RTS MC-ADAM-CS User guide

ADAMTM CS
Advanced Digital Audio Matrix
SYSTEM INSTALLATION GUIDE
9330-7517-000 Rev G3 10/97
ADAM CS
Advanced Digital Audio Matrix
POWER
GOOD
POWER
GOOD
TM
™

2ADAM CS Installation Manual
PROPRIETARY NOTICE
The RTS product information and design disclosed herein
were originated by and are the property of Telex Commu-
nications, Inc. Telex reserves all patent, proprietary
design, manufacturing, reproduction, use and sales rights
thereto, and to any article disclosed therein, except to the
extent rights are expressly granted to others.
COPYRIGHT NOTICE
Copyright 1997 by Telex Communications, Inc. All rights
reserved. Reproduction in whole or in part without prior
written permission from Telex is prohibited.
UNPACKING AND INSPECTION
Immediately upon receipt of the equipment, inspect the
shipping container and the contents carefully for any dis-
crepancies or damage. Should there be any, notify the
freight company and the dealer at once.
WARRANTY INFORMATION
RTS products are warranted by Telex Communications,
Inc. to be free from defects in materials and workmanship
for a period of three years from the date of sale.
The sole obligation of Telex during the warranty period is
to provide, without charge, parts and labor necessary to
remedy covered defects appearing in products returned
prepaid to Telex. This warranty does not cover any
defect, malfunction or failure caused beyond the control
of Telex, including unreasonable or negligent operation,
abuse, accident, failure to follow instructions in the Serv-
ice Manual or the User Manual, defective or improper
associated equipment, attempts at modification and
repair not authorized by Telex, and shipping damage.
Products with their serial numbers removed or effaced
are not covered by this warranty.
To obtain warranty service, follow the procedures entitled
"Procedure For Returns" and "Shipping to Manufacturer
for Repair or Adjustment".
This warranty is the sole and exclusive express warranty
given with respect to RTS products. It is the responsibility
of the user to determine before purchase that this product
is suitable for the user's intended purpose.
ANY AND ALL IMPLIED WARRANTIES, INCLUDING
THE IMPLIED WARRANTY OF MERCHANTABILITY
ARE LIMITED TO THE DURATION OF THIS EXPRESS
LIMITED WARRANTY.
NEITHER TELEX NOR THE DEALER WHO SELLS RTS
PRODUCTS IS LIABLE FOR INCIDENTAL OR CONSE-
QUENTIAL DAMAGES OF ANY KIND.
CUSTOMER SUPPORT
Technical questions should be directed to:
Customer Service Department
RTS/Telex,
2550 Hollywood Way, Suite 207
Burbank, CA 91505 U.S.A.
Telephone: [phone]
Fax: [phone]
RETURN SHIPPING INSTRUCTIONS
PROCEDURE FOR RETURNS
If a repair is necessary, contact the dealer where this unit
was purchased.
If repair through the dealer is not possible, obtain a
RETURN AUTHORIZATION from:
Customer Service Department
Telex Communications, Inc.
Telephone: [phone]
Fax: [phone]
DO NOT RETURN ANY EQUIPMENT DIRECTLY TO
THE FACTORY WITHOUT FIRST OBTAINING A
RETURN AUTHORIZATION.
Be prepared to provide the company name, address,
phone number, a person to contact regarding the repair,
the type and quantity of equipment, a description of the
problem and the serial number(s).
SHIPPING TO MANUFACTURER FOR REPAIR OR
ADJUSTMENT
All shipments of RTS products should be made via United
Parcel Service or the best available shipper, prepaid. The
equipment should be shipped in the original packing car-
ton; if that is not available, use any suitable container that
is rigid and of adequate size. If a substitute container is
used, the equipment should be wrapped in paper and
surrounded with at least four inches of excelsior or similar
shock-absorbing material. All shipments must be sent to
the following address and must include the Return
Authorization.
Factory Service Department
Telex Communications, Inc.
8601 E. Cornhusker Hwy.
Lincoln, NE 68505 U.S.A.
Upon completion of any repair the equipment will be
returned via United Parcel Service or specified shipper
collect.

ADAM CS Installation Manual 3
TABLE OF CONTENTS
ADAM CS Front Panel Description ···································································7
ADAM CS Back Panel Description ···································································7
ADAM CS Frame Installation········································································7
Circuit Cards ·····················································································7
Card Installation and Removal ·············································7
Unused Card Slots ···················································8
Card Reset and Fail Indication ·············································8
Audio I/O Card Notes ·················································8
Master Controller Card Notes ·············································8
Power Supply Removal/Installation ···································································8
AC Power Connection··············································································8
System Power-Up ·················································································8
Alarm Operation ··················································································8
Computer Connection ··············································································9
Software Installation ···············································································9
Intercom Port Connections ··········································································9
General Information ··················································9
Logical Keypanel Address Numbers ··········································9
General Procedure for Connecting Devices to Intercom Ports·····························9
KP-9X Series Keypanel Installation Notes ······································10
KP-12 Keypanel Installation Notes ··········································10
Program Source Notes ················································11
TIF-951 Telephone Interface Installation Notes ···································11
CDP-950 Camera Delegate Panel Installation Notes ·································12
CDP-950 General Description ··········································12
CDP-950 Theory of Operation ··········································12
Installing the CDP-950 ··············································12
Programming the CDP-950 ···········································12
Trunking System·················································································13

4ADAM CS Installation Manual
General Description ··················································13
General Theory of Operation ·············································13
Trunking Connections and Setup ···········································13
Program Assign Panel Installation ···································································15
General Description ··················································15
General Theory of Operation ·············································15
Program Assign Panel Setup and Connection·····································15
Single Program Assign Panel ··········································15
Additional Program Assign Panels········································15
General Purpose Interface (GPI) Connector (J903) ······················································16
General Description ··················································16
Connections ······················································16
Programming Digital Outputs·············································16
Programming Digital Inputs··············································16
UIO-256 Input/Output Frame ·······································································16
General Description ··················································16
General Theory of Operation ·············································16
UIO-256 Connection ·················································17
One UIO-256 ···················································17
Additional UIO-256's···············································17
Programming the UIO-256 ··············································17
INDEX ........................................................................................41

