ADTRAN Total Access 3000 User guide

Total Access®3000/3010 System Manual6TAINT001-1E
Total Access®3000/3010
System Manual
Manual Part Number - 61181001L1-1E
CD Part Number - 3253056@B

6TAINT001-1ETotal Access®3000/3010 System Manual
Trademarks
Any brand names and product names included in this manual are
trademarks, registered trademarks, or trade names of their respective
holders.
To the Holder of this manual
The contents of this manual are current as of the date of publication.
ADTRAN reserves the right to change the contents without prior notice.
In no event will ADTRAN be liable for any special, incidental or
conse uential damages or commercial losses even if ADTRAN has been
advised thereof as a result of issue of this publication.
901 Explorer Boulevard
P.O. Box 140000
Huntsville, AL 35814-4000
[phone]
©2003 ADTRAN, Inc.
All Rights Reserved.
Printed in U.S.A.

Total Access®3000/3010 System Manual6TAINT001-1E
About this Manual
ADTRAN’s Total Access 3000/3010 is used to deliver a variety of
digital services, including HDSL, T1, and ISDN, over copper loops,
and four T1s over optical fiber.
This manual provides a complete description of the system and
system software. The purpose of this manual is to provide the
technician, system administrator, and manager with general and
specific information related to the planning, installation, operation,
and maintenance of the Total Access 3000/3010 system. The manual
is arranged so that needed information can be uickly and easily
found. The following is an overview of the contents:
Section 1.0 System Description
Provides users with an overview of the Total Access 3000/3010 system.
Section 2.0 Engineering Guidelines
Provides information to assist network designers incorporating a Total
Access 3000/3010 system into their networks.
Section 3.0 Application Guides (APP)
Provides information on specific Total Access 3000/3010 wiring and
applications.
Section 4.0 Site Preparation (PREP)
Provides information for site engineers who will prepare the site for a
Total Access 3000/3010 installation.
Section 5.0 Installation and Turn-up Pocedures (NTP)
Provides step-by-step instructions for installers on how to install a
Total Access 3000/3010 System and perform system upgrades.
Section 6.0 Acceptance Test Procedures (ATP)
This section is also intended for installers. It outlines steps to test and
verify that the system has been properly installed.
Section 7.0 Detailed Level Procedures (DLP)
Provides the detailed level procedures called out in top-level
procedures.
Section 8.0 Troubleshooting Guide (TSG)
Provides alarm codes, determinations, and LED status information.
Section 9.0 Appendixes
Provides warranty and ADTRAN contact information.

6TAINT001-1ETotal Access®3000/3010 System Manual
Revision History
This is the fifth issue of this manual. Changes are as follows:
Section 1.0 – Removed information regarding the DSLAM Cell
Switch Modules and DSLAM Access Modules.
Section 2.0 – Removed physical dimensions and power and heat
dissipation data for the DSLAM Cell Switch Modules
and DSLAM Access Modules.
Section 3.0 – Removed DSLAM System Applications.
Section 5.0 – Removed DSLAM Installation and Turnup Procedures.
Section 7.0 – Removed DSLAM Detail Level Procedures.
Certification
Total Access® 3000/3010 is compliant with all NEBS Level 3
re uirements and is listed to UL 60950.
Federal Communications Commission Statement
This e uipment generates, uses, and can radiate radio fre uency
energy. If not installed and used in accordance with the instruction
manual, this e uipment may cause interference to radio
communications. Total Access 3000/3010 has been tested and found
to comply with limits for a Class A digital device pursuant to Subpart
B of Part 15 of FCC Rules, which are designed to provide reasonable
protection against such interference when operated in a commercial
environment.
This e uipment does not exceed Class A limits for radio emission for
digital apparatus, set out in the Radio Interference Regulation of the
Canadian Department of Communications.

