional two radio tuners). Note that if all ADA Bus length were to equal 3’, the total distance of
ADA Bus wire (12’) behind the rack would not exceed the suggested maximum length of 15’
ADA BUS WIRE - MAXIMUM DISTANCE 15’
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
Total Length Of
All ADA Bus Wires
Not To Exceed
15' Feet
COMBINED
WH-2000
1 2 3 4
IN
OUT
1
3
RJ1
RJ8
RJ5
RJ6
RJ7
RJ4
RJ3
RJ2
LOOP THRU
2
ADA BUS
1 2 3 4
ADA Bus®
Gnd Rx Tx +15V
RS-232
Pins
2=Tx
3=Rx
5=Com
RS-232
ADA Bus
ADA/232
Power On/Off IR Macro
Connect To Mainframe
Source DC Triggers &
ACC-48 AC Controllers
IRL-5000
Source Controller
12345678Source Ports:
Data/Carrier
IR Flasher=Remove Jumper
Serial Direct=Insert Jumper
40KHz IR Repeat
Frequency
IR Repeating Only
1
Repeater
IR - Serial
Serial
Data Only
Off
PGM DEL
CON ERR
Norm Invert
2
3
4
5
6
7
8
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
ATT ENTION!
RISQUE DE CHOC ELECTRIQUE.
NE PAS OUVRIR
MADE IN U.S.A.
WARNING!
Risk Of Hazardous Energy!
Make Proper Connections.
AVERTISSEMENT!
Energie Electrique
Dangereuse! Faire Des
Connexions Propres Pour
L'Hautparleur. Voir La
Notice De Fonctionnement.
CAUTION:
Disconnect Supply
Cord Before Servicing.
ATTENTION:
Debrancher Avant
Le Depannage.
iHome Multi-Center
(+V) 4
(Rx) 3
(Tx) 2
(Gnd) 1
ADA Bus®
Zone 1 Audio Out
Digital
Analog
RL
Zone 2 Audio Out
Digital
Analog
RL
115 V
3'
3'
3'
3'
Suite 8100 Manual Page 11
Connections & Features
To prepare ADA Bus wire correctly:
ACut it into length that work for you.
Components that will require this wire include
Suite 8x8 or Suite 16; Tune Suite; Phone
Suite; IRL-5000; ISO-232, ISO-CAT, or ISO-
CAT II; and Cinema Reference Mach II, Cin-
ema Rhapsody Mach II, or Suite 7.1.
BStrip back the outer jacket and foil
shield.
C Carefully peal back the braided shield
leaving the strands in tact as they will pro-
vide the solid ground for current flow.
D Shorten the three internal wires a little.
This will make it easier to terminate the 4-pin
screw terminal ADA Bus connector.
From time to time, it may be necessary to make ADA Bus wires to custom length. As you
determine how many wires you will need, keep the wire length as short as possible and do not
exceed 15 total feet. If actual ADA Bus cable is not available, use a heavy gauge speaker
cable.
4
3
2
1
1
2
3
4
Gnd
Feedback
Control
+VDC
Pins
1 2 3 4
Finished
ADA Bus
Wire
ABCDEFG
Black
White
Red
E Strip the three internal wires approxi-
mately 1/4 inch, exposing just enough wire to
seat properly in the 4 pin screw terminal. BO-
NUS - Slightly solder the exposed wire tips.
FTake the strands from the pulled back
braided shield and carefully twist them back
into a single wire. Trim the few excess loose
strands so they will not inadvertently make
contact with other wires. BONUS - Use heat
wrap or at least electrical tape to cover the
braided shield strands.
G Firmly secure each wire into the ADA
Bus 4-pin screw terminal connector. Make
certain you color to numeric code is the same
on both ends of the wire you are creating.