ADAM CS Installation Manual 5
LIST OF FIGURES
Figure 1. ADAM CS Front View ····································································18
Figure 2. ADAM CS Back View (Shown with RJ-11 Connector Panel) ······································18
Figure 3. ADAM CS J900 to Computer Interconnect Cables (ADAM CS with male J900 Connector) ··············19
Figure 4. Trunking System to Computer Interconnect Cables ··············································19
Figure 5. ADAM CS J900 to Computer Interconnect Cables (ADAM CS with female J900 Connector)·············19
Figure 6. RJ-11 Intercom Cable ·····································································20
Figure 7. 9-Pin Intercom Cable······································································20
Figure 8. RJ-11 to 9-Pin Intercom Cable. Use for TIF-951 Connection to ADAM CS with RJ-11 Back Panel.········20
Figure 9. EKP-12/16/20 Expansion Panel to KP-12 Interconnect Cable ······································20
Figure 10. Typical connections of EKP's and LCP's to a KP-12 ············································21
Figure 11. Program Assign Panel Data Cable for PAP-940, -951, and -952 ···································21
Figure 12. Program Assign Panel Data Cable for PAP-950-50 ·············································21
Figure 13. Single-Pair Data Cable····································································22
Figure 14. Cable for Parallel Connection of a UIO-256 and a Program Assign Panel····························22
Figure 15. 15-Pin Data Cable ·······································································22
Figure 16. Using an ADAM CS GPI Output to Operate a Relay (See Table 7 for GPI Connector Pin-out) ···········22
Figure 17. Using an ADAM CS GPI Input·····························································22
Figure 18. Trunking Audio Interconnect Cable with RJ-11 Connectors ······································23
Figure 19. Trunking Audio Interconnect Cable with 9-Pin Connectors ·······································23
Figure 20. Trunking Audio Interconnect Cable with RJ-11 & 9-Pin Connectors································23
Figure 21. ICP-97-TMX to SWP-71-T Interconnect Cable················································23
Figure 22. UIO-256 to ADAM CS Interconnect Cable ···················································23
Figure 23. CDP-950 Cable Wiring Diagrams···························································24
Figure 24. 50-Pin Telco Cable Wiring Diagram·························································25
Figure 25. Trunking System Connections for up to Eight Intercom Systems, without Backup Controller ············26
Figure 26. Trunking System Connections for up to Eight Intercom Systems, with Backup Controller···············27
Figure 27. Trunking System Connections for up to Twelve Intercom Systems, without Backup Controller ··········28
Figure 28. Trunking System Connections for up to Twelve Intercom Systems, with Backup Controller ·············29

6ADAM CS Installation Manual
LIST OF TABLES
Table 1. ADAM CS Master Controller Card DIP Switch Settings (S1)·······································30
Table 2. Relationship between Audio Input/Output Cards, Intercom Ports, and Logical Keypanel Numbers··········31
Table 3. Address DIP Switch Settings for KP-95/96/97/98 Keypanels and the TIF-951 Telephone Interface ·········31
Table 4. CDP-950 intercom Range Selection ···························································32
Table 5. Program Assign Panel DIP Switch Settings for Panel Number ······································32
Table 6. Program Assign Panel DIP Switch Setting for IFB Range··········································32
Table 7. ADAM CS, J903 Connector Pin-out···························································32
Table 8. UIO-256 DIP Switch SW1 Settings for Input/Output Range ········································33
Table 9. UIO-256 GPI Outputs Connector (J5) ·························································33
Table 10. UIO-256 GPI Inputs Connector (J7)··························································34
Table 11. Planning Worksheet for ADAM CS with RJ-11 or DE9 Back Panel, Sheet 1 of 3 ······················35
Planning Worksheet for ADAM CS with RJ-11 or DE9 Back Panel, Sheet 2 of 3··················36
Planning Worksheet for ADAM CS with RJ-11 or DE9 Back Panel, Sheet 3 of 3··················37
Table 12. Planning Worksheet for ADAM CS with 50-Pin Telco Back Panel, Sheet 1 of 3 ·······················38
Planning Worksheet for ADAM CS with 50-Pin Telco Back Panel, Sheet 2 of 3 ··················39
Planning Worksheet for ADAM CS with 50-Pin Telco Back Panel, Sheet 3 of 3 ··················40

NOTICE: These servicing instructions are for use by
qualified personnel only. To avoid electric shock do
not perform any servicing other than that contained
in the Operating Instructions unless you are qualified
to do so.
1 ADAM CS Front Panel Description
(Figure 1, page 18)
There are 10 card slots in the front panel. Starting from
the left side, slots 1 through 8 are for Audio Input/Output
Cards. Slots 9 and 10 are for main and backup Master
Controller Cards.
The two large bays at the right side of the front panel con-
tain main and backup power supplies. These power sup-
plies are mounted in shuttles which may be pulled out for
quick access/replacement. The power supplies are
designed for automatic switch-over in the event of a
power supply failure. There is an audible alarm for indica-
tion of power supply failure. An alarm override switch
lets the user turn off the audible alarm after notification,
allowing the affected power supply to be replaced at a
later time.
2 ADAM CS Back Panel Description
(Figure 2, page 18)
There are two fused AC power connectors with on/off
switches. The AC1 connector provides power to the PS1
power supply. The AC2 connector provides power to the
PS2 power supply.
Four AC-powered fans along the top of the back panel
provide cooling for the power supplies and circuit cards.
Either AC on/off switch will activate the cooling fans and
the associated power supply.
The bottom half of the back panel is reserved for the con-
nector panel. Three styles of connector panels are avail-
able, offering a choice of intercom port connectors:
RJ-11, 9-pin male D-sub, or 50-pin Telco. At the left side
of the connector panel are four additional connectors:
J900: DE-9S (female) connector for RS232 connection to
a personal computer.
J901: DE-9S connector for RS422/232 connection to an
RTS Trunking System.
J902: DE-9S connector for RS422/232 connection of
Program Assign Panels, LCP-102 Level Control Panels,
and UIO-256 Universal Input/Output Frames.
J903: DB-25S (female) connector for general purpose
interface. Provides eight, open-collector digital inputs and
eight relay outputs.
3 ADAM CS Frame Installation
The ADAM CS Frame is equipped with rubber feet for
placement on a desktop. For installation in an equipment
rack, it may be necessary to remove the feet. The frame
has no special ventilation requirements. Just make sure
that the ventilation holes on the front and back are not
obstructed. Allow space in back for attachment of connec-
tors.
4 Circuit Cards
4.1 Card Installation and Removal
Read This Before Installing Circuit Cards!
The connector pins on the back plane inside the ADAM
CS frame can be easily damaged by improper or hurried
insertion of circuit cards. Always use the following proce-
dure when installing cards.
1. Insert the card edges into the upper and lower card
guides in the frame.
2. SLOWLY push the card straight back into the slot
until initial resistance is felt.
3. When initial resistance is felt, apply slightly more
pressure to begin engaging the connector pins.
4. Once the connector pins have started to engage, press
VERY FIRMLY to completely seat the connectors.
When the card is properly seated, the card plate on
the front of the card should be flush with the front of
the ADAM CS frame, and the ejector levers on the
card plate should be in the horizontal position.
To remove a card, press down on the lower ejector lever
and up on the upper ejector lever. Once the card is
released from the back plane connector, pull it straight out
of the frame.
Cards should be secured in the frame at top and bottom
with the screws provided. Otherwise, vibration of the
frame could cause the cards to loosen over time.
Note
All ADAM CS circuit cards can be removed or installed
while the equipment is operating. This permits continuous
operation of the intercom system—with no interrup-
tions—in the event of any card failure.
ADAM CS Installation Manual 7

4.2 Unused Card Slots
To ensure proper air flow, each unused front card slot
should be fitted with a card blank (part number
9000-7467-003) to cover the opening.
4.3 Card Reset and Fail Indication
Each circuit card is equipped with a reset switch located
near the top-front of the card. Directly under the reset
switch is a red fail indicator. The fail indicator remains
off during normal operation. If the fail indicator turns on,
first attempt to restore normal operation by momentarily
pressing the reset button. Allow 15 to 30 seconds for
reset. If the fail indicator does not turn off after this time,
check that the card is properly seated, or replace the
affected card.
4.4 Audio I/O Card Notes

