Sagem ADR 155C User Manual

COMPACT 155 Mbit/s

ADD-DROP MULTIPLEXER

MULTIPLEXEUR ADD-DROP

à 155 Mbit/s COMPACT

ADR 155C

Installation and User Guide

Guide d'Installation et d'Utilisation

N56717020101

Issue : April 2000

Edition : Avril 2000

COMPACT 155 Mbit/s

ADD-DROP MULTIPLEXER

MULTIPLEXEUR ADD-DROP

à 155 Mbit/s COMPACT

ADR 155C

Installation and User Guide

Guide d'Installation et d'Utilisation

N56717020101

Issue : April 2000

Edition : Avril 2000

LIST OF CHANGES

REPERTOIRE DES MISES A JOUR

(A new edition replaces any previous versions)

(Une nouvelle édition annule et remplace la précédente)

No/N°	Date/Date	Change description/Description de la	Page/Page
		mise à jour
0101	April 2000/	Creation of original user guide/	All pages/
	Avril 2000	Création du document à l'édition originale	Toutes pages

Remarque importante : La version logicielle actuelle n'offre pas la fonction RIP décrite dans ce guide.

Important remark : The current software version does not offer the RIP function described in this guide

COMPACT 155 Mbit/s

ADD-DROP MULTIPLEXER

ADR 155C

Installation and User Guide

Installation and User Guide - N56717020101

Reproduction and communication in any form prohibited without the written permission of Page A0-1

PORTS SECURITY LEVEL

Port safety level for the 19" subrack access

The connectors are identified on the front panels of the equipment (cards or motherboard).

Connectors	Function	Security
		level
PWRA/PWRB	Power supply	SELV1
PWR	Power supply	SELV
Motherboard
SYNC	G.703 2 Mbit/s synchronization Ports	SELV
E1 INPUT & E1 OUTPUT	G.703 2 Mbit/s Ports	SELV
MNGT	Other equipment connection	SELV
COMM	VT100 local supervision	SELV
ETH	Ethernet LAN remote supervision	SELV
LOOPS	Loops and remote signaling	SELV
ADR ICI 1.x Card
TR and REC	G.957 and G.958 STM-1 IC1.1 or IC1.2 Optical	Laser class 1
		Dangerless
EOW and AUX	Engineering Order Wire	SELV
ADR LAN1 Card
ETH	Ethernet Port	SELV
ADR 21E120 Card
E1 INPUT & E1 OUTPUT	G.703 2 Mbit/s Ports	SELV

The 19" subrack must be mounted only in racks with a bottom part that is

)closed or fitted with a class V1 or HF1 or better air filter, or that stand on a non-flammable floor..

Safe earth requirement

This equipment must be installed only by skilled personnel. For compliance, the protective earth terminal must be connected to a safe earth with an impedance Z of less than 5 Ohms.

)Handling precaution: For any work to be carried out inside the equipment, an antistatic wrist strap must be worn.

Lithium Battery

)Warning : If the battery is incorrectly replaced there is a risk of explosion.

Only replace with same type battery or equivalent type recommanded by the manufacturer

Dispose of used battery according to manufacturer instructions

In ADR155C, battery replacement may only be done by return Supply Support Department.

1 Safety Extra Low Voltage Circuit

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CONTENTS

CHANGE LIST

0-2

SECTION A : Installation and user guide ......................				A0-1 to AA-6
PORTS SECURITY LEVEL				A0-2
CONTENTS				A0-3 to A0-4
1. INSTALLATION AND COMMISSIONING ...........................................................				A1-1 to A1-28
1.1	- General			A1-1
1.2	- Subrack installation			A1-3
1.3	- Connecting ports			A1-4
1.3.1		- Connecting Power Supply		A1-4
1.3.2		- Connecting on motherboard		A1-7
1.3.3 - Connecting on the ADR IC1.x card				A1-13
1.3.4 - Connecting on ADR LAN1 card				A1-16
1.3.5 - Connecting on ADR 21E120 card				A1-17
1.3.6 - 75 Ω connecting strip				A1-18
1.4	- Commissioning			A1-20
1.4.1		- Configuration required		A1-22
1.4.2 - Parameterizing the communication function				A1-22
1.4.3		- Using HTTP navigator		A1-26
Figure 1-1			ADR155C Subrack Installation	A1-2
Figure 1-2			Connecting power supply ports	A1-5
Figure 1-3			Connecting motherboard inputs	A1-6
Figure 1-4			Connecting ADR IC1.x card inputs	A1-12
Figure 1-5			Connecting ADR LAN1 card input	A1-16
Figure 1-6			Connecting ADR 21E120 card input	A1-17
Figure 1-7			75 Ω connecting strip	A1-18
Figure 1-8			Commissioning procedure for ADR155C network	A1-19
Figure 1-9			Examples of the communication function configuration	A1-21
Figure 1-10			Menu structure	A1-27
2. OPERATION.........................................................................................................				A2-1 to A2-20
2.1	- Functional description			A2-1
2.2	- General			A2-2
2.3	- Operational parameters			A2-2
2.4	- Predefined functions			A2-9
2.5	- Alarms processing			A2-12
2.6	- Performance processing			A2-17
2.7	- Procedure for replacing subassemblies			A2-19

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Figure 2-1	Synchronization from the 2	MHz external sync input (T3)	A2-10
Figure 2-2	Synchronization from the 2	MHz port	A2-10
Figure 2-3	Remote loopback function (registering alarms on central site)		A2-11

Tables 2-1 to 2-6 Configuration parameters			A2-2 to A2-7
Tables 2-7 to 2-8		Commands	A2-8 to A2-9
Tables 2-9 to 2-10		Alarms and severity	A2-13 to A2-14
3. SPARE PARTS.......................................................................................................			A3-1 to A3-2
4. SPECIFICATIONS..................................................................................................			A4-1 to A4-2
ANNEX A - CONSTRUCTING AN IP NETWORK ADDRESSING PLAN			AA-1 to AA-6
A.1	- Preamble		AA-1
A.2	- Addressing IP		AA-2
A.3	- Adressing plan		AA-3
A.4	- Use of static tables		AA-3
A.5	- Use of RIP routing demon		AA-5

SECTION B : Guide d'installation et d'utilisation ............