Total Access®3000/3010 System Manual
6TASYS000-1E
TOTAL ACCESS®3000/3010
SECTION 1
Page 1 of 2
© 2003, ADTRAN, Inc.
Total Access®3000/3010 System Description
Find a Topic in the List Below Then Turn To:
System Overview Page 3
System ComponentsPage 5
System Connectivity Page 9
System ModulesPage 13
System Solutions Page 33

6TASYS000-1E
TOTAL ACCESS®3000/3010
SECTION 1
Page 2 of 2
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 1 of 46
Total Access®3000/3010 System Manual © 2003, ADTRAN, Inc.
Total Access® 3000/3010 System Description
This section of ADTRAN’s Total Access 3000/3010 System Manual is designed
for use by net ork engineers, planners, and designers ho are upgrading or
intensifying a communications net ork.
It contains general information and describes physical and operational concepts,
card functions, net ork relationship, provisioning, testing, alarm status, and
system monitoring. This section should be used in conjunction ith the
Engineering Guidelines section of this manual.
CONTENTS
1. System Overview .................................................................................................................................... 3
1.1 General Overvie .......................................................................................................................... 3
1.2 Features and Benefits ...................................................................................................................... 3
2. System Components ............................................................................................................................... 5
2.1 Shelf ................................................................................................................................................ 5
2.2 Heat Baffle and Fiber Routing ........................................................................................................ 7
2.3 Bay Configurations ......................................................................................................................... 8
3. System Connectivity ............................................................................................................................... 9
3.1 System and Po er Ground ............................................................................................................. 9
3.2 Timing ............................................................................................................................................. 9
3.3 Net ork Interfaces .......................................................................................................................... 9
3.4 Loop Interfaces ............................................................................................................................. 11
3.5 Test Access ................................................................................................................................... 11
3.6 Management Interfaces ................................................................................................................. 11
3.7 Alarms ........................................................................................................................................... 11
4. System Modules .................................................................................................................................... 13
4.1 Common Modules ......................................................................................................................... 13
4.1.1 System Controller Unit.....................................................................................................13
4.2 Multiplexer Modules ..................................................................................................................... 15
4.2.1 DS3 Multiplexer Module ................................................................................................. 15
4.2.2 STS-1 Multiplexer Module .............................................................................................. 16
4.2.3 OC-3 Multiplexer Module ................................................................................................ 18
4.3 Access Modules ............................................................................................................................ 19
4.3.1 HTU-C .............................................................................................................................. 20
4.3.2 HD-10 ............................................................................................................................... 23
NOTE
References to common, but differing, parameters bet een the Total Access
3000 and the Total Access 3010, such as number of slots, ill be conveyed by
the convention a/b. The “a” represents the Total Access 3000 parameter and the
“b” represents the Total Access 3010 parameter. For example, the differing
number of access slots in the t o platforms, 28 for the Total Access 3000 and
22 for the Total Access 3010, ould be displayed “28/22.”

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 2 of 46
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.
FIGURES
Figure 1. Front Vie of Shelf ..................................................................................................................... 5
Figure 2. Total Access 3000/3010 .............................................................................................................. 6
Figure 3. Seven-Foot Bay for Rack ith One-Inch Mounting Spaces ...................................................... 8
Figure 4. Total Access 3000/3010 Backplane .......................................................................................... 10
Figure 5. Management Interfaces ............................................................................................................. 13
Figure 6. SCU Faceplate ........................................................................................................................... 14
Figure 7. DS3 MUX Faceplate ................................................................................................................. 15
Figure 8. STS-1 MUX Faceplate .............................................................................................................. 17
Figure 9. OC-3 MUX Faceplate ............................................................................................................... 18
Figure 10. HTU-C Faceplates ..................................................................................................................... 21
Figure 11. HD-10 Faceplate (double ide) ................................................................................................ 23
Figure 12. T1-OR Faceplate ....................................................................................................................... 24
Figure 13. QFO-C Faceplate ....................................................................................................................... 26
Figure 14. H2TU-C Faceplates ................................................................................................................... 28
Figure 15. DSX-1 Faceplate ....................................................................................................................... 30
Figure 16. H4TU-C Faceplates ................................................................................................................... 32
Figure 17. TDM Net ork Interfaces .......................................................................................................... 35
Figure 18. TDM Loop Devices ................................................................................................................... 37
Figure 19. HDSL/HDSL2 System Arrangement ........................................................................................ 38
Figure 20. ISDN Practical Arrangement .................................................................................................... 40
Figure 21. Total Access 3000 HD-10/ISDN Versatility ............................................................................ 41
Figure 22. T1 System Arrangement ............................................................................................................ 42
Figure 23. QFO-C System Arrangement .................................................................................................... 43
Figure 24. Loop Support System Arrangement .......................................................................................... 44
TABLES
Table 1. Access Module Installation and Maintenance Practices ........................................................... 20
4.3.3 T1-OR ............................................................................................................................... 24
4.3.4 QFO-C .............................................................................................................................. 26
4.3.5 H2TU-C ............................................................................................................................ 28
4.3.6 DSX-1 Module ................................................................................................................. 30
4.3.7 H4TU-C ............................................................................................................................ 32
5. System Solutions ................................................................................................................................... 35
5.1 TDM Net ork Access Solutions .................................................................................................. 35
5.1.1 DSX-1 ............................................................................................................................... 35
5.1.2 DS3/STS-1 ........................................................................................................................ 36
5.1.3 OC-3 ................................................................................................................................. 36
5.2 Loop Access Solutions .................................................................................................................. 37
5.2.1 HDSL/HDSL2 .................................................................................................................. 37
5.2.1.1 Range Extension (HDSL/HDSL2) .................................................................... 38
5.2.2 ISDN ................................................................................................................................. 39
5.2.3 T1 ...................................................................................................................................... 42
5.2.4 Optical Delivery of Four T1s ........................................................................................... 43
5.2.4.1 Optical Characteristics ....................................................................................... 44
5.2.5 Automatic Protection S itching ...................................................................................... 44