When an Audio I/O card is removed during nor-
mal operation, the displays on any keypanels con-
nected to that card will display asterisks instead of
the normal key assignments. After a card is rein-
stalled, it may take a few moments for the key-
panel displays to return to normal.
 All system clock signals are derived from the
Audio Input/Output Card in slot number 5, with
clock backup provided by the Audio Input/Output
Card in slot number 4. Therefore, if your intercom
system uses fewer than eight Audio Input/Output
Cards, make sure that slots 4 and 5 are filled in
any case. Also, never remove cards 4 and 5 at the
same time as the intercom system will cease to
operate.
4.5 Master Controller Card Notes

As shipped from the factory, all master controller
card DIP switches are set for default operation.
These settings will be satisfactory for most appli-
cations. Optional settings are summarized in Table
1, page 30. If you change any settings, make sure
that both the main and backup master controller
cards are set the same.
5 Power Supply
Removal/Installation
Turn off the power switch on the front of the power sup-
ply before removal or installation. To remove a power
supply, loosen the six captive screws on the front of the
supply, then grasp the handles and pull it out.
To install a power supply, insert the metal flanges on the
top and bottom of the shuttle into the upper and lower
guides in the frame. Push the shuttle into the slot until it is
firmly seated. Tighten the captive screws.
6 AC Power Connection
1. Place the AC switches on the back panel of the
ADAM CS frame in the off (O) position.
2. Place the power supply on/off switch on the front of
each power supply in the off (O) position.
3. Connect AC power to both of the AC jacks on the
back of the ADAM Frame. Connecting both AC
inputs will assure continued operation of the ADAM
CS Frame in the event that one power supply fails. If
desired, two separate AC power phases may be con-
nected. This will protect not only against a power
supply failure, but also against a loss of power to one
phase.
7 System Power-Up
Note
For proper power supply loading, at least two circuit cards
should be installed in the frame before turning on the
power supplies.
1. Place the AC switches on the back of the ADAM CS
Frame in the "on" position. The AC fans should turn
on.
2. Place the ALARM OVERRIDE switch on the front
panel in the center position.
3. Place the on/off switch on the front of each power
supply in the "on" position. The POWER GOOD
indicators and all voltage indicators should be lit.
4. While the intercom system is initializing, the red fail
indicators will be lit on all circuit cards. Allow 15 to
30 seconds for all fail indicators to turn off.
Note
If the system fails to initialize, make sure that all circuit
cards, especially the cards in slots 4 and 5, are properly
seated.
8 Alarm Operation
If there is a power supply fault during operation, an audi-
ble alarm will sound and one or more indicator lights on
the affected power supply will turn off. To deactivate the
alarm, set the ALARM OVERRIDE switch to the position
for the affected supply. Turn off the defective power
8ADAM CS Installation Manual

supply, and repair or replace it as soon as possible to
assure continued backup protection in the event of another
power supply failure.
Note
The power supply alarm will also sound if a power supply
is not turned on. This is normal. Either turn on the power
supply, or set the ALARM OVERRIDE switch.
9 Computer Connection
Connect from J900 on the ADAM CS Frame to COM1 or
COM2 of the configuration PC (the default for the ADA-
Medit or CSedit software is COM1). Interconnect cable
wiring is shown in Figure 3, page 19.
10 Software Installation
Now that the ADAM CS frame is operating and the con-
figuration computer is connected, you are ready to install
the ADAMedit or CSedit software and check that the
computer can communicate with the intercom system. If
you are using CSedit for DOS-based configuration of the
intercom system, refer to Section 1 of the CSedit User
Manual for information on installation and startup. If you
are using ADAMedit for windows-based configuration of
the intercom system, insert the ADAMedit installation
disk in the computer’s floppy drive and run setup.exe.
Follow the on-screen instructions.
If you are running CSedit, most of the procedures to con-
figure the intercom system are located in Section 2 of the
CSedit User Manual. For ADAMedit, you can get on-line
help after starting the software. When the keypanel setup
screen appears (the default startup screen) press the F1
key to start help, then select “Help Contents”. When the
“Contents” screen appears, select “General Procedure to
Configure the Intercom System”.
Whichever configuration software you use, once it is
installed, you can begin connecting intercom stations and
other devices to the intercom system as described in the
following paragraphs.
11 Intercom Port Connections
11.1 General Information
Each intercom port uses two wires for audio input, two
wires for audio output, and two wires for data. Depending
on the type of device being connected, some pairs of
wires may not be used.
The audio input and output wires typically provide the
talk and listen connections for an intercom station, but
other types of audio devices could also be connected. For
example, a program source could be connected to the
audio input wires, and in this case the audio output wires
would not be used.
The data wires are used to send and receive control infor-
mation between the connected device and the Master
Controller in the ADAM CS frame. The data wires are
only used by keypanels, by the TIF-951 Telephone Inter-
face, and by the CDP-950 Camera Delegate Panel. The
type of data transmitted includes key pressed information
and display information. For example, when a key is
pressed on a keypanel, this information is sent on the data
wires to the ADAM CS frame. The Master Controller in
the ADAM CS frame then routes the audio to the proper
destination as defined in the intercom system’s configura-
tion program. The Master Controller also sends data to the
device being called; for example, to display the caller's
name at a keypanel, or to activate a telephone line at a
TIF-951 Telephone Interface etc.
11.2 Logical Keypanel Address Numbers
Even though there are separate data pins for each inter-
com port, these pins do not actually represent a unique
data port. Rather, groups of intercom ports share a com-
mon data port. In an ADAM CS intercom system, data
groups consist of 8 intercom ports, and each Audio
Input/Output Card represents 1 data group. To distinguish
between data devices connected to the same data group, a
logical keypanel address number is assigned to each
device at the time of connection. The relationship
between intercom port numbers, Audio I/O card numbers
and logical keypanel address numbers is shown in Table
2, page 31. Specific information about setting logical key-
panel address numbers is discussed in the installation
notes on the following pages.
11.3 General Procedure for Connecting Devices
to Intercom Ports
The following is a suggested method for connecting
devices to intercom ports:
1. Make a copy of the appropriate planning worksheet.
For ADAM CS frames that use RJ-11 or DE9 back
panels, use Table 11, page 35. For ADAM CS frames
that use a 50-pin telco back panel, use Table 12, page
38.
2. For each device that will be connected, fill in a row
in the worksheet:

Briefly note the device type (keypanel, TIF-951,
program source, CDP-950 etc.). Other useful
information might include the device location and
usage, as well as any labeling on the intercom
cable.
ADAM CS Installation Manual 9


Write down a name of up to four characters in the
"Alpha" column of the worksheet. You will enter
this name into the intercom system later using
ADAMedit or CSedit. Then, whenever you assign
the port to an intercom key, the name will appear
in the keypanel display for that key.

