Dxc5k en in a22 Installation

7/28/2019 Dxc5k en in a22 Installation

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Installation DXC5K/EN IN/A22DXC 5000

INSTALLATION


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Installation DXC5K/EN IN/A22

DXC 5000 Page 1/34

CONTENTS

1. SITE SELECTION 52. MECHANICAL INSTALLATION 63. ELECTRICAL INSTALLATION 73.1 Front Views 73.2 Connector pin definition and connection 124. CONFIGURATION SETTING 304.1 Software configuration setting 304.2 Replacement of Plug-in Card 30


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DXC 5000 Page 3/34

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


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DXC5K/EN IN/A22 Installation

Page 4/34 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 PROTECTIVEEARTH WITH A CROSS-SECTIONAL AREA OF NOT LESS THAN2.5 MM

2.

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 THEJACK IS SPECIFICALLY DESIGNED FOR WET LOCATIONS.NEVER TOUCH UNINSULATED TELEPHONE WIRES OR TERMINALSUNLESS THE TELEPHONE LINE HAS BEEN DISCONNECTED AT THENETWORK INTERFACE.USE CAUTION WHEN INSTALLING OR MODIFYING TELEPHONE LINES.


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DXC 5000 Page 5/34

1. SITE SELECTION

The following list indicates a site selection guideline. User need to follow this guideline toselect 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 convertercan be used. Use Only with Class 2 power source, -48 Vdc, 100 watts.


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DXC 5000 Page 7/34

3. ELECTRICAL INSTALLATION

3.1 Front Views

Central office -48 Vdc power is wired to terminal blocks in the front of the DXC 5000, shownin 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 andadministration, a CONSOLE/SLIP port with DB9 connector is located on the front panel, seealso 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 thefront panel.

When DXC 5000 is plugged with two CPU cards, both of these two CPU cards can beprimary (master) or redundant (slave) which only depends on which CPU card completesboot up first after powering on the main unit. User can tell which CPU card is primary orredundant from the status of CPU card's ACTIVE led. If ACTIVE led is flashing green, theCPU card is primary. When one CPU fails, the other becomes master and remains mastereven when the failed is replaced.

D0328ENb

CONSOLESLIP

CONSOLE/SLIP

9600,N,8,1

ETHERNET

LCD

INTERFACE

ALARM

ACTIVE

POWER

EXT.CLOCK

TIP

RING

NC

NO

COM

NC

NO

COM

MINORALARM

MAJORALARM

SYNC/TEST

LOF

BPV

RAI/AIS

ACO

A B C D

CPU

1 111098765432 12CPU-1 CPU-2POWER

E1/T1E1/T1

E1/T1

C

PU

1

E1/T1

C

PU

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 ALIMDC 48V

-V+V ALIMDC 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 100WUM5813 power module should be added to plug into the DXC 5000.


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Page 8/34 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)

600900

L8

L7

L6

L5

L4

L3

L2

L1

A-law

U-law

3 9

2 8

1 7

6 12

5 11

4 10

L12

L11

L10

L9

MAG

METERING PLS

12K 16K

600900

L8

L7

L6

L5

L4

L3

L2

L1

A-law

U-law

3 9

2 8

1 7

6 12

5 11

4 10

L12

L11

L10

L9

FXS

METERING PLS

12K 16K

600900

L8

L7

L6

L5

L4

L3

L2

L1

A-law

U-law

3 9

2 8

1 7

6 12

5 11

4 10

L12

L11

L10

L9

FXO

E&M

TEST

SIDEA B

WIRE2 4

OHM600 900

TYPE1 2

3 4

5 SET BYDIP

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

PORT 4

QUAD

T1

PORT 3

SYNC/ALM

PORT 2

PORT 1

SYNC/ALM

Quad E1

PORT 4

QUAD

E1

PORT 3

SYNC/ALM

PORT 2

PORT 1

SYNC/ALM

Quad E1

D0330ENb

FIGURE 3: PANEL VIEWS - PLUG-IN CARDS (FOR SINGLE SLOT)