B0-1 à BA-6

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1 - INSTALLATION AND COMMISSIONING

1. INSTALLATION AND COMMISSIONING

1.1 - General

The ADR 155C is an optical STM-1 add-drop multiplexer used to build STM-1 point-to-point links, STM-1 rings, or mesh networks with conduct (SNC) or line (MSP) protection, so performing the conveyance of links at 2 Mbit/s, Ethernet, STM-1.

The ADR 155C can be used as:

SSTM-1 terminal multiplexer with maximum capacity of 63 VC12 and capability of 1+1 protection,

SSTM-1 repeater, capability of regenerating 2 VC4,

SSTM1 multiplexer with insertion/extraction, with maximum capacity of 4 STM-1 and insertion/extraction of 21 VC12

SLAN interconnection point (in exclusive function up to 3 remote links totalling 3 VC3 used). This equipment is managed from a HTTP navigator:

Seither locally, via its dedicated Ethernet interface

Sor remotely by teleoperation

Sor from the IONOS-ANM network manager; in this last case, using the SNMP protocol also allows global network supervision.

Using a local terminal with VT100 emulation is necessary on the first commissioning, for the configuration of communication parameters.

Management network connections are performed via DCC D1 to D3 (or D4 to D12) of the STM1 or on Ethernet (ETH) or P (MNGT) interfaces of the equipment.

The ADR155C is placed in 19" racks or ETSI frames. It consists of:

Sa 2U subrack fitted with a motherboard grouping together the basic functions of the equipment, a backplane and a secured 48V DC power supply,

San ADRFAN module, consisting of two redundant ventilation units,

Sfour traffic cards:

S IC1.1 or IC1.2 STM1 optical card (ADR IC1.1 or ADR IC1.2 card) allowing a VC4 connection or 3 VC3 connections or 63 VC12 connections or a combination of VC3/VC12 connections

S 21 x 2 Mbit/s card, G.703, (ADR21E120 card), allowing 21 VC12 connections

S Ethernet 10/100 card (LAN1 ADR card), allowing 2 VC3 connections.

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1 - INSTALLATION AND COMMISSIONING

P

B

A

V

D

M

C

Left uprights
of rack
ADR 155C
19" SUBRACK
76,2mm
2U
6<1&	( 287387
2

1	Two M6x12
	HM screw

Two M6 cage nuts

19" rack mounting

ADR 155C Subrack

76,2mm

1

ADR 155C

ETSI RACK

2U
6<1&	( 287387
	2

Two M6x12

HM screw

Two M6 cage nuts

ETSI rack mouting

Figure 1-1- ADR155C Subrack Installation

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1 - INSTALLATION AND COMMISSIONING

1.2 - Subrack installation

The ADR 155C subrack can be installed in 19" rack or ETSI frame (see Figure 1-1). It consists of:

Sa motherboard located in the lower part (item M),

Sfour non-dedicated slots (items A to D), designed to accommodate the traffic cards,

Sa slide located on the left of the subrack designed to accommodate the ventilation module (item V),

Sa power supply (item P).

All connections are performed on front panel, either on the subrack, or on the modules.

Installation in a 19" rack

Elements attaching the subrack in 19" rack (brackets, cage nuts and attaching screws), are provided in its package.

The ADR155C has a system of thermal control by ventilation ; during the installation, provide for sufficient space for the ventilation aperture on the left of the subrack, and also for the aeration, at the top and right of the subrack. On the other hand, never hinder the natural air convection on the right side.

Perform the following operations:

Sprovide a 2U place in the rack for each equipment and a 1U space between equipments,

Ssecure the attaching brackets for mounting in 19" rack, on either side of the subrack,

Sclip, on either side of the rack, two M6 cage nuts (item 1),

Sposition the 19" subrack back in front of the rack,

Sslide the 19" subrack until attaching brackets are in contact with uprights, opposite the 4 cage nuts, and then secure the subrack with 4 M6x12 hex head screws (item 2).

Installation in an ETSI rack

The installation of the subrack in ETSI rack is identical with that in 19" rack.

In this case, use the set of attaching brackets specific for mounting in ETSI rack.

Installation of cards

RECALL: Prior to any operation on the cards, the operator must be provided with an antistatic bracelet.

ADR155C slots are non-dedicated. However, in order to make wiring easier and ensure the homogeneity among sites, it is advisable to proceed as follows:

Sposition the tributary cards from C clockwise

Sposition the agregate cards from D counter-clockwise

Scheck the ventilation module presence in its reserved slide,

Ssecure each card through M3 screws of Torx type (6-branch star), using a suited screwdriver.

