Dantel A18-05791 Series User manual

CAUTION
•Install or remove modules from the shelf only when the power is off.
If you install a module in the shelf with the power on, the internal
circuitry may suffer damage and the product warranty will be void.
•Remove and install circuit boards only in a static-safe environment
(use antistatic wrist straps, smocks, footwear, etc.).
•Keep circuit boards in their antistatic bags when they are not in use.
•Do not ship or store circuit boards near strong electrostatic, electromag-
netic, magnetic, or radioactive fields.
•For more complete information on electrostatic discharge safety
precautions, refer to BellcoreTM Technical Reference # TR-NWT-000870.
Copyright 2000 by Dantel, Inc. • Dantel is a registered trademark of Dantel, Inc. • ISO 9001 Registered
Printed in the U.S.A.
INSTALLATION & OPERATION MANUAL
05791-0300 <90-00208>
Issue date: March 2000
Reissued Practices: Updated and
new content can be identified by a
banner in the outside margin.
UPDATED
Table of Contents
Ordering Information ........................................................................... 2
General Description.............................................................................. 2
Installation and Turn-up...................................................................... 7
System Diagnostics ............................................................................ 44
Warranty ............................................................................................. 48
A18-05791-XX
SMALL OFFICE STANDARD
ALARM SHELF
46009-00
Multiple Alarm
Transmitter
RST
A1 A2
ACK
A
TX
RX
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
46009-00
Multiple Alarm
Transmitter
RST
A1 A2
ACK
A
TX
RX
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
46009-00
Multiple Alarm
Transmitter
RST
A1 A2
ACK
A
TX
RX
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
RX
TX
46028-01
Control Point
Module
RX DATA
12
34
56
78
910
11 12
AB
CD
14
13
15 16
46023-14
SLC/VDM
MAC
46023-14 REV__
RX DATA
12
34
56
78
910
11 12
AB
CD
14
13
15 16
46023-14
SLC/VDM
MAC
46023-14 REV__
XMT DATA
RESET
A1146020-00 REV__
49029-00
RS232
XMT
DATA
RCV
DATA
RTS
DCD
DTR
CTS
46020-00
MULTI-ALARM
PROCESSOR
U
N
I
V
E
R
S
A
L
L
Y
W
I
R
E
D
46034-00 REV__
RX 1
RX 2
RX 3
RX 4
RX 5
RX 6
RX 7
RX 8
TX 1
TX 2
TX 3
TX 4
TX 5
TX 6
TX 7
TX 8
RXD
TXD
46034-00
HUBBING
MODULE
46033-XX
E-SYS
ADAPTER
CARRIER TEST
XMT RCV
NORMAL
B12-49013-00
T
E
S
T
RCV
XMT
XMT
LVL
TONE
MODEM
CD
DATA
XMT
A1146033-00 REV__
A11-48001-01 REV.
123
456
789
10 11 12
48001-01
FUSE MODULE
44124-00
DATA STATION
TERMINATION
PWR
LB
SC
MON
OUT
IN/2W
MON
IN
OUT
A
T
O
B
B
T
O
A
B11-44124-00 REV__
A11-46062-24 REV__
46062-24
GENERAL
PURPOSE
PROCESSOR
LOW BAT.
MASTER
DATA
PRINTER
RESET
About this Practice:
This is a new document.

