hariis truepoint 4000 - the radio installation

8/10/2019 Hariis TRuepoint 4000 - The Radio Installation

http://slidepdf.com/reader/full/hariis-truepoint-4000-the-radio-installation 1/118

Microwave Digital Radios

TRuepoint 4

7 to 38 GHz

The Radio Installation

P/N IMN-904007-E02



TR UEPOINT™ 4000 SERIES

THE R ADIO INSTALLATIONPART NO. IMN-904007-E02

JULY 2005



Revision history

Issue date Status Description of change / revision

February 28, 2005 PCO 24157 • First release

July 14, 2005 ECO 25075• Added 7-8 GHz frequencies to product offering• General Update, including RFU type pictorial changes

(TR5100 to TR4100)

Part Nº IMN-904007-E02© Copyright 2005 HARRIS CORPORATION. All rights reserved.

TRuepoint™, MicroStar®, NetBoss™, and STARVIEW™ are trademarks ofHARRIS CORPORATION

Data subject to change without notice.

Harris Corporation -Microwave Communications Division

637, Davis Drive

Morrisville, NC 27560, USA

Phone: 1-800-227-8332

Fax: 1-919-767-3233

Harris Corporation -Microwave Communications Division

3, rue de l’Hôtel de VilleDollard-des-Ormeaux, Québec,

Canada H9B 3G41-800-227-8332 or 1-514-421-8400

FAX: 1-514-421-3555



Harris Corporation TRuepoint™ 4000 Radio Installation

WARNING

Making adjustments and/or modifications to this equipment that are not inaccordance with the provisions of this instruction manual or othersupplementary documentation may result in personal injury or damage tothe equipment, and may void the equipment warranty.

AVERTISSEMENT

Tout réglage ou modification faits à cet équipement hors du cadre édictépar ce guide d’utilisation ou par toute autre documentation supplémentairepourraient causer des blessures ou endommager l’équipement et peutentraîner l’annulation de sa garantie.

WARNUNG

Die an diesen Geräten gemachte Einstellungen und/oder Änderungen,welche nicht gemäß dieser Bedienungsanleitung, oder gemäß anderenzusätzlichen Anleitungen, ausgeführt werden, können Verletzungen oderMaterialschäden zur Folge haben und eventuell die Garantie ungültigmachen.

ATENCIÓN

Llevar a cabo ajustamientos y/o modificaciones a este equipo, sin seguirlas instrucciones provistas por este manual u otro documento adicional,podría resultar en lesiones a su persona o daños al equipo, y anular lagarantía de este último.



TRuepoint™ 4000 Radio Installation July 2005



TRuepoint™ 4000 Radio Installation Harris Corporation

CONTENTS

PREFACEISO 9001 Certification ................................................................................. -vTechnical Assistance Center ......................................................................... -v

CHAPTER 1, SCOPE OF THIS MANUALForeword .................................................................................................... 1-1

Using this Manual ..................................................................................... 1-1Structure of this Manual............................................................................. 1-2Key Features of the TRuepoint™ 4000 Radio................................................. 1-3Related Manuals ...................................................................................... 1-4

CHAPTER

2, GENERAL

DESCRIPTION

The TRuepoint™ 4000 RFU ............................................................................ 2-1The TRuepoint™ 4000 SPU ............................................................................ 2-4General Specifications .................................................................................. 2-5

CHAPTER 3, INSTALLING THE RFUGeneral ...................................................................................................... 3-1

Scope...................................................................................................... 3-1Site Requirements .................................................................................... 3-1Qualifications of Installation Personnel ......................................................... 3-2Installation Types of the RFU...................................................................... 3-2

Installing the RFU Outdoors — the Detachable Mount ........................................ 3-3

Assemble the antenna ........................................................................... 3-5Set the antenna polarization — 13-38 GHz Radio ...................................... 3-6Set the antenna polarization — 7-8 GHz Radio.......................................... 3-8Mount the antenna to the mast............................................................. 3-10Latch the RFU to the antenna ............................................................... 3-11Install the coaxial cable from the RFU to the SPU .................................... 3-12Ground the RFU and the Coaxial Cable................................................... 3-14

Installing the RFU Outdoors — the Separate Mount ......................................... 3-16Attach the mounting hardware to a pipe ................................................ 3-18Mount the RFU on the mounting hardware.............................................. 3-19Connect the waveguide between the RFU and the antenna ....................... 3-20Install an “N” type connector on one end of the coaxial cable.................... 3-21Install the coaxial cable ....................................................................... 3-22

Ground the RFU and the coaxial cable.................................................... 3-24




TOC-ii Contents

CHAPTER 4, INSTALLING THE SPUGeneral ...................................................................................................... 4-1Procedure ................................................................................................... 4-3

