Areva DXC 5000 User manual
Installation DXC5K/EN IN/A22
DXC 5000
INSTALLATION
DXC5K/EN IN/A22 Installation
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DXC 5000
BLANK PAGE
Installation DXC5K/EN IN/A22
DXC 5000
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MODIFICATIONS PAGE
Version DATE COMMENTS
A 01/10/2004 ORIGINAL ISSUE
B 01/03/2005 Add Mini Quad E1, 64k G.703 and G.SHDSL boards
A22 15/05/07 Update
DXC5K/EN IN/A22 Installation
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DXC 5000
CAUTION: ONLY QUALIFIED SERVICE PERSONNEL SHALL INSTALL AND
MAINTAIN THE SYSTEM.
THIS EQUIPMENT MUST BE CONNECTED TO AN EARTH SOCKET-
OUTLET, WHICH HAS A PERMANENT CONNECTION TO PROTECTIVE
EARTH WITH A CROSS-SECTIONAL AREA OF NOT LESS THAN
2.5 MM2.
ENSURE PROTECTIVE EARTHING CONNECTED BEFORE INSTALL
/UNINSTALL TELEPHONE WIRES.
NEVER INSTALL TELEPHONE WIRING DURING A LIGHTNING STORM.
NEVER INSTALL TELEPHONE JACKS IN WET LOCATIONS UNLESS THE
JACK IS SPECIFICALLY DESIGNED FOR WET LOCATIONS.
NEVER TOUCH UNINSULATED TELEPHONE WIRES OR TERMINALS
UNLESS THE TELEPHONE LINE HAS BEEN DISCONNECTED AT THE
NETWORK INTERFACE.
USE CAUTION WHEN INSTALLING OR MODIFYING TELEPHONE LINES.
Installation DXC5K/EN IN/A22
DXC 5000
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1. SITE SELECTION
The following list indicates a site selection guideline. User need to follow this guideline to
select a proper installation site.
• Location of the Rack should be part of the central office equipment layout design.
Considerations should be given to entrance cable routing and -48 Vdc power.
• The installation site should have -48 Vdc power. An optional AC/DC power converter
can be used. Use Only with Class 2 power source, -48 Vdc, 100 watts.
DXC5K/EN IN/A22 Installation
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DXC 5000
2. MECHANICAL INSTALLATION
DXC 5000 and the Y-BOX can be installed as a desk top unit or mounted on a 19 inch.
Mounting of the unit in a rack follows standard telephone rack mount practices. Accessories
to install on a 19 inch is provided. As a desk-top unit DXC 5000 is stackable.
Installation DXC5K/EN IN/A22
DXC 5000
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3. ELECTRICAL INSTALLATION
3.1 Front Views
Central office -48 Vdc power is wired to terminal blocks in the front of the DXC 5000, shown
in Figure 2-1. Central office alarm system is wired to the Alarm Relay terminal blocks. For
connection to the CONSOLE/SLIP (button down/ button up) connector for maintenance and
administration, a CONSOLE/SLIP port with DB9 connector is located on the front panel, see
also Figure 2-1. The RJ45 connector is for an Ethernet connection. For direct modem or VT-
100 terminal connection, use a null modem cable to connect the CONSOLE/SLIP port on the
front panel.
When DXC 5000 is plugged with two CPU cards, both of these two CPU cards can be
primary (master) or redundant (slave) which only depends on which CPU card completes
boot up first after powering on the main unit. User can tell which CPU card is primary or
redundant from the status of CPU card's ACTIVE led. If ACTIVE led is flashing green, the
CPU card is primary. When one CPU fails, the other becomes master and remains master
even when the failed is replaced.
D0328EN
b
CONSOLESLIP
CONSOLE/SLIP
9600,N,8,1
ETHERNET LCD INTERFACE
ALARM
ACTIVE
POWER
EXT.