If the intercom system uses optional trunking
(where two or more intercom systems are inter-
connected and users can intercommunicate using
special equipment) you may write a second name
in the "Alias" column of the worksheet if desired.
An alias may be useful, for example, to prevent
confusion when the same alpha name is already
being used by two intercom ports located in
separate intercom systems. When one of these
ports in one intercom system is assigned to a key-
panel key in the other intercom system, the alias
name, and not the alpha name will appear in the
display above that key.
Note
In CSedit, you can enter Alias names at the same time as
you enter Alpha names. If you do not enter an Alias
name, CSedit will automatically use the Alpha name as
the default.
By default, ADAMedit is not configured for trunking op-
eration. If you want to enter Alias names and use trunking
with ADAMedit, you must activate trunking in the file
named adamedit.ini. This file is located in the Windows
folder and it can be edited in any ASCII text editor.
Change the line in the file that reads “ShowTrunking=N”
to “ShowTrunking=Y”. Save the file and restart ADA-
Medit for the change to take effect. Once you have made
this change, you will be able to enter alias names in
ADAMedit.
3. Connect devices to the intercom ports as noted in the
worksheet. For each type of device, refer to any
installation notes included on the following pages.
Or, refer to the installation information supplied with
the device. For ADAM CS frames that have the
RJ-11 or DE-9 back panel, intercom cables may be
connected directly to the back panel connectors. For
an ADAM CS frame with a 50-pin Telco back panel,
use XCP-954 or XCP-955 Breakout Panels.
4. Using CSedit or ADAMedit, enter the Alpha and
Alias names that you recorded in your worksheets. If
you are using CSedit, see "Assigning Names" in
Section 2 of the CSedit User Manual. If you are using
ADAMedit click the "Port Alpha" button on the
toolbar, then press the F1 key on the computer
keyboard to get help if necessary.
5. Complete the intercom system configuration as
described in Section 2 of the CSedit User Manual,or
as described in the "General Procedure to Configure
the Intercom System", located in the ADAMedit help
file. (To locate this topic in the help file, press the F1
key to start help. Then, click the Search button, type
the keyword "general" and press Enter.)
11.4 KP-9X Series Keypanel Installation Notes

KP-95/96/97 Keypanels all use the same basic
installation procedure. Refer to Section 1 of the
KP-95/96/97 Installation Instructions Manual.

KP98-7 Keypanel installation is similar to the
KP-95/96/97 installation, but some of the DIP
switches on the back panel are set differently.
Refer to Section 1 of the KP98-7 Installation
Instructions Manual.
Important!
Always reset a KP-9X keypanel after changing any of the
rear panel DIP switch settings. Do this by momentarily
turning off the AC power to the keypanel.
11.5 KP-12 Keypanel Installation Notes
 Plug one end of an intercom cable into either
FRAME connector on the back of the KP-12. Plug
the other end into an intercom port connector on
the back of the ADAM CS (or into a breakout
panel if the system uses breakout panels). See Fig-
ures 6and 7for cable wiring details.

To connect up to three EKP-12/16/20 expansion
panels (with or without LCP-12/16/20 level con-
trol panels) use the RJ45 cables supplied with
these panels (see Figure 9for cable wiring). Con-
nect from the EXP connector of the KP-12 to J1 of
the first expansion panel. To connect a second
expansion panel or a level control panel, connect
from J2 of the first expansion panel to J1 of the
second panel. (See Figure 10 for typical connec-
tions.)
Note
One expansion panel and level control panel may be con-
nected and used without any additional setup procedures.
By default, the first level control panel will be set cor-
rectly to work with the first expansion panel. However, if
second and third expansion panels are connected, you will
have to reset the MOD numbers on those panels. The
MOD numbers determine which key numbers the expan-
sion panels will occupy. If you connect second and third
level control panels, you will also have to reset the MOD
numbers on those panels to match the second and third
10 ADAM CS Installation Manual

expansion panels. For further information, see "SERVICE
MENU, MOD ASGN" in the KP-12 Operating Instruc-
tions Manual

Plug in the AC power cords for the KP-12 and any
other connected panels. (Or, the external DC
power supplies where used.)

When the KP-12 is connected and turned on for
the first time, the call waiting window will display
"SET ADDR". This means you have to set the
logical keypanel address. To determine the correct
logical keypanel number for a port, refer to Table
11, page 35 for RJ-11 and DE9 back panels, or
Table 12, page 38 for a 50-pin Telco back panel.
To set the address, click the SELECT control
(press and immediately release the SELECT con-
trol). "ADDR 1" should appear in the call waiting
window (logical keypanel address number 1).
Rotate the SELECT control to display the correct
logical keypanel address number, then click
SELECT again. To change the logical keypanel
address again at a later time (for example, if you
move the keypanel to another intercom port) see
"SERVICE MENU, SET ADDR" in the KP-12
User Manual.
 Unlike KP-9X keypanels, the KP-12 does not
require a power-off reset after setup changes have
been made.

Refer to the KP-12 User Manual for complete user
information.
11.6 Program Source Notes
An external audio program source can be connected to the
input pins of an intercom port. Use the “Audio to Matrix”
pins as shown in Figures 6and 7. The audio output and
data pins for the port are not used. The program source
must be balanced and DC isolated. Nominal input level is
+8 dBu.
Program sources can be utilized in several ways within
the intercom system:

A program source can be assigned to a keypanel
listen key. This permits the keypanel operator to
listen to the program by activating the key. To
assign a program source to a key in CSedit, see
“Keypanel Setup” in the CSedit User Manual. Or,
if you are using ADAMedit, press the F1 key to
get help. Then, within ADAMedit help, click the
Search button, type the keyword “keypanel”, and
press Enter. Finally, choose “Keypanel Setup”
from the resulting list.

The audio input to which a program source is con-
nected can be forced to some intercom port’s out-
put using force and inhibit. This forces the
program audio to always be heard at the output.
To set this up in CSedit, see “System, Force &
Inhibit” in the CSedit User Manual. To set this up
in ADAMedit, press the F1 key to start the ADA-
Medit help file. Then, search for keyword “cross-
point” and select “Crosspoint Status” from the list.
Follow the instructions to force the desired
crosspoint.

A program source can be used with interrupt fold-
back (IFB). Using IFB, the program source will
normally be heard at some specified intercom out-
put port. Then, when someone presses an intercom
key to talk to that output port, the program audio
will be cut off to permit conversation. The pro-
gram audio will be restored when the intercom key
is released. To setup an IFB in CSedit, see”Creat-
ing an IFB” in Section 2 of the CSedit User Man-
ual. To setup an IFB in ADAMedit, click the IFB
button on the ADAMedit toolbar, then press the
F1 key on the computer keyboard to get help.
Note
If program inputs will be assigned using a Program As-
sign Panel, they must be connected to specific ports of the
intercom system. See "Program Assign Panel Installa-
tion", page 15.
11.7 TIF-951 Telephone Interface Installation
Notes
The TIF-951 has two separate phone line interfaces, and
each of these interfaces to a separate intercom port. Con-
nect as follows:
1. Connect phone lines to the modular phone jacks
labeled "LINE" on the back of the TIF-951.
2. A second modular jack labeled "INST" is also pro-
vided for each phone line. This may be used to con-
nect a telephone or other instrument along with the
TIF-951.
3. For each connected phone line, connect from the
DE-9S connector (labeled "INTCM FRAME") on the
back of the TIF-951 to an intercom port of the
ADAM CS Frame. Use a 9-pin intercom cable (Fig-
ure 7, page 20). If the ADAM CS Frame has RJ-11
connectors, use one of the DE-9 to RJ-11 adapters
that are provided with the TIF-951. Or, a custom
cable may be constructed using the wiring diagram in
Figure 8, page 20.
ADAM CS Installation Manual 11