Install the SPU in the rack...................................................................... 4-3Connect the Coaxial Cables to the SPU .................................................... 4-5Ground the SPU.................................................................................... 4-7Connect power to the SPU...................................................................... 4-8Connect the MUX Tributaries ................................................................ 4-11Connect remote and local communications equipment ............................. 4-15Connect other SPUs in repeater or spur configuration .............................. 4-16If required, connect alarm relays and auxiliary alarm inputs ..................... 4-17Switch ON power to the SPU ................................................................ 4-17Configure the radio ............................................................................. 4-18Fine align the antenna......................................................................... 4-18Check for alarms and verify the functionality .......................................... 4-21

CHAPTER 5, MAINTENANCEMaintenance ............................................................................................... 5-1

Basic Troubleshooting................................................................................ 5-1Replacing Units ............................................................................................ 5-3

Replacing the RFU..................................................................................... 5-3Remove the RFU................................................................................... 5-3Install a new RFU.................................................................................. 5-5

Replacing the SPU..................................................................................... 5-6

CHAPTER 6, OPTIONS AND ORDERINGOrdering ..................................................................................................... 6-1

Part Numbers Versus Product Codes............................................................ 6-1Spare Unit Ordering Information................................................................. 6-1

Placing the order .................................................................................. 6-2Customer Service Information ..................................................................... 6-17

Standard Customer Service Support Guidelines........................................... 6-17Services Offered ..................................................................................... 6-17Technical Assistance Centre ..................................................................... 6-18Repair and Returns Services..................................................................... 6-18On-Site Field Service Support................................................................... 6-18Annual Repair Service Program (ARSP)...................................................... 6-19Maintenance Level Agreements (MLA)........................................................ 6-19Customer Training .................................................................................. 6-19

CHAPTER 7, GLOSSARY

INDEX




PREFACE

ISO 9001 Certification

The Harris Microwave Communications Division is committed to totalcustomer satisfaction and is I.S. EN ISO 9001: 2000 registered for the design,manufacture, installation and service of microwave radio products andsystems.

Technical Assistance Center

Our Technical Assistance Center (TAC) is staffed with factory trained andhighly qualified Product Support staff whose task is to provide telephonesupport to resolve complex customer equipment problems quickly andaccurately in a timely manner. Customers who completed product traininggiven by Harris Microwave Communications Division and are equipped withproper test equipment and spare parts will experience quick resolution of theirequipment problems.

Harris Corporation — Microwave Communications Division

637 Davis Drive

Morrisville, NC 27560, USA Phone: 1-800-227-8332

(Outside North America: 1 514-421-8333)

Email: [email protected]

Harris Corporation — Microwave Communications Division

3 Hotel-de-Ville

Dollard-des-Ormeaux, Quebec

Canada H9B 3G4

Phone: 1-800-227-8332 or 1-514-421-8333

Fax: 1-514-685-4580

Email: [email protected] (point-to-point) [email protected] (point-to-multipoint)




vi Preface

Harris S.A. de C.V.

Boulevard Manuel Avila Camacho #36 Piso 17

Col. Lomas de Chapultepec

C.P. 11000Torres Esmeralda II

Mexico D.F.

Phone:+52-55-5-249 3700 or 800-872-0061

Fax: +52-55-5-249 3701 & 02


Orbecom c/o Harris Microwave Division

Calle 101, No. 44-58

Bogota, Colombia

Phone:+57-1-533-0912


Harris do Brasil

Edifício STADIUM

Al. Rio Negro 1030

Conjuntos 202/204/206

CEP 06454-000

Alphaville

Barueri - SP

Phone:+55-11-4197-3000

FAX: +55-11-4197-3001


Coasin Communicaciones S.A.

Adolfo Alsina, 1322

(C1088AAJ) Buenos Aires

Argentina

Phone:+54-11-4383-0074

Fax: +54-11-4383-0075


Harris Communication France S.A.S.

Centrale Parc

Avenue Sully Prud’homme92298 Chatenay-Malabry-France

France

Phone: +33- 1-55-52-8080 or 800-55-52-8080

Fax: +33-1-55-52-8012





vii

Harris Communications (Shenzhen)

R3-B2 High Tech. Industrial Park

Nanshan District, Shenzhen 518057

The People’s Republic of ChinaPhone: +86-755-2663-7928

Fax: +86-755-2663-7048

Trisilco Folec

36-1 Jalan PJU 8/5B, Perdana Business Centre

Bandar Damansara Perdana

47820 Petaling Jaya

Selangor Darul Ehsan

Malaysia

Phone: +60-3-7728-8228 ext. 8319

Fax: +60-3-7722-2826Email: [email protected] or [email protected]

Harris Microwave Customer Support

Harris provides world-class service for all our valued customersincluding 24/7 technical support. Your priority calls are handled

through our Technical assistance Center (TAC):

Call: 800-227-8332

(outside North America 514-421-8333)

You can also contact us through e-mail at:

[email protected]

Registered customers can obtain key product indformation on ourPremier Web Site at: https://premier.harris.com/microwave

https://premier.harris.com/microwave/




T e c h n i c a l

A s s i s t a n c e

C e n t e r

Dear Customer,To facilitate warranty support and to receive product updateinformation, please register on the Harris MCD Premier Customerwebsite:

https://premier.harris.com/microwave

If you are unable to register online, please complete and returnthe form at the bottom of the page to our customer servicedepartment.

