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This product is marked with a CE Mark. This mark has been affixed to demonstrate full productcompliance with the following European directives:

a) Directive 73/23/EEC - Council Directive of 19/02/1973 on the harmonization of the laws ofMember States relating to electrical equipment designed for use within certain voltage limits.

b) Directive 89/336/EEC - Council Directive of 3/05/1989 on the approximation of laws of theMember States relating to Electro-Magnetic Compatibility (EMC).

Issue Date: February 6, 1996

This product is marked with a TUV Mark. This mark has been affixed to demonstrate full productcompliance with UL60950 for US and Canada.

This product is marked with a GS Mark. This mark has been affixed to demonstrate full productcompliance with German Safety Requirements.

CBThis product is compliant with IEC60950 with all countries deviations, according to the CB scheme.

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Revision record: I-Gate 4000 PRO Installation

Dwg.

Rev.

Pub.

Rev.

Date Update Description

A0 01 May-03 First edition and printing. Mercury Ver. 1.1. Author: JH

A1 02 Dec-03 Release as Installation-only document. Incorporating changes

relevant to Mercury ver. 1.2. Author: JH

A2 03 Aug-04 Mercury Ver. 1.3. Auth: MD. Updates: initialization chapter.

Publication No. 02041802

Dwg. No. 480166-1000-014-95-A2

Copyright by VERAZ NETWORKS INC., 2004. All rights reserved worldwide.

The information contained in this document is proprietary and is subject to all relevant copyright, patent and otherlaws protecting intellectual property, as well as any specific agreement protecting VERAZ NETWORKS INC.'srights in the aforesaid information. Neither this document nor the information contained herein may be published,reproduced or disclosed to third parties, in whole or in part, without the express, prior, written permission of VERAZNETWORKS INC. In addition, any use of this document or the information contained herein for any purposes otherthan those for which it was disclosed is strictly forbidden.

Any representation(s) in this document concerning performance of VERAZ NETWORKS INC.'s product(s) are forinformational purposes only and are not warranties of future performance, either express or implied. VERAZNETWORKS INC.'s standard limited warranty, stated in its sales contract or order confirmation form, is the onlywarranty offered by VERAZ NETWORKS INC. in relation thereto.

VERAZ NETWORKS INC. reserves the right, without prior notice or liability, to make changes in equipment designor specifications. This document may contain flaws, inaccuracies, omissions or typesetting errors; no warranty isgranted nor liability assumed in relation thereto, nor responsibilities for third-party rights which may be affected inany way by the use thereof, unless specifically undertaken in VERAZ NETWORKS INC.s sales contract or orderconfirmation. Information contained herein is periodically updated and changes will be incorporated intosubsequent editions. If you have encountered an error, please notify VERAZ NETWORKS INC.

Direct any comments or questions to Central Customer Service Center at [email protected]; Fax +972-39268999; Phone +972-39287077.

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I -Gate 4000 PRO Installat ion Contents

02041802-03 Veraz Networks Inc. Proprietary i

Contents

1. Introduction............................................................................................. 1-1

1.1. Purpose of Document........................................................................ 1-1

1.2. General.............................................................................................. 1-1

2. Preparations & Precautions................................................................... 2-1

2.1. Safety Instructions ............................................................................. 2-12.2. Installation Instructions ...................................................................... 2-2

2.3. Battery Instructions ............................................................................ 2-3

2.4. Electrostatic Discharge (ESD) Precautions........................................ 2-5

2.5. Tool List............................................................................................. 2-6

3. Planning Installation Site ....................................................................... 3-1

3.1. Physical Specifications ...................................................................... 3-1

3.2. Minimum Distances ........................................................................... 3-4

3.3. Electrical Requirements ..................................................................... 3-53.4. Environmental Specifications............................................................. 3-5

3.5. Cooling Requirements ....................................................................... 3-6

4. Unpacking and Inspection ..................................................................... 4-1

4.1. Preliminaries...................................................................................... 4-1

4.2. Chassis.............................................................................................. 4-1

4.3. Cards................................................................................................. 4-3

4.4. Cables and Connectors ..................................................................... 4-3

5. Cabinet Installation................................................................................. 5-1

5.1. ETSI Cabinet Installation ................................................................... 5-1

5.1.1. Bolting the ETSI Cabinet to a Concrete Floor ...................... 5-1

5.1.2. Connecting the ETSI Cabinet to a Floating Floor................. 5-4

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Contents I-Gate 4000 PRO Installat ion

ii Veraz Networks Inc. Proprietary 02041802-03

5.1.3. Connecting the ETSI Cabinet to a Wall ............................... 5-6

5.1.4. Connecting the ETSI Cabinet to an Overhead Cable Run ... 5-7

5.2. 19in./47U high Cabinet Installation..................................................... 5-8

5.2.1. Bolting the 19in./47U high Cabinet to a Concrete Floor ....... 5-8

5.2.2. Connecting the 19in./47U high Cabinet to a Floating Floor 5-10

5.2.3. Mounting the 19in./47U high Cabinets Rack-to-Rack......... 5-12

6. Installing the Chassis............................................................................. 6-1

6.1. Mounting Kit....................................................................................... 6-26.2. Attaching the Mounting Brackets to the Chassis ................................ 6-3

6.3. Inserting the Chassis into the Cabinet................................................ 6-5

7. Inserting the Cards................................................................................. 7-1

7.1. Card Description and Layout.............................................................. 7-1

7.2. Example of card layout for E1/DS1 Interface ..................................... 7-2

7.3. Example of card layout for DS3 Interface........................................... 7-3

7.4. Example of card layout for STM-1/OC-3 Interface........................................... 7-4

7.5. Inserting the Main Cards.................................................................... 7-57.6. Inserting the I/O Cards....................................................................... 7-7

8. Connecting the Cables........................................................................... 8-1

8.1. D16I - E1/DS1 Trunks........................................................................ 8-2

8.2. D3IO Card ......................................................................................... 8-4

8.3. ST1I Card .......................................................................................... 8-5

8.4. TPSI Card.......................................................................................... 8-6

8.4.1. Network Connection ............................................................ 8-7

8.5. ALRM Card........................................................................................ 8-9

8.6. PEFU and PEFD Cards ................................................................... 8-11

9. PDU & Power Connection ...................................................................... 9-1

9.1. PDU Installation................................................................................. 9-2

9.2. Power Connection ............................................................................. 9-3

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I -Gate 4000 PRO Installat ion Contents