CLOCK
TIP
RING
NC
NO
COM
NC
NO
COM
MINOR
ALARM
MAJOR
ALARM
SYNC/
TEST
LOF
BPV
RAI/AIS
ACO
A B C D
CPU
1111098765432 12CPU-1 CPU-2POWER
E1/T1 E1/T1
E1/T1
C
P
U
1
E1/T1
C
P
U
2
Main Access DCS-Mux Shelf - Front Side
Main Access DCS-Mux Shelf - Rear Side
E1/T1(C)E1/T1(D)
E1/T1(A) E1/T1(B)
FAN TRAY FAN TRAY
GND
-V+V ALIM
DC 48V
-V+V ALIM
DC 48V
FIGURE 1: PANEL VIEWS - MAIN SHELF AND CPU
When these plug-in modules, two CPU cards, four mini Quad E1 cards, ten G.shdsl cards,
and one 100W UM5813 power module, are plugged into a DXC 5000, one more 100W
UM5813 power module should be added to plug into the DXC 5000.
DXC5K/EN IN/A22 Installation
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DXC 5000
FIGURE 2: PANEL VIEWS - POWER MODULE AND PLUG-IN CARDS (FOR 1/2 SLOT)
The re-sync time for repluging any voice card into DXC 5000 shelf is about 1 minute.
RIMG
(L1,L2)
(L1,GND)
600
900
L8
L7
L6
L5
L4
L3
L2
L1
A-law
U-law
3 9
2 8
1 7
612
511
410
L12
L11
L10
L9
MAG
METERING PLS
12K 16K
600
900
L8
L7
L6
L5
L4
L3
L2
L1
A-law
U-law
3 9
2 8
1 7
612
511
410
L12
L11
L10
L9
FXS
METERING PLS
12K 16K
600
900
L8
L7
L6
L5
L4
L3
L2
L1
A-law
U-law
3 9
2 8
1 7
612
511
410
L12
L11
L10
L9
FXO
E&M
TEST
SIDE
AB
WIRE
24
OHM
600 900
TYPE
12
3 4
5SET BY
DIP
L8
L7
L6
L5
L4
L3
L2
L1
U6
U5
U4
U3
U2
U1
U6
U5
U4
U3
U2
U1
U12
U11
U10
U9
U8
U7
6-channel
DTU 10-channel
DTU 12-channel
MAG 12-channel
FXS 12-channel
FXO 8-channel
2W/4W E&M
MODE
PORT4
QUAD
T1
PORT3
SYNC/ALM
PORT2
PORT1
SYNC/ALM
Quad E1
PORT4
QUAD
E1
PORT3
SYNC/ALM
PORT2
PORT1
SYNC/ALM
Quad E1
D0330ENb
FIGURE 3: PANEL VIEWS - PLUG-IN CARDS (FOR SINGLE SLOT)
Installation DXC5K/EN IN/A22
DXC 5000
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24-channel
MAG
METERING PLS
16K
600
900
METERING PLS
12K 16K
600
900
A-law
U-law
3 9
2 8
1 7
612
511
410
FXS
12K
A-law
U-law
3 9
2 8
1 7
612
511
410
FXS
RING
L
E
F
T
R
I
G
H
T
12
12
TIP
1
1
24-channel
FXS 24-channel
FXO
METERING PLS
16K
600
900
METERING PLS
12K 16K
600
900
A-law
U-law
3 9
2 8
1 7
612
511
410
FXO
12K
A-law
U-law
3 9
2 8
1 7
612
511
410
FXO
RING TIP
L
E
F
T
R
I
G
H
T
1
1
12
12
L1,GND
MAGMAG
RING TIP
L
E
F
T
R
I
G
H
T
1
1
12
12
L1,L2
L1,L2
3 9
2 8
1 7
612
511
410
A-law
U-law
3 9
2 8
17
612
511
410
A-law
U-law
L1,GND
D0522ENa
FIGURE 4: PANEL VIEWS - PLUG-IN CARDS (FOR DUAL SLOT)
DXC5K/EN IN/A22 Installation
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DXC 5000
FIGURE 5: PANEL VIEWS - PLUG-IN CARDS (FOR SINGLE SLOT)
