OmniBAS_ IDU_ Installation and Cabling_ Manual_en_ed 6.0

Next Generation Ethernet

Microwave Backhaul Solution

Installation and

Cabling ManualEdition 6.0

GDC-002/34

Confidential

INTRACOM TELECOM19.7 km Markopoulou Ave., Peania, Athens, GR 19002

T +30 210 667 1000, F +30 210 667 1001http://www.intracom-telecom.com

email (product support): [email protected]

The information contained in this document is subject to change without prior notice.

ã INTRACOM S.A. TELECOM SOLUTIONS, 2014. All rights reserved.

All copyright, intellectual and industrial rights in this document and in the technical knowledge it containsare owned by INTRACOM S.A. TELECOM SOLUTIONS and/or their respective owners.

This document is made available to the end users only for their internal use.No part of this document nor any data herein may be published, disclosed, copied, reproduced,redistributed by any form or means, electronically or mechanically, or used for any other purposewhatsoever without the prior written approval of INTRACOM S.A. TELECOM SOLUTIONS.Information as well as drawings and specifications contained in this document are subject to changewithout prior notice.

All trademarks and copyrights mentioned herein are the property of INTRACOM S.A. TELECOMSOLUTIONS and/or their respective owners.Any rights not expressly granted herein are reserved.

Printed in Greece.

Document Revision History OmniBAS -2W/4W/8W Installation and Cabling Manual - Edition 6.0

Document Revision History

Revisions This page shows the main changes effected in relation to the previous edition of the OmniBASTM IDU Installation:

Revisions

Previous: 4.0 – 5.1

Current: 6.0

Reasons of change

The table below shows the reasons for the document change effected in relation to the previous document edition.

Chapter /

Paragraph A (Added),

M (Modified) or R (Removed)

Introduction

Overview of OmniBAS Product Family (page 2): • New unit added (OmniBASTM-4P). • New unit for OmniBASTM-4W.

M / A

Installation Material

Installation materials for OmniBAS-4W/8W (page 10). M

New installation materials for new unit OmniBAS-4P (page 14). A

Before Starting the Installation

New Power supply requirements (page 17) for new units OmniBASTM-4W/4P.

M / A

New Cabling Overview (page 20) for all units. M

Mechanical Installation

New Chassis Overview (page 34) for new unit OmniBASTM-4W. M

New unit added OmniBAS-4P (page 39). A

Cabling Installation

New unit added OmniBASTM-4P (page 55). A

E1 Terminations (pages 60, 63, 66)–New unit added OmniBASTM-4P. A

Cable Characteristics

New cable characteristics for new unit OmniBASTM-4P (pages 73 - 75). A

Appendix-C: Receptacles Pin Out

New receptacles pin-outs added for new unit OmniBASTM-4P (page 95) A

OmniBAS -2W/4W/8W Installation and Cabling Manual - Edition 6.0

Document Revision History

(Page intentionally left blank)


I

Table of Contents

1 Introduction ......................................................................................................................1 About this Document..........................................................................................................1 Overview of OmniBAS Product Family ..............................................................................2 Safety Precautions.............................................................................................................5

2 Installation Tools..............................................................................................................6

3 Installation Material..........................................................................................................7 OmniBAS-2W.....................................................................................................................7 OmniBAS-4W/8W ............................................................................................................10 OmniBAS-4P....................................................................................................................14

4 Before Starting the Installation.....................................................................................16 4.1 Installation Prerequisites ..................................................................................................16 4.2 Cabling Overview.............................................................................................................20

Modem Cabling................................................................................................................21 RJ-45 Cabling (Ethernet Payload) ...................................................................................23 RJ-45 Cabling (Outband Management) ...........................................................................24 SFP Cabling (Ethernet Payload) ......................................................................................25 SFP Cabling (STM-1 Payload).........................................................................................26 E1 Cabling (Balanced 120 Ω) ..........................................................................................27 Power Supply Cabling......................................................................................................28 Other Cabling...................................................................................................................29

5 Mechanical Installation..................................................................................................32 5.1 OmniBAS-2W...................................................................................................................32

Chassis Overview ............................................................................................................32 IDU Installation.................................................................................................................33

5.2 OmniBAS-4W...................................................................................................................34 Chassis Overview ............................................................................................................34 IDU Installation.................................................................................................................35

5.3 OmniBAS-8W...................................................................................................................37 Chassis Overview ............................................................................................................37 IDU Installation.................................................................................................................38

5.4 OmniBAS-4P....................................................................................................................39 Chassis Overview ............................................................................................................39 IDU Installation.................................................................................................................40

6 Cabling Installation........................................................................................................42 6.1 Power Supply Cables.......................................................................................................43

Preparation ......................................................................................................................44 Installation........................................................................................................................48

6.2 IF Tails .............................................................................................................................56 6.3 E1 Terminations...............................................................................................................59

Open End Cables (Balanced 120 Ω)................................................................................59

Table of Contents

II

BNC Terminations (Unbalanced 75 Ω) ............................................................................62 RJ-45 Terminations (Balanced 120 Ω).............................................................................65

6.4 I/O Cables ........................................................................................................................68 6.5 Ethernet Cables ...............................................................................................................70

7 Cable Characteristics ....................................................................................................71 7.1 GbE Cable Characteristics...............................................................................................71

OmniBAS-2W...................................................................................................................71 OmniBAS-4W/8W ............................................................................................................72 OmniBAS-4P....................................................................................................................73

7.2 Fast Ethernet Cable Characteristics ................................................................................74 OmniBAS-2W...................................................................................................................74 OmniBAS-4W/8W ............................................................................................................74 OmniBAS-4P....................................................................................................................75

7.3 STM-1 Cable Characteristics ...........................................................................................76 OmniBAS-4W/8W ............................................................................................................76

Appendix-A: Modem Card Installation / Removal ..................................................................77

Appendix-B: I/O Connections ..................................................................................................80

Appendix-C: Receptacles Pin Out ...........................................................................................83 OmniBAS-2W...................................................................................................................83 OmniBAS-4W/8W ............................................................................................................89 OmniBAS-4P....................................................................................................................95

Appendix-D: Open End Cables Color Codes..........................................................................99

Equipment Disposal

Disposal of old electrical and electronic equipment (applicable throughthe European Union and other European countries with separate wastecollection systems).

This symbol, found on this product and any of its parts or on its operatinginstructions or on its packaging, indicates that electrical and electronicequipment may not be disposed of as unsorted municipal waste. Instead,this product should be handed over to applicable collection points for therecycling of electrical and electronic equipment.By ensuring the correct disposal of this product, you will help preventpotential negative consequences to the environment and human health,which could otherwise be caused by inappropriate disposal of this product.By recycling, reusing and other forms of recovery of old electrical andelectronic equipment you are making an important contribution to theconservation of natural resources and to the protection of the environment.For more information about the recycling of this product, please contact yourlocal municipal authorities, municipal waste disposal service or the storewhere you purchased this product.

Απόρριψη παλαιών ηλεκτρικών και ηλεκτρονικών συσκευών (ισχύειστην Ευρωπαϊκή Ένωση και άλλες Ευρωπαϊκές χώρες με συστήματαχωριστής συλλογής απορριμμάτων).