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1 - INSTALLATION AND COMMISSIONING

1.3 - Connecting ports

The connections to be performed on the equipment depend on the configuration chosen: On the power supply card:

Sposer supply ports: "PWR" or "PWRA" and/or "PWRB", On the subrack motherboard strip:

Smanagement ports : "COMM", "ETH" and/or "MNGT"

SRemote indication, remote control and station alarm port : "LOOPS"

S2Mbit/s G.703 synchronization port : "SYNC"

S21x2Mbit/s G.703 traffic ports: "E1 INPUT" and "E1 OUTPUT". Depending on the traffic modules used

Soptical STM-1 ports and order wire channels ports,

SEthernet port

S21x2Mbit/s G.703 traffic ports.

Connection requirements :

ÖFor a right distribution of cords on either side of the subrack, the connections of slots A and C, the 21 2Mbit/s accesses and synchronization access are oriented leftward. All other connections are oriented leftward.

ÖThe run of cords must not hinder the extraction of a module; in particular, connecting cables of the left subrack half is to be secured to the frame with enough backlash to enable the ventilation module to be extracted during a maintenance operation.

1.3.1- Connecting Power Supply

S"PWRA" and/or "PWRB" ports, when the equipment is powered from one or two 48 V sources, the power source(s) should be limited to 100 VA.

S. "PWR" port when the equipment is powered from a mains voltage (230 V AC), via an optional 110-240//48V 60W/ transformer.

Observe the following connection requirements :

Ö"PWR" and "PWRA" and/or "PWRB" Power supply ports can be connected simultaneously.

ÖThe power cord or the 110-240//48V 60W/ transformer must not be connected to the primary source prior to being connected to the equipment.

ÖThe 110-240//48V 60W/ transformer must be mounted far from any heat source, and no traction must be exerted on its connecting wires.

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1 - INSTALLATION AND COMMISSIONING

Description of power supply ports

	POWER
	- 48V
	2A MAX
	"PWR" Jack type connector
	F4AL250V Fuse	4A Quick fuse
		low power shutdown
		250V
	PWRA and PWRB
		1	- 48 B1
	5	2	- 48 B1	6 OB1
	9
		3	- Reserved	7 OB1
	6	4	- 48 B2	8 OB2
	1
		5	- 48 B2	9 OB2
	ADR-155C

	Figure 1-2 – Connecting power supply ports
"PWRA"/"PWRB" power supply interface:
Input voltage :	One or two Safety Extra Low Voltage (SELV) type – 48V sources
	Voltage range allowed: - 36 V to - 60 V
	Maximum voltage range : - 36 V to - 72 V
Power	100 VA maximum
Connector	Male 9-way HE5
	5					1
	9					6
	Pin N°					Signal name
	1					-48B1
		6				OB1
	2					-48B1
		7				OB1
	3					Reserved
		8				OB2
	4					-48B2
		9				OB2
	5					-48B2
NOTA : The shielding of the connector is connected to the equipment ground
"PWR" power supply interface:
Port	Connecting transformer 110-240//48V 60W/
Connector	Jack (core = OB1 and shield = - 48 V1).

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1 - INSTALLATION AND COMMISSIONING

"SYNC"

	5			1
	9			6
1	: GND
2	: TX1_TIP		6	: TX1_RING
3	: RX1_TIP		7	: RX2_TIP
4	: RX2_RING		8	: RX1_RING
5	: RESERVED		9	: RESERVED

"E1 OUTPUT"and "E1 INPUT"

15					1
30					16
	44				31
		16	: GND
1	: Tx(Rx) 1A	17	: Tx(Rx) 2B	31	: Tx(Rx) 1B
2	: Tx(Rx) 3B	18	: Tx(Rx) 3A	32	: Tx(Rx) 2A
3	: Tx(Rx) 4A	19	: Tx(Rx) 5B	33	: Tx(Rx) 4B
4	: Tx(Rx) 6B	20	: Tx(Rx) 6A	34	: Tx(Rx) 5A
5	: Tx(Rx) 7A	21	: Tx(Rx) 8B	35	: Tx(Rx) 7B
6	: Tx(Rx) 9B	22	: Tx(Rx) 9A	36	: Tx(Rx) 8A
7	: Tx(Rx) 10A	23	: Tx(Rx) 11B	37	: Tx(Rx) 10B
8	: Tx(Rx) 12B	24	: Tx(Rx) 12A	38	: Tx(Rx) 11A
9	: Tx(Rx) 13A	25	: Tx(Rx) 14B	39	: Tx(Rx) 13B
10	: Tx(Rx) 15B	26	: Tx(Rx) 15A	40	: Tx(Rx) 14A
11	: Tx(Rx) 16A	27	: Tx(Rx) 17B	41	: Tx(Rx) 16B
12	: Tx(Rx) 18B	28	: Tx(Rx) 18B	42	: Tx(Rx) 17A
13	: Tx(Rx) 19A	29	: Tx(Rx) 20B	43	: Tx(Rx) 19B
14	: Tx(Rx) 21B	30	: Tx(Rx) 21A	44	: Tx(Rx) 20A
15	: GND

"MNGT"

		5			1
		9				6			COMM
	1	: GND
							5				1
	2	: RXPA		6	: RXPB
							9					6
	3	: TXPA		7	: TXPB
							1 : DCD
	4	: TXCLKPA		8	: TXCLKPB					6	: DSR
	5	: RXCLKPA		9	: RXCLKPB		2 : RX
							3 :	TX		7	: RTS
							4 :	DTR		8	: CTS
							5 :	Gnd		9	: NC *