4. For each intercom port used by the TIF-951, set the
Logical Keypanel Number DIP switches on the back
of the TIF-951 as summarized in Table 3, page 31.
(Refer to the Planning Worksheet if you are unsure
what is the correct Logical Keypanel Number.) For
all other TIF-951 DIP switch settings, refer to the
TIF-951 User Manual.
Important!
Do not use the address DIP switch settings as shown in
the TIF-951 User Manual, as those address settings are
only appropriate for a CS9000 Series Intercom System.
11.8 CDP-950 Camera Delegate Panel
Installation Notes
11.8.1 CDP-950 General Description
The CDP-950 quickly and easily assigns camera inter-
coms to any of 4 party lines. It lets you reconfigure cam-
era party lines without having to run the CSedit or
ADAMedit configuration programs. In an ADAM CS
intercom system, up to eight camera intercoms can be
controlled from one CDP-950. Additional CDP-950’s can
be connected to control additional intercom stations.
11.8.2 CDP-950 Theory of Operation
The CDP-950 connects to the data port for an intercom
group (see “Logical Keypanel Address Numbers”, page 9
for further details) by connecting it to the data pins for
any intercom port in the group. It can either be connected
along with an intercom station, or it can be connected to
an intercom port by itself. Once connected, the CDP-950
controls all 8 ports in the group by default. Or, it can be
set to control less than 8 ports, via internal switches, leav-
ing the remaining ports free to be used by other data
devices. The camera intercoms connect to the audio
inputs and outputs of the intercom ports that are con-
trolled by the CDP-950.
For each intercom port, the CDP-950 provides the equiva-
lent of 4 keypanel keys. These keys are arranged in a col-
umn, and are labeled "PL1" through "PL4" (party line 1
through 4). There are 10 columns of keys, labeled "CAM
1" through "CAM 10", but columns 9 and 10 are not used
with ADAM CS Intercom Systems. (The older CS9000
Series Intercom Systems used 10 intercom ports in a data
group, while ADAM CS uses 8). The CDP-950 keys may
be assigned like any other keypanel keys. Since the CDP-
950 is primarily intended for assigning camera intercoms
to various party lines, the keys are generally assigned to
party lines, but they don't have to be. For example, a key
could be assigned to talk to a specific intercom port if
desired. Note that unlike keypanels, which typically have
a separate talk and listen key for each assignment, the
CDP-950 has only one key which activates both the talk
and listen assignment. You still need to setup both the talk
and listen assignments exactly as for a keypanel however.
Normal vs ISO Operation: During normal operation,
when a CDP-950 key is activated, the corresponding
intercom station can talk and/or listen to the selected party
line. All 4 keys for an intercom station may be activated
simultaneously if desired. However, during critical com-
munications, it may be desirable to temporarily disable all
nonessential communications. The CDP-950 has an "iso-
late" option which permits this. This option is selectable
via an internal DIP switch. When the "isolate" option is
activated, the PL4 keys function as "ISO" keys. Pressing a
PL4 key will activate its talk/listen assignment, and at the
same time, it will disable the PL1 through PL3 keys
directly above it. When the ISO key is turned off, the pre-
vious state of the other three keys will be restored.
The following procedures describe the installation and
programming of the CDP-950 for use in an ADAM CS
intercom system:
11.8.3 Installing the CDP-950
1. Before installing the CDP-950, remove the top cover
and set the internal DIP switches.
DIP switch #1: Normal / ISO select
Closed: normal operation
Open: ISO operation
DIP switch #2: Baud rate select
Closed: 9600 baud
Open: 76,800 baud (do not use for ADAM CS)
DIP switch #3: Not used (position does not matter)
DIP switches 4 through 8: Intercom range select
(see Table 4, page 32 for settings)
2. Connect the CDP-950 to the data pins for any one of
the intercom ports that will be controlled. Figure 23,
page 24 shows two possible cable wiring diagrams.
3. Connect intercom stations to the audio input and out-
put pins for each intercom port that will be controlled
by the CDP-950. Refer to Figure 6or 7for cable wir-
ing details.
11.8.4 Programming the CDP-950
Assign the CDP-950 keys just as you would normal key-
panel keys: If you are using CSedit, see "Key Panel Setup
and Trunking Port Allocation" in Section 2 of the CSedit
User Manual. If you are using ADAMedit, press the F1
12 ADAM CS Installation Manual

key to get help. Then, within ADAMedit help, click the
Search button, type the keyword “keypanel”, and press
Enter. Finally, choose “Keypanel Setup” from the result-
ing list.
For each intercom port, the PL1 through PL4 keys on the
CDP-950 correspond to keys 12 through 15 in the CSedit
or ADAMedit key assignment table. Note: when a key is
activated, both the talk and listen assignment for that key
will activate.
12 Trunking System
12.1 General Description
Refer to Figures 25 through 28
The RTS Trunking System manages intercommunications
between separate intercom systems using intercom ports
that have been reserved and interconnected between the
intercom systems. Keypanels or other data devices can
then communicate with various destinations in other inter-
com systems via the reserved intercom ports. (This is dif-
ferent from bus expansion, in which the entire bus system
of two or more frames are interconnected to form one
larger intercom system.)
The RTS Trunking System consists of a special version of
the RTS Model FR9589 Master Control Unit and one or
more RTS Model ICP-97TMX Data Distribution Panels,
depending on the number of intercom systems to be
trunked. A backup Master Control Unit may also be
added to the system to prevent downtime in the event of a
failure of the main master control unit. When both main
and backup control units are used, an RTS Model SWP-
71-T Switchover Panel and additional ICP-97TMX Data
Distribution Panels are also required.
12.2 General Theory of Operation
In a trunking system, the audio lines (not data) of one or
more intercom ports are interconnected between two
separate intercom systems. The system administrator in
each intercom system then places restrictions on these
ports to prohibit them from being assigned to any keys.
This reserves the ports for exclusive use as trunking lines.
A special data link is also connected from each intercom
system to the trunking system for exchange of system
control signals. Once the interconnections are completed,
the trunking system is programmed, using CStrunk, to
recognize the individual intercom systems.
After the trunking system has been programmed, system
administrators or keypanel users in each intercom system
may request lists of persons, party lines etc. from the
other intercom systems for purposes of key assignment
just as they would in their own intercom system. After
keys are assigned, keypanel operators can activate them to
talk or listen just like in their own intercom system. There
is no apparent difference to keypanel operators, but what
actually occurs in the system electronics is slightly
different.
When a keypanel operator activates a key to talk to a des-
tination located in another intercom system, the intercom
system’s master controller does not act itself to close any
crosspoints, but rather, it sends this information to the
trunking system via the data connection. The trunking
system master controller then checks for an available
trunk line. If one is available it notifies the master control-
lers in the affected intercom systems to establish the com-
munication path using the trunk line that it specifies. If no
trunk lines are available, the trunking system will notify
the master controller in the caller's intercom system,
which will then send a "busy" signal to the calling
keypanel.
If more than two intercom systems are interconnected,
additional trunk lines must be reserved and interconnected
between the systems. However, it is not always necessary
that two intercom systems be directly interconnected as
long as there is a path somewhere to connect the two sys-
tems. The trunking system can be programmed to permit
"cascaded" trunking in which a pathway is established
through multiple intercom systems to connect two
endpoints.
12.3 Trunking Connections and Setup
1. Connect the trunking system components using the
appropriate wiring diagram in Figures 25 through 28.
Note
To use the same PC for configuration of both ADAM CS
and the Trunking Controller, either use an RS232 switch-
ing box, or use separate COM ports on the PC. (CSedit
and CStrunk only recognize COM1 and COM2, with
COM1 as default. ADAMedit recognizes COM1 through
COM4, with COM1 as default.)
2. Interconnect one or more intercom audio ports
between the intercom systems. These ports will be
used for trunking communication only. See Figures
18 through 20 for intercom system audio interconnect
cable wiring.
Note
The number of trunk lines that you setup should be based
on the number of persons that need to communicate with
other intercom systems, and on the critical nature of their
communication. On the other hand, there may be addi-
tional expense involved with running trunk lines (when
using phone lines for example) and you will want to keep
the number of lines to a minimum. You may be able to
ADAM CS Installation Manual 13