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DXC 5000 Page 9/34

24-channel

MAG

METERING PLS

16K

600900

METERING PLS

12K 16K

600900

A-law

U-law

3 9

2 8

1 7

6 12

5 11

4 10

FXS

12K

A-law

U-law

3 9

2 8

1 7

6 12

5 11

4 10

FXS

RING

L

EF

T

R

I

G

HT

12

12

TIP

1

1

24-channel

FXS

24-channel

FXO

METERING PLS

16K

600900

METERING PLS

12K 16K

600900

A-law

U-law

3 9

2 8

1 7

6 12

5 11

4 10

FXO

12K

A-law

U-law

3 9

2 8

1 7

6 12

5 11

4 10

FXO

RING TIP

L

EF

T

R

I

G

HT

1

112

12

L1,GND

MAGMAG

RING TIP

L

EF

T

RI

G

H

T

1

112

12

L1,L2L1,L2

3 9

2 8

1 7

6 12

5 11

4 10

A-lawU-law

3 9

2 8

1 7

6 12

5 11

4 10

A-lawU-law

L1,GND

D0522ENa

FIGURE 4: PANEL VIEWS - PLUG-IN CARDS (FOR DUAL SLOT)


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Page 10/34 DXC 5000

FIGURE 5: PANEL VIEWS - PLUG-IN CARDS (FOR SINGLE SLOT)

3

2

1

H2

H3

H1

V.35-5

5 6

V.35-3

3 4

V.35-1

1 2

V.35-6

V.35-4

V.35-2

A

RS232-5

5

RS232-3

3 4

RS232-1

1 2

RS232-4

RS232-2

RS232-X.50MUX

5-channel

RS232 with X.50 subrate

6-channel

V.35

3-channel

MDSL

D0524ENa



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DXC 5000 Page 11/34

5 6

3 4

1 2

V.36

/RS449/EIA530-6

A

6-channelV.36/RS449/EIA530

V.36/RS449/EIA530-6

V.3

6/RS449/EIA530-6

V.36/RS449/EIA530-6

V.36/RS449/EIA530-6

V.36/RS449/EIA530-6

X.21-6

5 6

X.21-6

3 4

X.21-6

1 2

X.21-6

X.21-6

X.21-6

A

6-channelX.21

D0525ENa


D0332ENa

Y-BOX

TM

B-TXLINE-TXA-TX

B-RXLINE-RXA-RX

4 4B-TXLINE-TXA-TX

B-RXLINE-RXA-RX

3 3B-TXLINE-TXA-TX

B-RXLINE-RXA-RX

2 2B-TXLINE-TXA-TX

B-RXLINE-RXA-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)


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Page 12/34 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


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. Pindefinitions 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.


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)


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DXC 5000 Page 13/34

Ethernet port can be connected via Ethernet 10-Base-T interface. Pin definition is listed inTable 2-6.


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


TABLE 6: E1 BNC/ RJ 45 AND T1 PORT

Normally the choice for the E1 connector, balanced 120 ohm or unbalanced BNC 75 ohm, isinstalled at the factory according to the customer order. Users can change this choice byopening 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 ohmJ

UM8

JUM8

JUM9 JUM9JUM10 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 isOPEN, 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 isOPEN, port 7 and port 8 of BNC connector is set to Unassigned. If thejumper 9 is ON, port 7 and port 8 of BNC connector is set to ChassisGround.

NOTE 3 : BNC is open if jumper 10 is opened, BNC is grounded if jumper 10 isclosed.

NOTE 4: When BNC connector is selected, the user has the option ofgrounding the received BNC shield by installing a jumper clip on thejumper location. This is usually not necessary, but if you have anynoise on your device it can often be filtered out by using thisgrounding process.


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Page 14/34 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



TABLE 9: LINE HDSL CONNECTOR

Pin Number Signal Signal Description1 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


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DXC 5000 Page 15/34

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 2PIN 1

FIGURE 11: RJ45 CONNECTOR - E&M CARD

D0336ENa

Slide Switch

for A SIDE

FIGURE 12: SIDE SWITCH FOR A SIDE - E&M CARD


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Page 16/34 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

A B C D A B C D A B C D A 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 1 1 * * 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 0 0 * * 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 1 1 * * 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 0 0 * * 0 0 0 0 0 0 * *

TABLE 13: SIGNALING BITS - E&M CARD

NOTE: For version V2.02.01 or over


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DXC 5000 Page 17/34

E&M CardLEDs

J28

Top Side

New Version

Old

Versio

n

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-C7or lower

Note: for BOM version C04-C7or higher

D0530ENa

FIGURE 14: SHORT LINE AND JUMPER SETTING FOR EM CARD SIGNALLING BIT MODE

2 Wire 4 WirePin 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


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Page 18/34 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 & RingDetector