LOOPS

8 1

15					9
1	: Break B
2	: Make B		9 : Common B
3	: Common A		10	: Break A
4	: Gnd		11	: Make A
5	: R-MON 4 N 12			: R-MON 4 P (OB)
6	: R-MON 3 N 13			: R-MON 3 P (OB)
7	: R-MON 2 N 14			: R-MON 2 P (OB)
8	: R-MON 1 N 15			: R-MON 1 P (OB)

Schematic diagram of a dry loop

M C B

Green "ON" LED
On	In service card
Flashing	Autotest default
Off	No powered equipment
	or not run software

	"ALA" LEDs
	Red "M" LED
	ON		: major alarm
	Yellow "m" LED
	OFF		: minor alarm
	"ACK" Push button
	alarm acquittement
		ETH
	Pin 1		Pin 8
1	: TX_ETH_TIP		5 : NC
2	: TX_ETH_RING 6 : RX_ETH_RING
3	: RX_ETH_TIP		7 : NC
4	: NC *		8 : NC
	Yellow LED	: link status
	ON	: correct link
	Green LED	: traffic status
	ON	: on reception

NC * : Reserved

	Figure 1-3 – Connecting mother board inputs
Installation and User Guide - N56717020101
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1 - INSTALLATION AND COMMISSIONING

1.3.2- Connecting on motherboard

1.3.2.1- Remote indication, remote control and station alarm port ("LOOPS")

"LOOPS" Interface:

Ports

4 remote indication inputs for floating contacts (Local user inputs), biased to

-48 V internally, active when closed and with electrical isolation

(loop current = from 1 to 10 mA),

2 dry loop outputs (common, normally closed and normally open) (Local user

outputs) for station alarm or remote control use (maximum current = 100 mA

on resistive load),

Connector

Female 15-way HE5

8

1

15

9

Pin N°

Signal name

Comments

1

BREAK B

Normally closed contact of dry loop B

9

COMMON B

Common contact of dry loop B

2

MAKE B

Normally open contact of dry loop B

10

Break A

Normally closed contact of dry loop A

3

COMMON A

Common contact of dry loop A

11

Make A

Normally open contact of dry loop A

4

GND

Ground

12

R- MON 4 P (OB)

User imput N°4

5

R-MON 4 N

13

R- MON 3 P (OB)

User imput N°3

6

R- MON 3 N

14

R- MON 2 P (OB)

User imput N°2

7

R- MON 2 N

15

R- MON 1 P (OB)

User imput N°1

8

R- MON 1 N

NOTE:

OB is the result of a logical "OR" between signals OB1 and OB2 on the "PWR", "PWRA" and "PWRB"

power supply interfaces.

"ETH" Interface:

Port

Ethernet management interface operating at 10 Mbit/s in half-duplex or full-

duplex mode according to the mode used by the interlocutor (dynamic

adaptation of the Ethernet port on each new log-in of the interlocutor),

Connector

RJ48 Type (RJ45 shielded).

Pin 1

Pin 8

Front view

Pin N°

Signal name

Comments

1

TX_ETH_TIP

Output (hot point)

2

TX_ETH_RING

Output (cold point)

3

RX_ETH_TIP

Input (hot point)

4

NC

Reserved

5

NC

Reserved

6

RX_ETH_RING

Input (cold point)

7 and 8

NC

Reserved

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1 - INSTALLATION AND COMMISSIONING

NOTE: Two LEDs are linked to the "ETH" port:

• LED, "Activity", green colour

: Trafic status indicator,

• LED, "Link", yellow colour

: Link status indicator.

1.3.2.2 - Management and Administration ports

"COMM" Interface:

Ports

RS232, connecting VT100 standard console or emulation

Bit rate

19200 bauds (8 data bits, no parity bit and 1 stop bit),

Connector

Female 9-way HE5

5

1

9

6

Pin N°

Signal name

Comments

1

DCD

Connected to DSR

6

DSR

Data Set Ready (to DCE)*

2

RX

Received data (to DCE)*

7

RTS

Request To Send (from DCE)*

3

TX

Transmitted data (from DCE)*

8

CTS

Clear To Send (to DCE)*

4

DTR

Data Terminal Ready (from DCE)*

9

RI

Ring Indicator (not connected)

5

GND

Ground

* The ADR155C is seen as DCE

Connection cable

See below.

Equipment side

VT100 or PC

"COMM"

side

Male 9-way connector Female 9-way connector

			Wiring diagram
	1	6	1
			6
	5	9	9
			5

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1 - INSTALLATION AND COMMISSIONING

"MNGT" Interface:
Port		V.11 synchronous (differential) interconnection possible with other SAGEM
		equipment ADR155C, FOT 155C, through serial synchronous links used in
		codirectional mode at 64 kbit/s or master contra-directional mode (rate
		defined by the ADR 155C)
Bit rate		64 kbit/s,
Connector		Female 9-way HE5.
				5		1
				9		6
Pin N°		Signal name	Polarity					Comments
1		GND		Ground (no connected)
	6	RXPB	(+)	Input for data received over the P interface and sampled on the
				rising edge of receive clock RXCLKP (B-A)
2		RXPA	(-)
	7	TXPB	(+)	Output for data sent over the P interface on the falling edge of
				transmit clock TXCLKP (B-A)
3		TXPA	(-)
	8	TXCLKPB	(+)	Output for transmit clock; in codirectional mode, the transmit clock
				timing is derived from the equipment's internal timing
4		TXCLKPA	(-)
	9	RXCLKPB	(+)	Receive clock input
5		RXCLKPA	(-)

*In slave contradirectional mode (coming) TXCLK signals are inputs.