ADA BUS WIRE - MAKING YOUR OWN
Connections & Features
Page 12 Suite 8100 Manual
RJ-45 Cat. 5 Cable Connector
Top
Front
B
R
O
W
N
B
R
O
W
N
W
H
I
T
E
G
R
E
E
N
W
H
I
T
E
O
R
A
N
G
E
O
R
A
N
G
E
W
H
I
T
E
G
R
E
E
N
B
L
U
E
B
L
U
E
W
H
I
T
E
8 7 6 5 4 3 2 1
ADA keypads connect directly to the WH-2000
or Control Suite’s eight RJ-45 female connec-
tors. The suggested wire is standard Cat. 5
cable. Wiring is the most critical aspect of
an ADA installation. ADA keypads wire
straight-through (no crisscross). Make
certain that your wiring is free of error or
damage prior to connecting keypads! The
diagram and chart below show a typical Cat.
5 to RJ-45 connection. Your color code may
vary but it is critical that point to point con-
nections be in tact.
In the event your Cat. 5 cable is damaged,
you can still get full operation by leaving off
both pins 1 & 8 (leave both wires off even if
you have 7 good Cat. 5 wires).
If you need to connect additional ADA key-
pads (more than 8), ADA suggests using the
WH-4000 instead of the WH-2000 or the wire
harness in the Control Suite. If you are using
a Control Suite, order an additional WH-4000
and connect all keypads to it. This way, all
keypads will communicate on the same side
of the ADA/Cat Link network for better per-
formance and operation.
When connecting a WH-4000 to a Control
Suite, use the provided ADA Bus wire and
connect the second from the right ADA Bus
jack to the Loop In on the WH-4000.
KEYPAD WIRING
PIN NUMBER COLOR FUNCTION
PIN 1 BROWN +20V
PIN 2 BROWN/WHITE GND
PIN 3 GREEN/WHITE TX-
PIN 4 ORANGE RX+
PIN 5 ORANGE/WHITE RX-
PIN 6 GREEN TX+
PIN 7 BLUE +20V
PIN 8 BLUE/WHITE GND
RJ-45 Cat. 5 Cable Connector
Top
Front
B
R
O
W
N
W
H
I
T
E
G
R
E
E
N
W
H
I
T
E
O
R
A
N
G
E
O
R
A
N
G
E
W
H
I
T
E
G
R
E
E
N
B
L
U
E
8 7 6 5 4 3 2 1
+ - - +
LR
Room 1
(8 - 2 )
+ - - +
LR
Room 2
(8 - 2 )
+ - - +
LR
Room 3
(8 - 2 )
+ - - +
LR
Room 4
(8 - 2 )
+ - - +
LR
Room 5
(8 - 2 )
+ - - +
LR
Room 6
(8 - 2 )
+ - - +
LR
Room 7
(8 - 2 )
+ - - +
LR
Room 8
(8 - 2 )
ADA Bus
Connects To
Control Suite
Use the ADA Bus
Cable Provided
IR Emitter Outputs
RS-232
Switch
IR Receiver (Learner)
IRL-5000
IR Learn
Mode
(IRL-5000)
Normal
Mode
(PC Setup
& RS-232
Control)
Source 8 Source 7 Source 6 Source 5 Source 4 Source 3 Source 2 Source 1
1 2 3 4
IN
OUT
1
3
RJ1
RJ8
RJ5
RJ6
RJ7
RJ4
RJ3
RJ2
LOOP THRU
2
ADA BUS
WH-4000
1 2 3 4
IN
OUT
1
3
RJ1
RJ8
RJ5
RJ6
RJ7
RJ4
RJ3
RJ2
LOOP THRU
2
ADA BUS
Suite 8100 Manual Page 13
Connections & Features
IR LEARNER - CONNECTIONS & FEATURES
Whether you are using the IRL-5000 or the IR learner in the Control Suite, the features are
nearly identical. While the IRL-5000 has all jumper pins (used for setup) are exposed, the
Control Suite’s IRL can be removed to alter IR port operation or to even program the IRL in the
shop while the Control Suite chassis begins to be installed. To do this, simply connect a
12VDC 500mA power supply to the IRL board to program the IRL outside of the Control Suite
chassis.