3
2
1
H2
H3
H1
V.35-5
56
V.35-3
34
V.35-1
12
V.35-6 V.35-4 V.35-2
A
RS232-5
5
RS232-3
34
RS232-1
12
RS232-4 RS232-2
RS232-X. 50 MUX
5-channel
RS232 with X.50 subrate
6-channel
V.35
3-channel
MDSL
D0524ENa
FIGURE 6: PANEL VIEWS - PLUG-IN CARDS (FOR DUAL SLOT)
Installation DXC5K/EN IN/A22
DXC 5000
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56
34
12
V.36/RS449/EIA530-6
A
6-channel
V.36/RS449/EIA530
V.36/RS449/EIA530-6
V.36/RS449/EIA530-6 V.36/RS449/EIA530-6 V.36/RS449/EIA530-6
V.36/RS449/EIA530-6
X.21-6
56
X.21-6
34
X.21-6
12
X.21-6 X.21-6 X.21-6
A
6-channel
X.21
D0525ENa
FIGURE 7: PANEL VIEWS - PLUG-IN CARDS (FOR DUAL SLOT)
D0332ENa
Y-BOX
TM
B-TXLINE-TXA-TX
B-RXLINE-RX
A-RX
4 4
B-TXLINE-TXA-TX
B-RXLINE-RX
A-RX
3 3
B-TXLINE-TXA-TX
B-RXLINE-RX
A-RX
2 2
B-TXLINE-TXA-TX
B-RXLINE-RX
A-RX
1 1
FIGURE 8: PANEL VIEWS – Y-BOX BNC (75 OHM)
D0333ENa
A
A
B
B
LINE 9
LINE 1
A
A
B
B
LINE 10
LINE 2
A
A
B
B
LINE 11
LINE 3
A
A
B
B
LINE 12
LINE 4
A
A
B
B
LINE 13
LINE 5
A
A
B
B
LINE 14
LINE 6
A
A
B
B
LINE 15
LINE 7
A
A
B
B
LINE 16
LINE 8
Y-BOX
TM
FIGURE 9: PANEL VIEWS – Y-BOX RJ48C (120 OHM)
DXC5K/EN IN/A22 Installation
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DXC 5000
3.2 Connector pin definition and connection
Pin Number Signal Description
1 -V -DC 48 Volts
2 +V +DC Return
3 Chassis Ground
TABLE 1: POWER CONNECTOR FOR MAIN UNIT
Pin Number Signal Description
1 NC Fuse Relay - Normally Close
2 C Fuse Relay - Common
3 NO Fuse Relay - Normally Open
4 NC Alarm Relay –Normally Close
5 C Alarm Relay –Common
6 NO Alarm Relay –Normally Open
TABLE 2: ALARM RELAY CONNECTOR
The console port is configured as a DCE device with a DB-9 female connector. Pin
definitions and pin connections are listed in Table 2-4 below.
Pin Number Signal Source
1 Data Carrier Detect To DTE
2 Receive Data To DTE
3 Transmit Data From DTE
4 Unassigned
5 Signal Ground
6 Data Set Ready To DTE
7 Unassigned
8 Clear to send To DTE
9 Unassigned
TABLE 3: CONSOLE PORT
SLIP port can be connected via RS232 interface. Pin definition is listed in Table 2-5.
Pin Number Signal Source
1 Data Carrier Detect From DCE
2 Receive Data From DCE
3 Transmit Data To DTE
4 Data Terminal Ready To DTE
5 Signal Ground
TABLE 4: SLIP PORT (9 PIN)
Installation DXC5K/EN IN/A22
DXC 5000
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Ethernet port can be connected via Ethernet 10-Base-T interface. Pin definition is listed in
Table 2-6.