Timing diagram for the "MNGT" interface in codirectional mode (64 kbit/s synchronous use):

TXCLKP (B-A)

(codirectional transmit clock output)

TXP (B-A)
	B8				B1			B2
(output for data transmitted

over P interface)

RXCLKP (B-A)

(receive clock input)

RXP (B-A)
	B8			B1			B2
(input for data received

over the P interface)

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1 - INSTALLATION AND COMMISSIONING

1.3.2.3 - G.703 2 Mbit/s Synchronization port

"SYNC" Interface
Ports			Two G.703 2MHz external synchronization inputs (T3) and one G.703 2MHz
			clock output (T4) compliant with ITU-T G.703 Recommendation
			(§ 10.3 for input port, § tab.10 for output port)
Bit rate			2,048 Mbit/s ± 50 ppm,
Impedance			120 Ω balanced,
Connector			Female 9-way HE5 (120 Ω).
			5					1
			9					6
	Pin N°			Signal name				Comments
	1			GND				Ground
		6		TX1 RING (T4-)				Output T4-1 (cold point)
	2			TX1 TIP (T4+)				Output T4-1 (hot point)
		7		RX2 TIP (T3+)				Input T3-2 (hot point)
	3			RX1 TIP (T3+)				Input T3-1 (hot point)
		8		RX1 RING (T3-)				Input T3-1 (cold point)
	4			RX2 RING (T3-)				Input T3-2 (cold point)
		9		NC				Reserved
	5			NC				Reserved

NOTA : The shielding of the connector case is connected to the subrack front panel ground

1.3.2.4 - G.703, 21 x 2 Mbit/s traffic port

"E1 INPUT" and "E1 OUTPUT" Interface
ports	21 x 2 Mbit/s traffic ports compliant with the ITU-T G.703 Recommendation
	(§ 6.3 for input port, § tab.6 for output port)
Bit rate	2,048 Mbit/s ± 50 ppm,
Code	HDB3,
Impedance	120 Ω balanced,
Connector	SUB D HD female 44 pins supporting L907 cable (21 ports).
This interface	uses two connectors : E1 INPUT	connector for inputs (named RX) and
E1 OUTPUT connector for outputs (named TX)
	15	1
	30	16
	44	31

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1 - INSTALLATION AND COMMISSIONING

Pin N°			Ports	Signal name	Comments
	16			GND	ground
		31	1	TX(RX) 1B	Output (Input) 2 Mbit/s (hot point)
1				TX(RX) 1A	Output (input) 2 Mbit/s (cold point)
	17		2	TX(RX) 2B	Output (Input) 2 Mbit/s (hot point)
		32		TX(RX) 2A	Output (input) 2 Mbit/s (cold point)
2			3	TX(RX) 3B	Output (Input) 2 Mbit/s (hot point)
	18			TX(RX3A	Output (input) 2 Mbit/s (cold point)
		33	4	TX(RX) 4B	Output (Input) 2 Mbit/s (hot point)
3				TX(RX) 4A	Output (input) 2 Mbit/s (cold point)
	19		5	TX(RX) 5B	Output (Input) 2 Mbit/s (hot point)
		34		TX(RX) 5A	Output (input) 2 Mbit/s (cold point)
4			6	TX(RX) 6B	Output (Input) 2 Mbit/s (hot point)
	20			TX(RX) 6A	Output (input) 2 Mbit/s (cold point)
		35	7	TX(RX) 7B	Output (Input) 2 Mbit/s (hot point)
5				TX(RX) 7A	Output (input) 2 Mbit/s (cold point)
	21		8	TX(RX) 8B	Output (Input) 2 Mbit/s (hot point)
		36		TX(RX) 8A	Output (input) 2 Mbit/s (cold point)
6			9	TX(RX) 9B	Output (Input) 2 Mbit/s (hot point)
	22			TX(RX) 9A	Output (input) 2 Mbit/s (cold point)
		37	10	TX(RX) 10B	Output (Input) 2 Mbit/s (hot point)
7				TX(RX) 10A	Output (input) 2 Mbit/s (cold point)
	23		11	TX(RX) 11B	Output (Input) 2 Mbit/s (hot point)
		38		TX(RX) 11A	Output (input) 2 Mbit/s (cold point)
8			12	TX(RX) 12B	Output (Input) 2 Mbit/s (hot point)
	24			TX(RX) 12A	Output (input) 2 Mbit/s (cold point)
		39	13	TX(RX) 13B	Output (Input) 2 Mbit/s (hot point)
9				TX(RX) 13A	Output (input) 2 Mbit/s (cold point)
	25		14	TX(RX) 14B	Output (Input) 2 Mbit/s (hot point)
		40		TX(RX) 14A	Output (input) 2 Mbit/s (cold point)
10			15	TX(RX) 15B	Output (Input) 2 Mbit/s (hot point)
	26			TX(RX) 15A	Output (input) 2 Mbit/s (cold point)
		41	16	TX(RX) 16B	Output (Input) 2 Mbit/s (hot point)
11				TX(RX) 16A	Output (input) 2 Mbit/s (cold point)
	27		17	TX(RX) 17B	Output (Input) 2 Mbit/s (hot point)
		42		TX(RX) 17A	Output (input) 2 Mbit/s (cold point)
12			18	TX(RX) 18B	Output (Input) 2 Mbit/s (hot point)
	28			TX(RX) 18A	Output (input) 2 Mbit/s (cold point)
		43	19	TX(RX) 19B	Output (Input) 2 Mbit/s (hot point)
13				TX(RX) 19A	Output (input) 2 Mbit/s (cold point)
	29		20	TX(RX) 20B	Output (Input) 2 Mbit/s (hot point)
		44		TX(RX) 20A	Output (input) 2 Mbit/s (cold point)
14			21	TX(RX) 21B	Output (Input) 2 Mbit/s (hot point)
	30			TX(RX) 21A	Output (input) 2 Mbit/s (cold point)
15				GND	Ground