Το σύμβολο αυτό, που απεικονίζεται πάνω στο προϊόν και σε τυχόνεξαρτήματα του ή στο εγχειρίδιο οδηγιών του ή στη συσκευασία του, δείχνειότι οι ηλεκτρικές και ηλεκτρονικές συσκευές, μετά το πέρας της λειτουργίαςτους, δεν θα πρέπει να απορρίπτονται μαζί με τα αστικά απόβλητα. Αντίθεταθα πρέπει να παραδίδονται σε κατάλληλα σημεία συλλογής για τηνανακύκλωση των ηλεκτρικών και ηλεκτρονικών συσκευών.Διασφαλίζοντας τη σωστή απόρριψη αυτού του προϊόντος, συνεισφέρετεστην πρόληψη πιθανών αρνητικών συνεπειών στο περιβάλλον και τηνανθρώπινη υγεία, οι οποίες θα μπορούσαν να προκληθούν από την μηενδεδειγμένη απόρριψη του προϊόντος.Η ανακύκλωση, επαναχρησιμοποίηση και άλλες μορφές αξιοποίησης τωνπαλαιών ηλεκτρικών και ηλεκτρονικών συσκευών βοηθούν στη διαφύλαξητων φυσικών πόρων και στην προστασία του περιβάλλοντος.Για περισσότερες πληροφορίες σχετικά την ανακύκλωση αυτού τουπροϊόντος, παρακαλούμε επικοινωνήστε με τις τοπικές δημοτικές αρχές, τηνυπηρεσία αποκομιδής αστικών αποβλήτων ή το κατάστημα από το οποίοαγοράσατε το συγκεκριμένο προϊόν.Για περισσότερες πληροφορίες, μπορείτε να επικοινωνείτε με το ΣυλλογικόΣύστημα Εναλλακτικής Διαχείρισης Αποβλήτων Ηλεκτρικού και ΗλεκτρονικούΕξοπλισμού “Ανακύκλωση Συσκευών Α.Ε.” (www.electrocycle.gr).

http://:@www.electrocycle.gr/

Declaration of Conformity

Hereby, Intracom S.A. Telecom Solutions declares that theproduct OmniBAS is in compliance with the essentialrequirements and other relevant provisions of the directive1999/5/EC, and with the requirements of the RoHS directive2011/65/EU.

For further information, please visit the following URL:http://emc.intracom-telecom.com/

Δήλωση Συμμόρφωσης

Με την παρούσα, η Intracom Α.Ε. Τηλεπικοινωνιακών Λύσεωνδηλώνει ότι το προϊόν OmniBAS συμμορφώνεται προς τιςουσιώδεις απαιτήσεις και τις λοιπές διατάξεις της οδηγίας1999/5/EC, καθώς και με τις απαιτήσεις της οδηγίας RoHS2011/65/EU.

Για περισσότερες πληροφορίες γύρω από τη δήλωσησυμμόρφωσης, παρακαλούμε επισκεφθείτε την κάτωθιιστοσελίδα:http://emc.intracom-telecom.com/

http://emc.intracom-telecom.com/

http://emc.intracom-telecom.com/


1

1 Introduction

About this Document

Scope of document

This document provides information concerning the installation and cabling of the following OmniBAS™ Indoor Units (IDUs) units: • OmniBASTM-2W • OmniBASTM-4W • OmniBASTM-8W • OmniBASTM-4P

Target Audience

This document is addressed to certified technicians with wireless equipment knowledge and skills concerning the following: • Indoor Unit Installation (IDU). • Addition / Removal of IDU Cards. • Laying and Installation of Cables. • Preparation & Termination of: Ethernet, E1, Power cables e.t.c • Test & Measurement of cables (Ethernet, Optical, Power). • Equipment Grounding to the Main Grounding System.

Reference Manuals

The following document for OmniBASTM IDU Installation can be used for additional product information and are available by Intracom S.A. Telecom Solutions:

Item Description

1 OmniBAS_ODU_Installation Manual.

2 OSDR_Installation Manual.

Conventions This document applies the following conventions:

This symbol means DANGER. The purpose of this symbol is to warn you that any wrong action can cause bodily injury or even death.

This symbol means CAUTION. The purpose of this symbol is to prevent you from performing an action that might result in damage of the equipment.

A note calls your attention to important supplementary information.

Chapter 1. Introduction

2

Overview of OmniBAS Product Family

Introduction The OmniBAS™ family of Intracom Telecom IP MW PtP portfolio comprises:

• Split-mount systems: − OmniBAS™ Indoor Units (IDUs) 1RU / 2RU high and 19″ wide. − OmniBAS™ Outdoor Units (ODUs) & antenna systems.

• All-outdoor system: − OmniBAS™ OSDR (Outdoor Software-Defined Radio) integrating

everything (baseband / controller / modem / radio) into a robust enclosure.

This document describes the installation of:

• OmniBAS™ - 2W/4W/8W IDUs for Split-mount system. • OmniBAS™ - 4P IDU for All-outdoor system.

Continued on next page


3

Overview of OmniBAS Product Family, Continued

OmniBAS™ IDUs

The OmniBAS™ Indoor Units (IDUs) are shown below:

Indoor Unit (IDU) Description

OmniBAS™-2W

It is a Native-IP, 1RU unit accommodating up to two modems. It can be positioned at the edge of the network, or can be used as a repeater and even as a ring node.

Interfaces: • 2 x GbE (electrical) &

2 x GbE (electrical or SFP)(1) • - / 16 x E1

OmniBAS™-4W

It is a Native-IP, highly-modular 1RU indoor unit and is capable of accommodating in the same chassis the following cards (identical with OmniBASTM-8W): • a combination of 4 modem cards • one interface card • one controller card Modem cards can be flexibly chosen based on the connection type to the outdoor unit: • radio connection to an ODU using

coaxial IF cable • PonE connection to an all-outdoor

unit (i.e OmniBAS™ OSDR) system using Ethernet cable

Interfaces: • 2 x GbE (electrical) & 4 x GbE (SFP) • - / 16 / 32 x E1 2 / 4 x STM-1 (VC-12)


(1) When Dual Media SFPs are installed, then only two out of four electrical GbE interfaces can be used.

Chapter 1. Introduction

4

Overview of OmniBAS Product Family, Continued

OmniBAS™ IDUs, continued

Indoor Unit (IDU) Description

OmniBAS™-8W

OmniBAS™-8W is the base for the leading CBAN (Converged Backhaul Aggregation Node) supporting flexibly all MW technologies appropriate for HetNets backhauling. It is a Native-IP, highly-modular 2RU indoor unit and is capable of accommodating in the same chassis the following cards: • a combination of eight modem cards • two interface cards • two controller cards Modem cards can be flexibly chosen based on the connection type to the outdoor unit: • radio connection to an ODU using

coaxial IF cable • PonE connection to an all-outdoor

unit (i.e OmniBAS™ OSDR) system using Ethernet cable

Interfaces • 2 x GbE (electrical) & 4 x GbE (SFP),

per control card • - / 16 / 32 x E1, per interface card • 2 / 4 x STM-1 (VC-12), per interface

card

OmniBAS™-4P

OmniBAS™-4P is an 1RU, half-rack IDU unit used as an expansion PonE unit to enable connectivity and control of up to four all-outdoor units (OmniBAS™ OSDR).

Interfaces • 4 x GbE (electrical PonE enabled) &

2 x GbE (SFP) • 16 x E1


5

Safety Precautions

PROPER GROUNDING Never power up the indoor equipment not yet connected to a proper grounding system. There is risk of equipment failure and/or electrical shock. Ensure that the indoor grounding system measures a path resistance less than 4 Ω.

INDOOR EQUIPMENT PROPER SWITCHING ON / OFF Never connect or disconnect the power supply cable(s) to or from the indoor equipment when the local dc power supply source is on. There is risk of equipment failure. Ensure the local dc power supply source is off and then connect or disconnect the power supply cable(s) to or from the indoor equipment.

PROTECTION FROM LIGHTNING Never leave the IF cable coming from the Outdoor Unit without adequate lightning protection. There is risk of equipment failure and/or electrical shock. Ensure that the IF cable coming from the Outdoor Unit is properly grounded as described in the Outdoor Radio Equipment Installation Manual (GDC-001/81 manual code).

ESD PROTECTION Always use proper antistatic protection (i.e. grounding bracelet, antistatic bags, etc.) when handling the system cards. Parts bearing the ESD sign (see left) have ESD sensitive exposed components.

Chapter 2. Installation Tools

6

2 Installation Tools

Tools List This chapter describes the tools requirements for the proper equipment installation(1):

Item Photo Description

1

Cros screw drivers: • (A): PH-1 • (B): PH-3

2

Blade

3

Wire Stripper

4

Cable Jacket Stripper

5

Crimping tool for 1,5 / 2,5 & 4 mm2 cable contact with the appropriate die

6

Torque wrench 0,8 – 1,13 Nm, 8 mm

7

Hot-air blower

(1) The tools supply is installer responsibility.


7

3 Installation Material

OmniBAS-2W

Package Contents

The following table depicts the IDU contents for installation:

No Description 1 IDU Factory Test Results Paper.