By Fax: 514-421-3555

By email: [email protected]

By mail: Harris CorporationMicrowave Communications Division3 Hotel de VilleDollard-des-Ormeaux, QuebecCANADA H9B3G4

PLEASE PRINT:

Company Name:

Requestor's Name:

Title:

Address:

City:

ZIP/Postal Code:

Telephone Number:

Email:

Original Sales Order/PO Number:

Dept:

State/Province:

Country:

Fax Number:

Sales order numbers are found in your documentation and are stencilled on the equipment rack base plate,for example, A44044A1.






C H A P T E R

1SCOPE OF THIS MANUAL

Foreword

This document provides instructions for installing the TRuepoint™ 4000 radioterminal, according to planned or acquired options. It also providesinformation on

• Cable connections to the SPU;

• General Setup information,

• Grounding guidelines; and

• Basic troubleshooting.

This document is subject to change without notice.

Using this Manual

This manual has been optimized for fast Web viewing, and text shown in thisformat identifies navigation links leading to locations that are internal orexternal to the manual.




1-2 Scope of this Manual

Structure of this Manual

Besides this introductory Chapter, this Manual contains the following:

Chapter 2, General Description

A closer look at the TRuepoint™ 4000 Radio and options. GeneralSpecifications and System Compliance to known Standards are also covered.

Chapter 3, Installing the RFU

Provides steps for installing the RFU, and the required cable connections forgrounding, general Setup and replacing the RFU.

Chapter 4, Installing the SPU

Provides steps for installing the SPU, and the required cable connections for ageneral Setup, as well as basic information on configuration andtroubleshooting.

Chapter 5, Maintenance

Steps for replacing the RFU, and the SPU.

Chapter 6, Options and Ordering

Ordering field replaceable units and Customer Service information.

Chapter 7, Glossary

Compilation of acronyms and special terms — and their definitions, whereappropriate — used throughout the TRuepoint™ user documentation.

Appendix A, SPU Ports’ Pinouts

Pinout description of the configurable ports on the TRuepoint™ 4000 SPU.




1-3

Key Features of the TRuepoint™ 4000 Radio

• Capacity independent RFU

• RF independent SPU

• Fully programmable modem

• 1 RMS SPU for 1+0

• In-service performance monitoring with parameters compliant toITU-T G.826 recommendations

• Self diagnostics to differentiate the path alarms from the equipmentalarms

• History and event logs

• Optional digital orderwire

• Built-in agent to support SNMP protocol

• Programmable relay contacts for alarm indication / site control• Site alarms monitoring

• Web CIT for radio maintenance

• Built-in HDLC interface for compatibility with existing MicroStar® M/H and L products

• Remote tributary loopback

• Local tributary loopback

• MUX to DEMUX loopback

• Digital IF loopback

• RTPC, DTPC and ATPC operation




1-4 Scope of this Manual

Related Manuals

Manual P/N Title Comments

Top Level

IMN-904006-Exx System Description

Top level document providing a broadoverview of the TRuepoint™ 4000 platform.Includes Theory of Operation, GeneralSpecifications, and Performance Tables.

User Manuals (recommended order of use)

IMN-904007-Exx Radio Installation This document

IMN-904008-Exx Operator’s InterfaceProvides advanced system configuration,monitoring, control and troubleshootinginformation.

Quick ReferenceQRC-904009-Exx Quick Reference Card

Provides a graphical representation of theTRuepoint™ software menus.




C H A P T E R

2GENERAL DESCRIPTION

The TRuepoint™ 4000 RFU

Fins

(radial)for heat dissipation

4 Hooksfor attaching theRFU to the antennainterface latches

Carrying Handle

Antenna Portfor connecting a flexiblewaveguide to an antenna,or mounting directly to anantenna feed boom

Back View Front View

Engraved Arrowpointing to the RFU position forvertical polarization




2-2 General Description

Figure 2-1: RFU in the Separate Mount Configuration

Flexible WaveguideFlange, per Table 2-1

Offset Pole-Mount

Antenna Feed Boom

Antenna(Standard, not equipped withlatches for engaging the RFU)