02041802-03 Veraz Networks Inc. Proprietary iii

10. Initialization........................................................................................... 10-1

10.1. Configuring IP address on TPSM card........................................... 10-2

10.2. Configuring default router IP address on TPSM card..................... 10-5

10.3. Downloading the software version ................................................. 10-6

11. Cooling.................................................................................................. 11-1

11.1. Fan Tray Units ............................................................................... 11-1

11.2. Fan Operation................................................................................ 11-2

11.3. Fan Tray Removal/Installation ....................................................... 11-4

12. Field Acceptance.................................................................................. 12-1

12.1. Introduction.................................................................................... 12-1

12.2. Field Acceptance Test Procedure .................................................. 12-1

12.2.1. Terminal test ................................................................... 12-2

12.2.2. Built In Test (BIT) ............................................................ 12-5

12.2.3. VerazView-xMS Functional Tests.................................... 12-5

12.2.4. Transmission Tests ......................................................... 12-7

12.2.5. Tone Connectivity Channel Test.................................... 12-10

12.2.6. Clear Channel Test........................................................ 12-10

12.2.7. Redundant Card Test .................................................... 12-10

13. Commissioning Procedure .................................................................. 13-1

13.1. Setup for commissioning tests ....................................................... 13-1

13.2. Testing Traffic in "Static Trunking" mode ....................................... 13-2

13.2.1. Test Setup....................................................................... 13-2

13.2.2. Tone Connectivity Channel Test...................................... 13-3

13.2.3. Clear Channel Test.......................................................... 13-3

13.3. Acceptance & Commissioning Completion Certificate.................... 13-3

A. SunSet E10 Test Equipment Setup........................................................A-1

B. PA-41 Test Equipment Setup.................................................................B-1

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Contents I-Gate 4000 PRO Installat ion

iv Veraz Networks Inc. Proprietary 02041802-03

C. PRA-1 Test Equipment Setup ................................................................C-1

D. PRA-1 Frame Analyzer ...........................................................................D-1

E. Configuration Maps................................................................................E-1

F. Acceptance Test Daisy-chain Setup...................................................... F-1

G. Glossary ................................................................................................. G-1

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Introduction I-Gate 4000 PRO Installat ion

1-2 Veraz Networks Inc. Proprietary 02041802-03

The Main Hardware section includes these basic card modules:

! TDM network Interface Cards

! Traffic Handling (Main Cards): Signal processing, switching and packet network

interface cards

! Power feed and alarm cards

Up to three I-Gate 4000 PRO Media Gateway shelves can be installed in a single

cabinet (see Figure 3-2). Other physical characteristics and system specifications are

described in Chapter 3.

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Preparations & PrecautionsPreparations & PrecautionsPreparations & PrecautionsPreparations & Precautions

2.1. Safety Instructions

The following Safety Instructions must be observed.

! Restricted Access Area: The DC powered equipment should only be installed in

a Restricted Access Area.

! Installation Codes: The equipment must be installed according to country

national electrical codes. For North America, equipment must be installed in

accordance with US National Electrical Code, Articles 110-16, 110-17 and 110-

18 and the Canadian Electrical Code, Section 12.

! Overcurrent Protection: A readily accessible Listed branch circuit overcurrent

protective device rated 60A for 3 Terminals or 80A for 4 Terminals must be

incorporated in the building wiring.

Caution: This equipment is designed to permit connection between theearthed conductor of the DC supply circuit and the earthing conductor at theequipment. See installation instructions

2

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Preparations & Precautions I-Gate 4000 PRO Installat ion


2.2. Installation Instructions

! The equipment shall be connected directly to the DC Supply System earthing

electrode conductor.

! All equipment in the immediate vicinity shall be earthed the same way, and shall

not be earthed elsewhere.

! The DC supply system is to be local, i.e. within the same premises as the

equipment.

! There shall be no disconnect device between the earthed circuit conductor of the

DC source (return) and the point of connection of the earthing electrode

conductor.

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I -Gate 4000 PRO Installat ion Preparations & Precautions


2.3. Battery Instructions

Warning: There is the danger of explosion if the battery is replaced

incorrectly. Replace the battery only with the same or equivalent type

recommended by the manufacturer. Dispose of used batteries according

to the manufacturer's instructions.

Waarschuwing Er is ontploffingsgevaar als de batterij verkeerd vervangenwordt. Vervang de batterij slechts met hetzelfde of een

equivalent type dat door de fabrikant aanbevolen is. Gebruikte

batterijen dienen overeenkomstig fabrieksvoorschriften

weggeworpen te worden.

Varoitus Rjhdyksen vaara, jos akku on vaihdettu vrn akkuun.

Kyt vaihtamiseen ainoastaan saman- tai vastaavantyyppist

akkua, joka on valmistajan suosittelema. Hvit kytetyt akutvalmistajan ohjeiden mukaan.

Attention Danger d'explosion si la pile n'est pas remplace correctement.

Ne la remplacer que par une pile de type semblable ou

quivalent, recommande par le fabricant. Jeter les piles

usages conformment aux instructions du fabricant.

Warnung Bei Einsetzen einer falschen Batterie besteht Explosionsgefahr.

Ersetzen Sie die Batterie nur durch den gleichen oder vomHersteller empfohlenen Batterietyp. Entsorgen Sie die

benutzten Batterien nach den Anweisungen des Herstellers.

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Battery Instructions (cont.)

Avvertenza Pericolo di esplosione se la batteria non installata

correttamente. Sostituire solo con una di tipo uguale o

equivalente, consigliata dal produttore. Eliminare le batterie

usate secondo le istruzioni del produttore.

Advarsel Det kan vre fare for eksplosjon hvis batteriet skiftes p feil

mte. Skift kun med samme eller tilsvarende type som er

anbefalt av produsenten. Kasser brukte batterier i henhold til

produsentens instruksjoner.