2 IDU Standard Installation Material.

3 OmniBASTM-IDU.

The package contents is the same for all types of OmniBASTM-2W IDU’s.

Keep the packaging of the equipment in good condition for later use (i.e. safe transportation during relocation, return for repair, etc.). In case of disposal of the packaging material, it is recommended to follow the safe disposal procedure according to local law.


Chapter 3. Installation Material

8

OmniBAS-2W, Continued

Mounting kit

No Description Qty (per indoor unit)

1 Screw, M6 x 12 4

2 Washer, od = 15, id = 6,4 4

3 Caged nut, M6 4

IF Tail The following set is supplied per modem card.


1 IF Tail 1,5m, RG223 SMA-type male, R/A to N-type female connector 1

(A): O-ring 1

(B): Toothed lock washer 1 2

(C): Nut 1



9


Power connector


1 2-pole power connector 2

2 Heat Shrinkable Tube, 10 cm 1

3 Metallic pins for power connector for cable up to 1.5 mm2 4


Tie-wraps


1 Tie-wraps 45cm, for indoor cables fastening 20

2 The screw and nut included are for connection of OmniBASTM IDU grounding cable to the rack grounding terminal

1

Serial Cable for external alarms

Description Qty (per indoor unit)

External Alarm Cable 2m, Y-Type, DB9(Female), DB15(VGA), open end 1 per idu


10

OmniBAS-4W/8W

Package Contents

The following table depicts the IDU contents for installation:

OmniBAS-4W OmniBAS-8W

No Description 1 IDU Factory Test Results Paper.

2 IDU Standard Installation Material.

3 OmniBASTM-IDU.

Keep the packaging of the equipment in good condition for later use (i.e. safe transportation during relocation, return for repair, etc.). In case of disposal of the packaging material, it is recommended to follow the safe disposal procedure according to local law.



11

OmniBAS-4W/8W, Continued

Mounting kit


1 Screw, M6 x 12 4

2 Washer, od = 15, id = 6,4 4

3 Caged nut, M6 4

IF Tail The following set is supplied per modem card.


1 IF Tail 1,5m, RG223 SMA-type male, R/A to N-type female connector 1

(A): O-ring 1

(B): Toothed lock washer 1 2

(C): Nut 1



12


Power connector





Tie-wraps


1 Tie-wraps 45cm, for indoor cables fastening 20

2 The screw and nut included are for connection of OmniBASTM IDU grounding cable to the rack grounding terminal

1



13


Cables 1

(OPTIONAL)

2


1 External Alarm Cable 2m, Y-Type, DB9(Female), DB15(VGA), open end. 1

2 Indoor unit grounding cable, 0.5 m, already terminated at both ends. 1


14

OmniBAS-4P

Package Contents

The following pictures shows the IDU contents for installation:

Description OmniBASTM-IDU.

IDU Installation Material(1).


(1) Standard & Optional.


15

OmniBAS-4P, Continued

IDU standard installation material




3 Metallic pins for power connector for cable 2.5 up to 4.0 mm2 4

IDU optional installation material

Order Code: ACC-RM-O4P(1) Description: 19’’ RACK MOUNTING KIT for OmniBAS 4P


1 Screw, M6 x 20. 4

2 Finishing Washer for M6. 4

3 Caged nut, M6. 4

4 Lockwasher M3. 6

5 Screw, M3 x 8. 6

6 Mounting brackets (left, right) 2

(1) Includes installation leaflet.

Chapter 4. Before Starting the Installation

16

4 Before Starting the Installation

4.1 Installation Prerequisites

Introduction This section describes the main actions that must be taken in consideration prior to the equipment installation.

Site survey Site survey should take place before starting the installation, taking into account the

following:

• Location of appropriate grounding points. • Location of appropriate power supply distribution points. • Location of cable conduits available for routing the coaxial cables

(interconnecting the indoor with the outdoor equipment) • Location of the network port distributors. • Thermal considerations and cooling requirements for the rack-mounted

equipment. • Equipment rack occupation details.

Network port distributors

Regarding the network ports (inclusive of STM-1, Ethernet, E1) provided by the indoor equipment, suitable optical (or electrical) network port distributors should be available. The exact location of the network port distributors, as well as the network ports to reserve, should be known prior to installing the indoor equipment. Also, all the reserved ports on the network port distributors should be qualified and tested before realizing the network connections with the indoor equipment.

Indoor premises conditions

The operating conditions (temperature, humidity) at the indoor premises should meet the specifications given by the manufacturer of the indoor equipment.

Indoor grounding system

All racks within the installation premises should be connected to a low-resistance grounding system. The metal body of the rack, into which the subracks are to be mounted, should be connected to this grounding system. The enclosure of each subrack must be electrically connected to the rack’s metal body (via a short grounding cable) to provide protection against harmful discharge conditions.



17

Installation Prerequisites, Continued

Cable conduits Appropriate cable conduits should exist for the routing of installed cables,

inclusive of the coaxial IF cable(s) connecting the indoor equipment with the outdoor transceiver boxes on the building’s roof.

Power supply requirements

The OmniBASTM - 2W/4W/4P subracks require connection to a DC distribution board accommodating either one or two Magnetic Circuit Breakers (MCB, single-pole, 7 A, 80 V dc, B-curve for Telecom Applications). The OmniBASTM – 8W subracks require connection to a DC distribution board accommodating either one or two Magnetic Circuit Breakers (MCB, single-pole, 25 A, 80 V dc, B-curve for Telecom Applications).

Maximum power supply length

Regarding the power supply cables to be used, calculation of the maximum length depends on the available power supply source and the OmniBASTM-IDU disconnect voltage, which is -40.5 V. By assuming the following: • Use of -48(1) V nominal voltage. • Availability of 2.5 mm2 or 4 mm2 multi-stranded copper cables. • Maximum power consumption of OmniBAS systems (taking the connected

radio systems into account), which is: • 250 W (OmniBAS 4W) • 550 W (OmniBAS 8W),

then, the maximum power cable lengths(2) are as follows: • OmniBASTM- 4W: 84 m (2.5 mm2), 138 m (4 mm2). • OmniBASTM- 8W: 38 m (2.5 mm2), 63 m (4 mm2).


(1) If the nominal value of -48 V changes then the cable length differentiates respectively. (2) The power supply length is calculated based on the IDU operational temperature 25 °C


18


Lightning protection

The network port distributors (optical distributors excluded) and the power supply distributors should be equipped with the appropriate gas arresters, to provide protection against lightning conditions. Such conditions may induce voltage peaks on the cables, and thus disturb the operation of the indoor equipment. For this purpose, all electrical distributors should be connected to the local grounding system to allow the installed gas arresters to operate.

Safety The indoor equipment premises should be of restricted access.

Only trained, authorized personnel should have access to the installed equipment. Appropriate labeling should exist at points with high risk of contact with hazardous voltage. A list with emergency phone numbers (e.g. medical assistance numbers) should be hung at easy-to-view positions. Also, recommended are for safety purposes, a fire detection system and fire extinguishers (installed at easy-to-access points) inside the installation premises.



19


Rack space requirements

The indoor equipment will be installed in an ETSI equipment rack.

IDU Rack Space

Air-flow Direction

2W 1RU

4W 1RU

8W 2RU

No extra space is required for cooling. Furthermore, sufficient free space should be left around the rack position to allow for easy access, handling, maintenance and inspection of the installed equipment.


20

4.2 Cabling Overview

The following list shows all the cabling types that can be installed on the IDU’s:

Cabling Type Concerns

Modem Interconnection between: • IF modem card with ODU • WOE modem card with all-outdoor system

RJ-45

Interconnection between: • Electrical Ethernet ports with switches for traffic • Electrical Ethernet ports with switches for outband

management

SFP Interconnection between: SFP ports with switches or all-outdoor systems for traffic

E1 Interconnection between: E1 ports (120 Ω) with switches for traffic

Power Interconnection between: DC power input with power supply

Others • Auxiliary • Synchronization • PonE for traffic and Power


21

Modem Cabling

IF modem Cables are denoted as shown below and the type is: IF Tail.



22

Modem Cabling, Continued

WOE (Wireline Modem Optical/ Electrical)

No Connection Details Cable Description

1 Electrical GbE interface (GbE/ DC OUT) that superimposes the operating DC voltage (Power on Ethernet – PonE) for running a single cable for traffic, inband management and power.