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 3 of 46
Total Access®3000/3010 System Manual © 2003, ADTRAN, Inc.
1. SYSTEM OVERVIEW
1.1 General Overview
ADTRAN’s Total Access 3000/3010 is an intelligent access platform that integrates
ADTRAN’s industry leading loop technologies into a single platform. Total Access
3000/3010 has unparalleled reliability, flexibility, provisioning, protection, and
management capabilities. It is designed to deploy today’s advanced loop technologies
and those of the foreseeable future, as ell as support all existing technologies.
Current offerings for the Total Access 3000/3010 include STS-1, OC-3, DS3, HDSL,
HDSL2, T1, ISDN, Optical Delivery of four T1s, and a System Controller Unit. The
entire system is designed for simplicity, service, compatibility, and functionality.
The Total Access 3000/3010 open-architecture backplane delivers highly reliable
services across a large number of interfaces. It is also ell suited for Remote
Terminal (RT) and Multi Tenant Unit (MTU) deployment because it is temperature
hardened and requires only 6 inches of rack space. In addition, ADTRAN’s Total
Access EMS (Element Management System) provides a full range of net ork
management features and a CORBA interface for OS integration.
1.2 Features and Benefits
• Total Access 3000/3010 ill easily integrate future technologies
• Compact size allo s for reduced space requirements
• Fully hardened for RT Deployment
• Full NEBS Level 3 and UL Certifications

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 4 of 46
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 5 of 46
Total Access®3000/3010 System Manual © 2003, ADTRAN, Inc.
2. SYSTEM COMPONENTS
2.1 Shelf
Total Access 3000/3010 is composed of four main elements:
• Total Access 3000/3010 Shelf and Backplane
• System Controller Unit Module
• Multiplexers
• Access Modules
The system houses the management, multiplexer modules, and access modules. The
compact shelf includes all the features necessary for total system functioning including
provisioning, protection, monitoring, alarm status, and optical fiber routing. The single
multifunction backplane provides for a variety of system arrangements.
The Total Access 3000/3010 shelf is compliant ith all applicable NEBS Level 3
requirements and listed to UL 60950.
All modules are inserted and removed from the front of the shelf. The far-left slot is
designated for the System Controller Unit (SCU), the next t o slots are designated for
Multiplexer Modules, and the remaining 28/22 slots are reserved for access modules.
Slot openings are labeled for easy identification and the access module slots are
numerically linked for optional protection pairing.
The 6-inch high, 12-inch deep, 23-inch/19-inch ide shelf is constructed of heavy
gauge sheet metal ith vent perforations on the top and bottom planes. Construction
provides for all standard ire runs. Reversible mounting brackets allo for flush
mount or 5-inch overhang configurations. Mounting brackets meet either the 1-inch or
1 3/4-inch mounting hole pattern (see igure 1).
Figure 1. Front View of Shelf
DS3MX
POWER
STATUS
TEST
LOCKOUT
ONLINE
APS
TEST/
ENABLE
1181020L1
DS3MX
POWER
STATUS
TEST
LOCKOUT
ONLINE
APS
TEST/
ENABLE
1181020L1
SCU
FSE
MODE
SELECT
ALM
HST
ACO
C
R
A
F
T
ACO
1181015L1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
HD-10BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
23" or 19" 12"
6"