Pin Number Signal Description
1 TPTX+ TP Driver Output
2 TPTX-
3 TPRX+ TP Receive Input
6 TPRX-
TABLE 5: ETHERNET PORT
Pin Number Signal
1 R TIP
2 R RING
4 T TIP
5 T RING
7 Chassis Ground/ Unassigned
8 Chassis Ground/ Unassigned
TABLE 6: E1 BNC/ RJ 45 AND T1 PORT
Normally the choice for the E1 connector, balanced 120 ohm or unbalanced BNC 75 ohm, is
installed at the factory according to the customer order. Users can change this choice by
opening the case and changing the jumper pins as indicated in the Table 2-8.
D0334ENa
120 ohm E1 Card
JUM5 JUM6
JUM1
JUM2
JUM4
JUM3
JUM5 JUM6
JUM1
JUM2
JUM4
JUM3
75 ohm
JUM8
JUM8
JUM9 JUM9
JUM10 JUM10
OPEN, OFF CLOSE, ON
FIGURE 10: JUMPER LOCATIONS FOR E1 CARD
NOTE 1: For 75 ohm E1 card, jumper 9 can be OPEN or ON. If the jumper 9 is
OPEN, BNC connector is set to Unassigned. If the jumper 9 is ON,
BNC connector is set to Chassis Ground.
NOTE 2 : For 120 ohm E1 card, jumper 9 can be OPEN or ON. If the jumper 9 is
OPEN, port 7 and port 8 of BNC connector is set to Unassigned. If the
jumper 9 is ON, port 7 and port 8 of BNC connector is set to Chassis
Ground.
NOTE 3 : BNC is open if jumper 10 is opened, BNC is grounded if jumper 10 is
closed.
NOTE 4: When BNC connector is selected, the user has the option of
grounding the received BNC shield by installing a jumper clip on the
jumper location. This is usually not necessary, but if you have any
noise on your device it can often be filtered out by using this
grounding process.
DXC5K/EN IN/A22 Installation
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DXC 5000
The two RJ45 jacks are wired as follows:
Pin Number Signal Signal Direction
1 Transmit Data + Output from DXC 5000
2 Transmit Data - Output from DXC 5000
3 Receive Data + Input to DXC 5000
4 No Connection
5 No Connection
6 Receive Data - Input to DXC 5000
7 No Connection
8 No Connection
TABLE 7: RJ-45 FOR 10M AND 10/100M PIN ASSIGNMENT
For each of the U-interface ports, U-PORTs, connection to the line is by RJ48C connector.
The pin definition is listed in Table 2-9.
Pin Number Signal
4 TIP
5 RING
TABLE 8: U- PORT U-INTERFACE RJ48C TERMINALS
Pin Number Signal Signal Description
1 Unassigned
2 Unassigned
3 Unassigned
4 Loop 1 Tip Tip
5 Loop1 Ring Ring
6 Unassigned
7 Chassis Ground/ Unassigned
8 Chassis Ground/ Unassigned
TABLE 9: LINE HDSL CONNECTOR
Pin Number Signal Signal Description
1 Pair 1-A
2 Pair 1-B
3 Pair 2-A
4 Pair 2-B
5 Pair 3-A
6 Pair 3-B
7 Pair 4-A
8 Pair 4-B
TABLE 10: RJ45 PIN ASSIGNMENT - N1 & N2 OF DRY CONTACT I/O CARD
Installation DXC5K/EN IN/A22
DXC 5000
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Pin Number Signal Signal Description
1 U-NO U1 to U8 Normal Open
2 U-COM U1 to U8 GND
3 U-NC U1 to U8 Normal Close