get by with fewer trunk lines than the number of potential
users. For example, if two keypanels need to have access
to another intercom system, but only one of those keypan-
els has a critical need, you may be able to get by with one
trunk line. You can just set the trunk priorities for the two
users (as described in the following paragraphs) so that
the one with the critical need has a higher priority. Also
keep in mind that the trunking system can create a com-
munication path by "cascading" through a third intercom
system if that system has trunk lines to the other two sys-
tems. If frequent busy signals are encountered during nor-
mal use, you may have to allocate more trunk lines. A
busy signal is normally indicated by an alpha-numeric key
display that alternates between the normal key assignment
and a double asterisk indication. However, this feature
can be deactivated via DIP switch 3 on the master control-
ler cards. See Table1, page 1. If the feature is deactivated,
no indication will be given that all trunk lines are busy.
There just won’t be any audio when a key is activated.
3. Within each intercom system, run the CSedit or
ADAMedit intercom configuration software. Set all
restrictions or enables as required for each port that is
being used as a trunk line.
 CSedit Users: See "Key Panel Setup: Port Infor-
mation” in Section 2 of the CSedit User Manual.
Make sure that “Port Access Restricted”, “Univ
Scroll Restricted”, and “CSedit Scroll Restricted”
are all checked for each port that will be used as a
trunking port.

ADAMedit Users: By default, ADAMedit is not
configured for trunking. To use this feature, you
must activate it in the file named adamedit.ini.
This file is located in the Windows folder and it
can be opened and edited in any ASCII text editor.
Change the line in the file that reads “ShowTrunk-
ing=N” to “ShowTrunking=Y”. Save the file and
restart ADAMedit for the change to take effect.
Once ADAMedit is restarted, click the KP button
on the toolbar. Then select the port that you want
to set as a trunking port: either enter the port
number in the "Port" box and press Enter, or select
the name of the port in the "Alpha" box. When the
keypanel setup screen for that intercom port
appears, uncheck all three of the Scroll Enable
check boxes. Then, send your changes to the
intercom system. For further assistance with key-
panel setup, click the KP button on the toolbar,
then press the F1 key on the computer keyboard
and select “Get Help on Keypanel Setup”.
4. Also using CSedit or ADAMedit within each inter-
com system, select which intercom ports, party lines
etc. will be scrollable and assignable in other inter-
com systems.

CSedit Users: For belt packs, keypanels etc. that
are connected to individual intercom ports, this is
accomplished using the same setup screens that
you used in step 3 to restrict trunking ports. Sim-
ply remove any restrictions for any intercom port
that you want to share. To remove restrictions for
a party line, IFB etc., see "Creating a Party Line",
"Creating an IFB" etc. in Section 2 of the CSedit
User Manual.

ADAMedit Users: To make intercom ports scrol-
lable and assignable, click the KP button on the
toolbar, select an intercom port, then check the
Scroll Enable check boxes as desired. (Press the
F1 key to get further help with keypanel setup,
including additional scroll enable information.) To
make other types of destinations (party lines, IFBs
etc.) scrollable, click the appropriate button on the
ADAMedit toolbar as indicated below, then select
a specific destination and check its Scroll Enable
check boxes. For further assistance setting up any
of these destinations, press the F1 key while view-
ing the appropriate setup screen.
PL button Party Lines
IFB button IFBs
SL button Special Lists
GPI Out button General Purpose outputs
ISO button Camera ISOs
5. Run the CStrunk Trunking Configuration Software,
and configure the trunking system as described in
Section 2 of the CStrunk User Manual.
6. Within each intercom system, assign keypanel keys
as required to communicate with destinations in other
intercom systems. This is basically the same as
assigning keys in the local intercom system, except
that you will have to select an intercom system first
when making assignments.

CSedit Users: See “Keypanel Setup and Trunking
Port Allocation” in Section 2 of the CSedit User
Manual.

ADAMedit Users: Press the KP button on the tool-
bar to access keypanel setup. Then, select the
intercom port where you want to add a key assign-
ment that will comunicate with a remote intercom
system. If you use the Key Assignment Select
screen to assign keys, proceed as for normal key
assignment, except that you should select an inter-
com system before selecting a scroll list. If you
enter a key assignment alpha directly in a text box,
14 ADAM CS Installation Manual

remember to enter the alias name if this is differ-
ent from the alpha name. Press the F1 key on the
computer keyboard to get help on keypanel setup.
7. This completes the general procedure to setup and
use trunking. Remember to save any changes that you
make in CSedit, CStrunk, or ADAMedit, and send
your changes to the intercom system and/or the
trunking system in order for them to take effect.
13 Program Assign Panel Installation
13.1 General Description
Program assign panels provide a fast and easy method of
selecting any of several program sources (connected to
input ports of the intercom system) for use with the IFB
outputs feature of the intercom system.
13.2 General Theory of Operation
In order to describe program assign panel operation, it
may be helpful to first review how IFBs work. An IFB is
a special destination type which is created using an inter-
com output port and an intercom input port. The output
port is setup so that it normally monitors the audio at the
intercom input port. This audio input can then be inter-
rupted by someone else in the intercom system. The per-
son who interrupts the audio signal can then carry on a
conversation with the person at the output without any
interference from background audio. IFBs are typically
used in broadcasting, although they could be used
elswhere. A special IFB listening device (often a small
belt pack with an earpiece) is connected to the intercom
output port. Typically, this listening device is used by a
news anchor, weather person etc. (referred to as “the tal-
ent”). This output is then defined as the output for the
IFB. An audio source is connected to an intercom input
port. This input port is then defined as the input port for
the IFB. This could be the input portion of the IFB output
port , but it could be any other intercom input port as well.
The audio source generally is the sound portion of the
broadcast, which we will call “the program”. (In reality,
this signal is normally the program sound minus the voice
audio of the talent and it is often referred to as the “mix
minus”. The talent’s audio is usually removed from the
signal because time delays in the voice audio path can
cause an echo effect in the earpiece. This could occur
with a field reporter, for example, who’s audio may be
significantly delayed by satellite transmission to a studio
and then retransmission back to his or her earpiece.) Once
the IFB as been setup, it can be assigned o a keypanel
key. Then, when the keypanel operator presses the key, it
will disconnect the program audio and replace it with the
keypanel operators voice audio. Releasing the keypanel
key will restore the program audio.
A program assign panel lets you change the program
input source that is used with an IFB by changing the
intercom input port that is used with the IFB. The pro-
gram assign panel connects to the intercom system via an
RS422 data link. When the user at the program assign
panel assigns a particular program source to an IFB, this
information is transmitted to the intercom system master
controller via the data link. The information is then writ-
ten to the on-line configuration file contained in the mas-
ter controller. In CSedit, this information is contained in
the default input column (labeled "Def Inp") in the Inter-
rupt Foldback Bus Assignments table. (The information
contained in the Interrupt Foldback Bus Assignments
table can be viewed and modified at any time by upload-
ing the configuration file to the configuration PC. See
"Creating an IFB" in the CSedit User Manual.) In ADA-
Medit, this information is contained in the Input field in
the Edit IFB dialog box. (From the ADAMedit toolbar,
select IFB, then double-click on an IFB in the list to open
the Edit IFB dialog box for that IFB. Press the F1 key to
get more help with IFB setup.)
As supplied, program assign panels expect all program
sources to be connected to sequential ports of the inter-
com system starting with port #1 as follows:
PAP-940 intercom ports 1-24
PAP-950-50 intercom ports 1-50
PAP-951 intercom ports 1-8
PAP-952 intercom ports 1-16
If program sources are not connected to the default ports
as specified above, the EEPROM in the Program Assign
Panel must be reprogrammed to look for program input
on other ports. Contact your intercom system dealer for
further information.
13.3 Program Assign Panel Setup and
Connection
13.3.1 Single Program Assign Panel
A single Program Assign Panel may be connected using a
cable as shown in Figure 11, page 21. Connect the output
of the Program Assign Panel to J902 of the ADAM CS
frame.
13.3.2 Additional Program Assign Panels
Additional Program Assign Panels may be connected to
the ADAM CS Frame by wiring additional PAP connec-
tors in parallel with the first. When operating multiple
panels in parallel, it is necessary to change the panel
number DIP switches in all but one of the panels as
described below. Also, if each Program Assign Panel will
ADAM CS Installation Manual 15