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 6 of 46
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.
Total Access 3000/3010 is the foundation for an intelligent and versatile digital
services system. It is the basic building block for both metallic and optical
transmission service bet een the customer and the CO. The Total Access 3000/3010
can be configured to meet the gro ing needs of both TDM and DSLAM applications.
igure 2 sho s the Total Access 3000/3010 configured for a TDM net ork ith
management, net ork, and loop interfaces.
Figure 2. Total Access 3000/3010
4 T1 Ciruits
NMA
Mainframe
X.25
Network
Network
Network
Network
NID
2 HDSL
circuits
T1
circuit
HDSL/
HDSL2
circuit
ADTRAN
Loop
Support
System
Optical DS2
Remote
2 Optical Fibers
FT1 circuit
(SDSL)
Built-in
PAD
SNMP
Management
Station
Up to 56/44 DSX-1
DS3
ISDN
Voice Switch
Basic Rate ISDN
T1
circuit
HD-10
10
U-interfaces
STS-1
OC-3
VT100
Terminal
To Subtended
Shelves
Modem
Ethernet
LAN
UNIT
1181000L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
UNIT
1181000L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
UNIT
1181000L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
UNIT
1181000L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
UNIT
1181000L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
UNIT
1181000L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
FNID
HD-10
BRIMUX
PWR
ALM
LBK
1
2
3
4
5
6
7
8
9
10
DSL
TEST
T
E
S
T
ACO
1250110L1
6
5
4
321
L
T
ADJ
10DSL
ESF
B8ZS
ZBSEN
NT
TDM
8DSL
SF
AMI
DIS
HD-10
BRIMUX
PWR
ALM
LBK
1
2
3
4
5
6
7
8
9
10
DSL
TEST
T
E
S
T
ACO
1250110L1
6
5
4
321
L
T
ADJ
10DSL
ESF
B8ZS
ZBSEN
NT
TDM
8DSL
SF
AMI
DIS
HD-10
BRIMUX
PWR
ALM
LBK
1
2
3
4
5
6
7
8
9
10
DSL
TEST
T
E
S
T
ACO
1250110L1
6
5
4
321
L
T
ADJ
10DSL
ESF
B8ZS
ZBSEN
NT
TDM
8DSL
SF
AMI
DIS
HD-10
BRIMUX
PWR
ALM
LBK
1
2
3
4
5
6
7
8
9
10
DSL
TEST
AC
1250110L1
6
5
4
321
L
T
ADJ
10DSL
ESF
B8ZS
ZBSEN
TD
Express3000
RDB1B2PWR
LINE
TEST
Express 3000
ISDN
Terminal
Adapter
10BaseT
RS-232
RS-232
RS-485
Regenerator
HDSL/
HDSL2
Remote
Total Access 3000/3010
DS3MX
POWER
STATUS
TEST
LOCKOUT
ONLINE
APS
TEST/
ENABLE
1181020L1
DS3MX
POWER
STATUS
TEST
LOCKOUT
ONLINE
APS
TEST/
ENABLE
1181020L1
SCU
FSE
MODE
SELECT
ALM
HST
ACO
C
R
A
F
T
ACO
1181015L1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
HD-10BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10BRIMux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10BRIMux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10BRIMux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
MANAGEMENT
NETWORK
LOCAL LOOP

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 7 of 46
Total Access®3000/3010 System Manual © 2003, ADTRAN, Inc.
2.2 Heat Baffle and Fiber Routing
An optional heat baffle mounts directly above the main shelf. The heat baffle is 4
inches high and 21.5/17.5 inches ide. It allo s passage of cool air to convect heat
a ay from the shelf above the baffle. It also has a shallo trough in front to route fiber
optic cables from the shelf belo the baffle. A separate fan module pulls air up and
across the shelf cards belo the baffle. All elements fit in the standard 23-inch/19-inch
ide rack.