PAGE 2 05791-0300 <90-00208>
ORDERING INFORMATION
The 05791 Small Office Standard Alarm Shelf (05791) is available in a variety of options and is ordered by “List
Number”. Refer to the General Description section of this
manual for a discription of these options.
To order the various pieces that make up the 05791 system,
refer to the DJ05791 Block Diagram. Sheets 1 and 2 describe the
Stock List. Sheet 3 describes the make-up of the preassigned list
structure.
GENERAL DESCRIPTION
The 05791 Small Office Standard Alarm shelf is a 14-position 460 Alarm and Control System (ACS) shelf. This shelf
collects discrete or discrete and serial alarm data from central
office communications equipment. The alarm data is processed,
concentrated, and converted to DCP, DCPF, E2A or TL1 protocol
for transmission to the host computer at the Alarm Center. For
a functional schematic of this shelf, refer to sheet 4 of 14 of the
DJ05791 Block Diagram that accompanies this Application
Manual.
♦Option A18-05791-41 uses a Multiple Alarm Processor (MAP)
equipped with 46640 firmware and 46023-12 Multiple Alarm
Combiners (MAC).
♦Option A18-05791-42 uses a Multiple Alarm Processor (MAP)
equipped with 46641 firmware and 46023-14 Multiple Alarm
Combiners (MAC).
LIST STRUCTURE
The 05791 is ordered and equipped by “List Number”. The
different configurations are described below. A description of the
individual modules follows.
List 41 and 42
A List 41 or 42 is always required. It collects eight serial ports
and processes that alarm information to DCP or DCP/F protocol.
♦The MAP is located in slot 7.
♦The MAC is located in slot 5.
♦The Fuse Module is located in slot 14.
The following Lists provide additional functionality to the List
41 or List 42.
List 41A
Adds to the List 41 an additional eight serial ports.
♦A second MAC is added to slot 6.

05791-0300 <90-00208> PAGE 3
List 42A
Adds to the List 42 an additional eight serial ports.
♦A second MAC is added to slot 6.
List 43A
Adds to the List 41 or 42 thirty-two ground or loop-type discrete
alarms and sixteen Form-A contact closures.
♦The MAT is added to slot 1.
♦The CPM is added to slot 4
List 43B
Adds to the List 43A thirty-two more ground or loop-type dis-
crete alarms.
♦The MAT is added to slot 2 or 3.
A maximum of two List 43B’s may be ordered per system.
List 44A
Adds to the List 41 or 42 line conditioning of analog signals.
♦The DST is added to slot 12.
List 45A
Adds to the List 41 or 42 VF (analog) E2A protocol to the NMA.
♦The E-System Adapter is added to slot 11.
NOTE: List 45A, 45B, or 45C cannot be used in the same shelf as a
List 46A.
List 45B
Adds to the List 41 or 42 RS-422 (digital) E2A protocol to the
NMA.
♦The E-System Adapter is added to slot 11.
NOTE: List 45A, 45B, or 45C cannot be used in the same shelf as a
List 46A.
List 45C
Adds to the List 41 or 42 RS-232 (digital) E2A protocol to the
NMA.
♦The E-System Adapter is added to slot 11.
NOTE: List 45A, 45B, or 45C cannot be used in the same shelf as a
List 46A.
GENERAL DESCRIPTION

PAGE 4 05791-0300 <90-00208>
List 46A
Adds to the List 41 or 42 TL1 alarm messaging to the NMA.
♦The TL1 GPP is added to slot 13.
NOTE: List 45A, 45B, or 45C cannot be used in the same shelf as a List
46A.
List 47A
Adds to the List 41 or 42 access to the TL1 GPP’s Printer Port,
allowing single port configuration downloads.
♦The Hubbing Module is added to slot 10.
NOTE: List 45A, 45B, or 45C cannot be used in the same shelf as a List
46A.
MODULES
This shelf, like many Dantel shelves is made up of separate
plug-in modules that are factory-wired together to accomplish a
task. The 05791 can be equipped with a variety of modules. The
modules used in the 05791 shelf are described below.
Multiple Alarm Processor (MAP) - slot 7
The MAP is the center of the Dantel system. The MAP:
♦Polls (interrogates) remote alarm reporting equipment
♦Operates control points
♦Reports alarm status to the Alarm Monitoring Center
(FMAC)
The MAP uses three ports to receive and transmit information:
♦The Data Port connects the MAP to the Multiple Alarm Com-
biners (MAC) and the CPM and MATS
♦The Printer Port, (also called the Craft, Configuration, or
Interface Port), is used for local monitoring and configuring
of the MAP. A serial printer can be connected here to obtain a
hardcopy printout of the alarm information
♦The Master Port is used to report the alarm information to
the alarm center through the E-System Adapter or TL1 GPP
and provides mounting for an RS-232 subassembly
Multiple Alarm Combiner (MAC) - slots 5-6
The MAC is a serial port card. Each have eight RS-422/485
serial ports that can connect the MAP to various equipment that
transmits alarms in a DCM or TBOS serial format.
GENERAL DESCRIPTION