S-FTP cable(1).

2

• Optical (GbE) SFP interface for traffic and inband management

• Electrical Fast Ethernet interface (DC OUT/ MNG) that provides the DC power (PonE) and outband management to the all-outdoor radio system (OSDR). This connection is essential when the optical (SFP) interface is used.

• Fiber Optical cable using the hot-pluggable transceiver SFP (small form-factor pluggable).

• S-FTP cable(1).

3 Electrical Fast Ethernet interface (MNG) for the connection of an external client for outband management when using the DC OUT/ MNG interface.

• Cat-5 or higher Fast Ethernet straight cable.

• S-FTP cable(1).

GbE and GbE/ DC OUT interfaces cannot operate simultaneously.

(1) How to prepare an S-FTP cable please refer to Reference Manuals item 2 on page 1


23

RJ-45 Cabling (Ethernet Payload)

Traffic Cables are denoted as shown below and the type is: CAT-5 or higher Gigabit Ethernet straight cable.

OmniBAS-2W: See Dual SFPs installed on page 25.


24

RJ-45 Cabling (Outband Management)

Outband management

Cables are denoted as shown below and the type is: CAT-5 or higher Gigabit Ethernet straight cable.

OmniBAS-2W: You can use either NMS-1 or NMS-2 port.


25

SFP Cabling (Ethernet Payload)

Traffic Cables are denoted as shown below and the type is: • either Fiber Optical cable using the hot-pluggable transceiver SFP (small

form-factor pluggable) • or CAT-5 or higher Gigabit Ethernet straight cable using the hot-

pluggable transceiver SFP (small form-factor pluggable)

Dual SFPs installed

When Dual Media SFPs are installed (GbE1 and GbE2) then only two out of four electrical GbE interfaces (1, 2, 3 and 4) can be used.


26

SFP Cabling (STM-1 Payload)

Traffic Cables are denoted as shown below and the type is: Fiber Optical cable using the hot-pluggable transceiver SFP (small form-factor pluggable)


27

E1 Cabling (Balanced 120 Ω)

Traffic Cables are denoted as shown below and the type is: 1 x 16 E1 cable (Balanced 120 Ω).


28

Power Supply Cabling

Power supply cables are denoted as shown below and the type is: Black Color, stranded, PVC, 300 V, 2 x 1,5 or 2,5 or 4 mm2

OmniBAS-2W/4W: Both POWER inputs are operational. The second POWER (PWR 2) supply connection is optional. OmniBAS-8W: Only the right POWER input (PWR 1) of the controller card is operational.


29

Other Cabling

Auxiliary (AUX) Cables are denoted as shown below and the type is relative to each IDU:



30

Other Cabling, Continued

Synchronization Synchronization cables are denoted as shown below and the type is:

External Synchronization Cable (IN/OUT).



31

Other Cabling, Continued

Traffic and power (PonE)

The cables are denoted as shown below and the type is: S-FTP.

DO NOT connect cable(s) GbE 1 up to 4 to any network equipment. There is risk of switches / routers failure due to potential power. Use the cable(s) for connection to OSDR.

Chapter 5. Mechanical Installation

32

5 Mechanical Installation

5.1 OmniBAS-2W

Chassis Overview

Introduction OmniBAS™-2W is a Native-IP indoor unit (1 RU suitable for mounting in 19″ racks) accommodating up to two modem cards.

(Indicative model IDU-O2-E2-16-G)

For availability of OmniBASTM-2W product (models, cards and common parts), please contact [email protected] or your Account / Project Manager.

Slots

Slot Card/Part

M1, M2 Modem card.

C Control card.

D Dummy Panel(1).

(1) Reserved for future use (Fan Tray).


33

IDU Installation

Prerequisites Ensure that the installation premises are equipped with a reliable, low-impedance ground connection system.

Required Tools & Accessories

The following tools will be needed: • Item 1-B (refer to Installation Tools on page 6) The following accessories will be needed:

Product Description

OmniBASTM-2W Mounting kit (refer on page 8) OmniBASTM-4W -

OmniBASTM-8W -

OmniBASTM-4P -

Procedure To perform the mechanical installation of the unit, follow the steps below:

Step Action 1 Use the mounting kit to install the chassis into the rack, as shown below.

(A) First install the cage nut (item 1) on the desired rear side of the rack.

(B) Lift the idu on the corresponding position. (C) Mount the idu using the screw (item 2) on the front side of the

rack.

2 To ground OmniBASTM-2W, connect the loose end of the grounding

cable to the rack grounding terminal.

End of procedure


34

5.2 OmniBAS-4W

Chassis Overview

Introduction OmniBAS™-4W v2(1) is a Native-IP indoor unit (1 RU suitable for mounting in 19″ racks) accommodating up to four modem cards and providing flexible network deployments, through multiple available configurations. OmniBAS-4W uses the same cards as OmniBAS-8W.

(Indicative model IDU-O4-E4-16-G)


Slots

Slot Card/Part

M1…M4 Modem card.

C Control card.

I Interface card.

F Fan tray.

(1) v2 is used to differentiate from previous version of OmniBAS-4W IDU’s..


35

IDU Installation




Product Description

OmniBASTM-2W -

OmniBASTM-4W Mounting kit (refer to page 11)

OmniBASTM-8W -

OmniBASTM-4P -



(A) First install the cage nut (item 1) on the desired rear side of the rack.

(B) Lift the idu on the corresponding position. (C) Mount the idu using the screw (item 2) on the front side of the

rack.



36

IDU Installation, Continued

Procedure (continued)

Step Action

2 To ground the idu choose one of the two grounding points on the rear side of the idu which is designated with the respective sign, as shown below.

3 Install the cable as shown below. The other end of the cable must be connected to rack grounding terminal.

End of procedure


37

5.3 OmniBAS-8W

Chassis Overview

Introduction OmniBAS™-8W is a Native-IP indoor unit (2 RU suitable for mounting in 19″ racks) accommodating up to eight modem cards and providing flexible network deployments, through multiple available configurations.

(Indicative model IDU-O8-E503-32-S4-GP)


Slots

Slot Card/Part

M1…M8 Modem card.

C1, C2 Control, PSU card.

I1, I2 Interface card.

F Fan tray.


38

IDU Installation




Product Description

OmniBASTM-2W -

OmniBASTM-4W -

OmniBASTM-8W Mounting kit (refer to page 11).

OmniBASTM-4P -



(A) First install the cage nut (item 1) on the desired rear side of the rack

(B) Lift the idu on the corresponding position (C) Mount the idu using the screw (item 2) on the front side of the

rack

2 Follow the steps 2 & 3 as described in procedure of OmniBAS-4W IDU

installation on page 35.

End of procedure.


39

5.4 OmniBAS-4P

Chassis Overview

Introduction OmniBAS™-4P is an 1RU, half-rack IDU used as an expansion PonE unit to enable connectivity and control of up to four all-outdoor units (OmniBAS™ OSDR).

(IDU-O4P)

Slots / Interfaces

Slot Description

P DC Power input.

Gb1…Gb4 4 x GbE electrical (RJ-45) ports for traffic and PonE power connection.

IN, OUT Synchronization Input / Output ports.

Gb5, Gb6 2 x GbE (SFP) ports for traffic.

NMS Fast Ethernet (RJ-45) port for outband management.

AUX Serial - console (RJ-45) port (AUX).

E1 16 x E1 interfaces for TDM traffic over Ethernet encapsulated in PW-TDM.


40

IDU Installation



The following tools will be needed for rack installation type: • Item 1-A & B (refer to Installation Tools on page 6) The following accessories will be needed:

Product Description

OmniBASTM-2W -

OmniBASTM-4W -

OmniBASTM-8W -

OmniBASTM-4P IDU optional installation material (refer to page 15)

Installation There are two installation types as given below:

• Desktop - The OmniBASTM-4P is installed as desktop mounting

without using materials. • Rack - The OmniBASTM-4P is installed in a 19-inch rack (as shown

below) using the IDU optional installation material:

For Rack installation please refers to the installation leaflet that is included on the packing list.