Pin Number Line Color DescriptionL1 & L2 L1 & GND

1 White Unassigned

2 Black Unassigned

3 Red L2 Line 9

4 Green L1 Line 9 9

5 Yellow GND Line 9

6 Blue Unassigned

TABLE 17: RJ11 CONNECTOR PIN ASSIGNMENT - MAG CARD


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DXC 5000 Page 19/34

RJ21X PIN

(t(teleco 50 PIN)

RJ21X PIN

(t (teleco 50PIN)

LEFT Card

Line No

Ring T Tip

RIGHT Card

Line No

Ring Tip

Line 1 1 26 Line 1 13 38

Line 2 2 27 Line 2 14 39

Line 3 3 28 Line 3 15 40

Line 4 4 29 Line 4 16 41

Line 5 5 30 Line 5 17 42

Line 6 6 31 Line 6 18 43

Line 7 7 32 Line 7 19 44

Line 8 8 33 Line 8 20 45

Line 9 9 34 Line 9 21 46

Line 10 10 35 Line 10 22 47

Line 11 11 36 Line 11 23 48

Line 12 12 37 Line 12 24 49

TABLE 18: RJ21X CONNECTOR PIN ASSIGNMENT 24 FXS/ FXO CARD

RJ21X PIN

(t(teleco 50 PIN)

RJ21X PIN

(t(teleco 50PIN)

LEFT Card

Line No

L2 T L1

RIGHT Card

Line No

L2 L1

Line 1 1 26 Line 1 13 38

Line 2 2 27 Line 2 14 39

Line 3 3 28 Line 3 15 40

Line 4 4 29 Line 4 16 41

Line 5 5 30 Line 5 17 42

Line 6 6 31 Line 6 18 43

Line 7 7 32 Line 7 19 44

Line 8 8 33 Line 8 20 45

Line 9 9 34 Line 9 21 46

Line 10 10 35 Line 10 22 47

Line 11 11 36 Line 11 23 48

Line 12 12 37 Line 12 24 49

TABLE 19: RJ21X CONNECTOR PIN ASSIGNMENT 24 MAG CARD

NOTE: Module of w/L1, L2 and w/L1, GND cannot use for 24-MAG Card. Itcan use Module of w/L1, L2 or w/L1, GND only. (refer to -orderinginformation).


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Page 20/34 DXC 5000

PIN 50

TIPRing

PIN 26PIN 1

PIN 25

(L2) (L1)

D0532ENa

FIGURE 16: RJ21X CONNECTOR - FXS, FXO, AND MAG CARDS

FXS/FXS-P

PLAR OFF PLAR ON

FXS/FXS-P FXS FXS-P

TX RX TX RX

A B C D A B C D A B C D A B C D A B C D A B C D

On hook 0 1 0 1 0 1 0 1 0 1 0 1

Off hook 1 1 0 1 1 1 1 1 1 1 0 1

No ring 1 * * * 0 * * * 1 * * *

Ring on 0 0 * * 1 1 1 1 0 0 * *

Battery Reverse 0 1 0 0

Metering Pulse 0 1 0 0

Tip lead open 1 1 1 1

Ring lead GND 0 0 0 1

OOS-Alarm * * * * * * * * * * * *

TABLE 20: SIGNALING BITS (DEFAULT SETTING) - FXS CARD


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DXC 5000 Page 21/34

FXO

TX RX

A B C D A B C D

On hook 0 * * *

Off hook 1 1 * *

No ring 0 1 0 1

Ring On 0 0 0 1

Battery Reverse 0 1 0 0

Metering Pulse 0 1 0 0

Tip Lead open 1 1 1 1

Ring lead GND 0 0 0 1

OOS-Alarm * * * *

TABLE 21: SIGNALING BITS (DEFAULT SETTING) -FXO CARD

For H/W Version F:

FIGURE 17: JUMPER SETTING FOR FXS RINGING VOLTAGE

NOTE : R89, jumper 9, and R50 cannot be set up at the same time.