05791-0300 <90-00208> PAGE 5
Fuse Module - slot 14
The B11-48001-01 Fuse Module provides 13 GMT indicating-
type fuse circuits and a failure alarm circuit for fusing 400-type
modules in an equipment shelf. The module fits into any
400-type or similar equipment housing and operates on -21 to
-56 VDC input power. The front panel includes 13 indicating-
type GMT fuses and an alarm LED.
Multiple Alarm Transmitters (MATs) - slots 1-3
Each MAT:
♦Reports the alarm status for up to 32 independent discrete
alarm inputs
♦Provides LED’s to indicate active alarms
Control Point Module (CPM) - slot 4
The CPM provides 16 discrete (independent) relays controllable
by the MAP. Commands can be entered from the Printer Port of
the MAP using a dumb terminal (refer to 46020-40 or -41
manual), or by the Alarm Center. Any of the 16 control points
can be turned on or off to control a particular piece of equip-
ment.
The second function of the CPM is to provide an interface
between the MAC and the Multi Alarm Transmitters (MATs).
Data Station Termination (DST) - slot 12
The 44124 Data Channel Termination Module (DST) is used to
interface a metallic four-wire voice band/data channel line to a
two-wire or four-wire modem when gain and equalization control
are required.
The 44124 DST provides:
♦Data channel line conditioning that includes:
• Impedance matching
• Selectable gain and attenuation control
• Adjustable 309B-type post equalization
♦A loopback capability that can be activated manually or by a
2713 Hz tone
♦Front panel LED indicators
NOTE: This module may be substituted by other NCTE devices.
GENERAL DESCRIPTION

PAGE 6 05791-0300 <90-00208>
E-System Adapter (ESA) - slot 11
The ESA provides an interface between the MAP(s) and the
Alarm Center. It:
♦Takes the DCP protocol from the MAP and converts it to E2A
♦Provides mounting for a 202 Tone Modem.
TL1 General Purpose Processor (TL1 GPP) - slot 13
The TL1 GPP polls DCPF devices and converts the alarm
information into TL1 messages. There are three ports on a
TL1 GPP:
♦The Data Port is set for RS-232 and polls (interrogates) the
Master Port of the MAP through the Hubbing Module in
slot 10
♦The Master Port is also set for RS-232 and presents the
TL1 messages at connector C2G, on the rear of the shelf
♦The Printer Port is used for software and database down-
loads as well as inputing printer syntax commands
Hubbing Module - slot 10
This module is an interface converter and digital hub.
♦The Hubbing Module has eight ports, strappable for RS-232
or RS-422.
♦A ninth port on each Hubbing Module can be equipped with
any standard Dantel communications subassembly to pro-
vide 202 Tone, RS-422, or RS-232.
GENERAL DESCRIPTION

05791-0300 <90-00208> PAGE 7
INSTALLATION AND TURN-UP
This set of instructions is written specifically for the initial turn-up of the Dantel 460 Alarm Shelf 05791. Many of the
settings and options contained in this instruction are applicable
to other wire list configurations. However, due to the specific
detail, these instructions should not be used for other than the
05791.
These instructions are written in three parts. Part One will
define the physical installation of the shelf. Part Two will
define the physical switch and option settings on each module.
Part Three will define the software settings and loading in-
structions for the -40 MAP. Each part will contain step-by-step
instructions as well as additional information as applicable.
Basic Expectations
These instructions are written with the expectation that the
person using them has a basic understanding and general
knowledge of the Dantel product line. Although not required,
prior to attempting to implement this process, it will be assumed
that such persons will have previously attended formal training
on the components and software described in the procedure.
Configuration
These instructions are written based on the following:
♦The shelf is being configured for E2A application
♦A 4-wire analog data circuit has been installed from the shelf
to NMA
♦All components defined below have been received and are in
proper working order
♦Parts Two and Three assume that the shelf installation is
complete including all cabling and power
♦Current product documentation is readily at hand for each
component
♦A personal computer loaded with -40 MAP Editor sofware is
readily available.