RFU MountingPlate Assembly

Antenna Interface




2-3

Figure 2-2: RFU in the Detachable Mount Configuration

Special Antennaequipped with

4 Latchesfor engaging the RFU hooks

Offset Pole-Mount

Detachable RFU

See Bottom View

Female N-type: connectstraffic, telemetry andpower from the SPU

Female BNC:RSSI Test point

Bottom View

4 Latches

Grounding stud,with hex nut





The TRuepoint™ 4000 SPU

Figure 2-3: Identifying the Ports, (Option 201-904010-004)

Figure 2-4: Identifying the Ports, (Option 201-904010-002)

RFU Cable N-TypeConnector

Grounding lug

SUM

SPURFUCable

LEDs

PowerBreaker

2W

Relay / Alarms

Tributaries 9-16

Tributaries 1-8

10/100BASE-T 2

10/100BASE-T 1

HDLC

Port 2

NTWRK/LAN 2

4W

Port 1

NTWRK/LAN 1

Battery Port

RFU Cable N-TypeConnector

Grounding lug

SUM

SPURFUCable

LEDs

PowerBreaker

2W

Relay / Alarms

Tributaries 1-8

10/100BASE-T 2

10/100BASE-T 1

HDLC

Port 2

NTWRK/LAN 2

4W

Port 1

NTWRK/LAN 1

Battery Port




General Specifications 2-5

General Specifications

Band(GHz)

Freq. Plan,(GHz) Reference

ChannelSpacing(MHz)

T/R Spacing(MHz)

AntennaFlange

7

7428 - 7722ITU-R Rec. F.385.7annex 1, China,Argentina

28 154

1.025” diacircular7114 – 7868

ITU-R Rec. F.385.7annex 5, Russia,Argentina

3.5, 7, 14, 28 161

7093 - 7457ITU-R Rec. F.385.7

annex 3

28 196

8

8279 - 8496 Argentina 14 119

1.025” diacircular

8279 - 8496ITU-R Rec. F.386.6annex 3

7 126

8043 - 8489 France 7, 14, 28 208

7905 - 8402ITU-R Rec. F.386.6annex 4, Russia

7, 14, 28 266

7731 - 8282 Brazil, China 14, 28 311.32

13

12.70-13.25 Argentina 7, 28 266

WR62 /UG-419U

12.70-13.25 ITU-R Rec. F.497-6 3.5, 7, 14, 28 266

12.70-13.25 France 3.5, 7 266

12.70-13.25 Russia (ITU) 3.5, 7, 28 266

12.70-13.25 CEPT Rec. 12-02 3.5, 7, 14, 28 266





Band(GHz)

FrequencyRange(GHz)

ReferenceChannelSpacing(MHz)

T/R Spacing(MHz)

AntennaFlange

15

14.40-15.35 ITU-R Rec. F.636-3 3.5, 7, 14, 28 490

WR62 /UG-419U

14.40-15.35 Russia (ITU) 14, 28 490

14.50-15.35 ITU-R Rec. F.636-3 3.5, 7, 14, 28 420

14.50-15.35 Russia (ITU) 14, 28 420

14.627-16.243

Mexico 3.5, 7, 14, 28 315

14.50-15.343 Argentina 7, 14 728

14.50-15.343 CEPT Rec. 12-07 3.5, 7, 14, 28 728

14.50-15.348 Brazil Res. 129 3.5, 7, 14 420

14.50-15.348 China 3.5, 7, 14, 28 420

14.501-15.343

BAPT 211ZV 038/15 GHz

3.5, 7, 14 728

14.50-15.35On request only 3.5, 7, 14, 28

475

14.50-15.35 640

18

17.70-19.70

ITU-R Rec. F.595-6Co-channelarrangementInterleaved arrang.

27.5 1010

WR42 /UG-595U

17.70-19.70 Mexico 27.5 1615

17.70-19.70 Russia (ITU) 27.5 101017.70-19.70 Rec.12-03, France 13.75, 27.5 1010

17.70-19.70ITU Rec. F 595-Annex 3 (UK)

3.5 1008

17.70-19.70

ITU Rec. F 595-6Annex 4Co-channel andinterleaved arrang.

27.5(interleave)

1010

17.70-19.70ITU Rec. F 595-6Annex 5

3.5, 7 1010

17.70-19.70Brazil, Norma 15/96(On request only)

27.5 1560





Band(GHz)

FrequencyRange(GHz)

ReferenceChannelSpacing(MHz)

T/R Spacing(MHz)

AntennaFlange

23

22.0-23.60ITU-R Rec. F 637-3Annex 1 (UK)

3.5, 7, 14, 28 1232

WR42 /UG-595U

22.0-23.60ITU-R Rec. F637-3Annex 3

3.5, 7, 14, 28, 1008

21.20-23.60ITU-R Rec. F637-3Annex 5 (Germany)

3.5, 7, 14, 28, 1008

21.20-23.60 Russia 3.5, 7, 14, 28, 1232

21.20-23.60 Argentina, China 3.5, 7, 14, 28 1232

22.0-23.60France(22-22.6 and 23-23.6)