There are three types of jumper pin settings; IR Flasher, IR Repeating, and Serial Data Con-
trol. The IR Flasher jumper pins are a group of eight jumper pins together. The out of the
box setup has these jumper pins offset (un-shunted) so the pins are there but simply not in
place. When these pins are offset (not in place, un-shunted), the port they reference are set
to use an IR flasher (emitter). When the jumper pin is in place (shunted), the port is set for
serial data control with the IR carrier stripped out.
The other two types of jumper pins are grouped by port number. The IR Repeating jumper
pin determines if the port will pass IR that comes down the ADA Bus from IR receivers located
in keypads (or the IRR-5000). To defeat IR repeating entirely for a port, remove or offset the
jumper pin. If you require IR repeating, set the jumper pin to the appropriate position (IR
flasher or serial connection {no IR carrier}). If the IRL is working from the PC program’s
Simulator but not from the keypads, and the keypads have been programmed to track
the appropriate IRL ports, then turn IR repeating OFF by offsetting (removing) the IR
repeating jumpers.
REASON - When a keypad issues a transport command, the RS-232 code for the IRL
is sent down the ADA Bus to the IRL so that it can then issue the source’s IR command. If repeating is on, the
keypad’s command first emits through the IR flasher. If the source component’s IR receiver is slow to cool down
(so that it can take the next IR command), when the IRL releases the actual command (a moment later), the
source component’s IR receiver may reject it. By turning off IR repeating, only the IRL source function is sent.
The last jumper pin is the Serial Data Control jumper pin which is only used if you are
connecting to a source component’s rear panel serial data connection. Here you can opt to
send the serial data in the normal (Norm) position or inverted (Invert) position.
There is also an IR Repeater Frequency trim pot that adjusts the IR carrier frequency for IR
repeating only. This pot has no effect with keypad control.
12VDC 500mA
External DC
IR Repeating
Frequency Trim Pot
IR Receiver
(Capture)
IR Receiver
(Capture)
IR Flasher (Not Shunted - Jumper Pin Out)
Serial Data (Shunted - Jumper Pin In)
ADA Bus Jack
RS-232 Jack
IR Repeating - Remove to Defeat IR Repeating
(IR {Default} or Serial)
Serial Data Control
(Normal or Inverted)
1 2 3 4
ADA Bus®
Gnd Rx Tx +15V
RS-232
Pins
2=Tx
3=Rx
5=Com
RS-232
ADA Bus
ADA/232
Power On/Off IR Macro
Connect To Mainframe
Source DC Triggers &
ACC-48 AC Controllers
IRL-5000
Source Controller
12345678Source Ports:
Data/Carrier
IR Flasher=Remove Jumper
Serial Direct=Insert Jumper
40KHz IR Repeat
Frequency
IR Repeating Only
1
Repeater
IR - Serial
Serial
Data Only
Off
PGM DEL
CON ERR
Norm Invert
2
3
4
5
6
7
8
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
Repeater
IR - Serial
Serial
Data Only
Off
Norm Invert
PC Program Setup
Page 14 Suite 8100 Manual
PC PROGRAM SETUP - IR LEARNER
The IRL-5000 is programmed via ADA’s IRL-3000 software and is somewhat different from
the other ADA programs. This program is downloaded as a zipped file. The most common
mistake made during installation of the software is that the dealer attempts to run the installer
from inside the Winzip window. This will not work. Select all files in the Winzip window and
choose extract, targeting your desk top. A folder will appear on your desk top. Open it and
then run the installer. Once the installation is complete, you will find a new folder named ADA
in your C Drive and in it is a folder called IRL-3000.
ADA strongly suggests following these steps as the IRL is not difficult to program
properly but requires you to take the time to do it correctly. Rushing through the IRL
setup will waste your time. Also, while the IRL can be loaded at the job site, it is best to
do this in your shop where: lighting conditions can be controlled; your gear isn’t strewn
all over the floor; and you have the time to capture, test, and load the IRL properly.