PAGE 8 05791-0300 <90-00208>
Components
The following components will be used in this configuration:
♦48001-01 Fuse Module
♦44124 Data Station Termination (DST) (Other Network
Channel Terminating Equipment (NCTE) may be substi-
tuted for this module.)
♦46033 E-System Adapter (E-Sys) equipped with 49013 Tone
Modem Subassembly
♦46034 Hubbing Module
♦46020-40 Multiple Alarm Processor (MAP) equipped with
49029 RS-232 Current Loop Subassembly
♦46023-12 two Smart Multiple Alarm Combiners (SMAC)
♦46028 Control Point Module (CPM) equipped with 49008
RS-422 Current Loop Subassembly
♦46009 three Multiple Alarm Transmitters (MAT)
♦46508 40 MAP Editor
Application Description
This instruction is written based on the assumption that the
shelf will be fully equipped and installed for E2A application.
Specific settings will define that the first port on the first MAC
(slot 5) will be used for discrete alarm assignments as Displays
31 & 32. (The MAT in slot 1 is display 32, points 1-32. Slot 2 is
display 32, points 33-64. Slot 3 is display 31, points 1-32.
The second port on the first MAC will be configured for serial
(TBOS) application. No other ports will be assigned or specifi-
cally configured, however, all 64 displays are available.
PART 1 - EQUIPMENT MOUNTING
Tools Required:
♦Ohmmeter
♦Phillips screwdriver
♦7/16" Nutdriver or socket wrench
♦(TMS) Transmission measuring Set
1. Visually inspect shelf for obvious damage.
2. Use ohmmeter to check for a short across the power input at
B (-DC) and (GND) at the left end of the rear of the shelf (refer to
Fig. 1).
3. TMS is used to verify the levels at the output of the 46033
E-System Adapter and the 4003C Line Amplifier.
INSTALLATION AND TURN-UP
CONTINUED . . .

05791-0300 <90-00208> PAGE 9
FIG. 1 - REAR VIEW OF 05791 SHELF
FB
FA
B
C
C1 C1 C1
C2 C2 C2
DC
GND
1
15 30
16
TB
1
15 30
16
TB
1
15 30
16
TB
1 2 3 4 5 6 7 8 9
10
A
B
E
F
TB
C5 C6 C7 C8
C1
C2
C3
C4
Panel G Panel F Panel E Panel D Panel C Panel B Panel A
4. With a Phillips screwdriver, mount the shelf in an equipment rack
using the screws and lockwashers supplied in a bag attached to the
side of the shelf. Mounting hardware is supplied in a bag attached
to the side of the shelf. Refer to Figure 2.
FIG. 2 - MOUNTING CONFIGURATION, 41075 400-TYPE MOUNTING
INSTALLATION AND TURN-UP
CONTINUED . . .
5. Facing the frame rail, place the equipment shelf in the rack in the
desired location. Secure with three Phillips-head screws and
lockwashers - two on the right side, top and bottom, and one on the
lower left side.
6. Install one ESD stud, with lockwasher, in the upper left location.
7. Secure all fasteners tightly, ensuring proper grounding between
ESD stud and frame rail.
8. Place ESD label next to the ESD stud.