41

IDU Installation, Continued

Grounding To ground OmniBASTM-4P connects the loose end of the grounding cable to the

rack grounding terminal.

Chapter 6. Cabling Installation

42

6 Cabling Installation

Overview This chapter describes how to install the following type of cables for all OmniBASTM Products Family. Mainly the cables categorized as follows: • Power Supply Cables • IF Tails • E1 Terminations • I/O Cable • Ethernet Cable


43

6.1 Power Supply Cables

Introduction The following table provides all the available power cables with the following characteristics:

The cable length is defined based on customer request:

Order Code Description Product

ACC-KO-PW-VV-15 Black Color, stranded, PVC, 300 V, 2 x 1,5 mm2 • 2W

ACC-KO-PW-VV-25 Black Color, stranded, PVC, 300 V, 2 x 2,5 mm2

• 2W • 4W • 8W • 4P

ACC-KO-PW-VV-40 Black Color, stranded, PVC, 300 V, 2 x 4 mm2

• 4W • 8W

For OmniBASTM-2W/4P it is recommended to use 2 x 2,5 mm2, stranded, PVC, black, 300 V power cable.

For OmniBASTM-4W/8W it is recommended to use 2 x 4 mm2, stranded, PVC, black, 300 V power cable.


44

Preparation

Introduction The power cable preparation is common for all OmniBASTM – Products Family.


The following tools will be needed: • Items 2, 3, 4, 5 & 7 (refer to Installation Tools on page 6) The following accessories will be needed:

Product Description

OmniBASTM-2W • Power connector (refer on page 9) • Power Supply Cable ACC-KO-PW-VV-25 (refer on page

43)

OmniBASTM-4W/8W

• Power connector (refer on page 12) • Power Supply Cable(1) ACC-KO-PW-VV-40 (refer on page

43)

OmniBASTM-4P • Power connector (refer on page 15) • Power Supply Cable ACC-KO-PW-VV-25 (refer on page

43)


(1) Recommended.


45

Preparation, Continued

Procedure For power supply cable preparation and termination to power connector,

proceed as follows:

Step Action 1 Strip the wires of the cable as shown below:

2 Cut 50 mm of heat shrink tube and pass it through:

3 Place the stranded wire into the connector contact. If you have stripped the stranded wire properly, the jacket should stop at point (1) and the stranded wire at point (2):



46



Step Action

4

Take care to place the appropriate die (1,5 /2,5 / 4 mm2 connector contact) in the crimping tool to avoid damage of the connector contact.

Crimp with the crimping tool. Different views of crimping are shown below:



47



Step Action

5 Repeat steps 3 and 4 for the other stranded wire. When you finish, the cable should resemble to the photo below:

6 Insert the stranded wires into the connector (blue to pin 1, brown to pin 2). You must hear the clicking sound.

7 Heat the heat shrinkable tube with a hot-air blower. When you finish, the cable should resemble to the photo below:

End of procedure


48

Installation

OmniBASTM-2W prerequisites

The following are recommended: • The power at the input of OmniBASTM-2W must be in the range

–40.5 V dc to –60 V dc. • The positive pole of the power supply source at OmniBASTM-2W

station must be grounded.

Power connection overview

Safety requirements require a single pole circuit-breaker to be employed between the local dc power supply source and each power supply of OmniBASTM-2W. The circuit-breaker must disconnect the –V pole of the power supply. Before plugging or unplugging any power cable into OmniBASTM-2W, you must set the circuit breaker(s) to OFF!

No Description

1 Power Cable

2 Single pole Circuit Breaker (MCB), 7 A, 80 V dc, B-curve for Telecom Applications

3 Local DC Power Distributor

Both POWER inputs are operational. The second POWER (PWR 2) supply connection is optional.



49

Installation, Continued

Procedure To connect the power supply, proceed as follows:

Step Action

1 Switch-off the circuit breaker connected between the OmniBASTM-2W and the local dc power supply source.

2 Plug the power supply cable(s) into the power supply receptacle(s) on the front panel of the OmniBASTM-2W without applying excessive force.

Applying pressure while the connector is inserted incorrectly it might cause damage.

If you want to disconnect the power supply cable, push downwards the metallic secure lock on the upper part of the connector (1) and pull outwards to disconnect (2).

End of procedure



50








No Description

1 Power Cable



Both POWER inputs are operational. The second POWER (PWR 2) supply connection is optional.



51



Step Action

1 Switch-off the circuit breaker connected between the OmniBASTM-4W and the local dc power supply source.




End of procedure



52






Connections to the 2nd control card (when installed) are the same to the 1st CTRL card. This applies to power & traffic connection cables.



53




No Description

1 Power Cable



Only the right POWER input (PWR 1) of the controller card is operational.



54



Step Action

1 Switch-off the circuit breaker(s) connected between the OmniBASTM-8W and the local dc power supply source.




End of procedure



55


OmniBASTM-4P Prerequisites

The following are recommended: • The power at the input of OmniBASTM-4P must be in the range

–40.5 V dc to –60 V dc. • The positive pole of the power supply source at OmniBASTM-4P



Safety requirements require a single pole circuit-breaker to be employed between the local dc power supply source and each power supply of OmniBASTM-4P. The circuit-breaker must disconnect the –V pole of the power supply. Before plugging or unplugging any power cable into OmniBASTM-4P, you must set the circuit breaker(s) to OFF!

No Description

1 Power Cable



Procedure How to connect the power supply cable refer to Procedure on page 54.


56

6.2 IF Tails

IF Tail purpose You should connect the IF cable coming from the Outdoor Unit to the IF tail to protect the ODU receptacle on the front panel of OmniBASTM indoor units against mechanical damage, which might occur in case of direct connection of the heavy IF cable. Use the requirement tool to tighten the SMA connector.


The following tools will be needed: • Item 6 (refer to Installation Tools on page 6) The following accessories will be needed:

Product Description

OmniBASTM-2W • IF Tail (refer on page 8)





57

IF Tails, Continued

Procedure To connect the IF tail(s), follow the steps below:

Step Action 1 Never connect or disconnect an IF tail when

OmniBASTM-ODU is ON and Operating! There is risk of equipment failure.

2 Fix the both ends of the IF tail , as shown below: OmniBAS-2W:

OmniBAS-4W/8W:

3 Tight the N-type female connector onto the IF cable coming from

the Outdoor Unit. 3 Use the tie-wraps for IF tail cable fastening. 4 Repeat for the remaining IF tails that may exist.

The above procedure is applicable for all OmniBASTM-IF modems types. For WOE modems please refer to WOE (Wireline Modem Optical/ Electrical on page 22.



58

IF Tails, Continued

Connection using O-ring

Optionally you can fix the N-type connector of the IF tail onto a metallic surface through the nut and washer provided inside the IF tail packaging. If you have such a metallic surface, follow the steps below:

Step Action

1 Open a mounting hole on the metallic surface as in the figure below (dimensions in mm).

2 Put the Ο-ring onto the N-type connector of the IF tail and pass

the N-type connector through the metallic surface you have. 3 Put the toothed lock washer and nut onto the N-type connector as

protruding from the metallic surface.