Aviso Existe perigo de exploso se a bateria for substituda

incorrectamente. Substitua a bateria por uma bateria igual ou

de um tipo equivalente recomendado pelo fabricante. Destrua

as baterias usadas conforme as instrues do fabricante.

Advertencia! Existe peligro de explosin si la batera se reemplaza de

manera incorrecta. Reemplazar la batera exclusivamente con

el mismo tipo o el equivalente recomendado por el fabricante.

Desechar las bateras gastadas segn las instrucciones del

fabricante.

Varning! Explosionsfara vid felaktigt batteribyte. Erstt endast batteriet

med samma batterityp som rekommenderas av tillverkaren

eller motsvarande. Flj tillverkarens anvisningar vid kassering

av anvnda batterier.

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I -Gate 4000 PRO Installat ion Preparations & Precautions


2.4. Electrostatic Discharge (ESD) Precautions

Warning: The I-Gate 4000 PRO terminal contains devices that can bedamaged by accidental introduction of ground or foreign voltages. Therefore,read carefully all points in this section regarding electrostatic discharge (ESD)and other electrical precautions before proceeding with installation.

Certain tools and test equipment commonly used on electromechanical systems

should never be used on the I-Gate 4000PRO

. These include: battery buzzers, ACwire-wrap guns, electric soldering irons and guns, test picks and test lamps.

The following precautions must be observed:

! The I-Gate 4000 PRO uses various Metal Oxide Semiconductor (MOS) devices.

All personal tools, test equipment and metal objects that come into contact with

MOS devices must be electrically grounded. Any static or foreign voltage that is

introduced into these devices may damage them permanently.

! Do not use tools or test equipment, such as test lamps and picks that draw an

appreciable amount of current when attached to the system.

! Do not use tools or test equipment that could introduce foreign voltages into the

system. For example, a battery-powered buzzer operates on only six or nine

volts, but the voltage introduced across the buzzer coil when the magnetic field

collapses can reach a momentary peak in excess of 100V, which can destroy

solid-state devices.

! Use only hand-powered or battery-powered wire-wrap guns in equipment

cabinets. AC-powered wire-wrap guns and lead verification equipment can be

used at the distribution frames only if all cabling has been disconnected from the

cabinet.

! When handling I-Gate 4000 PRO cards, always use an anti-static strap.

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2.5. Tool List

Tools normally available at the telephone exchange such as a wrench, pliers,

screwdrivers and wire cutters can be used to install the I-Gate 4000 PRO. In addition

to the above, the following are needed:

! Stepladder for cable routing/

connection over top wiring ducts

and top cabinet fastening

! Pin crimper for grounding wires

! Yardstick or tape measure ! Wire wrap/unwrap tool

! 8 mm and 10 mm drill bits for wood

and concrete! Lifting device to move the pallet-

mounted containers

! Air pressure spray ! 10 mm drill bit for drilling holes

into the wall

! Medium size (300 g) hammer for

screw anchors! Hammer drill

! 13 mm socket wrench ! Tool for making Type 43 orRJ 45 and wire wrap connectors

! Carpenter's level ! 5 mm Allen key

! " open spanner or adjustable

wrench

! Craft knife

! Flat-blade screwdriver with 1/8"

(3.3mm) blade! Adjustable wrench

! Phillips head screwdriver ! Metal toothed saw

! Crescent wrench ! Metal file

! Pin crimper for D-type 37-pin

connectors! Jigsaw

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Planning Installation SitePlanning Installation SitePlanning Installation SitePlanning Installation Site

Before unpacking elements of the I-Gate 4000 PRO, you need to select a suitable

location for them. Select a site which supports the physical characteristics of the

gateways, and which conforms to the environmental and power characteristics of all

the elements.

The I-Gate 4000 PRO gateway is designed to be mounted in a cabinet or other rigid

framework that is fixed to the building. A 2.2 meter or 2.6 meter ETSI cabinet or a

19in./47U high cabinet can accommodate up to three gateways, in addition to air

buffers and a Power Distribution Unit (PDU). The gateway can also be installed in

other suitable cabinets, such as NEBS cabinets. Some cabinets contain a network

external switch. Refer to Section 3.5, "Cooling Requirements", to arrange for

adequate cooling of the system within the cabinet.

Note: If the customer requires that the heat dissipation requirements will be as

stipulated in GR-63-CORE Objective 4-14, then only two terminals may beinstalled per cabinet.

3.1. Physical SpecificationsTo help you prepare an installation site, Table 3-1 lists the physical specifications

for the I-Gate 4000 PRO terminal (illustrated in Figure 3-1). The ETSI cabinet, other

standard cabinets and the 19in./47U high cabinet are detailed in Table 3-2, and

Figure 3-2 illustrates these dimensions as a schematic showing three I-Gate 4000

PRO chassis installed in two types of cabinet.

Table 3-1: I-Gate 4000 PROTerminal Dimensions

3

Dimension I-Gate 4000 PROTerminal

Width 443 mm (17.44 inches)

Height 548.5 mm (21.47 inches)

- Overhead cable run additional 24 mm (0.99 inch)- Air Baffle 61.5 mm (2.42 inches)

Depth 275 mm (10.82 inches)

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Planning Installat ion Site I-Gate 4000 PRO Installat ion


Figure 3-1: I-Gate 4000 PRO External Dimensions

Table 3-2: I-Gate 4000 PROCabinet Dimensions

CabinetType

Width Height Depth Remarks

ETSICabinet

600 mm

(23.62 in.)

2200 mm

(86.61 in.)

or

2600 mm

(102.36 in.)

300 mm

(11.8 in.)

I-Gate 4000 PRO can also be

installed in other standard racks (e.g.

19in., 23in.)

19in./47UhighCabinet

600 mm(23.62 in.)

47U(2165 mm)

600 mm(23.62 in.)

1. The 19in./47U high cabinet doesnot need to be fixed to the wall.

2. The 19in./47U high cabinet does

not support an overhead cable run.