PAGE 10 05791-0300 <90-00208>
9. From the rear of the bay, install the other ESD stud and
lockwasher into the frame rail next to the equipment shelf. Secure
tightly, ensuring proper grounding of the ESD stud. Place ESD
label next to the ESD stud.
WIRING
Wire the 05791 Small Office Standard Alarm Shelf to external
equipment as required. Use the A18-05791-XX Block and Level
Drawing or DJ05791 Block Diagram as references for making
connections to Dantel equipment.
BONDING AND GROUNDING CONDUCTOR AND CONNECTION
REQUIREMENTS
To ensure positive connections, the following guidelines shall be
adhered to:
1. All bonding and grounding conductors (wire, bus bars, or braided
straps for example) shall be made of copper and of sufficiently low
impedance to safely conduct any fault current.
Aluminum shall not be used.
2. Conductors of dissimilar metals shall not be used in terminals or
splicing connectors. Any flux, inhibitors, or compounds (where
used) shall be suitable and shall not adversely affect the conduc-
tor, the installation, or the equipment.
3. All unplated connectors, braided straps, and bus bars shall be
brought to a bright finish and coated with an antioxidant before
crimp connections are made.
Tinned, solder-plated, or silver-plated and other plated connection
surfaces do not have to prepared this way, but they shall be clean
and free of contaminants. Raceway fittings shall be tightened to
provide a low-impedance path.
4. Multiple connectors shall not be secured by the same bolt assem-
bly.
5. Any unplated connection surfaces used (if any) that are part of a
grounding or bonding path shall be brought to a bright finish and
coated with an antioxidant before being electrically connected.
6. All grounding and bonding conductors shall be connected by exo-
thermic welding or compression type fittings to the greatest extent
possible.
Connector devices depending solely on solder shall not be used.
7. The following connector types shall not be used to terminate
grounding or bonding connections:
♦Soldering lugs
♦Screwless (push-in)
♦Friction-fit
INSTALLATION AND TURN-UP
CONTINUED . . .

05791-0300 <90-00208> PAGE 11
PART 2 - STRAP AND SWITCH SETTINGS
Read the following items before proceeding.
♦Observe all company guidelines regarding ESD precautions
when handing modules.
♦Always remove power from any module before removing it
from the shelf. This can be accomplished by either removing
the Fuse Module, or by removing the GMT-type fuse on the
front of the Fuse Module for the specific slot of concern. In
the case of the MAC’s and MAP’s, always power all of them
down before removing any one of them.
♦After the option switches have been set in each module, in-
sert the module fully into the appropriate shelf slot.
♦Slot 13 of the shelf is wired for TL1 protocol application, how-
ever, under this configuration, this slot will not be used. Slots
8 and 9 are vacant slots and will not be used.
♦A full set of documentation should be provided with each
shelf. It is strongly recommended that these documents be
referred to for switch locations and other informational de-
tails while setting options. Following the completion of this
turn-up procedure, all documentation should remain in the
office for future reference.
Care should be taken to determine which direction a switch
should be thrown to be in either the ON or OFF position.
This can and does change between different modules.
♦Ports 1 & 3 of the Hubbing Module are internally connected
using buses A & B. Ports 2 & 4 are internally connected us-
ing buses C & D.
STEP 1 - POWER AND FUSE MODULE (LISTS 41 & 42)
Remove power from all slots by removing the 48001 Fuse Mod-
ule in slot 14. There is one jumper on the Fuse Module. Refer to
Fig. 3 and Table A.
The Fuse Module should have been shipped completely fused
with GMT-type fuses. The standard fuse rating is 0.5 Amps. If
any fuses are missing, replace them now. Ensure that all fuses
are properly seated in the module.
IMPORTANT: Do not plug the Fuse Module in until the end of this section.
When all other modules have been optioned and are plugged
into their respective slots, only then plug in the Fuse Module to
power up the shelf.
INSTALLATION AND TURN-UP
CONTINUED . . .