1

1

2

2

3

3

4

4

5

Item Description

1 O-ring 2 Toothed lock washer 3 Nut 4 N-type connector 5 Metallic surface

4 Hand tight the IF cable coming from the Outdoor Unit into the N-type connector protruding from the metallic surface.

End of procedure


59

6.3 E1 Terminations

Overview This section provides all the available installations of the E1 cables & accessories for OmniBASTM Products Family. Mainly the type of the E1 terminations are categorized as follows: • Open End Cables (Balanced 120 Ω) • BNC Terminations (Unbalanced 75 Ω) • RJ-45 Terminations (Balanced 120 Ω)

Open End Cables (Balanced 120 Ω)

Overview This paragraph describes the E1 Open End Cables (Balanced 120 Ω)

installation for the following models: • OmniBASTM-2W/4P • OmniBASTM-4W/8W



60

Open End Cables (Balanced 120 Ω), Continued

OmniBASTM-2W/4P

The cable characteristics are given below:

Order Code Product Description

ACC-LT-16-IO-10 16xE1 Cable, Balanced (120 Ω), 68 Pins High Density Connector to Open End, 10 m

ACC-KT-16-3O-03 16xE1 Cable, Balanced (120 Ω), 68 Pins High Density Connector to Open End,3 m



Procedure To connect the cable, follow the steps below:

Step Action 1 Arrange the cable appropriately so that the Interface Card can be

easily inserted / extracted. 2 Plug the cable into the receptacle shown in the figure below and

then terminate the open ends of the cable onto the Distribution Frame according to the color cable table (see appendix Appendix-D: Open End Cables Color Codes)

End of procedure



61

Open End Cables (Balanced 120 Ω), Continued

OmniBASTM-4W/8W



ACC-WT-U1-VO-3 16xE1 Cable, Balanced (120 Ω), 64 Pins Connector to Open End, 3 m

ACC-WT-U1-VO-10 16xE1 Cable, Balanced (120 Ω), 64 Pins Connector to Open End, 10 m



easily inserted / extracted. 2 Plug the cable into the receptacle shown in the figure below and

then terminate the open ends of the cable onto the Distribution Frame according to the color cable table (see appendix Appendix-D: Open End Cables Color Codes)

End of procedure


62

BNC Terminations (Unbalanced 75 Ω)

Overview This paragraph describes the BNC terminations (Unbalanced 75 Ω) for the following models: • OmniBASTM-2W/4P • OmniBASTM-4W/8W



63

BNC Terminations (Unbalanced 75 Ω), Continued

OmniBASTM-2W/4P

The cable / panel characteristics are given below:


ACC-C-T-U1-IDC-IDC-00 16xE1 Cable, Balanced (120 Ω), both Ends 68 Pins High Density Connector, 0.5 m.

ACC-LN-16-1N-VV Conversion Panel with 68 Pins High Density Receptacle and 16 Pairs(Tx-Rx) BNC (75 Ω) receptacles.


Step Action 1 Arrange the cable appropriately so that the Cables & Interface

Card can be easily inserted / extracted. 2 Plug both ends of the cable into the relevant receptacles, as

shown in the figure below:

End of procedure



64

BNC Terminations (Unbalanced 75 Ω), Continued

OmniBASTM-4W/8W



ACC-WT-CP-IV-07 16xE1 Cable, Balanced (120 Ω), 64 Pins Connector to 68 Pins High Density Connector, 0.7 m.

ACC-LN-16-1N-VV Conversion Panel with 68 Pins High Density Receptacle and 16 Pairs (Tx-Rx) BNC (75 Ω) receptacles.



easily inserted / extracted. 2 Plug both ends of the cable into the relevant receptacles, as

shown in the figure below:

End of procedure


65

RJ-45 Terminations (Balanced 120 Ω)

Overview This paragraph describes the RJ-45 terminations (Balanced 120 Ω) for the following models: • OmniBASTM-2W/4P



66

RJ-45 Terminations (Balanced 120 Ω), Continued

OmniBASTM-2W/4P



MOD-W-EC 16xE1 Cable, Balanced (120 Ω), 68 Pins High Density Connector to RJ-45 Jacks, 0.8 m.

MOD-O-MB Mounting Bracket for 16 x RJ-45 E1 Receptacles.


Step Action 1 Arrange the cable appropriately so that the controller card &

cables can be easily inserted / extracted. 2 Plug both ends of the cable into the relevant receptacles, as

shown in the figure below. The E1 numbering is indicated through special cable marking.

End of procedure



67

RJ-45 Terminations (Balanced 120 Ω), Continued

Use of RJ-45 Mounting Bracket

You can optionally install the RJ-45 mounting bracket for optimum arrangement of E1 tributary cables, as shown below:

Detail

Detail


68

6.4 I/O Cables

Required Accessories

The following accessories will be needed:

Product Description

OmniBASTM-2W Serial Cable for external alarms (refer on page 9)

OmniBASTM-4W Cables (refer on page 13)

OmniBASTM-8W Cables (refer on page 13)

Procedure for OmniBASTM-2W

To connect the external alarm cable, follow the steps below:

Step Action

1 Arrange the cable appropriately so that the Controller Card can be easily inserted / extracted.

2 Plug the cable into the AUX receptacle shown in the figure below:

3 Terminate the open end of the cable based on the chromatic code given in Appendix-C: Receptacles Pin Out AUX on page 85.

End of procedure



69

I/O Cables, Continued

Procedure for OmniBASTM-4W/8W

To connect the external alarm cable, follow the steps below:

Step Action

1 Arrange the cable appropriately so that the Controller Card can be easily inserted / extracted.

2 Plug the cable into the AUX receptacle shown in the figure below: OmniBAS-4W:

OmniBAS-8W:

3 Terminate the open end of the cable based on the chromatic code given in Appendix-C: Receptacles Pin Out AUX on page 91.

End of procedure


70

6.5 Ethernet Cables

OmniBAS Products Family



ACC-IO-PA-JJ-01 Ethernet Straight Cable Prefabricated, CAT5e, Terminated both ends to RJ-45 Jack, 1 m



Cable Installation

Terminate each end of the cable to the corresponding RJ-45 jack.


71

7 Cable Characteristics

7.1 GbE Cable Characteristics

OmniBAS-2W

Electrical GbE cable characteristics

Type of cable CAT 5 or higher, UTP, 4 pairs x AWG26 / AWG24.

Cable termination (module side) RJ-45 plug.

Cable terminated on GbE 100/1000 Mbps with 1, 2, 3, 4 receptacles on the module front panel.

Cable maximum length 100 m.

Optical GbE cable characteristics

Type of cable Fiber.

Cable termination (module side) IEEE 802.3z, 1000Base-X (SFP MSA mechanics).

Cable terminated on GbE 1000 Mbps with 1, 2 receptacles on the module front panel.

Cable maximum length Depends on SFP module.

Chapter 7. Cable Characteristics

72

OmniBAS-4W/8W




Cable terminated on GbE 100/1000 Mbps with 5, 6 receptacles on the module front panel.





Cable terminated on GbE 1000 Mbps with 1, 2, 3, 4 receptacles on the module front panel.



73

OmniBAS-4P


Type of cable S-FTP


Cable terminated on GbE 100/1000 Mbps with 1, 2, 3, 4 receptacles on the module front panel.





Cable terminated on GbE 1000 Mbps with 5, 6 receptacles on the module front panel.



74

7.2 Fast Ethernet Cable Characteristics

OmniBAS-2W

Fast Ethernet cable characteristics



Cable terminated on NMS 10/100 Mbps with 1, 2 receptacles on the module front panel.


You should connect the Network Management System (SNMP) either to the NMS 10/100 1 or the NMS 10/100 2 receptacle for outband management connection.

OmniBAS-4W/8W




Cable terminated on MNG 10/100 Mbps with 1 receptacle on the module front panel.


You should connect the Network Management System (SNMP) to the NMG 10/100 receptacle for outband management connection.


75

OmniBAS-4P


Type of cable CAT 5 or higher, UTP, 4 pairs x AWG26 /

AWG24.


Cable terminated on NMS 10/100 Mbps with 1 receptacle on the module front panel.



76

7.3 STM-1 Cable Characteristics

OmniBAS-4W/8W

STM-1 cable characteristics

Type of cable Multimode/single mode fiber optic cable LC type connector

Cable termination (module side) SFP

Cable terminated on STM-1 1, 2, 3, 4 receptacles on the module front panel

Cable maximum length Various lengths of cables are available

STM-1 cable characteristics

Type of cable Multimode/single mode fiber optic cable LC type connector

Cable termination (module side) SFP

Cable terminated on STM-1 1, 2 receptacles on the module front panel

Cable maximum length Various lengths of cables are available


77

Appendix-A: Modem Card Installation / Removal

Prerequisites The following prerequisites are common for any modem of OmniBASTM- Products Family and must be taken in consideration before starting any insertion or extraction of the modem card.

The Modem Card is hot swappable.

It is recommended before proceeding to the card installation, to wear a grounding bracelet and attach it to one of the two appropriate receptacles on the chassis as given below:

Product Grounding Bracelet Receptacles

OmniBASTM-2W

OmniBASTM-4W

OmniBASTM-8W

Never connect or disconnect an IF tail when OmniBASTM-ODU is ON and Operating! There is risk of equipment failure. If modem IF tail is installed please refer to Procedure on page 57 for how to connect or disconnect the tail.