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Page 22/34 DXC 5000

R89 R50

Vrms 84 83 82 81 80 79 78 75 74 73 72 71 70 68 60 55 50 42 40 39

Resister

(ohm)

20

K

36

K

66

K

86

K

150

K

500

K

1

M

4

M

3.2

M

2.8

M

2.6

M

2.2

M

1.8

M

1.2

M

500

K

360

K

200

K

100

K

68

K

20

K

TABLE 22: RINGING VOLTAGE RESISTER FOR H/W VERSION F

For H/W Version H or over:

J9

Ring (VAC)

JP1

MP GS

FXS Card

PLAR(bit)

R50 R107

JP2

J9

For Ring 78 Vrms (default)

For Ring 64 Vrms (select R50)

For Ring 85 Vrms (select R107)

J9

J9# J9 Jumper setting for Ring Voltage

JP1

JP1

# JP1 Jumper setting for PLAR

JP2

JP2

JP2

(add Ground Start and Metering Pulse Function)

(only add Metering Pulse Function)

JP2 (only add Ground Start Function)

# JP2 Jumper setting for Ground Start and Metering

Pulse Function

For FXS PLAR ABCD bit to fixed 1111

For FXS-P or FXS-GMP PLAR bit (=OFF HOOK) programmable

D0534ENa

For FXS Model (normal model)

For FXS-GM Model

For FXS-M Model

For FXS-G Model

FIGURE 18: JUMPER SETTING FOR FXS, MODEL AND PLAR BIT RINGING VOLTAGE(H/W VERSION H OR OVER)

NOTE 1 : J9 85Vrms and J9 64Vrms cannot do setting at the same time.

NOTE 2: J9, JP1 and JP2 can do function setting at the same time.

R107 R50

Vrms 85 84 83 82 81 80 79 78 75 74 73 72 71 70 68 64 60 55 50 42 40 39

Resister

(ohm)

10

K

20

K

36

K

66

K

86

K

150

K

500

K

1

M

4

M

3.2

M

2.8

M

2.6

M

2.2

M

1.8

M

1.2

M

620

K

500

K

360

K

200

K

100

K

68

K

20

K

TABLE 23: RINGING VOLTAGE RESISTER FOR H/W VERSION H OR OVER


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DXC 5000 Page 23/34

PLAR ON PLAR OFF

Tx Rx Tx Rx

A B C D A B C D A B C D A B C D

Normal 0 1 0 1 0 1 0 1

L1 & L2 Ring Detector 1 1 1 1 1 1 1 0

L1 & L2 Ring Generation 1 1 1 1 1 1 1 0

L1 & GND Ring Detector 1 1 0 1 1 1 0 0

L1 & GND Ring Generation 1 1 0 1 1 1 0 0

TABLE 24: SIGNALING BITS - MAGNETO CARD

The following 3 tables indicate using Magneto card PLAR mode setting for communicaitonsbetween a Magneto telephone and a regular telephone.