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 8 of 46
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.
Figure 3. Seven-Foot Bay for Rack with One-Inch Mounting Spaces
Fuse Panel
Heat Baffle #6
Total Access Shelf #6
Heat Baffle #5
Total Access Shelf #5
Heat Baffle #4
Total Access Shelf #4
Heat Baffle #3
Total Access Shelf #3
Heat Baffle #2
Total Access Shelf #2
Heat Baffle #1
Heat Baffle #0
Total Access Shelf #1
Fuse Panel(s) are
4 inches in height.
Total Access Shelf
is 6 inches in height.
Six Total Access
Shelves require 64 inches
in a 7-foot bay.
7-Foot Bay
Heat Baffle is 4 inches in height.
2.3 Bay Configurations
Total Access 3000/3010 is available in a 7-foot bay configuration. The actual number
of services that can be provisioned from a particular bay depends on the type and
concentration of those services. Some arrangements dra more po er than others and
may impact total po er consumption to a higher degree. See igure 3 for an example
of a six-shelf installation.

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 9 of 46
Total Access®3000/3010 System Manual © 2003, ADTRAN, Inc.
3. SYSTEM CONNECTIVITY
The multifunction single backplane is the key element in system versatility. It contains
all I/O connectors, control and signal routing, po er input and ground, plus the
interconnections bet een access modules, multiplexer cards, and the SCU. There are
also facilities for plug-in modules and ire- rap pins for special purposes.
See igure 4.
Refer to Figure 4, (page 9) the Total Access 3000/3010 Backplane, to identify the
locations of the follo ing:
3.1 System and Power Ground
lag A. Power Connections
The system is designed to accommodate redundant po er configurations. Dual
Terminals for -48V and return are provided. The system ill operate ith either
individual supply or both supplies functioning.
lag B. rame Ground
Copper terminal block is provided for frame ground.
3.2 Timing
lag C. Timing Input
Total Access 3000/3010 operates in local, loop, or external timing modes. For external
timing modes, the unit accepts an optional daughterboard to terminate a 64K
composite clock at C1 and routes the timing signal to all modules. For SONET
applications, the shelf terminates primary (C2) and secondary (C3) DS1 1.544M
clocks and delivers the signal to the MUX common cards.
lag D. Output Clock
T o external DS1 clock outputs allo Total Access 3000/3010 to source time other
communication devices. The shelf provides t o output clock sources hen a
multiplexer that supports this feature is installed.
3.3 Network Interfaces
NOTE
Total Access 3000/3010 can accept DSX and MUX signals simultaneously.
lag E. Multiplexed Network Access
The high-speed multiplexed interface (DS3 or STS-1) is available through standard
coax cable connections. A BNC adapter, P/N 1181004L1, is required. All fiber
contectivity is accessed through the faceplate.