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I -Gate 4000 PRO Installat ion Planning Installat ion Site


ETSI Cabinet 19in./47UCabinet

Figure 3-2: Typical Cabinet Dimensions (with three I-Gate 4000 PROsystems)

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I -Gate 4000 PRO Installat ion Planning Installat ion Site


3.3. Electrical Requirements

Table 3-3: Electrical requirements for the I-Gate 4000 PRO

Parameter Measurement

Input Voltage -48VDC or -60VDC

Nominal Power Consumption Per

E1/DS1 or DS3 Gateway

800W (Max.)

PDU Circuit Breaker Per Gateway 27A

3.4. Environmental Specifications

Table 3-4: Environmental specifications for the I-Gate 4000 PRO

Parameter Measurement

Operating temperature range -5C to +50C (at sea level)

Operating humidity range 5% RH to 95% RH

Storage temperature range -40C to +70C

Storage humidity range 5% RH to 95% RH

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Planning Installat ion Site I-Gate 4000 PRO Installat ion


3.5. Cooling RequirementsThe I-Gate 4000 PRO is intended to be mounted in a cabinet or other rigid

framework that is fixed to the building. A 2.2-meter or 2.6-meter ETSI rack

mounted unit can accommodate up to three I-Gate 4000 PRO terminals.



The I-Gate 4000 PRO is cooled by the flow of air between the terminals mounted in

the cabinet. The fans and air baffles ensure that sufficient air flows between the

terminals. The cooling system, incorporating the baffle and fan tray, is supplied with

each terminal and is an integral part of the I-Gate 4000 PRO terminal chassis. It does

not require separate installation.

Note: The terminal that is installed at the bottom of the cabinet is not fitted with

an air baffle.

See Chapter 11 for details relating to Fan Tray Module.

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Unpacking and InspectionUnpacking and InspectionUnpacking and InspectionUnpacking and Inspection

4.1. Preliminaries

1. Examine the I-Gate 4000 PRO's shipping container. If you notice any damage,notify the carrier immediately.

2. Locate the Customer's Requisition List. This is shipped with the I-Gate 4000

PRO.

3. Check the sent items against the Customer's Requisition List. If items are

missing, immediately notify the Veraz Networks' agent.

4.2. Chassis

Note: These steps are applicable only if the chassis has not been factory-

installed in the cabinet.

1. Confirm that the I-Gate 4000 PRO chassis is upright before opening the carton.

See Figure 4-1.

2. Remove the packing material without damaging it, in case the unit has to be

shipped in the future. (In such an event, be sure to secure the carton tightly).

4

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Unpacking and Inspection I-Gate 4000 PRO Installat ion


Figure 4-1: Unpacking the I-Gate 4000 PROchassis

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I -Gate 4000 PRO Installat io n Unpacking and Inspection


4.3. Cards

The cards are shipped separately from the chassis.

Components susceptible to damage from static electricity are packed in static-

resistant bags. Unpack these items in a static-free environment to avoid damage.

Cards contain CMOS devices. All tools, test equipment, metal objects, and

personnel that come into contact with CMOS devices must be electrically grounded.

Note: The TPSM card contains a lithium battery; ensure that it has beencorrectly inserted. Replace it only with the same or equivalent typerecommended by the manufacturer. Dispose of used batteries strictly accordingto the manufacturer's instructions These steps are applicable only if the chassis

has not been factory-installed in the cabinet.

4.4. Cables and Connectors

Check the cables and connectors against the Customer's Requisition List. If items

are missing, immediately notify the Veraz Networks agent.

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Cabinet InsCabinet InsCabinet InsCabinet Installationtallationtallationtallation

This chapter provides instructions for on-site cabinet installation of the I-Gate 4000

PRO chassis. For the purposes of installation, the cabinets can be divided into two

groups: the ETSI, NEBS or standard 19in./23inch wide type cabinet; and the

19in./47U-high type cabinet.

Note: In Section 5.1, the ETSI type cabinet is described. Unless specificallymentioned the same installation principles also apply to the NEBS and thestandard 19inch x 23inch wide type cabinet. Section 5.2 however, applies only

to the 19in./47U-high cabinet.

Warning: The TUV certificate requires a steel or aluminum buffer plate to be

installed in the bottom enclosure of the cabinet.

5.1. ETSI Cabinet InstallationWhile installing the ETSI cabinets, make sure that they stand flush with one another

in order to reinforce the structure. Keeping the cabinets fully level is extremely

important to prevent deformation of the gateways and cards. Such deformation

would also hamper the proper operation of the gateway doors. Finally, apart from

anchoring the cabinet to the floor (items 5.1.1 and 5.1.2) you must bolt the cabinet to

the ceiling or wall (items 5.1.3 and 5.1.4).

5.1.1. Bolting the ETSI Cabinet to a Concrete Floor

1. Mark out the floor in each equipment room for the cabinet's location. (See Figure

5-1 for locations of holes to be made in a concrete floor.) If installing more than

one ETSI cabinet, make sure they stand flush with one another.

2. Using a 10mm drill bit, drill the mounting holes approximately 60mm deep (see

Figure 5-2). Clear out debris from the hole (use forced air).

5

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Cabinet Installat ion I-Gate 4000 PRO Installat ion


3. Insert expansion shields into the holes.

4. Insert the anchoring screws into the holes. You may want to use pliers to squeeze

the lower end of the screws so that they go in more easily. Hammer them in

using light strokes until they protrude about 20 mm.

5. Remove the washers and nuts from the anchoring screws.

6. If the lower gateway chassis is already installed, remove it by unscrewing the

screws on each side and pulling the gateway chassis out. Make sure that no cards

are installed. Do not remove a gateway with cards inside.

7. Position the ETSI cabinet so that holes "A" (see Figure 5-1) fit over the

anchoring screws.

8. Level the cabinet by adjusting the leveling screws (Figure 5-3) with a 5 mm

Allen key. Use a carpenter's level or a plumb line for verification.

9. Make sure that there is at least a 0.5 to 1.0 mm space between the bottom of the

ETSI cabinet and the anchoring surface. Use pieces of sheet metal (or similar)

for this purpose.

10. Tighten the nuts on the anchoring screws, along with the flat washer and lock

washer. When tightening each screw, the ETSI cabinet must remain level.