NOTA : The shielding of the connector case is connected to the subrack front panel ground

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1 - INSTALLATION AND COMMISSIONING

STM1 transmission port

STM1 reception port

ADR IC1

STATUS

EOW

TR

REC

AUX

"EOW and "AUX"

LED		STATUS
Green	Red
ON	OFF	Card in service
ON	ON	Card in alarm
OFF	OFF	Hardware default (fuse)
OFF	ON	Card out of service
Flashing		Autotest default

	8		1
15			9
1	: NC
2	: TA	9 : TB
3	: TOF PA	10	: TOF PB
4	: RA	11	: RB
5	: ROF PA	12	: ROF PB
6	: R64 A	13	: R64 B
7	: T64 A	14	: T64 B
8	: GND	15	: NC

Version 1

STM1 transmission port

STM1 reception port

ADR IC1.1

STATUS

EOW

AUX

TR REC

LED		STATUS
Green	Red
ON	OFF	Card in service
ON	ON	Card in alarm
OFF	OFF	Hardware default (fuse)
OFF	ON	Card out of service
Flashing		Autotest default

Version 2

"EOW and "AUX"

	8		1
15			9
1	: NC
2	: TA	9 : TB
3	: TOF PA	10	: TOF PB
4	: RA	11	: RB
5	: ROF PA	12	: ROF PB
6	: R64 A	13	: R64 B
7	: T64 A	14	: T64 B
8	: GND	15	: NC

NC: Reserved

Figure 1-4 - Connecting ADR IC1.x card inputs

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1 - INSTALLATION AND COMMISSIONING

1.3.3 - Connecting on the ADR IC1.x card

Each ADR IC1.x module provides connection for:

San STM1 interface ("TR" transmission port and "REC" reception port)

Stwo order wire channels at 64 kbit/s (named "EOW" and "AUX"), which, by default, are conveyed in E1 and F1 bytes of the SOH, respectively.

1.3.3.1 - Connecting STM1 interface

Remove the contact protection connector,

Connect STM-1 interface to front panel FC/PC connectors:

Ö Transmission	TR Connector
Ö Reception	REC Connector
"TR" and "REC" ports:
Interface Type	IC 1.1 = L 1.1 + S 1.1 or IC 1.2 = L 1.2 + S 1.2,
Bit rate	155.520 Mbit/s ± 15 ppm,
Standart	ITU-T G.957/G.958,
Encoding	Not encoded (NRZ),
Optical fiber*	Single mode (1300 nm (IC1.1) or
	1550 nm (IC1.2), ITU-T G.652),
Transmit optical power	-5 to 0 dBm
Max. receive power	0 dBm
Sensibility at 10-10	- 34 dB
garanteed Attenuation	0 - 28 dB with no external attenuator,
Typical range	0 - 60 km (IC1.1) or 0 - 90 km (IC1.2),
Connector	all ceramic FC/PC

*: It is possible to use a multi-mode optical fiber with diameter smaller than or equal to 62.5 microns. The optical budget is then reduced to 25 % of the optical budget obtained with a mono-mode optical fiber. The transmission optical fiber is mono-mode type and the reception optical fiber is multi-mode type.

1.3.3.2 - Connecting order-wire channels

"EOW" and "AUX" Interface:

Port	synchronous V.11 (differential),
Bit rate	64 kbit/s,

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1 - INSTALLATION AND COMMISSIONING

Connector		Female 15-way HE5.
			8	1
			15	9
Pin N°		Signal name	Polarity	Comments
1		-		Not connected
	9	TB	(+)	Input for data to send over the STM-1 line and sampled on the
				rising edge of clock T64 (B-A)
2		TA	(-)
	10	TOFPB	(+)	Transmit mode byte sync output indicating the positioning of bit 1
				and sent on the rising edge of clock T64 (B-A)
3		TOFPA	(-)
	11	RB	(+)	Output for data extracted from STM-1 line and sampled on the
4		RA	(-)	falling edge of clock T64 (B-A)
	12	ROFPB	(+)	Receive mode byte sync output indicating the setting of bit 1 and
5		ROFPA	(-)	sent on the falling edge of clock T64 (B-A)
	13	R64B	(+)	64 kHz receive clock output
6		R64A	(-)
	14	T64B	(+)	64 kHz transmit clock output
7		T64A	(-)
	15	-		Not connected
8				Ground

Timing diagram for the "EOW/AUX" interface in contra-directional mode (64 kbit/s synchronous use):

T64 (B-A)

(transmit clock output)

T (B-A)

(input for data to transmit over STM1 line)

TOFP (B-A)

(transmit synchro byte pulse output)

R64 (B-A)

(receive clock output)

R (B-A)

(output for data received from STM1 line)

ROFP (B-A)

(receive synchro byte pulse output)

		B8			B1				B2

B8			B1			B2

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1 - INSTALLATION AND COMMISSIONING

1.3.3.3 – Connecting with MSP operation

As EOW and AUX ports are physically integral with ADR IC1.x, operating the order wire and auxiliary channels with MSP protection requires the use of a "Y" cord electrically connecting, one by one, identically, the signals of EOW and AUX connectors.