3.5, 7, 14, 28 1008

21.20-23.60 Brazil 3.5, 14, 28, 1232

22.0-23.60 T/R 13-02 Annex A 3.5, 7, 14, 28 1008

21.20-23.60 On request only 3.5, 7, 14, 28 1200

26

24.25-25.25ITU-Rec. F748-4Annex 3

3.5, 7, 14, 28 800

WR42 /UG-595U

24.5-26.453

CEPT T/R 13-02Annex BITU-R Rec. F748Annex 2

3.5, 7, 14, 28 1008

3837.00-39.50

T/R 12-01 Annex AITU-R F.749-2 Annex 1

Russia (ITU)Brazil Reg. 002/96China (ITU)

3.5, 7, 14, 28 1260 WR28 /WR22 /UG-599U

37.00-39.50 France 3.5, 7, 14 1260

38.60-40.10 On request only 3.5, 7, 14, 28 700





System Characteristics

Modulation

4, 16 QAM

FEC Reed-Solomon

Operating Temp. Range, °C RFU, SPU, °C

Guaranteed Performance -33 to +55 -5 to +50

Operational -40 to +55 -10 to +55

Power Consumption, Watts RFU SPU

Maximum

+24 V Option: 40 W 20 W, without orderwire

-48 V Option: 40 W 23 W, with orderwire

Power Supply, Vdc RFU SPU

+24 V Option 21.6 to 60 V, positive ornegative ground-48 V Option

Mechanical Characteristics

ConnectionsRFU to SPU, coaxial cable with N-Type connectors,Cable lengths per Table 2-1

Physical Description

Unit Height, mm Width, mm Depth, mm Weight, kg

RFU 358 245 122 6.0

SPU 45 483 258 3.2

Transmitter General Characteristics

Output Attenuation Range (dB), in 0.5 dB steps, programmable through telemetry commands from SPU’s controller

TRuepoint™ 4000 13 to 15 GHz • 27 (4 QAM), 24 (16 QAM)

Local Oscillator Frequency

Source RF frequency synthesizer

Step size • 250 kHz maximum

PA Low Output Alarm 4 dB drop with 2 dB hysteresis





Receiver General Characteristics

Operational receive input level at antenna port -20 to –95 dBm

Local oscillator frequency source RF frequency synthesizer

Local oscillator frequency step size 250 kHz maximum

Receiver carrier frequency setting Programmable through telemetry

Slope alarm More than 9 dB/30 MHz or equivalent ratio

Receive overload level without damage -10 dBm

Environmental

Subject Compliance

LightningProtection

Figure 3-10 recommends a protection scheme that uses grounding kits.Harris Corporation recommends that such lightning protection or otheralternatives thereto be provided in compliance to Local and/or NationalElectrical Codes

Temperaturerange

• Full specification: -33o C to + 55o C(meets ETSI EN 300 019-1-3, class 3.1E)

• Operational: -40o C to + 55o C (Operational means that the moduleswill start at cold and traffic will pass without synchronization lossesand BER will be better than 1.0x10-6 after 15 minutes warm-up)

• Storage: -55o C to + 70o C

Humidity • 5 – 95% non condensing

Altitude • 0 to 5000 m AMSL

Vibration• ETSI EN 300 019-2-4 V2.1.2 (1999-09) class 4.1 -

5 sweep cycles per axis (Stationary, sinusoidal, in-use position)

Transit Vibration• ETSI EN 300 019-2-2 V2.1.2 (1999-09) class 2.3

(random vibration, shocks and drop)

EMI / EMC and Safety Compliance

Subject Compliance

Safety

• IEC 60950-1

• EN 60950-1• EN 60215• EN 60825, Class 1 Laser

EMC

• ETSI EN 301 489-01 V1.4.1 (08-2002) (Part 1: Common technicalrequirements = common part for all radio equipment)

• ETSI EN 301 489-4 (08-2002) (Part 4: Specific conditions for fixedradio links and ancillary equipment and services)





Tributaries Compliance

Table 2-1: Maximum Allowable Coaxial Cable Length — SPU to RFU

SPU InputVoltage

Low loss RG8U Low loss foam

heliax

Belden 9913 or eq. C2FP or eq. LDF2-50 or eq.

VDC ft. m. ft. m. ft. m.

24 833 254 735 224 1000 305

48 833 254 735 224 1000 305

StandardJitter transfer and jittertolerance requirementCompliance

Output jitterrequirementcompliance

E1 ITU-T G.703 ITU-T G.823 ITU-T G.742

10BASE-T IEEE 802.3 IEEE 802.3 IEEE 802.3

100BASE-T IEEE 802.3 IEEE 802.3 IEEE 802.3




C H A P T E R

3INSTALLING THE RFU

General

Scope

This chapter describes the installation procedures applicable to theTRuepoint™ RFU, in the 13-38 GHz frequencies.