Because the IRL in the Control Suite is the same as a stand alone IRL-5000, you can
use an IRL-5000 to capture and test your commands. Later, you can take the PC to the
job site and load the Control Suite through its front panel RS-232 port. Either way,
follow these steps.
Step 1 - Folder Structure
Open the C Drive. Then open the
ADA folder. Then open the IRL-
3000 folder. Here you will see sev-
eral files including the Ir-codes
folder. In the Ir-codes folder cre-
ate a new folder called Customer
as well as a new folder for every
make of source gear you need to
capture code for. Then open the
“manufacturer” folders and create
a new folder for each model num-
ber. Please note, you must keep
names to only eight characters
and avoid using spaces or / in
their name.
Source 2 Source 4 Source 6 Source 8
Room 5
Room 7 Room 3 Roo
m
The
a
IR Emitter Outputs
RS-232
Switch
IR Receiver (Learner)
IRL-5000
IR Learn
Mode
(IRL-5000)
Normal
Mode
(PC Setup
& RS-232
Control)
Source 8 Source 7 Source 6 Source 5 Source 4 Source 3 Source 2 Source 1
Step 2 - Connection to PC & Opening the Program
Turn on the Control Suite and connect your PC to ei-
ther its front panel RS-232 port or the rear panel RS-
232 port and then flip the small red switch on the back
of the Control Suite to the right (IR Learn Mode). If
using an IRL-5000, make sure it is powered and that
the push button is down in the RS-232 position.
The IRL-3000 program will appear under the applica-
tions window or in the IRL-3000 folder (PROGADA.exe
for “Program ADA”). After you have connected the PC
to the IRL, start the application. If you get an error
message, check your RS-232 cable, the IR Learner
Switch position and/or your Com port under Config.
IR Learn
Switch
IR Test
Port 1
IR Receiver
(Capture)
Suite 8100 Manual Page 15
PC Program Setup
Step 3 - Capturing IR Codes
Before you begin to build your IR li-
brary, it is suggested that you make
certain that the batteries in the re-
mote controls are good and that all
other possible IR interference (light-
ing fixtures, emitters, sun light etc.)
is turned off or blocked.
1 With the program up an running,
press the Learn button located
in the lower left portion of the
window.
2 Aim your remote control at the
IR receiver on the Control Suite
or IRL-5000.
3 Hold the button on the remote
control down for a second or two.
4 Release the remote button and
wait for the IRL program to re-
spond.
5A “Save As” window will appear.
Navigate to the folder that will
contain this code (i.e.
Sony...DVD) in the right window.
6 Under “File name:”, name the
function (i.e. STOP) followed by
the text “.ir”. All infrared code
files must end in “.ir” with no
more than eight characters de-
scribing the function.
7 Press the OK button and repeat
these steps for all functions and
sources.
Hint: Once you have selected the “Learn IR” button, its
boarder will be outlined in bold. Simply pressing the Enter
key on your keyboard will engage the Learn (capture) func-
tion, saving time navigating the mouse. The same works for
after you have renamed the “.ir” file as simply hitting the
Enter key on your keyboard is the same as pressing OK.
Step 4 - Testing IR Codes
All IR testing is done using Port 1 on the Control Suite
or IRL-5000 regardless if the source is going to be on
another port. Remember that the IR flasher is a rela-
tively cheap component and may not work even if ap-
pearing new. It is advised to have several IR emitters
available in case one is bad. To test an IR command:
1 Connect a flasher to the component being tested
and plug it into Port 1.
2 Press the Test button in the software.
3 An Open File window will appear. Navigate to the
folder containing this components IR codes and
select the function you wish to test and press OK.
4 Repeat these steps for all sources and functions.
PC Program Setup
Page 16 Suite 8100 Manual
Step 5 - Mapping IR Codes
Once captured IR codes have been
tested and verified, you can begin
mapping the commands on their
appropriate buttons.