11. If you have removed the lower gateway chassis, replace it. To replace the

gateway chassis, perform step 6 in the reverse order.

mounting holes

60.0

140

.0

565.0

Front

Rear

A

A

A

A

Figure 5-1: ETSI cabinet base panel

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I -Gate 4000 PRO Installat ion Cabinet Installat ion


Figure 5-2: Bolting the ETSI cabinet to a concrete floor

Figure 5-3: ETSI cabinet leveling screws

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5.1.2. Connecting the ETSI Cabinet to a Floating Floor

1. Mark out the location of the ETSI cabinets. Make sure that they stand flush with

one another.

2. Mark out the locations on the floating floor where the ETSI cabinet's screw

anchors will be inserted. They will be placed through the center of the mounting

holes located on the underside of the cabinet.

3. Using a 10 mm drill, drill holes where the screw anchors are marked out on the

floating floor (see Figure 5-4).

4. Insert the screw anchors into the holes until they reach the concrete floor, as

shown in Figure 5-4. Level the screw anchors, and mark out the exact location

where they touch the concrete floor. Ensure that the four markings constitute a

rectangle measuring approximately 140 x 565 mm. If necessary, correct the

markings, but ensure that the anchor screws remain vertical.

5. Using a 10 mm drill, make holes 60 mm deep, so the screw anchors touch the

concrete floor, (marked out in the previous step) as shown in Figure 5-4.

6. Using an air compressor or similar device, clean the debris from the holes.

7. Insert the screw anchors into the holes on the concrete floor. Then, using light

strokes, hammer the screw anchors deeper into the holes until they are flush with

the floor.

8. Cut the threaded rods to a size equal to the distance between the concrete floor

and the upper side of the floating floor, plus an additional 60 mm.

9. Screw an M8 nut, spring washer and flat washer to a depth of 50 mm from the

top of the threaded rod. Insert the top of the threaded rod with the nut into the

screw anchor in the concrete floor. Tighten the nuts on the screw anchors, as

shown in Figure 5-4.

10. Screw two nuts and a flat washer on the threaded rod, to a height of 20 mm

under the floating floor.

11. Put the floating floor tiles on top of the threaded rods. Make sure that they are

correctly positioned. Drill holes at the spot where the ends of the threaded rods

protrude from the floating floor.

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I -Gate 4000 PRO Installat ion Cabinet Installat ion


5.1.4. Connecting the ETSI Cabinet to an OverheadCable Run

1. Locate the cable run or runs under which you want to place the cabinets, and

verify that their location is appropriate for your needs.

2. Attach the upper bracket to the two support rods (see Figure 5-6). Use M8x30

screws, washers and lock washers. Do not tighten the screws completely.

3. Adjust the upper bracket until it comes in contact with the cable run.

4. Tighten the side screw.

5. Place the tightening bar on the inner side of the cable run as shown in Figure 5-6,

and tighten the top screws.

TOP SCREW M8X30

FLAT WASHER

LOCK WASHER

NUT M8

TIGHTENING BAR

CABLE RUN

UPPER BRACKET

Cabinet

SIDE

SCREW M8X30SUPPORT ROD

Figure 5-6: Connecting the ETSI cabinet to an overhead cable run

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5.2. 19in./47U high Cabinet Installation

While installing the 19in./47U high cabinets, make sure that they stand flush with

one another in order to reinforce the structure. Keeping the cabinets fully level is

extremely important to prevent deformation of the gateways and cards. Such

deformation would also hamper the proper operation of the gateway doors. The

cabinets must also be anchored to the floor (items 5.2.1 and 5.2.2).

Notes:

1. The 19in./47U high cabinet does not require fixing to the wall.2. The 19in./47U high cabinet does not support an overhead cable run.

3. The 19in./47U high cabinet is supplied with side panels. When a rack-to-rackinstallation is required, these panels must be removed. (See Figure 5-10).

5.2.1. Bolting the 19in./47U high Cabinet to aConcrete Floor

1. Mark out the floor in each equipment room for the cabinet's location. See Figure

5-7 for locations of holes to be made in a concrete floor. If installing more than

one 19in./47U high cabinet, make sure they stand flush with one another.

2. Using a 16mm drill bit, drill the mounting holes approximately 75mm deep (see

Figure 5-7). Clear out debris from the hole (use forced air).

3. Insert expansion shields into the holes.

4. Insert the anchoring screws into the holes. You may want to use pliers to squeeze

the lower end of the screws so that they go in more easily. Hammer them in

using light strokes until they protrude about 20 mm.

5. Remove the washers and nuts from the anchoring screws.

6. If the lower gateway chassis is already installed, remove it by unscrewing thescrews on each side and pulling the gateway chassis out. Make sure that no cards

are installed. Do not remove a gateway with cards inside.

7. Position the 19in./47U high cabinet so that the drilled holes (see Figure 5-8) fit

over the anchoring screws.

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Installing the ChassisInstalling the ChassisInstalling the ChassisInstalling the Chassis

If the chassis is not already installed in the cabinet, follow the instructions below. If

you are installing a chassis into an ETSI, 45U-54U or 19in./47U cabinet, the cabinet

must first be bolted to the floor (see Chapter 5).

The procedure for mounting the chassis is the same for both the ETSI, 45U-54U and

19in./47U cabinet, except that the mounting kit is different (see Section 0 "Mounting

Kit). The chassis can also be installed into a NEBS cabinet.

The cabinet can be fitted with up to 3 terminal chassis. However, only the two upper

terminals are fitted with an air baffle (see Figure 3-2).



6

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Install ing the Chassis I-Gate 4000 PRO Installat ion


To attach the mounting brackets to the chassis:

1. Select the appropriate position for the mounting brackets. There are three sets of

pre-drilled holes on each side of the I-Gate 4000 PRO. These are the locations

for the mounting brackets. The three sets of holes are related to the type of

mounting (see Table 6-1).

Table 6-1: Holes of Chassis Mounting Brackets

Type of Mounting Location of holes Number of holes

19" Front 3

ETSI Middle 3

NEBS Rear 4

Use the holes that allow the appropriate clearance for your installation. For

example, if you are mounting the I-Gate 4000 PRO into a cabinet with a closing

door, choose the set of holes closest to the front of the I-Gate 4000 PRO chassis.