EOW	TR REC	AUX
ADR IC1.x Working

EOW	TR REC	AUX
ADR IC1.x Protection
"Y" cord for		"Y" cord for
order wire		auxiliary wire
channel operation		channel operation

Likewise, in order to ensure a good behaviour during the changeover from one module to the other, the operator should take care to keep identical configurations on both ADR IC1.x cards; a warning message appears in case of modification.

Only the connections are not identical. There must be no connections on the "Protection" module, as in all the connections are made to the "Working" module.

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1 - INSTALLATION AND COMMISSIONING

1.3.4 - Connecting on ADR LAN1 card

ADR LAN1

10/100 HALF/FULL

STATUS

ETH

LED

STATUS

HALF/FULL

Green	Red
ON	OFF	Card in service
ON	ON	Card in alarm
OFF	OFF	Hardware default (fuse)
OFF	ON	Card out of service
Flashing		Autotest default

ETH

		Contact 1		Contact 8
	1	: TX_ETH_TIP	5 : NC
	2	: TX_ETH_RING 6		: RX_ETH_RING
	3	: RX_ETH_TIP 7		: NC	NC : Reserved
	4	: NC	8	: NC
		Yellow LED	: link status
		ON	: correct link
		Green LED	: traffic status
		ON	: on reception

Yellow LED : Ethernet interface type (Half or Full Duplex)

ON	: Full duplex

10/100

Yellow LED : Ethernet interface bite rate

ON	: 100 Mbit/s

		Figure 1-5 – Connecting ADR LAN1 card input
"ETH" Interface :
Port		Traffic Ethernet interface operating at 10 or 100 Mbit/s in half-duplex or full-
		duplex mode according to the mode used by the interlocutor (dynamic
		adaptation of the Ethernet port on each new log-in of the interlocutor),
Connector		Ethernet 10 or 100 BaseT - RJ48 Type (Shielded RJ45).
			Pin 1	Pin 8
				Front view
	Pin N°		Signal name		Comments
	1		TX_ETH_TIP		Ethernet output (hot point)
	2		TX_ETH_RING		Ethernet output (cold point)
	3		RX_ETH_TIP		Ethernet input (hot point)
	4		NC		Reserved
	5		NC		Reserved
	6		RX_ETH_RING		Ethernet input (cold point)
	7 and 8		NC		Reserved

NOTE: Two LEDs are linked to the "ETH" interface:

•	LED, "Activity", green colour	: Trafic status indicator,
•	LED, "Link", yellow colour	: Link status indicator.

Electrical characteristics compliant with the IEEE 802.3U

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1 - INSTALLATION AND COMMISSIONING

1.3.5 - Connecting on ADR 21E120 card

2 Mbit/s traffic connections, performed on "E1 INPUT" and "E1 OUTPUT" ports on the ADR21E120 card are identical with those performed on "E1 INPUT" and "E1 OUTPUT" ports on the front side of the motherboard (see § 1.3.2.4)

ADR 21E120

STATUS

E1 OUTPUT

LED		STATUS
Green	Red
ON	OFF	Card in service
ON	ON	Card in alarm
OFF	OFF	Hardware default (fuse)
OFF	ON	Card out of service
Flashing		Autotest default

E1 INPUT

"E1 OUTPUT" and "E1 INPUT"

	15				1
	30				16
	44				31
		16	: GND
1	: Tx(Rx) 1A	17	: Tx(Rx) 2B	31	: Tx(Rx) 1B
2	: Tx(Rx) 3B	18	: Tx(Rx) 3A	32	: Tx(Rx) 2A
3	: Tx(Rx) 4A	19	: Tx(Rx) 5B	33	: Tx(Rx) 4B
4	: Tx(Rx) 6B	20	: Tx(Rx) 6A	34	: Tx(Rx) 5A
5	: Tx(Rx) 7A	21	: Tx(Rx) 8B	35	: Tx(Rx) 7B
6	: Tx(Rx) 9B	22	: Tx(Rx) 9A	36	: Tx(Rx) 8A
7	: Tx(Rx) 10A	23	: Tx(Rx) 11B	37	: Tx(Rx) 10B
8	: Tx(Rx) 12B	24	: Tx(Rx) 12A	38	: Tx(Rx) 11A
9	: Tx(Rx) 13A	25	: Tx(Rx) 14B	39	: Tx(Rx) 13B
10	: Tx(Rx) 15B	26	: Tx(Rx) 15A	40	: Tx(Rx) 14A
11	: Tx(Rx) 16A	27	: Tx(Rx) 17B	41	: Tx(Rx) 16B
12	: Tx(Rx) 18B	28	: Tx(Rx) 18B	42	: Tx(Rx) 17A
13	: Tx(Rx) 19A	29	: Tx(Rx) 20B	43	: Tx(Rx) 19B
14	: Tx(Rx) 21B	30	: Tx(Rx) 21A	44	: Tx(Rx) 20A
15	: GND

Figure 1-6 – Connecting ADR 21E120 card inputs

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1 - INSTALLATION AND COMMISSIONING

1.3.6 - 75 Ω connecting strip

Drafting TBD

Figure 1-7 - 75 Ω connecting strip

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1 - INSTALLATION AND COMMISSIONING

LOCAL TEST

*case of underequipped unitary equipment

Equipment Inventory

- 48 V power Check

Aggregate optical loopback

Insertion of communication parameters (VT100)

Setting to time and insertion of the test configuration tributary accesses (HTTP browser)

Tributary Ports continuity check

- 48 V redundancy Check

A and B loops and alarms check

Local transmission test (30 mn) *

Optical connection

Connection of external sync input from of an "Master" equipment (optional)

		Configuration Elaboration
	no
		Local Test on network
		of last équipment ?
			yes
		Link established

Optical measurements

MSP protection check

Counters reset

24 H link Performance

Equipment operational (constitution of installation file)

Configuration Save

Figure 1-8 – Commissioning procedure for ADR155C network

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1 - INSTALLATION AND COMMISSIONING

1.4 - Commissioning

NOTE: The equipment can be operated from a PC fitted with VT100 emulation and HTTP navigator; its minimum configuration is defined in section 1.4.1.