1 Select the source (Src) number
that the component is going to
be connected to. Typically, the
input on the multi-room system
corresponds to the IRL port (i.e.
source 7 is input 7 on the Suite
8100 and controlled by port 7).
2 Select the first transport function
you wish to map (i.e. > or play).
3 On line #1 under Action T/D, se-
lect Transmit.
4 On the same line, Double-click
the mouse while under Detail. A
Open window will appear. Navi-
gate to the device who’s IR code
you wish to select and choose
the appropriate code from the left
window.
Hint, you can skip
step 3 by just going right to
step 4. Double-clicking under
Detail automatically inserts
the Transmit option in Action.
5When the desired IR code is se-
lected, press OK or hit the Enter
key. A path will appear under
detail. This is the map used to
find the respective IR code when
downloading to the IRL. If you
were to go and move files around
or rename files/folders after the
buttons are mapped, the pro-
gram will not find them during
download. This is why creating
the proper folder structure is so
important prior to mapping IR
commands.
6 Several ADA keypads feature a
display that can confirm an IR
based transport function by
name (i.e. PLAY). In the top of
the window, type in a word that
describes the IR code/function.
7 Repeat these steps for all IR
codes and components.
Suite 8100 Manual Page 17
PC Program Setup
Step 6 - Main Command
The Control Suite does not feature
an automatic On and Off function
that tracks source usage. This fea-
ture is only available on the IRL-
5000. For automatic on/off events,
the IRL-5000 must have its low volt-
age trigger ribbon cable connected
to the system.
The “Main” function refers to a com-
mand released by repeatedly press-
ing the source button on the keypad
after the source has already been
selected (on the MC-6011, this is the
function released by pressing the
SEL button). For a CD player this
could be disc skip and for a SAT,
DVD or VCR it could be power on
and off. You load the IR code for
this function just as you would all
other commands as noted on the
previous page.
Step 7 - Macro Commands
The IRL permits you to map out a
macro command that could be as
long as sixteen steps. This is use-
ful for SAT receivers where instead
of using the numeric pad to enter in
a channel number, a single button
press might be used to recall a spe-
cific SAT music channel. Here you
can even program in a display name
(i.e. DSS JAZZ) which will appear
momentarily when say the number
1 is pressed. Alternately, you can
also use the macro command to is-
sue a Power On and Play sequence
as in our example. To do so:
1 After entering the line 1 com-
mand as discussed, on line 2
under Action T/D, select Delay.
2 Double click slowly under detail
and enter your delay in ms.
3 On line 3, select the next IR com-
mand as previously discussed.
4 Add a label in the top window.
PC Program Setup
Page 18 Suite 8100 Manual
Step 8 - Saving IRS Files
Once a source has been completely
populated with IR codes and appro-
priately labeled, you can save the
entire source configuration as an
IRS file (IR Source file). This is criti-
cal in that once you have a library of
IR files complete with IRS files, you
can load an IRL in minutes. To save
a source file as a reusable IRS file:
1 Place the mouse cursor over the
source (Src #) button and right
click.
2 Select Save Source.
3A “Save As” window will appear.
Using the window on the right,
navigate to the source folder for
this device. IRS files should re-
side with the sources IR codes.
4 Name this file with no more than
eight characters followed by the
ending “.irs”. All IR source files
end in “.irs”. In this example, we
are calling this file “DVD.irs”.
Step 9 - Loading IRS Files
Because IRS files contain all button
maps and feedback names, they are
the ideal way to load an IRL from a
proven and tested IR library. To load
a source file:
1 Place the mouse cursor over the
source (Src #) button and right
click.
2 Select Load Source.
3A “Open” window will appear. Us-
ing the window on the right, navi-
gate to the source folder for this
device and then select the IRS
file.
The entire source file will now load
onto this IRL port. If you already
have developed an IRL library, you
can repeat these steps for other
sources on your IRL.
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Ada Suite 8100 Installation guide

Ada
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Ada
Model
Suite 8100
Category
Musical Equipment
Type
Installation guide
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