This will allow the I-Gate 4000 PRO to be mounted further behind the cabinet

door.

2. Use three of the included attachment screws to attach one of the mounting

brackets to the side of the chassis. It does not matter which side is attached first.Do not tighten the screws until all three screws are in place. This will allow you

to adjust the mounting bracket if there are any alignment problems.

3. Before attaching the second bracket to the chassis, confirm that you are using the

set of holes that corresponds to those on the other side of the chassis.

4. Use the remaining three attachment screws to attach the second mounting

bracket to the side of the I-Gate 4000 PRO.

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I -Gate 4000 PRO Installat ion Inserting the Cards


7.3. Example of card layout for DS3 Interface

Table 7-2 shows the cards in an example of a DS3 interface. Figure 7-3 shows a

typical card setup.

Figure 7-3: DS3 Interface (I/O cards in upper shelf, Main cards in lower shelf)

Table 7-2: Typical Card combination for a DS3 interface

Main D3MC TPSM DSPK N/A N/A

I/O D3IO TPSI N/A ALRM PEFU, PEFD

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I -Gate 4000 PRO Installat io n Connecting the Cables


8.5. ALRM Card

The ALRM (alarm) card, shown in Figure 8-5, has 3 main functions:

! Alarms: The card provides dry-contact interfaces for the audio and visual alarm

outputs, via 9-pin D-Type connector.

! Monitoring: The card provides drop-and-insert functionality for testing and

monitoring of E1/DS1 channels.

! D32M Redundancy Support: The card provides connection of the relevant input

bitstreams to the redundant D32M card.

Figure 8-5: ALRM Front Panel

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PDU & Power Connection I-Gate 4000 PRO Installat ion


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I -Gate 4000 PRO Installat ion Init ial ization


4. Copy all files from the bin folder of the new software version to the bin folder

under Software_lib. In addition, copy the fce files to a folder named as the

software version (see typical tree example).

5. Using the SVM application, add the software version to the I-Gate 4000 PRO

terminal and then activate the software version.

6. The system reboots.

7. Power off the I-Gate 4000 PRO terminal and move DIPS1 switch #3 back to the

OFF position (switch #1 should always be On).

DIPS1

1

2345678

8. Power on the I-Gate 4000 PRO terminal.

9. At this point you should be able to manage the terminal using the VerazView-

xMS server and web client. (VerazView-xMS requires the appropriate license

plug to be installed).

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Cooling I-Gate 4000 PRO Installat ion


11.3. Fan Tray Removal/Installation

1. Loosen the two fasteners which connect the failed Fan Tray Unit to the I-Gate

4000 PRO chassis.

2. Slide out the failed Fan Tray Unit.

3. Slide in the replacement/repaired Fan Tray Unit until the 25-pin D-Type

connector (see Figure 11-3) mates securely with the connector on the back wall

of the chassis.

4. Hand-tighten the two fasteners on the front panel of the Fan Tray Unit.

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Field Acceptance I-Gate 4000 PRO Installat ion


Figure 12-3 and Figure 12-4 show a typical card setup for a DS3 interface.

Figure 12-3: I/O cards in upper shelf (example of DS3 interface)

Figure 12-4: Main cards in the lower shelf (example of DS3 interface)

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I -Gate 4000 PRO Installat io n Field Acceptance


6. After TPSM is synchronized, verify the System status on the VerazView-xMS,

indicating that TPSM in slot 10 is active and the TPSM in slot 7 is in standby (

protected) mode.

7. After TPSM is synchronized, via VerazView-xMS, set the protected TPSM card

in slot 7 to active.

8. Verify minimal interference in tone path (less than 1 Sec)

9. Verify the System status on the VerazView-xMS indicating that the TPSM in

slot 7 is active and the TPSM in slot 10 is in standby (protected) mode.

10. Verify that there is no system alarm.

12.2.7.2. TPSI Card, Link Redundancy

1. Verify via the VerazView-xMS that the Status of the IP link connected to TPSI

in slot 23 is active and the TPSI in slot 26 is in standby ( protected) mode

2. Verify that there are no alarms on the system.

3. Run a continuity channel test tone as described in item 12.2.5 on any selected

TS.

4. Via the VerazView-xMS, set the IP link connected to protected TPSI card in slot

26 as active.

5. Verify minimal interference in tone path (less than 1 Sec).

6. Verify on the VerazView-xMS that the status of IP link connected to TPSI in

slot 26 is active and the TPSI in slot 23 is in standby (protected) mode.

7. Via the VerazView-xMS, set the IP link connected to the protected TPSI card in

slot 23 as active.

8. Verify minimal interference in tone path (less than 1 Sec).

9. Verify via VerazView-xMS that the status of IP link connected to TPSI in slot

23 is working and the one in slot 26 is in stand by (protected) mode.

10. Verify that there are no system alarms.

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Field Acceptance I-Gate 4000 PRO Installat ion


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I -Gate 4000 PRO Installat i on Commissioning Procedure


13.2.2. Tone Connectivity Channel Test

1. Download and Activate "Static Trunking" configuration maps on both terminals

(see Annex E).

2. Connect PCM test equipment according to Figure 13-2 to the selected Bit

stream. Set the PCM test equipment for level measurement.

3. Configure the PCM Analyzer to transmit a tone with frequency of 1 kHz and

level of 0db. Set the PCM Analyzer to TS-1 for both Transmit and Receive.

4. Verify receipt of the transmitted tone. The tone can be attenuated up to 0.7dB

per hop (-22.4dB).

5. Repeat Step 4 for TS-2 to TS-30.

13.2.3. Clear Channel Test

1. Configure the PCM Analyzer to transmit PRBS Sequence.

2. Set the PCM Analyzer to TS-31 for both Transmit and Receive.

3. Allow the test to run up to 24 hours.

4. Verify receipt of the PRBS sequence without any errors

13.3. Acceptance & Commissioning CompletionCertificate

The function of this form is to certify the completion of the I-Gate 4000 PRO

Acceptance and Commissioning. In addition, you can make note of any special

issues and comments.

Please complete this form with the help of the Veraz representative on site and

forward to the relevant Project Manager.