A local terminal with VT100 emulation is indispensable during the first commissioning, in order to be able to access the equipment via the management function; however, this terminal only enables the communication function to be parameterized.

Procedure.

) On the first commissioning, the equipment scans its constitution and considers it as the expected configuration, in service, not monitored. It is thus advisable to insert the traffic cards before power-up, in order to speed up the commissioning.

)Switch on the power supply connected to the equipment.

)The equipment conducts self-tests:

SWhen self-tests have run correctly, the "ON" indicator light is illuminating,

SIn the opposite case, an indicator flashing code defines the faulty self-test (contact the hotline).

)Parameterize the communication interface, using the VT100 (see § 1.4.1).

)Using the HTTP navigator, (see § 1.4.3).

SUpdate the equipment time and date

SSet each card under monitoring: validate the "Monitoring" command.

)Connect the 2 Mbit/s and/or Ethernet ports, according to the equipment composition,

)Connect the AUX and EOW ports required.

)Download a predefined configuration or prepare the desired configuration, using the HTTP navigator:

SCreate the connections

SEstablish the wished protection (MSP protection, SNC protection ...)

SChoose the synchronization source, and change its parameters if required.

SChange, if necessary, the configuration parameters and the alarm configuration. The default configuration of the various parameters is provided by § 2.1.1.

)Conduct the tests on STM-1 links, complying with the process described in Figure 1-2.

)From that moment, the equipment is operational.

)Operating alarms can signal a wrong connection of interfaces. Check the connection of ports, the alarms corresponding to the connected ports, and correct any problems that may arise.

)Save configuration.

REMARK: It is possible, once the commissioning is performed, to connect additional 2 Mbit/s G.703, Ethernet or STM1 ports, and to insert or extract powered cards.

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1 - INSTALLATION AND COMMISSIONING

H T T P

Mngt port

Application

E

R

P

. ETH port

. HTTP server

R

T

P

H

P

. 4 PPP ports

. SNNP agent for

Routing

(Point to Point Protocol)

IONOS ANM

function

S N M P

Communication function over an ADR 155C

D1 - D3 over STM1

D1 - D3 over STM1

H T T P

H T T P

E

P

x

P

E

R

R

T

P

x

P

T

H

P

P

H

x

S N M P

S N M P

Example 1 : communication over a point to point link

IONOS ANM

	The TPI can be connected to any								E T H
						S
	Ethernet interface as soon as the
						N			R
	parameterezing enables to reach
	1 equipment to be operated					M
						P
									P P P
						D1 - D3
						STM1
						on West
						D1 - D3 STM1
				H T T P		on East
		E			P
				R
	ADR	H			P
		T			P
						D1 - D3 STM1
				S N M P		on West
IONOS ANM in necessary						D1 - D3
to operate this FOT C					D1 - D3
(but the ADR cannot be					on STM1	STM1
operated from the ETH					tributary	on East
interface of the FOT C
	FOT C *					S			P P P
				D1 - D3
						N			R
				on STM1
						M
				aggregate
E	R		P			P
									E T H
T			P
H			P

S N M P

H

T ADR

T

P

D1 - D3 STM1

on East

D1 - D3

STM1 on West

H

T

T ADR

P

Example 2 : communication over an ADR 155C and FOT 155C ring

Figure 1-9 – Examples of the communication function configuration

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1 - INSTALLATION AND COMMISSIONING

1.4.1 - Configuration required

The minimum configuration proposed for the operating PC is as follows:

Description	Configuration 1		Configuration 2
Processor		266 MHz Pentium
Memory	32 MB		64 MB
Display	800x600, 256 colours (1024x768 recommended)
Interface	Serial RS232 interface
	Ethernet 10 base T network card
Operating system	Windows 95		Windows NT4
Applications	Hyperterminal for Windows
	HTTP navigator: Netscape Communicator 4.5

1.4.2 - Parameterizing the communication function

Figure 1-9 presents the available resources and various configurations possible for the communication function;

) Connect "COMM" port of the equipment to a "COM" port not used on the PC with VT100 emulation,

)Power the PC on,

)Start the Hyper Terminal application

Son the first use, proceed as follows:

Sconnect "COMM" port of the equipment to a "COM" port not used on the PC,

Spower the PC on,

Sselect, in succession, from Windows desktop, the Start, Programs, Accessories and HyperTerminal command buttons,

Schoose the icon representative of the HyperTerminal application,

Sa description window for the connection appears; give a name for the connection and validate your choices,

Sa new window appears; choose that PC "COM" port which is connected to the equipment and validate your choice,

Sa new window appears; configure the port parameters as indicated below and validate the programming :

S	. Bits per second	: 19200,
S	. Data bits	: 8,
S	. Parity	: no parity,
S	. Stop bits	: 1,
S	. Flow control	: none,

Ssave the connection (Save command in the application File menu).

NOTE: On the next opening of "Hyperterminal" application, choosing the connection icon will be enough to be logged on the equipment.

On the equipment power-up, the operating menu appears.

To exit the "Hyperterminal" application, select Quit command from File menu.

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