Modem insertion or extraction in a live network must be done by authorized persons ONLY.


Appendix-A: Modem Card Installation / Removal

78

Appendix-A: Modem Card Installation / Removal, Continued

Procedure for OmniBASTM-2W

In order to insert a modem card to OmniBASTM-2W indoor unit, please follow the procedure below:

Step Action

1 Remove the modem dummy plate and keep it for maintenance reasons.

The Modem dummy plate is required in 1+0 configuration for proper thermal management.

2 Slide the modem card into the appropriate pair of guides and push it in until it connects to the backplane connector.

3 Hand-tight the two screws on the front panel of the modem card

to secure the card in place.

End of procedure



79

Appendix-A: Modem Card Installation / Removal, Continued

Procedure for OmniBASTM-4W/8W

In order to insert a modem card to OmniBASTM-4W/8W indoor unit, please follow the procedure below:

Step Action

1 Remove the modem dummy plate and keep it for maintenance reasons.

2 Slide the modem card into the appropriate pair of guides and

push it in until it connects to the backplane connector.

3 Hand-tight the two screws on the front panel of the modem card

to secure the card in place.

End of procedure

Appendix-B: I/O Connections

80


Introduction The I/O signals are provided by the following receptacles:

Product IN OUT Receptacle OmniBASTM-2W 4 4 AUX OmniBASTM-4W/8W 3 2 AUX 2



81

Appendix-B: I/O Connections, Continued

OmniBASTM-2W Input alarms connection circuit

The dry-contact input alarms are internally pulled up to +3,3 V. When an external switch is closed, the corresponding signal is “low” (alarm condition).

OmniBASTM-2W Output alarms connection circuit

The alarms transmission circuit receives alarms in TTL form from the microprocessor and routes them as external alarms in dry-contact form. When a “high” signal enters the relay’s driver, the relay is activated and current passes through the load of the corresponding alarm output.

* The maximum ratings for the Voltage Source are: Max DC voltage: V=100 VDC and Max DC current: IL=200 mADC (polarity is insignificant) The loads can be indicator lamps, relays’ coils, buzzers, etc.



82

Appendix-B: I/O Connections, Continued

OmniBASTM-4W/8W Input alarms connection circuit

The dry-contact input alarms are internally pulled up to +3,3V. When an external switch is closed, the corresponding signal is “low” (alarm condition).

EXIN1

EXIN2

TO M

ICR

OPR

OC

ESS

OR

(TTL

LE

VEL)

SYSTEM

GND

(Each resistor: 10K)

+3,3V

OmniBASTM-4W/8W Output alarms connection circuit

The alarms transmission circuit receives alarms in TTL form from the microprocessor and routes them as external alarms in dry-contact form. When a “low” signal enters an optocoupler, current passes through the load of the corresponding EXTOUT (alarm condition).

OPTOCOUPLERSEXOUT1

EXOUT2FR

OM

MIC

RO

PR

OC

ESS

OR

(TTL

LE

VEL)

SYSTEMLOADS

V*

VOLTAGESOURCE

GND FL

ALARMSIGNALS

IL

* The maximum ratings for the Voltage Source are either: DC: V=100VDC / IL=80mADC (polarity is insignificant) The loads can be indicator lamps, relays’ coils, buzzers, etc.


83


OmniBAS-2W

Electrical GbE

Location Front Panel of Control Card

Scope For Ethernet traffic (100 / 1000 Mbit/s) provisioning and connection to the IP / MPLS network

Type RJ-45 Female

Pin out

Pin Signal Description 1 Transmit and Receive Data A+ Input / Output

2 Transmit and Receive Data A- Input / Output

3 Transmit and Receive Data B+ Input / Output

4 Transmit and Receive Data C+ Input / Output

5 Transmit and Receive Data C- Input / Output

6 Transmit and Receive Data B- Input / Output

7 Transmit and Receive Data D+ Input / Output

8 Transmit and Receive Data D- Input / Output

Optical GbE



Type SFP cage



84


NMS 10/100 1 and 2


NMS 10/100 1: For connection to the NMS / GUI or for interconnection (serving management transfer) with another OmniBAS-2W

Scope

NMS 10/100 2: For connection to the NMS / GUI or for interconnection (serving management transfer) with another OmniBAS-2W

Type RJ-45 Female

Pin out 1 8

1 8

Pin Signal Description 1 TX+ Output+ 2 TX- Output- 3 RX+ Input+ 4 N/A N/A 5 N/A N/A 6 RX- Input- 7 N/A N/A 8 N/A N/A



85


AUX


Scope For Serial Console (RS-232 Interface) and Internal / External Alarms (Dry Contacts) connection

Type D-Sub HD 15 Pin Female

Pin out

Pin Signal Description Wire Colour

1 ALM_OUT2_NC Alarm Output 2 Normally Closed Black 2 RS232_TX(1) Transmit Data from OmniBAS - 3 RS232_RX(1) Receive Data from PC - 4 ALM_OUT1_CM Alarm Output 1 Common Brown 5 RS232_GND(1) RS232 Ground - 6 ALM_OUT2_NO Alarm Output 2 Normally Open Red 7 TTL_ALM_IN3_N(2) Alarm Input 3 Negative Orange 8 TTL_ALM_IN4_N Alarm Input 4 Negative Yellow 9 ALM_OUT1_NC Alarm Output 1 Normally Closed Green 10 ALM_OUT1_NO Alarm Output 1 Normally Open Blue 11 ALM_OUT2_CM Alarm Output 2 Common Purple 12 TTL_ALM_IN3_P Alarm Input 3 Positive Gray 13 TTL_ALM_IN4_P Alarm Input 4 Positive White 14 TTL_ALM_IN1(3) Alarm Input 1 Pink 15 TTL_ALM_IN2 Alarm Input 2 Light Green


(1) These signals concern a Serial Console connection and are terminated onto the DB9 connector of the cable. (2) Negative return terminal of alarm input pair. (3) Single inputs with respect to ground.


86


SYNC


Scope Clock Synchronization Interface (G.703 Clause 13)

Type 1.0 / 2.3 (Micro Siemens)

Pin out

Pin Signal Description 1 Sync In / Out Synchronization Input / Output

(configurable)

Modem Connector

Location Front Panel of Modem Card

Scope For connection to the Outdoor Unit The receptacle carries the following signals using frequency-division multiplexing: • -48 V dc power to the Outdoor

Unit • Bidirectional Service Channel

(S.C.) data, enabling communication between Indoor and Outdoor Units. The Service Channel carries an Rx signal centred at 10,7 MHz and a Tx signal centred at 6 MHz, On/Off Keying modulated.

• The 140 MHz Rx IF signal • The 350 MHz Tx IF signal

Type SMA Female

Pin out

Pin Signal Description Centre -48 V DC / S.C. / RX IF / TX IF Input / Output Shield Shield / Chassis GND N/A



87


E1/T1 1-16

Location Front Panel of Interface Card

Scope For provisioning of up to 16xE1 Tributaries (120 Ω balanced)

Type Mini D Ribbon (MDR) 68-pin Female

Pin out

E1 tributaries E1 1-16 Recept. E1 tributaries E1 1-16 Recept. Tx1+ 68 Tx9+ 50 Tx1- 67 Tx9- 49 Rx1+ 34 Rx9+ 16 Rx1- 33 Rx9- 15 Tx2+ 66 Tx10+ 48 Tx2- 65 Tx10- 47 Rx2+ 32 Rx10+ 14 Rx2- 31 Rx10- 13 Tx3+ 64 Tx11+ 46 Tx3- 63 Tx11- 45 Rx3+ 30 Rx11+ 12 Rx3- 29 Rx11- 11 Tx4+ 62 Tx12+ 44 Tx4- 61 Tx12- 43 Rx4+ 28 Rx12+ 10 Rx4- 27 Rx12- 9 Tx5+ 60 Tx13+ 42 Tx5- 59 Tx13- 41 Rx5+ 26 Rx13+ 8 Rx5- 25 Rx13- 7 Tx6+ 58 Tx14+ 40 Tx6- 57 Tx14- 39 Rx6+ 24 Rx14+ 6 Rx6- 23 Rx14- 5 Tx7+ 56 Tx15+ 38 Tx7- 55 Tx15- 37 Rx7+ 22 Rx15+ 4 Rx7- 21 Rx15- 3 Tx8+ 54 Tx16+ 36 Tx8- 53 Tx16- 35 Rx8+ 20 Rx16+ 2 Rx8- 19 Rx16- 1