control a different range of program inputs, it will be nec-
essary to reprogram the EEPROM in all but one panel.
(Contact your intercom system dealer for assistance.)
Finally, it is possible to define which range of IFB's are
controlled by each Program Assign Panel as described
below.
To change the panel number, or to change the IFB range,
remove the cover from the Program Assign Panel, and
locate the 8-position DIP switch block on the PMC-15
circuit board (location of the board may vary, but there is
only one DIP switch block in the unit).
By default, all Program Assign Panels are supplied with
the DIP switches #1 and #2 set for panel number 1. Reset
the switches, as shown in Table 5, page 32, so that each
Program Assign Panel has a unique panel number.
By default, all Program Assign Panels are supplied with
the lower of two ranges of IFB's selected. For example, a
PAP-940 is set by default to work with IFB numbers IF01
through IF24, but it can be reset to work with IFB num-
bers IF25 through IF48 if desired. (IF01, IF02 etc. are the
default names that are assigned to IFB's 1, 2 etc. in CSedit
or ADAMedit.) To select the low or high range, set DIP
switch number 3 as shown in Table 6, page 32.
Note
DIP switches 4-8 in the Program Assign Panel are not
used, and their position does not matter.
14 General Purpose Interface (GPI)
Connector (J903)
14.1 General Description
J903 provides 8 general purpose control inputs and 8 gen-
eral purpose control outputs. The control inputs can be
used just like keypanel keys to activate intercom ports,
party lines, relays etc. The control outputs are open-
collector, active-low outputs. They can be activated by
keypanel keys and can be used to control lighting, to key
a remote transmitter, to activate a paging system etc.
14.2 Connections
Pin-outs for the digital inputs and outputs are summarized
in Table 7, page 32. The digital outputs short to ground
when activated. A +5-volt input across any digital input
and ground will activate that digital input. Figures 16 and
17 show example connections.
14.3 Programming Digital Outputs
CSedit: Digital outputs are programmed using the relay
edit screens in CSedit. See "Using Relays" in the CSedit
User Manual.
ADAMedit: In ADAMedit, digital outputs are setup using
the GPI Out button on the toolbar. To get help on GPI
Output setup, click the GPI Out button, then press the F1
key for help.
14.4 Programming Digital Inputs
CSedit: Each digital input is assignable in the Digital
Input Assignments table of CSedit. (See "Digital Inputs"
in the CSedit User Manual.) The Digital Inputs Assign-
ment table basically lets you simulate a key on a key
panel at a particular intercom port, regardless of whether
or not there is an actual keypanel connected to that port.
Once a digital input has been assigned to a "key", it is
then necessary to define a device to be activated by that
key. This is accomplished in the keypanel edit screen for
the port to which the digital input was assigned. (See
"Key Panel Setup: Key Assignments and Key Restric-
tions" in the CSedit User Manual.)
ADAMedit: Digital inputs are assignable using the GPI In
button on the ADAMedit toolbar. To get help with GPI
Inputs, click the GPI In button, then press the F1 key for
help. Once a digital input has been assigned to a "key",
you must define what will be activated by that key. The
help topic for GPI Inputs will guide you to the keypanel
setup screen to do this.
15 UIO-256 Input/Output Frame
15.1 General Description
Each UIO-256 provides 16 GPI inputs and 16 GPI out-
puts. The GPI inputs can be used just like keypanel keys
to activate intercom ports, party lines, relays etc. Each
relay output provides a choice of normal open and normal
closed contacts. The relays can be assigned for activation
from key panel keys, and can be used to control lighting,
or to key remote transmitters, paging systems etc.
15.2 General Theory of Operation
The UIO-256 exchanges control signals with the ADAM
CS Frame via an RS422 data connection. Each UIO-256
also has a data output and input connector pair for con-
nection of an additional UIO-256 Frame. Up to three
additional UIO-256 Frames may be connected in a ring
configuration, where the data output of one frame is con-
nected to the data input of the next. The last UIO-256's
data output line is connected back to the data input of the
first UIO-256. DIP switches at each UIO-256 are set so
16 ADAM CS Installation Manual

that each frame controls a unique range of GPI inputs and
GPI outputs.
GPI inputs are connected via a 50-pin telco connector on
the back of the UIO-256. Each input requires +18 VDC
for activation. The +18 VDC and common connections
may be provided from a remote source. Or, 18 VDC is
supplied at the connector by the UIO-256 and may be
used for input activation, with the user supplying the
external switch.
A second 50-pin telco connector is provided for relay out-
put connections. Both normal closed and normal open pin
connections are provided. The relay contacts are rated for
0.5A at 120 VAC; 1A at 24 VDC; 0.3A at 60 VDC.
The GPI inputs are assignable using the "Digital Inputs"
editor in CSedit. The GPI outputs are assignable using
either the relay edit screen or the special list relay assign-
ment screen in CSedit.
15.3 UIO-256 Connection
15.3.1 One UIO-256
1. Connect J2 of the UIO-256 to J902 of the ADAM
CS. The interconnect cable should be wired as shown
in Figure 22, page 23. If a program assign panel is
also being used, it may be wired to the same connec-
tor as shown in Figure 14.
2. Set the SW-1 DIP switches on the back of the UIO-
256 to select range 1-16 as shown in Table 8, page
33. The SW2 DIP switches are not used, and their
positions do not matter.
3. For a pin-out of the relay connector, refer to Table 9.
For a pin-out of the opto-isolator connector, refer to
Table 10.
4. Connect AC power to the UIO-256.
15.3.2 Additional UIO-256's
1. Up to three additional UIO-256's may be connected
in a ring configuration: the J4 output of the first
UIO-256 is connected to the J3 input of the second
UIO-256; the J4 output of the second UIO-256 is
connected to the J3 input of the third UIO-256 and so
forth. The J4 output of the last UIO-256 must be con-
nected back to the J3 input of the first UIO-256 to
complete the ring. Use 15-pin cables (Figure 15,
page 22) to interconnect the UIO-256 panels.
2. Set the SW1 DIP switches on each UIO-256 to select
a unique panel number as summarized in Table 8.
3. Connect opto-isolator outputs and relay inputs as for
the first UIO-256.
15.4 Programming the UIO-256
The UIO-256 inputs and outputs are programmed just like
the ADAM CS digital inputs and outputs. (See page 16).
Note
The first eight inputs and outputs of the first UIO-256 op-
erate in parallel with J903 on the back panel of the
ADAM CS frame.
ADAM CS Installation Manual 17