Site Requirements

Before starting the following installation procedures, a pipe must be installedon a rooftop or a tower. The pipe diameter must be 115 mm (4.5 in.).

A waterproof entry to the SPU shelter and a good grounding point must also beavailable.




3-2 Installing the RFU

Qualifications of Installation Personnel

The installation, maintenance, or removal of antennasystems requires qualified, experienced personnel.Harris installation instructions have been written forsuch personnel. Antenna systems should be inspectedonce a year by qualified personnel to verify properinstallation, maintenance, and condition of theequipment.Installation of the microwave radio and associatedequipment is to be performed by a skilled person. Power

connections to the radio must be made in compliance ofthe local electrical code by a Skilled Person.Harris Corporation disclaims any liability orresponsibility for the results of improper or unsafeinstallation practices.

Installation Types of the RFU

This chapter describes the following installation procedures:

Installing the RFU Outdoors — the Detachable Mount................. 3-3

• RFU directly a t t a c h ed to a pole-mounted antenna.

Installing the RFU Outdoors — the Separate Mount................... 3-16

• RFU mounted on a pole and sepa r a t ed from a pole-mounted antenna

Grounding the RFU and Coaxial Cable ..................................... 3-25

• RFU mounted i n d o o r s on a special bracket attached to a 19-inch rack.




Detachable Mount 3-3

Installing the RFU Outdoors —the Detachable Mount

Before starting, check that you have the parts and tools required. The parts areshown in figure 3-1. The tools are listed in table 3-1.

Table 3-1: List of Tools Required for the Installation of the RFU

ToolRequired EquipmentSpecifications Where Used

Miscellaneous tools for

installing connectors on theSPU to RFU coaxial cable.

See the manufacturer documentation

provided with the connector.

• Install the coaxialcable from the RFU

to the SPU, onPage 3-12

Adjustable wrench 11/16" (18 mm) jaws • Throughout

Rope and hook with safetylatch

Common• To bring equipment

up the pipe.

Follow the instructions of the antenna manufacturer

that are enclosed with the antenna for the exact detailsof how to assemble, install, and align the antenna.Drawings shown here of the antenna assembly are forreference only and are intended to simply show theorder in which the antenna and the RFU are assembled.

R SL h i g h e r t h a n - 1 0 d B m c o u ld d a m a g e t h e

r e c e iv e r . Fo r s h o r t p a t h l in k s , e n s u r e a t t e n u a t i n gt h e t r a n s m i t o u t p u t p o w e r b y 2 0 d B b ef o r e

i n i t i a t i n g t h e a n t e n n a a l i g n m e n t .





Figure 3-1: Parts required for the Detachable MountInstallation: (See Chapter 6 for part numbers)

RFU

Coaxial Cable and Connector

Tie-Wraps or Cable Clampsto Support Cable

Antenna, equipped for the RFU direct mounting

A cold shrink kit of the

type offered by Harris isshown here.Other types may be used.

Grounding Kits

Sealing Kits

Grounding cable





1 Assemble the antenna

Tools and material required

• Common tools

Following the instructions packed with it, assemble the antenna. Please notethat assembly is different depending on whether the antenna is to be to the leftor the right of the pipe.

Figure 3-2: The Parabolic Antenna





2 Set the antenna polarization — 13-38 GHz Radio

This procedure is provided as an example, and applieso n l y to the antenna type shown here. Always follow theproper polarization instructions from the provisionedantenna manufacturer.


• Allen keys, 5 mm and 2 mm (part of the antenna manufacturer’smounting kit)

The polarization of the antenna is controlled by combining the position of theantenna feed boom and a Transition placed on the feed boom.Default position is Vertical, aligning the Engraved Arrow on the RFU with theV-Mark embossed on the Antenna Interface.

Use the following table to determine the action necessary for obtaining therequired polarization.

For setting the Horizontal Polarization, proceed as follows, referring to theTable above, for the relative positions of the Feed boom and Transition:

1. Using the Allen key provided in the kit, loosen the 6 Socket-head screws enough to allow the feed boom to rotate freely.

2. Rotate the feed boom 90 degrees to the r i g h t , or l e f t until it bottoms. (flat

notch pointing right or left, aligned with the H-Mark embossed on theAntenna Interface. Tighten the 6 socket-head screws.

3. Using an Allen key, remove the 2 small socket-head screws on theTransition.

4. Rotate the Transition 45 degrees to the left or right, aligning its screw holesover those of the boom’s face, then replace and tighten the 2 small socket-head screws. Tighten the mall socket-head screws.