Status Phone in Local Site Phone in Remote Site

RingingTurn the crank or push the button ofthe Magneto phone

No action

Stop the ring and start tospeak

Stop turnning the crank or releasethe button of the Magneto phone

No action

TABLE 25: MAGNETO TO MAGNETO SPEAK

Status Phone in Local Site Phone in Remote Site

Ringing Turn the crank or push and releasethe button of the Magneto phone

No action

Turn the crank again or push andrelease the button of the Magnetophone

No action

Stop the ring to speak

No actionTurn the crank or pushand release the buttonof the Magneto phone

End speaking No action

Turn the crank again orpush and release thebutton of the Magneto

phone

TABLE 26: MAGNETO (PLAR) TO MAGNETO (PLAR) SPEAK

c Make a call from Magneto Phone to FXS Phone

Status Magneto Phone FXS Phone

RingingTurn the crank or push and releasethe button of the Magneto phone

Stop the ring to speak Off hook

End speaking On hook

TABLE 27: MAGNETO (PLAR) TO FXS (PLAR) SPEAK


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Page 24/34 DXC 5000

d Make a call from FXS Phone to Magneto Phone

Status Magneto Phone FXS Phone

Ringing Off hook

Stop the ring to speakTurn the crank or push and release

the button of the Magneto phone

End speaking On hook

TABLE 28: FXS (PLAR) TO MAGNETO ( (PLAR) SPEAK

FIGURE 19: JUMPER LOCATION FOR QUAD E1/ T1 INTERFACE


27/36


DXC 5000 Page 25/34

Jumper RJ BNC GND 120 75 100 E1 T1 CircuitProtection

9 2, 3 ON 1, 2 ON

10 2, 3 ON 1, 2 ON

12 2, 3 ON 1, 2 ON

14 2, 3 ON 1, 2 ON

15 ON

5 ON OFF

6 ON OFF

7 ON OFF

58 OFF ON

For

Port 4

59 OFF ON

22 2, 3 ON 1, 2 ON

23 2, 3 ON 1, 2 ON

25 2, 3 ON 1, 2 ON27 2, 3 ON 1, 2 ON

28 ON

18 ON OFF

19 ON OFF

20 ON OFF

60 OFF ON

For

Port 3

61 OFF ON

35 2, 3 ON 1, 2 ON

36 2, 3 ON 1, 2 ON

38 2, 3 ON 1, 2 ON

40 2, 3 ON 1, 2 ON

41 ON

31 ON OFF

32 ON OFF

33 ON OFF

62 OFF ON

For

Port 2

63 OFF ON

48 2, 3 ON 1, 2 ON

49 2, 3 ON 1, 2 ON51 2, 3 ON 1, 2 ON

53 2, 3 ON 1, 2 ON

54 ON

44 ON OFF

45 ON OFF

46 ON OFF

64 OFF ON

For

Port 1

65 OFF ON

For Bank

Change 57 When jumper 57 is on, bank will be changed after rebooting the system.

TABLE 29: JUMPER SETTING FOR QUAD E1/ T1 INTERFACE


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1 Cable Shield

2 Transmit Data DTE

3 Receive Data DCE

4 Request To Send DTE

5 Clear To Send DCE

6 Data Set Ready DCE

7 Signal Ground

8 Data Carrier Detect DCE

9 Receive Clock Return DCE

10 Unassigned

11 External Clock Return DTE12 Transmit Clock Return DCE

13 Unassigned

14 Transmit Data Return DTE

15 Transmit Clock DCE

16 Receive Data Return DCE

17 Receive Clock DCE

18 Local Loopback DTE

19 Unassigned

20 Data Terminal Ready DTE

21 Remote Loopback DTE

22 Unassigned

23 Unassigned

24 External Clock DTE

25 Test Mode DCE

TABLE 30: V.35/DB25 DTE PORT PIN DEFINITION


1 Cable Shield

2 Transmit Data DTE

3 Receive Data DCE


5 Clear To Send DCE


7 Signal Ground


9 Receive Clock Return DCE

10 Data Carrier Detect Return DCE


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DXC 5000 Page 27/34


11 External Clock Return DTE

12 Transmit Clock Return DCE

13 Clear To Send Return DCE






19 Request To Send Return DTE

20 Data Terminal Ready DTE

21 Remote Loopback DTE

22 Data Set Ready Return DCE

23 Data Terminal Ready Return DTE


25 Test Mode DCE

TABLE 31: V.36/ EIA530/ DB25 DTE PORT PIN DEFINITION


1 Cable Shield

2 Transmit Data DTE

3 Control DTE

4 Receive Data DCE

5 Indication DCE

6 Signal Timing DCE


8 Signal Ground


10 Control Return DTE


12 Indication Return DCE

13 Signal Timing Return DCE

14 External Clock Return DTE

15 Unassigned

TABLE 32: X.21/V.11 AND DB15 DTE PORT PIN DEFINITION


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1 Cable Shield

2 Transmit Data DTE

3 Receive Data DCE


5 Clear To Send DCE


7 Signal Ground


9 Unassigned

10 Unassigned

11 Unassigned

12 Unassigned

13 Unassigned

14 Unassigned


16 Unassigned



19 Unassigned

20 Data Terminal Ready DTE21 Remote Loopback DTE

22 Unassigned

23 Unassigned


25 Test Mode DCE

TABLE 33: RS232/DB25 DTE PORT PIN DEFINITION


1 Transmit Data TIP_Port 1

2 Receive Data TIP_Port 1

3 Unassigned



6 Unassigned



9 Unassigned10 Transmit Data TIP_Port 4


12 Unassigned


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DXC 5000 Page 29/34


13 Unassigned

14 Transmit Data RING_Port 1

15 Receive Data RING_Port 1

16 Unassigned



19 Unassigned



22 Unassigned



25 Unassigned

TABLE 34: DB25 MINI QUAD E1 PIN DEFINITION


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Page 30/34 DXC 5000

4. CONFIGURATION SETTING

4.1 Software configuration setting

There are three system configurations:

Factory default

Current working

User stored

Factory default configurations are not changeable. Each DXC 5000 is shipped with all threeconfigurations set to the factory default configuration.

The current working configuration, which can be saved into nonvolatile memory as a user-stored configuration, can be changed at any time. When the system is reset, the previousconfiguration will be retrieved as the current working configuration. The user-storedconfiguration can be retrieved at any time. User can retrieve the user-stored configuration tooverwrite the current working configuration.