PAGE 12 05791-0300 <90-00208>
FIG. 3 - STRAP LOCATION, B11-48001 FUSE MODULE
TABLE A - JP1 STRAP OPTIONS
48001-01
Fuse Module
B11-48001-01 REV.__
Alarm
123
456
789
10 11 12
JP1
1
2
3
POSITION
Pins 1 & 2 *
Pins 2 & 3
DESCRIPTION
Redundant or Single Input
Two Independant Inputs
* Setting for this application.
INSTALLATION AND TURN-UP

05791-0300 <90-00208> PAGE 13
STEP 2 - MAP AND RS-232 SUBASSEMBLY (LISTS 41 & 42)
MAP -40
Set the option switches on the 46020 MAP in slot 7 per Fig. 4
and Tables B, C, and D.
NOTE: Switch S5-2 is set in the ON position at this time but will be
changed to the OFF position near the end of this procedure. In
the ON position, when power is applied to the module, any
configuration held in memory will be erased. In the OFF
position, when power is applied the module will resume normal
operation, utilizing the current configuration held in its
memory. By starting in the ON position, this ensures that any
previous configuration will be erased and the memory will be
blank.
FIG. 4 - 46020 MAP SWITCH LOCATIONS
VIEW
ROTATED
90 DEGREES
* REFER TO TABLE D
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
SWITCH 7
SWITCH 6
SWITCH 1 SWITCH 2 SWITCH 3 SWITCH 4
UP = OFF
DOWN = ON
1 2 3 4 5 6 7 8
SWITCH 5*
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
TABLE B - 46020 MAP SWITCHES SW1 THRU SW4
NOTE: A “1” indicates that the switch is up (up = OFF). A “0” indicates that the switch is
down (down = ON).
SWITCH
SW1
SW2
SW3
SW4
POSITION
12345678
00000000
00000000
00010001
01110001
INSTALLATION AND TURN-UP

PAGE 14 05791-0300 <90-00208>
TABLE C - 46020 MAP SWITCHES SW5 THRU SW7
NOTE: A “1” indicates that the switch is up (up = OFF). A “0” indicates that the switch is
down (down = ON).
* NOTE: SW5-2 and 3 work together to dictate how the MAP will use the on-board memory
and what will happen when the MAP is reset. Placing S5-2 and 3 both DOWN, for
example, causes the MAP’s memory to be cleared. Refer to Table D below.
SWITCH
SW5
SW6
If shelf equipped with 46033
E-System Adapter in slot 11
SW6
If shelf is not equipped with
46033 E-System Adapter in
slot 11
SW7
POSITION
12345678
00*1*11111
00001100
11000100
11111111
TABLE D - 46020 MAP SWITCHES SW5-2 AND S5-3
S5-3
UP or DOWN
DOWN
UP
UP
S5-2
DOWN
UP
UP
UP
CONDITION
When power is applied to the MAP, all information in the memory to
define the data port configuration is erased. Configurations of printer
and master ports go to default conditions as defined by switches S3, S4,
and S6.
When power is applied to the MAP, a reset occurs, but all information
in memory to define the data port configuration is retained.
Configurations of printer and master ports go to default conditions as
defined by switches S3, S4, and S6.
If there is a configuration in memory, the system resumes normal
operation upon startup. This is the setting for normal operation.
If there is no configuration in memory, the configurations of printer and
master ports go to default conditions as defined by switches S3, S4, and
S6.
SWITCH S5-2 AND S5-3
NOTE: Place Switches S5-2 and 3 in the UP position before
downloading a database configuration to the MAP. After the
database is downloaded, keep the switch in the UP position.
If you place the switch in the DOWN position after the
database is downloaded and later remove power from the MAP,
the MAP reconfigures the master and printer ports according to
the switch settings on the module. These settings define only
one address for each port. If the database has information for
two addresses on a port, the MAP no longer reports any alarms
for the second address.
INSTALLATION AND TURN-UP