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02041802-03 Veraz Networks Inc. Proprietary A-1

SunSet E10 Test EquipmentSunSet E10 Test EquipmentSunSet E10 Test EquipmentSunSet E10 Test Equipment

SetupSetupSetupSetup

A.1. Tone Connectivity Channel Test

To perform a tone test on a terminal, access the "Test Configuration" menu which is

a submenu of the "Main Menu".

Test configuration settings:

Test Mode: E1

Tx/Insert: L1 - Tx

Rx/Drop: L1 - Rx

Tx Source: Testpat

Framing: PCM31

CRC-4: No (Verify with customer)

Test Rate: 2.048M

Rx LVL-1: TERM

Rx LVL-2: TERM

XMT Clock: Internal

After configuring the SunSet E10 with these values and parameters, the green LEDs

next to the "Signal", "PCM30", and "Pat Sync" indications will be activated.

To begin the test, exit the "Test configuration" menu, and then enter the "VF

Channel Access" and "VF Measurements" menus.

In this menu, select the TS on which you would like to run the test, and make sure

that the "Insert Type" parameter is set to "Tone".

A

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02041802-03 Veraz Networks Inc. Proprietary C-1

PRAPRAPRAPRA----1 Test Equipment Setup1 Test Equipment Setup1 Test Equipment Setup1 Test Equipment Setup

C.1. Setting for Clear-Channel Test on 2M+FRM

Use direction keys to scroll through the menus.

Press: GENERAL PARAM

CONFIG: RxF/Tx separated

Tx IMP: 75 /UNB (or 120 /BAL)

CODE: HDB

CLOCK: INT

Tx FRM TYPE: ITU

CRC: OFF

RXF: ON

IMP: 75 /UNB (or 120 /BAL)

CODE: HDB/2M

RXF FRM TYPE: ITU

RxB: OFF

Press: AUX FUNCTION

Verify that the timer is OFF.

Press: Tx/Rx SIGNAL

Tx SIGNAL: 2M+FRM

PRS: 2E15-1 ITU

Rx PRS: 2E15-1 ITU

INSERT CODE ERR: OFF

C

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PRA-1 Test Equipment Setup I-Gate 4000 PRO Installat ion

C-2 Veraz Networks Inc. Proprietary 02041802-03

Press: ERROR DELAY (ERROR MEASUREMENT in some test equipment

models)

SET TO: 1X

TM: 01h00min (time of measurement)

CNT1: F/bit Er/2M+FRM

CNT2: F/OFF

Press: PRINTER CONDIT

PRINTER: ON Err. analysis ITU G.821

In order to start the test, press ERROR DELAY and START

C.2. Setting for Tests (Level Measurement)

GENERAL PARAM

Press: Tx/Rx SIGNAL

Tx signal: All time slots

LEVEL: 0.0 DBMO

F: 1013 Hz

Press: LEVEL FREQU

LEVEL F/TS=XX (Number of timeslot to be tested)

The result should be:

F=1013Hz L=0.0 dBmo ( 0.5dBmo)

Note: It is recommended that the PRA-1 speaker be used for monitoring this

test.

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I -Gate 4000 PRO Installat ion PRA-1 Test Equipment Setup

02041802-03 Veraz Networks Inc. Proprietary C-3

C.3. Setting for Test (Data Simulation)

Press: Tx/Rx SIGNAL

Tx SIGNAL: TS=XX (Number of time slot to be tested)

LEVEL: 0.0 dBmo

F: 1114HZ

C.4. Setting for Test (Clear Channel / SingleTime Slot) - E1

Use Arrow keys to scroll through the menus.

Press: Tx/Rx SIGNAL

CONFIG: RxF/Tx Separated

Tx IMP: 75 /UNB (or 120 /BAL)

CODE: HDB

CLOCK: INT

Tx FRM TYPE: ITU

CRC: OFF

RxF: ON

IMP: 75 /UNB (or 120 /BAL)

CODE: HDB/2M

Rx FRM TYPE: ITU

RxB: OFF

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02041802-03 Veraz Networks Inc. Proprietary D-1

PRAPRAPRAPRA----1 Frame Analyzer1 Frame Analyzer1 Frame Analyzer1 Frame Analyzer

D.1. General

The PRA-1 Frame Analyzer, a third party product, is designed for installing andmaintaining transmission and switching equipment that has been connected to a data

network. The PRA-1, monitors incoming and outgoing frames simultaneously, and

in particular, the information in time slot 16. The optional, integral generator section

can be used to test all the error recognition circuits in the system; in-service loop-

through measurements can be performed for this purpose.

Figure D-1: PRA-1 Frame Analyzer

D

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PRA-1 Frame Analyzer I-Gate 4000 PRO Installat ion

D-2 Veraz Networks Inc. Proprietary 02041802-03

Two completely separate and independent receive sections for both forward and

backward channels have been provided so that two 2048 kbit/s multiplexed frames

can be examined simultaneously. This makes it possible for the PRA-1 to monitor

all frame signals and alarm signals.

There are two display modes:

1. LEDs display the following: remote alarms in non-frame alignment words and

non-multiframe alignment words, code violations, frame errors, CRC errors,

multiframe errors and, under certain circumstances, bit errors. Any event is

displayed for at least 100 ms. It is also possible to display the octet framealignment signal, non-frame alignment word, multiframe alignment signal/not

multiframe alignment signal, CRC multiframe alignment signal and the 8-bit

words from the selected non-signaling channel in real time.

2. All events can be retrieved at any time from an alarm memory. Memory is

cleared when a new test interval is started, or whenever the operator requires.

The following are also shown: no signal, alarm indication signal, loss of frame

sync., CRC multiframe errors, continuous zero signal, and several other events

that occur in conjunction with bit error measurements. The microprocessor sorts

the alarms that have been recorded according to priority, so giving a very user-

friendly display.

D.2. Interfaces

The receiver inputs fulfill CCITT Rec. G.703; with a high tolerance to input jitter.

No matter what the received bit pattern might be, the receiver can recover the

required timing information from the received signal.

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I -Gate 4000 PRO Installat i on PRA-1 Frame Analyzer

02041802-03 Veraz Networks Inc. Proprietary D-3

D.3. Signaling

The PRA-1 is designed to record, evaluate and display the signaling time slot 16,

evaluate the signaling in each frame, and time measurements between outgoing and

incoming signaling words. The user is free to select trigger criteria for starting and

stopping measurements.