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 10 of 46
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.
23-inch Shelf
19-inch Shelf
Figure 4. Total Access 3000/3010 Backplane
1
10
30
20
40
48
1
32
33 1
33 1
64 32
C B A C B A C B A C B A C B A C B A C B A C B A C B A C B A C B A C B A
E D C B A E D C B A
D C B A
C B A
C B A C B A C B AC B AC B A C B A C B AC B AC B A C B AC B AC B A C B A C B AC B A
64
J29
P5
P16 P17
P13
P4
EXTCLK
A - IN
LOOP
TEST
ACCESS
P12
33 1
64 32
P11
33
1
13 ADMIN 1
25
O
N
14
64 32
P8 J31
PAIR 4
PAIR 3
PAIR 2
PAIR 1
PAIR 5P6 P9
P10
P15 P14
J33
PAIR 6
PAIR 7
PAIR 8
EXTCLK
10
20
32
1
J28
10
20
32
1
J27
10
20
32
1
J26
10 20 32
1
J25
10 20 32
1
1
J24
32
1
J23
10 20 32
1
J22
10 20 32
1
J21
10 20 32
1
J20
10 20 32
1
J19
10 20 32
1
J18
10 20 32
1
J17
10 20 32
1
J16
10 20 32
1
J15
10 20 32
1
J14
10 20 32
1
J13
10 32
1
J12
10
20
20
32
1
J11
10 32
1
J10
10 2020 32
1
J9
10 20 32
1
J8
10 20 32
1
J7
20 32
1
J6
10
10
20 32
1
J5
20 32
1
J4
1010 20 32
1
J3
10 20 32 32
C5
R4 R5
R6
R3 R7
C8
R9
R10
R11
R20
C3 C1
1
J2
10 20
SS
S
1
1
J1
10 20 32
13
64
R 1 2 R 1 3 R 1 4 R 1 5 R 1
R 2 R16 R17 R18 R19
C6
C2
1
25
64 32
181 9
33 164
32
33 1
64 32
33
R22
1
33 1
14NTWK MGMT
J30
-48 VDC PRI
P7
-48 VDC RET TS1
P22
P3
EXT INPUTS
ACO RMT AUX1 AUX2
AAAABBBB
-48 VDC SEC
-48 VDC RET
TS2 NO C NC NO C NC
AUX2 AUXI
P21
CRI-A
NO C NC NO C NC NO C NC
MAJ-A MIN-A
P1 P20
P2
J32
P24
EXTCLK
C-IN
SW1
1
10 30
20
40
48
P19 P18
ALARM OUTPUTS
CRI-A B - OUT
NO C NC NO C NC NO C NC
MAJ-A MIN-A A - OUT B IN E - NETIN OUT
+ –+ –+ –
RS485
AB AB
T
R
S
T
R
S
T1
R1
S
1 6
T
R
T1
R1
P23
DSX1
TEST
ACCESS
PC2A 94V-0
2298
32
64
33
1
32
64
33
1
32
64
33
1
32
64
33
1
32
64
33
1
32
64
33
132
64
33
1
32
64
33
1
A D T R A N 1 9 9 8
5 1 8 1 . 0 0 1 - 1 F
C C O P Y R I G H T
+ –
RX TX
J34
R22
K
F or G
F or G
F or G F or G
F or G
F or G
F or G
F or G
I
C3
E
H
C1
JAA
B
C2
N
N
N
O
ML
D
D
PAIR 4
P4
25
50 26
1
PAIR 5
P5
25
50 26
1
PAIR 6
P6
25
50 26
1
PAIR 8 ENET J28
NTWK MGMT
P8
25
50
26
1
PAIR 7
P7
50
25
26
1
PAIR 2
P2
25
50 26
PAIR 4
P3
25
50 26
1
PAIR 1
P1
25
50
1
26
J27
J21
TS1
TS2
-48VDC PRI -48VDC RET
-48VDC
SEC
-48VDC
RET
J26 J25 J24 J23 J22
J16 J15 J14 J13 J12 J11 J10 J9
J8 J7 J6 J5 J4
J3 J2 J1 P15
P14
J19
P19
S
LOOP
TEST
ACCESS
–
+
T
R
S
T1
R1
S1
P10
P20
P16
P17 P24
1 6
C3R2R13R14R1R15
R12R16R17R18R20C2
18
1
1
1
96
9
F1 F2 F3 F4
3 1 3
3 1
1 3 1
R21
R22
R11
A - OUTB - INB - OUT
P12
DSX - 1
TEST
ACCESS
P9
P13
SW1
EXTCLK
C - IN
–
+
–
+
–
+
6 1
P22
T
R
S
T1
R1
S
6 1
P21
RS - 485
T
R
S
T1
R1
S
EXTCLK
EXTCLK
A - IN
24
50
25
1
24
50
25
1
24
50
25
1
24
50
25
1
24
50
25
1
24
50
25
1
24
50
25
1
24
50
25
1
P18
1 6
C4 C6
R5 R6 R7 R8 R4 R9
R10
R11
R19
R3
C1
134
227
6K
813
C6
134
227
6K
813
CUSTOM
TELECOM
E190349
1181004L1
F or G F or G
F or G
F or G
F or G
F or G
F or G
F or G
K
E
C1
H
C2
J
AA
B
M
I
N
D
D
C3
L
OO