TABLE 11: SCREW TYPE CONNECTOR PIN ASSIGNMENT - DRY CONTACT I/O CARD
Pin Number Pin Color Pin Name
8 Brown SG
7 White/ Brown E
6 Green TIP1
5 White/ Blue TIP
4 Blue RING
3 White/ Green RING1
2 Orange M
1 White/ Orange SB
TABLE 12: RJ45 PIN ASSIGNMENT - E&M CARD
D0335ENa
Amber LED
Green LED
PIN 8
PIN 7
PIN 6
PIN 5
PIN 4
PIN 3
PIN 2
PIN 1
FIGURE 11: RJ45 CONNECTOR - E&M CARD
D0336ENa
Slide Switch
for A SIDE
FIGURE 12: SIDE SWITCH FOR A SIDE - E&M CARD
DXC5K/EN IN/A22 Installation
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DXC 5000
D0337ENa
Slide Switch
for B SIDE
FIGURE 13: SIDE SWITCH FOR B SIDE - E&M CARD
A Side B Side
E (TX bit) M (RX bit) M (TX bit) E (RX bit)
Mode Status
ABCDA B C D ABCDA B C D
Idle - on hook 0 0 0 1 0* * * 0 0 0 1 0 * * *
ETSI Normal
Active - off hook 1 1 0 1 11* * 1 1 0 1 1 1 * *
Idle - on hook 1 1 0 1 1* * * 1 1 0 1 1 * * *
ETSI Revert
Active - off hook 0 0 0 1 00* * 0 0 0 1 0 0 * *
Idle - on hook 0 0 0 0 0* * * 0 0 0 0 0 * * *
ANSI Normal
Active - off hook 1 1 1 1 11* * 1 1 1 1 1 1 * *
Idle - on hook 1 1 1 1 1* * * 1 1 1 1 1 * * *
ANSI Revert
Active - off hook 0 0 0 0 00* * 0 0 0 0 0 0 * *
TABLE 13: SIGNALING BITS - E&M CARD
NOTE: For version V2.02.01 or over
Installation DXC5K/EN IN/A22
DXC 5000
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E&M Card
LEDs
J28
Top Side
New Version
OldVersion
ETSI Mode
ETSI+Revert Mode
ANSI Mode
ANSI+REVERT
J28
without JUMP
with JUMP
J28
J28
J28
J28
J28
Revert Mode
J28
ANSI Mode
J28
ANSI+REVERT
Note: for BOM version C04-C7
or lower
Note: for BOM version C04-C7
or higher
D0530ENa
FIGURE 14: SHORT LINE AND JUMPER SETTING FOR EM CARD SIGNALLING BIT MODE
2 Wire 4 Wire
Pin No. Pin Name A, B Side A Side B Side
4, 5 Ring, Tip Transmit, Receive Transmit Receive
3, 6 Ring1, Tip1 — Receive Transmit
TABLE 14: VOICE CHANNEL DIRECTION - E&M CARD
Signaling Direction A Side B Side
A to B B to A E lead M lead M lead E lead
ON HOOK ON HOOK OPEN OPEN OPEN OPEN
ON HOOK OFF HOOK GROUND OPEN OPEN CLOSE
OFF HOOK ON HOOK OPEN CLOSE GROUND OPEN
OFF HOOK OFF HOOK GROUND CLOSE GROUND CLOSE
TABLE 15: E&M SIGNALING CHANNEL DIRECTION
DXC5K/EN IN/A22 Installation
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DXC 5000
Pin Number Line Color Description
1 Unassigned
2 Unassigned
3 Red Ring lead
4 Green Tip lead
5 Unassigned
6 Unassigned
TABLE 16: RJ11 CONNECTOR PIN ASSIGNMENT - FXS/ FXO CARD
FIGURE 15: RJ11 CONNECTOR - FXS, FXO, AND MAG CARDS
Ring Generation & Ring
Detector
Pin Number Line Color Description
L1 & L2 L1 & GND
1 White Unassigned
2 Black Unassigned
3 Red L2 Line 9
4 Green L1 Line 99
5 Yellow GND Line 9
6 Blue Unassigned
TABLE 17: RJ11 CONNECTOR PIN ASSIGNMENT - MAG CARD
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