05791-0300 <90-00208> PAGE 15
49029 RS-232 Subassembly (on MAP)
Set the straps per to Fig 5 and Table E.
FIG. 5 - 49029 SWITCH AND STRAP LOCATIONS
X2 X1
X3
12 3
P4
-00 -01
S1
ON
CTS
THRU
DCD
P5
TABLE E - 49029 SWITCH AND STRAP SETTINGS
STRAP/SWITCH
S1
X1
X2
X3
POSITION
-00 Mode
THRU
THRU
Jumper pins 1 & 2
STEP 3 - 46023 SMAC (LISTS 41, 41A, 42, & 42A)
Set the option switches on the 46023-12 SMAC in slot 5 per
Fig. 6 and Table F. Set this card (slot 5) to Card Address 1. If
equipped, set the option switches on the 46023-12 SMAC in
slot 6 per Fig. 6 and Table F. Set this card (slot 6) to Card
Address 2.
FIG. 6 - 46023 SMAC SWITCH LOCATIONS
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
SW1
SW2
SW3
ON
OFF
ON
OFF
ON OFF
INSTALLATION AND TURN-UP

PAGE 16 05791-0300 <90-00208>
TABLE F - 46023 SMAC SWITCH OPTIONS
SWITCH S1
CARD ADDRESS
1 (Ports 1-8) *
2 (Ports 9-16) **
MASTER PORT DATA RATE
9600 Baud
MASTER PORT PROTOCOL
DCPF SWITCH S2
Not Used SWITCH S3
Port Termination
Port 1 Terminated
Port 2 Terminated
Port 3 Terminated
Port 4 Terminated
Port 5 Terminated
Port 6 Terminated
Port 7 Terminated
Port 8 Terminated
S1-1
OFF
ON
S2-1
OFF
ON
S1-2
OFF
OFF
S2-2
OFF
ON
S1-4
OFF
S2-4
OFF
ON
S1-5
OFF
S2-5
OFF
ON
S1-7
ON
S2-7
OFF
ON
S1-8
ON
S2-8
OFF
ON
S1-6
ON
S2-6
OFF
ON
S1-3
OFF
OFF
S2-3
OFF
ON
* Default for slot 5
* Default for slot 6
STEP 4 - 46009 MAT (LISTS 43A & 43B)
Set the option switches on the 46009 MAT in slots 1, 2, and 3 (if
equipped) per Fig. 7 and Table G.
♦Set slot 1 to addresses 125/126.
♦Set slot 2 to addresses 127/128.
♦Set slot 3 to addresses 121/122.
FIG. 7 - 46009 MAT SWITCH AND STRAP LOCATIONS
1 2 3 4
1 2 3 4 5 6 7 8
1 2
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8
BOTTOM EDGE
* S5 S4 S3
* Shown for display 5 points 1-32.
TOP EDGE
B A
S6
S301
INSTALLATION AND TURN-UP

05791-0300 <90-00208> PAGE 17
TABLE G - 46009 MAT SWITCH AND STRAP OPTIONS
STEP 5 - 46028 CPM (LIST 43A)
Set the option switches on the 46028 CPM (if equipped) in slot 4
per Fig. 8 and Table H.
FIG 8 - 46028 CPM SWITCH LOCATIONS
113
1
4
J5
J4
SUBASSEMBLY
MOUNTING
AREA
OFF
18
OFF
18
S1 S2
UP=OFF
DOWN=ON
A
NORM
REV
S3
B
Bottom Edge View
SWITCH 1 SWITCH 2
UP = OFF
DOWN = ON
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8
INSTALLATION AND TURN-UP
NOTE: A “1” indicates that the switch is up (up = OFF). A “0” indicates
that the switch is down (down = ON).
* DCM addresses 125/126
** DCM addresses 127/128
*** DCM addresses 121/122
NOTE: The MATs in slots 1 through 3 are not interchangeable without
changing the address on switch 5 first.
SWITCH
SW5
Slot 1 *
Slot 2 **
Slot 3 ***
SW4
SW3
SW6
SW301
A/B Strap
POSITION
12345678
00000011
00000001
00000111
11010111
11111111
1111----
01------
Set for position “A”.