PolarizationRotate Relative Position

Refer toFeed boom Transition Flat Notch Slot (Transition)

Vertical No action required Vertical Horizontal Detail A

Horizontal

Right or left — Horizontal Vertical Detail B

—Right or left,45 degrees

HorizontalRotated right orleft, 45 degrees

Detail C





Figure 3-3: Setting the Antenna Polarization, 13-38 GHz

Transitionrotated 45° left:Horizontal Polarization

Feed boomwith Flat Notch pointing up

V-Mark

embossed onAntenna Interface(for mounting the RFU in vertical polarization)

Transitionwith slot horizontal:Vertical Polarization (default)

Feed boomwith Flat Notch pointing right

Socket-head screws

Transition

with slot vertical

Detail A

Detail B

Detail C





3 Set the antenna polarization — 7-8 GHz Radio

This procedure is provided as an example, and applieso n l y to the antenna type shown here. Always follow theproper polarization instructions from the provisionedantenna manufacturer.


• Allen key, 5 mm (part of the antenna manufacturer’s mounting kit)

The polarization of the antenna is controlled by the position of the antenna feed

boom.Default position is Vertical, aligning the Engraved Arrow on the RFU with theV-Label affixed on the Antenna Interface.

Use the following table to determine the action necessary for obtaining therequired polarization.

For setting the Horizontal Polarization, proceed as follows, referring to theTable above, for the relative positions of the Feed boom and AntennaInterface:

1. Using the Allen key provided in the kit, loosen the 4 Socket-head screws enough to allow the Feed boom to rotate freely.

2. Rotate the Feed boom 90 degrees to the r i g h t , or l e f t until it bottoms.(notch pointing right or left, aligned with the H-Label affixed on theAntenna Interface. Tighten the 4 socket-head screws.

PolarizationRotate Relative Position

Refer toFeed boom Notch Slot

Vertical No action required Vertical Horizontal Detail A

Horizontal Right or left Horizontal Vertical Detail B





Figure 3-4: Setting the Antenna Polarization, 7-8 GHz

Feed boomwith Notch pointing up

V-Labelaffixed to theAntenna Interface(for mounting the RFU in verticalpolarization)

Feed boomwith slot horizontal:

Vertical Polarization(default)

Notch pointing right

Socket-head screws

Feed boomwith slot verticalHorizontal Polarization

Detail A

Detail B

Shallow cylindrical cavityto rectangular slot, at end of feedboom (Typical)





4 Mount the antenna to the mast


• Adjustable wrenches

Referring to Figure 3-5, and the instructions packed with the antenna, mountthe antenna onto the antenna mast. Tighten the bolts finger-tight.

Figure 3-5: Mounting the Antenna to the mast

19 to 22 N • m

All nuts

(14 to 16 lbf-ft.)





5 Latch the RFU to the antenna


• Adjustable wrench

• Antenna alignment kit (optional)

R em o v e i n f o r m a t i o n t a g a n d c a p , t h e n a p p l y

m o d e r a t e l y s i l i c o n e g r e a s e t o t h e w h o l e f e ed

b o om a r e a , b u t n o t t o i t s f a c e . Fa i lu r e t o d o s o ,

w i l l c au s e t h e RFU t o j a m .

1. Latch the RFU to the antenna per Figure 3-6.

Figure 3-6: Attaching the RFU to the Antenna

Close the 4 RFU latches





6 Install the coaxial cable from the RFU to the SPU



• Coaxial cable with connector

• Tie-wraps or other means of supporting coaxial cable along run

• Sealing kit (supplied with radio)

1. Following the instructions that come with the connector, install aconnector on one end of the coaxial cable that is to go from the RFU to theSPU.

2. Connect the connectorized end of the coaxial cable to the RFU, as shown isfigure 3-7.

Figure 3-7: Connecting The Coaxial Cable to the RFU

Sealing Kit

Coaxial Cable





Figure 3-8: Installing the Connector on the Cable

3. Following the instructions in the Sealing Kit, waterproof the connection tothe RFU.

4. Run the Coaxial Cable from the RFU to the SPU or the place where the SPU will be. Attach the coaxial cable to supports as required and bring itindoors through a waterproof entry.

Figure 3-9: Typical Cable Run

5. IF the SPU has already been installed, cut the cable to the correct length,install a connector and connect the coaxial cable to the SPU. Otherwiseleave the bare end of the coaxial cable near the place where the SPU is to

be installed.

Follow Manufacturer’s Instructions

Leave bare cable end nearSPU position

Support coaxial cable(as required)

Waterproof entry





7 Ground the RFU and the Coaxial Cable


• Common tools

• Three or more grounding kits (part # 099-099500-002)

1. Ground the RFU.

2. Following the instructions in the grounding kits, ground the coaxial cableat the RFU, the SPU and on the antenna side of any right angle turns.

Figure 3-10: Grounding the RFU and Coaxial Cable

Multistrand Copper Cable10 mm2 (8AWG)

Common Grounding Point

Coaxialgrounding kit

CoaxialGrounding Kits

RFUgrounding point

Coaxial Cable





Grounding Requirements:For a roof-top installation, connect to the buildingground, or the water supply pipe where it enters thebuilding.For a tower installation connect to a good ring groundsystem made from buried copper cables and rods.Do NOT connect to the electrical utility ground.