88

Power


Scope For connection of –48 V dc power supply voltage

Type Two poles Male power connector

Pin out

Pin Signal (+) Power Supply Return (GND) (-) -48 V dc, nominal

(40 V dc to 60 V dc)


89

OmniBAS-4W/8W

Electrical GbE 100/1000 5 and 6



Type RJ-45 Female

Pin out









Optical GbE 1000 1, 2, 3, 4



Type SFP MSA cage



90


NMG 10/100


Scope NMG 10/100: For connection to the NMS / GUI or for interconnection (serving management transfer) with another OmniBAS-IDU

Type RJ-45 Female

Pin out 1 8




91


AUX Location Front Panel of Control Card`

Scope For connection of Alarms Inputs / Outputs (Contacts)

Type Micro-D Female 15C Sockets Connector with UNC2-56 Thumbscrews.

Pin out

Pin Signal Description Wire Color 1 RS232_TX Transmit Data from OmniBAS 2 RS232_RX Receive Data from PC 3 RS232_GND RS232 Ground BLACK 4 ALM_OUT2_CM Alarm Output 2 Common BROWN

5 ALM_OUT1_NC Alarm Output 1 Normally Closed RED

6 ALM_OUT1_NO Alarm Output 1 Normally Open ORANGE

7 TTL_ALM_IN3_P Alarm Input 4 Positive YELLOW 8 TTL_ALM_IN1 Alarm Input 1 GREEN 9 10 GRG Grounding

11 ALM_OUT2_NO Alarm Output 2 Normally Open BLUE

12 ALM_OUT2_NC Alarm Output 2 Normally Closed PURPLE

13 ALM_OUT1_CM Alarm Output 1 Common GRAY 14 TTL_ALM_IN3_N Alarm Input 3 Negative WHITE 15 TTL_ALM_IN2 Alarm Input 2 PINK



92


Power


Scope For connection of –48 V dc power supply voltage

Type Two poles Male power connector

Pin out



SYNC Location Front Panel of Control Card

Scope Clock Synchronization Interface (G.703 Clause 13)


Pin out

Pin Signal Description 1 Sync In / Out Synchronization Input / Output

PPS Location Front Panel of Control Card

Scope External PPS (Pulse Per Second) IN/OUT for phase synch.


Pin out

Pin Signal Description 1 PPS In / Out Pulse Per Second Input / Output



93


STM-1 (VC-12) Location Front Panel of Interface Card

Scope For provision of STM-1 VC-12 interfaces and connection to the legacy SDH Network

Type SFP cage

Modem Connector

Location Front Panel of Modem Card

Scope For connection to the Outdoor Unit The receptacle carries the following signals using frequency-division multiplexing:

• -48 V dc power to the Outdoor Unit

• Bidirectional Service Channel (S.C.) data, enabling communication between Indoor and Outdoor Units. The Service Channel carries an Rx signal centred at 10,7 MHz and a Tx signal centred at 6 MHz, On/Off Keying modulated.

• The 140MHz Rx IF signal

• The 350 MHz Tx IF signal

Type SMA Female

Pin out

Pin Signal Description Centre -48 V DC / S.C. / RX IF / TX IF Input / Output Shield Shield / Chassis GND N/A



94


E1 1-16 & 17-32

Location Front Panel of Interface Card

Scope For provisioning of up to 16 x E1 Tributaries (120 Ω balanced)

Type Delander Type, Double Row Dual-edge, 64P IN, Straight Plug

Pin out


95

OmniBAS-4P

Electrical GbE

Location Front Panel.

Scope For Ethernet traffic (100 / 1000 Mbit/s) provisioning and connection to the IP / MPLS network For PonE connections.

Type RJ-45 Female.

Pin out









Optical GbE


Scope For Ethernet traffic (1000 Mbit/s) provisioning and connection to the IP / MPLS network

Type SFP cage.



96


E1/T1 1-16


Scope For provisioning of up to 16xE1 Tributaries (120 Ω balanced).

Type Mini D Ribbon (MDR) 68-pin Female

Pin out

E1 tributaries E1 1-16 Recept. E1 tributaries E1 1-16 Recept. Tx1+ 68 Tx9+ 50 Tx1- 67 Tx9- 49 Rx1+ 34 Rx9+ 16 Rx1- 33 Rx9- 15 Tx2+ 66 Tx10+ 48 Tx2- 65 Tx10- 47 Rx2+ 32 Rx10+ 14 Rx2- 31 Rx10- 13 Tx3+ 64 Tx11+ 46 Tx3- 63 Tx11- 45 Rx3+ 30 Rx11+ 12 Rx3- 29 Rx11- 11 Tx4+ 62 Tx12+ 44 Tx4- 61 Tx12- 43 Rx4+ 28 Rx12+ 10 Rx4- 27 Rx12- 9 Tx5+ 60 Tx13+ 42 Tx5- 59 Tx13- 41 Rx5+ 26 Rx13+ 8 Rx5- 25 Rx13- 7 Tx6+ 58 Tx14+ 40 Tx6- 57 Tx14- 39 Rx6+ 24 Rx14+ 6 Rx6- 23 Rx14- 5 Tx7+ 56 Tx15+ 38 Tx7- 55 Tx15- 37 Rx7+ 22 Rx15+ 4 Rx7- 21 Rx15- 3 Tx8+ 54 Tx16+ 36 Tx8- 53 Tx16- 35 Rx8+ 20 Rx16+ 2 Rx8- 19 Rx16- 1

134

3568E1#1

E1#2

E1#3

E1#4

E1#5

E1#6

E1#7

E1#8

E1#9

E1#10

E1#11

E1#12

E1#13

E1#14

E1#15

E1#16



97


Power


Scope For connection of –48 V dc power supply voltage.

Type Two poles Male power connector.

Pin out



NMS Location Front Panel.

Scope NMS 10/100 Mbps for outband management.

Type RJ-45 Female

Pin out 1 8




98


SYNC IN/OUT Location Front Panel.

Scope Clock Synchronization Interface (G.703 Clause 13).


Pin out

Pin Signal Description 1 Sync Out Synchronization Output 2 Sync In Synchronization Input

AUX Location Front Panel.

Scope For internal / external alarms

Type RJ-45 Female

Pin out 1 8

Pin Signal Description 1 N/A N/A 2 N/A N/A 3 TXD Device Transmit 4 GND GND 5 GND GND 6 RXD Device Receive 7 N/A N/A 8 N/A N/A


99

Appendix-D: Open End Cables Color Codes

Color code of the cable

See below the color code table, for open end E1 cable (Balanced 120Ω) with order code ACC-LT-16-IO-10

Group Color

Wire Color

Signal Cable Conn. Pin

Cable Conn. Pin

Signal Wire Color

Group Color

White RXN16 1 35 TXN16 White

Blue RXP16 2 36 TXP16 Blue


Orange RXP15 4 38 TXP15 Orange


Green RXP14 6 40 TXP14 Green


Brown RXP13 8 42 TXP13 Brown

Red RXN12 9 43 TXN12 Red








17 51

18 52

Black RXN8 19 53 TXN8 Black








Yellow RXN4 27 61 TXN4 Yellow







Blue


Orange



100

Appendix-D: Open End Cables Color Codes, Continued


See below the color code table, for open end E1 cable (Balanced 120Ω) with order code ACC-KT-16-3O-03 (07) (10)



101



See below the color code table, for open end E1 cable (Balanced 120Ω) with order code ACC-WT-U1-VO-3 (10)



102


Color code of the cable, continued


103

(Page intentionally left blank)

www.intracom-telecom.com

http://www.intracom-telecom.com/omnibas

OmniBAS_ IDU_ Installation and Cabling_ Manual_en_ed 6.0

Documents

Transcript of OmniBAS_ IDU_ Installation and Cabling_ Manual_en_ed 6.0