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 11 of 46
Total Access®3000/3010 System Manual © 2003, ADTRAN, Inc.
lag . DSX Network Access
DSX-1 level I/O net ork side access is achieved through the 64-pin/50-pin amphenol
connectors for the access modules.
3.4 Loop Interfaces
lag G. Loop Access
Loop side access is achieved via 64-pin/50-pin amphenol connectors for HDSL,
HDSL2, ISDN, T1, and DS1.
3.5 Test Access
lag H. Loop Test Access
Six ire- rap connections provide metallic loop testing access to the customer loops.
lag I. DSX-1 Test Access
Six ire- rap connections provide digital loop testing access to the customer loops.
3.6 Management Interfaces
lag J. Network Management Port
DB-25 female connector allo s port access for an X.25 connection.
lag K. Administrative Port
Female DB-25 local access port to VT100 terminal, modem, or other serial device for
permanent provisioning and troubleshooting.
lag L. RJ-45 for 10BaseT
RJ-45 jack provides for TCP/IP (Telnet, SNMP, TFTP) communication over 10BaseT.
lag M. RS-485
Set of ire- rap pins provides a bus for TL1 intershelf management. Up to 32
additional devices can be daisy-chained to the first shelf at a total distance of 4000
feet.
3.7 Alarms
lag N. Audiovisual Alarms
The shelf provides for eight alarm outputs:
• Critical Visual
• Critical Audible
• Major Visual
• Major Audible
• Minor Visual
• Minor Audible
• AUX 1
• AUX 2

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 12 of 46
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.
Each alarm can be individually ired for normally open or normally closed
configuration.
lag O. External Alarm Inputs
The shelf contains four external alarm inputs: ACO, Remote, AUX 1, and AUX 2.
All alarms are -48V active.

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 13 of 46
Total Access®3000/3010 System Manual © 2003, ADTRAN, Inc.
4. SYSTEM MODULES
4.1 Common Modules
4.1.1 System Controller Unit (P/N 1181018L1)
The System Controller Unit (SCU) serves as the user interface into the system. The
operator provisions and monitors other modules in the system, either locally or
remotely, via the SCU. See igure 5 for typical management interfaces to Total
Access 3000/3010.
NMA
Mainframe
X.25
Network
Built-in
PAD
SNMP
Management
Station
VT100
Terminal
Ethernet
LAN
DS3MX
POWER
STATUS
TEST
LOCKOUT
ONLINE
APS
TEST/
ENABLE
1181020L1
DS3MX
POWER
STATUS
TEST
LOCKOUT
ONLINE
APS
TEST/
ENABLE
1181020L1
SCU
FSE
MODE
SELECT
ALM
HST
ACO
C
R
A
F
T
ACO
1181015L1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
QFC-C
DSX
PWR
DSX
DSX
TST
ALM
ACTA
P
S
GRN=NORM
YEL=MAN
1181300L1
DSX
#2
#3
#4
#1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
HD-10 BRI Mux
POWER
DSX
LBK
1
2
3
4
5
6
7
8
9
10
DSL
1181200L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
T1-OR
PWR
DSX
LBK
LP
ALM
T
X
R
X
6V
+
–
A
P
S
TX
M
O
N
ACT
GRN=NORM
YEL=MAN
RX
1181310L1
HTU-C
1181101L1
PWR
DSX
TX
E
Q
RX
TX
M
O
N
RX
TST
LP1
LP2
ALM
ACT
GRN=NORM
YEL=MAN
10BaseT
RS-232
Total Access 3000/3010
To Subtended
Shelves
Modem RS-232
RS-485
Figure 5. Management Interfaces

6TASYS101-1E
TOTAL ACCESS 3000/3010
SYS-101
Page 14 of 46
Total Access®3000/3010 System Manual© 2003, ADTRAN, Inc.
The SCU incorporates these features:
• DB-9 connector on the faceplate provides provisioning ith a VT100
terminal (see igure 6)
• The faceplate includes a four-character alphanumeric display and toggle
s itch for local module status and monitoring
• Daisy-chained system communication link via the RS-485 connection
• Automatically recognizes all access module technologies
• Critical, major, and minor alarm hierarchy ith user definable alarm levels
• Multiple provisioning capability for all access, management, and multiplexer
modules
• Hot s appable changeout
• TL1 via X.25 or TCP/IP
• Ethernet interfaces via an RJ-45 port for SNMP and/or Telnet access
• DB-25 Administration connection on the backplane provides for either direct
or dial-up management
• 8 Alarm outputs
• 4 External Alarm inputs
SCU
ALM
MODE
SELECT
ACO
FSE
HST
C
R
A
F
T
ACO
1181018L1
Figure 6. SCU Faceplate