The PRA-1 has a P to evaluate signaling. When time difference deviation or pulse

distortion is being measured, various nominal values with independent, adjustablelimits can be entered. If the measured parameter is outside the given limits, the

PRA-1 indicates the appropriate pulse to the operator and displays the time

difference.

Signaling can be shown in the following ways: The time between any two states can

be shown directly on the PRA-1's display, or a single channel oscilloscope can be

connected to the PRA-1 to show 8 signaling bits simultaneously. For a particular

setting of the oscilloscope, flicker-free display of pulse trains is possible up to 1000

seconds. Cursors can be displayed on the screen for time difference measurements.

No matter what display range is used, a resolution of 2ms can be achieved in this

way. The signaling bits can be printed out in the form of a timing diagram with the

built-in printer. The whole or part of the pulse diagram can be shown. The resolution

is selectable.

D.4. Transmission measurements

Measurements to determine digital transmission path quality are of vital importance.

The distribution of errors as a function of time is gaining importance in this context.

Recommendation G.821 describes an error analysis procedure that makes use of the

all digital Hypothetical Reference Connection (HRX). Bit error measurements

(option) are performed using a special synchronization technique that allows valid

measurements to be made at high error ratios and in the presence of long error

bursts. The thresholds for errored seconds, degraded minutes and severely errored

seconds can be adjusted.

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02041802-03 Veraz Networks Inc. Proprietary E-1

Configuration MapsConfiguration MapsConfiguration MapsConfiguration Maps

The Configuration Maps described in this appendix are presented as a general guide.

E.1. General1. The configuration maps suggested in this appendix apply to a fully populated

Terminal.

2. To carry out these tests an additional set of cards (i.e. E1/DS1 Interface card and

E1/DS1 Main card) is required.

3. Generally each configuration map is designed to test two DSPK cards. For all

cases, the maps should be based on the original hardware configuration that is to

be tested. For example, a terminal with 4 DSPK cards requires only two different

maps to be used.

Note: Configuration assumes 1.5M (24 timeslots in DS1) on DS3 and 2M (31timeslots in E1) on the E1 side, if other configurations are used the appropriate

timeslot assignments should be performed

E

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02041802-03 Veraz Networks Inc. Proprietary F-1

Acceptance Test DaisyAcceptance Test DaisyAcceptance Test DaisyAcceptance Test Daisy----

chain Schain Schain Schain Setupetupetupetup

The acceptance test setup requires a daisy-chain cable configuration (see Figure

F-1). It is only applicable for the E1 balanced interface.

Figure F-1: Daisy-Chain Configuration

F

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Acceptance Test Daisy-chain Setup I-Gate 4000 PRO Installat ion

F-2 Veraz Networks Inc. Proprietary 02041802-03

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02041802-03 Veraz Networks Inc. Proprietary G-1

GlossaryGlossaryGlossaryGlossaryAC Alternating Current

ALRM Alarm Handling card

BERT BER TestBIT Built In Test

BNC Bayonet Neill-Concelman connector

CCITT Consultative Committee for International Telegraphy and Telephony

(now ITU-T)

CGND Common Ground

CMOS Complementary Metal Oxide Semiconductor

COM1 Communication Port #1

CPU Central Processing Unit

CRC Cyclic Redundancy Check

DC Direct Current

D16I TDM Network Interface I/O card providing 16 E1/DS1 links

D3IO TDM Network Interface I/O card providing 6 DS3 links

D32M TDM Network Interface Main card providing 32 E1/DS1 links

D3MC TDM Network Interface Main card for DS3 bit rate

DDF Digital Distribution Frame

DIP Dual Inline Package

DIPS Dual Inline Package Switch

DOS Disk Operating System

DS1 Digital Signal #1 (formally T1)

G

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Glossary I-Gate 4000 PRO Installat ion

G-2 Veraz Networks Inc. Proprietary 02041802-03

DS3 Digital Signal #3

DSPK Traffic Handling card (Media Gateway card)

E1 2048 kbit/s interface/rate (European standard)

EMI ElectroMagnetic Interference

ESD ElectroStatic Discharge

ETSI European Telecommunications Standards Institute

FE Far End

HRX Hypothetical Reference Connection

H/W Hardware

I/O Interface cards

I-Gate Generic name for ECI-Veraz Gateway products

IP Internet Protocol; Internet Protocol Network

ITU International Telecommunications Union

ITU-T The body that replaced the CCITT

LAN Local area Network

LED Light Emitting Diode

Mbps Mega Bits Per Second

MFAS MultiFrame Alignment Signals

MOS Metal Oxide Semiconductor, Mean Opinion Score

NC Not Connected

NEBS Network Equipment Building Standards (US)

OC-3 Optical interface: 155 Mbit/s line

OPS Operator Station

PCB Printed Circuit Board

PCM Pulse Code Modulation

PDU Power Distribution Unit

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I -Gate 4000 PRO Installat io n Glossary

02041802-03 Veraz Networks Inc. Proprietary G-3

PEFD Power Entry Feed (Lower) card

PEFU Power Entry Feed (Upper) card

PRA-1 Frame Analyzer - Wandel & Goltermann

PRBS Pseudo Random Bit Sequence

PSTN Public Switched Telecommunication Network

RPM Revolutions Per Minute

Rx Receive (signal)

ST1I TDM Network Interface I/O card for STM1 bit rate

ST1M TDM Network Interface Main card for STM1 bit rate

STM-1 STM interface (protocol)

SVM Software Version Manager

S/W Software

T1 1544 kbit/s interface/rate (US standard) -- replaced by DS1

TDM Time Division Multiplexing

TPSI Switching and Packet Network Interface I/O card

TPSM Switching and Packet Network Interface Main card (CPU card)

TS Time Slot

Tx Transmit (signal)

VDC DC Voltage

VoIP Voice over Internet Protocol Network

VerazView-

xMS

xTX Management System: the element manager for the I-Gate 1000

and I-Gate 100, as well as other generic products (DTX and ATX)

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Documents