18 ADAM CS Installation Manual
™
ADAM CS
Advanced Digital Audio Matrix
+2.1V
+5V
+15V
-15V
POWER
GOOD
PS1 PS2
ALARM OVERRIDE
+2.1V
+5V
+15V
-15V
POWER
GOOD
Audio I/O Card #1 Audio I/O Card #2 Audio I/O Card #3 Audio I/O Card #4 Audio I/O Card #5 Audio I/O Card #6 Audio I/O Card #7 Audio I/O Card #8
Main Controller Card
Backup Controller Card
Power Supply #1 Power Supply #2
Card Reset Switch
Card Fail Indicator
Figure 1. ADAM CS Front View
J500 J501 J502 J503 J504 J505 J506 J507
J600 J601 J602 J603 J604 J605 J606 J607
J700 J701 J702 J703 J704 J705 J706 J707
J800 J801 J802 J803 J804 J805 J806 J807
J100 J101 J102 J103 J104 J105 J106 J107
J200 J201 J202 J203 J204 J205 J206 J207
J300 J301 J302 J303 J304 J305 J306 J307
J400 J401 J402 J403 J404 J405 J406 J407
J900 J901
J902 J903
J900: RS232 TO CONFIGURATION PC
J901: RS422/232 TO TRUNK MASTER
J902: RS422/232 TO ACCESSORIES (PAP,UIO-256)
J903: GENERAL PURPOSE INPUT/OUTPUT
AC2 Connector for PS2 Power Supply AC1 Connector for PS1 Power Supply
J100-J407 & J500-J807: INTERCOM PORT CONNECTORS FOR KEYPANELS,
CAMERA DELEGATE PANELS, PROGRAM INPUTS,TIF-951'S ETC.
(RJ-11 CONNECTORS SHOWN; ALSO AVAILABLE WITH DE-9P OR 50-PIN
TELCO CONNECTORS)
Figure 2. ADAM CS Back View (Shown with RJ-11 Connector Panel)

ADAM CS Installation Manual 19
RX 2
TX 3
GND 5
2TX
3 RX
7 GND
2 RX
3TX
5 GND
TO COMPUTER
9-PIN FEMALE
CONNECTOR
(DE-9S)
25-PIN FEMALE
CONNECTOR
(DB-25S)
9-PINTO 25-PIN CABLE
RX 2
TX 3
GND 5
TO COMPUTER
9-PIN FEMALE
CONNECTOR
(DE-9S)
9-PIN FEMALE
CONNECTOR
(DE-9S)
9-PINTO 9-PIN CABLE
TO INTERCOM
SYSTEM
TO INTERCOM
SYSTEM
Figure 3. ADAM CS J900 to Computer Interconnect Cables (ADAM CS with male J900 Connector)
RX 2
TX 3
GND 5
2TX
3 RX
7 GND
2 RX
3TX
5 GND
TO COMPUTER
9-PIN MALE
CONNECTOR
(DE-9P)
25-PIN FEMALE
CONNECTOR
(DB-25S)
9-PINTO 25-PIN CABLE
RX 2
TX 3
GND 5
TO COMPUTER
9-PIN MALE
CONNECTOR
(DE-9P)
9-PIN FEMALE
CONNECTOR
(DE-9S)
9-PINTO 9-PIN CABLE
TO TRUNKING
SYSTEM
TO TRUNKING
SYSTEM
Figure 4. Trunking System to Computer Interconnect Cables
RX 4
TX 3
GND 1
2TX
3 RX
7 GND
2 RX
3TX
5 GND
TO COMPUTER
9-PIN MALE
CONNECTOR
(DE-9P)
25-PIN FEMALE
CONNECTOR
(DB-25S)
9-PINTO 25-PIN CABLE
RX 4
TX 3
GND 1
TO COMPUTER
9-PIN MALE
CONNECTOR
(DE-9P)
9-PIN FEMALE
CONNECTOR
(DE-9S)
9-PINTO 9-PIN CABLE
TO INTERCOM
SYSTEM
TO INTERCOM
SYSTEM
Figure 5. ADAM CS J900 to Computer Interconnect Cables (ADAM CS with female J900 Connector)

20 ADAM CS Installation Manual
3 TWISTED PAIR TELEPHONE CABLE
1
2
3
4
5
6
DATA -
1
2
3
4
5
6
AUDIO FROM MATRIX +
AUDIO TO MATRIX -
DATA +
123456
CONTACTS
LATCH
RJ 11 MOD PLUG
AMP 55550423 or equivalent
(View from cable entrance)
Use AMP Crimp Tool
12316661
PAIR 1: AUDIO TO MATRIX
PAIR 2: AUDIO FROM MATRIX
PAIR 3: DATA
AUDIO FROM MATRIX -
AUDIO TO MATRIX +
Figure 6. RJ-11 Intercom Cable
DE-9P (MALE)
TO KEYPANEL DE-9S (FEMALE)
TO INTERCOM SYSTEM*
CABLE TYPE:
BELDEN 8777
1
2
6
4
5
9
7
8
3
1
2
6
4
5
9
7
8
3
DATA
AUDIO TO MATRIX
AUDIO FROM MATRIX
+
-
+
-
-
+
When connecting to an ADAM CS back panel, use
only low-profile cable connectors such as AMP
Part No. 747516-3 (Telex Part No. 59926-678)
IMPORTANT!
Figure 7. 9-Pin Intercom Cable
TO INTERCOM MATRIX TO TIF-951
DE-9P
(MALE)
1
2
3
4
5
6
DATA -
2
8
4
5
7
1
AUDIO FROM MATRIX +
AUDIO TO MATRIX -
DATA +
AUDIO FROM MATRIX -
AUDIO TO MATRIX +
RJ11
Figure 8. RJ-11 to 9-Pin Intercom Cable. Use for
TIF-951 Connection to ADAM CS with RJ-11 Back
Panel.
1
2
3
4
5
7
6
8
1
2
3
4
5
7
6
8
12345678
CONTACTS
LATCH
RJ 45 CONNECTOR
(View from cable entrance)
Use AMP Crimp Tool
12316661
Figure 9. EKP-12/16/20 Expansion Panel to KP-12
Interconnect Cable