4.2 Replacement of Plug-in Card

When a plug-in card is removed and replaced with a card of a different type, defaultconfiguration is assigned to the new card. The user must set the configuration for eachchange of card type. If the same type card is inserted, depending on card type, then thefollowing happens:

For E1, T1, and DTE plug-in cards, the previous configuration is automaticallydownloaded.

For Router plug-in card, the factory default configuration is assigned to the new card.

For E1/ T1 ATM Frame Relay plug-in card, (a) The port configuration for E1 or T1 is

automatically downloaded, (b) The Frame Relay management setup is factory defaultconfiguration.

Console Port Fixed

Baud Rate 9600

Data Bit 8

Stop Bit 1

Parity Bit NONE

XON-XOFF OFF

Interface TERMINAL

SNMP OFF

E1 Line Item Default

Line Frame FAS

Line Code HDB3

Interface Card setting

Line FDL OFF

FDL Sa-bit Sa4

Line AIS OFF

Line RAI ON

Line CRC ON

Idle Code 0Xd5


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DXC 5000 Page 31/34

T1 Line Item Default

Line Frame ESF

Line Code B8ZS

Interface Long Haul

Line LBO 0dB

Line EQU 0-133 ft

Line AIS OFF

Line YEL ON

Line Inband OFF

Idle Code 0xFF

HDSL Items Default

XDSL MODE MasterCLOCK SOURCE Internal

LINE RATE 768k bps

LINE CODE 2B1Q

DTE (V.35/ V.36/ EIA530/X.21/V.11) Item

Default

RATE 64K

CLOCK Normal

DATA Normal

RTS Activate

TTM Off

V.54 Off

INTERFACE

(Depend on which DTE cardis plugged into the shelf)

V.35,

V.36,

EIA530/RS449,

X.21/V.11

DTE (X.50) Item DefaultX50 MUX NO_MUX

SYNC MODE SYNC

RATE 1.2K

PHASE Fixed

4.8K SEL Fixed

CLOCK Normal

DATA Normal

RTS Permanent

TTM Off

INTERFACE RS-232

WARNING No


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U-PORT Line Item (Allports)

Default

Channel B1

Speed 64 Kbps

ATM FR T1 Line Items Default

Frame Format Mode ESF

Line Code Mode B8ZS

Line Build Out 0 dB

Yellow Alarm ON

Alarm Indication Signal FRAMED

Interface LONG HAUL

ATM FR E1 Line Items Default

Frame Format Mode ON

Line Code Mode HDB3

CRC ON

RAI ON

Alarm Indication Signal FRAMED

CAS OFF

FDL OFFSa_bit Sa4

Interface 120 Ohm (Hardware)

Router Setup Default

Net_Address 000.000.000.000

Netmask 000.000.000.000

Gateway_Address 000.000.000.000

NI_Address 000.000.000.000

Metric 01

E&M Card Default Configuration

Item Option/ Range Default

Side A Side, B Side Depending onside switchsetting

Impedance 600 ohm, 900 ohm 600 ohm

Signaling Type1, Type 2, Type 3, Type 4,and Type 5 or Tx only

Type 5

Tx Gain -10 to +7 dB 0 dB

Rx Gain -10 to +14 dB 0 dB


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DXC 5000 Page 33/34

FXS Card Default Configuration


A/ Law A Law, Law A Law


Tx Gain -21 to +10 dB -3 dB

Rx Gain -21 to +10 dB -3 dB

PLAR RingCadence

2" on 4" off, 1" on 2" off 2" on 4" off

Ring Frequency 16.7, 20, 25, 50 Hz 20 Hz

Metering Pulse On, Off Off

Metering PulseFrequency

12 KHz, 16 KHz 16 KHz

Metering Level 1Vrms, 2.4Vrms 2.4Vrms

PLAR On, Off Off

FXO Card Default Configuration






Trunk Condition On hook, Off hook On hook

Line Polarity Normal, Reverse Normal

Metering PulseFrequency

12 KHz, 16 KHz 16 KHz

Metering PulseDetect Mode

Normal, Packet Normal

Metering PulseDecode Level

-19 to -47 dBm -27 dBm

Magneto Card Default Configuration


Ring Mode Ring across L1 & L2 and L1 &GND





PLAR RingCadence

2" on 4" off, 1" on 2" off 1" on 2" off

PLAR On, Off Off


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Page 34/34 DXC 5000

Miscellaneous Default

Password DXC5000

Device Name DXC 5000

TABLE 35: DEFAULT SOFTWARE CONFIGURATION

Dxc5k en in a22 Installation

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