PAGE 18 05791-0300 <90-00208>
TABLE H - 46028 CPM SWITCH SETTINGS
NOTE: A “1” indicates that the switch is up (up = OFF).
A “0” indicates that the switch is down (down = ON).
SWITCH
SW1
SW2
S3
AB
Strap
POSITION
12345678
11101000
11111111
Leave in “NORM”
Leave in “A” position.
49008 RS-422 Subassembly (on CPM)
Set the straps per Fig. 9 and Table I.
FIG 9 - 49008 STRAP LOCATIONS
TABLE I - 49008 STRAP SETTINGS
113
1
4
P5
P4
J
E
A
C
D
OPTION
Input
Terminated
Interface
RS-422
STRAP
J Strap installed.
Straps A and C installed
INSTALLATION AND TURN-UP

05791-0300 <90-00208> PAGE 19
STEP 6 - 44124 DST (LIST 44A)
Set the option switches on the DST in slot 12 per Fig. 10 and
Tables J thru N. Specific levels and equalization settings are
normally determined by either the Special Services or OCS
Installer at the time of the ETEL circuit installation.
NOTE: This module may be substituted by other NCTE devices.
FIG. 10 - 44124 DST SWITCH LOCATIONS
G
L
S2
G
L
S3
R
N
S5
S4
NOR
SXT
SC
S6
150 600 1200
S7
HT BW
OUT
IN
S8
S10
4W2W
EQR
S9
BYP
S11
S12
.1 .2 .4 .8 1.5 3 6 12
L
S13
G
1 2 4 8 1 2 4 8
OPEN
ON
OPEN
ON
.1 .2 .4 .8 1.5 3 6 12
1 2 4 8NL
OPEN
ON
4
DTD
81620
MLB
OPEN
OPEN
S1
TABLE J - 44124 DST SWITCH OPTIONS
NOITCNUF NOITPO HCTIWS NOITISOP
ecnadepmIeniL smho006 6S 006
tceleSporDW4/W2 eriW-ruoF 01S *W4
kcabpooLzH3172 elbanE 2-21S DTD
tuoemiTkcabpooLzH3172 setuniM02 1-21S 02
kcabpooLlaunaM delbasiD 3-21S FFO
INSTALLATION AND TURN-UP
CONTINUED . . .

PAGE 20 05791-0300 <90-00208>
TABLE J (CONTINUED) - 44124 DST SWITCH OPTIONS
niaGkcabpooL Bd8 4-21S
5-21S
NO
FFO
edoMxelpmiS lacoL 4S RON
ytiraloPxelpmiS lamroN 5S N
tnerruCgnilaeS kniS 2S L
rezilauqEtupnI ssapyB 9S PYB
elbaCepolSrezilauqE
tceleS
dedaoL
dedaolnoN
1-8S
1-8S
---
*LN
niaGleveLtupnI
tceleSssoL/
niaG
ssoL
31S
31S
G
*L
leveLtupnI
)evitalumucca,Bd(
ffollasitluafed*
1.0
2.0
4.0
8.0
5.1
0.3
0.6
0.21
1-11S
2-11S
3-11S
4-11S
5-11S
6-11S
7-11S
8-11S
NO
NO
NO
NO
NO
NO
NO
NO
niaGleveLtuptuO
tceffEssoL/
niaG
ssoL
3S
3S
G
*L
leveLtuptuO
)evitalumucca,Bd(
ffollasitluafed*
1.0
2.0
4.0
8.0
5.1
0.3
0.6
0.21
1-1S
2-1S
3-1S
4-1S
5-1S
6-1S
7-1S
8-1S
NO
NO
NO
NO
NO
NO
NO
NO
detacidnIsgnitteStluafeD*
NOITCNUF NOITPO HCTIWS NOITISOP
INSTALLATION AND TURN-UP