Figure 3-11: RFU Grounding Detail

Remove Hex nut,install copper cable Grounding lug,and secure with Hex nut

Grounding lug

RSSI port

Coaxial cable port

Grounding stud withHex nut





Installing the RFU Outdoors —the Separate Mount

Tools and Parts required

• Refer to Table 3-2, for the tools required for this installation

• Refer to Figure 3-12, for the required Parts

Prerequisite installation steps:

• Assemble the antenna, on page 3-5

• Set the antenna polarization — 13-38 GHz Radio, (if applicable), on

page 3-6• Mount the antenna to the mast, on page 3-10

Proceed with Procedure Step 4, for this RFU configuration

Table 3-2: List of Tools Required for the Installation of the RFU

Tool Required EquipmentSpecifications Where Used

Miscellaneous tools forinstalling connectors on theSPU to RFU coaxial cable.

See the manufacturerdocumentation provided withthe connector.

• Attach the mountinghardware to a pipe, onPage 3-18

Adjustable wrench 11/16” (18 mm) jaws• Throughout

Ratchet with socket 11/16” (18 mm) socket

Multimeter Common





4 Attach the mounting hardware to a pipe


• An open-end 0.5” (13 mm) wrench

When selecting the position for the mounting hardware,remember that it must be connected to the antenna bythe available waveguide.

1. Loosen the nuts on the rods to widen the opening between the 2 halves

(Assembly’s jaws) of the mounting plate assembly, and slide the assemblyover the top of a pipe, if possible.

2. If you do not have access to the pipe’s top, unscrew and remove the nutsand washers from the rods on one half of the assembly, separate theAssembly’s jaws, then mount the jaws on the pipe while aligning the rodsthrough the corresponding holes on the other half of the assembly.

3. Ensure that the assembly is level, then secure the assembly to the pipe bytightening the nuts and washers on the rods, as shown in Figure 3-13.

Figure 3-13: Installing the RFU-Mounting Plate Assembly

22 N • m (16.2 lbf- ft.)

0.5” (13 mm)

Rods (4)

Wrench

Mounting Plate Assembly

Assembly’s jaws




The Separate Mount 3-19

5 Mount the RFU on the mounting hardware



1. Making sure to leave the O-ring in place, remove the protective tape fromthe waveguide ports on the RFU and the RFU-Mounting Plate.

2. Apply silicone grease, observing the Caution given in Figure 3-14.

3. Place the RFU against the RFU-mounting plate so that the cylindrical feedfits into a corresponding cavity on the RFU.

4. Place the locking latches over the corresponding mating hooks, then Closelatches so that the RFU is locked to the RFU-Mounting Plate.

Figure 3-14: Attaching the RFU to the Mounting Plate

R em o v e i n f o r m a t i o n t a g a n d c ap ,

t h e n a p p l y m o d e r a t e l y s i l i c o n e

g r e a se t o t h e w h o l e f ee d b o o m a r e a ,

b u t n o t t o i t s f a c e . Fa i l u r e t o d o s o ,

w i l l c au s e t h e RFU t o j a m .

Matinghooks (4)

Face View of Mounting Plate

RFU-Mounting Plate

Close latches





6 Connect the waveguide between the RFU and theantenna


• Common tools

• Tools listed in the manufacturer’s instructions

1. Connect the flexible waveguide between the RFU-mounting assembly andthe antenna.

2. Be careful not to kink or dent the waveguide, and if you must support it, besure that the material used does not compress it. The waveguide must beinstalled in such a way that it does not rub against hard objects in the wind.

Figure 3-15: Installing the Flexible Waveguide

Remove tape andConnect waveguide here

Twistable FlexibleWaveguide

Waveguide Flanges:1.025” dia circular for 7/8 GHzWR62 for 13/15 GHzWR42 for 18/23 GHz

WR28/22 for 38 GHz





7 Install an “N” type connector on one end of thecoaxial cable


• Common tools

• Tools listed in the manufacturer’s instructions

Install a male “N” type connector on one end of the coaxial cable that is toconnect the RFU to the SPU. Leave the other end bare at this time.

Figure 3-16: Installing the Connector on the Cable

FOLLOW MANUFACTURER’S INSTRUCTIONS





8 Install the coaxial cable



• Coaxial cable with connector on one end (see Figure 3-18 for cabletypes and lengths).

• Tie-wraps or other means of supporting coaxial cable along run

• Sealing kit

1. Connect the connectorized end of the coaxial cable to the RFU.

2. Following the instructions in the sealing kit, waterproof the connection tothe RFU.

3. Run the coaxial cable from the RFU to the SPU or the place where the SPU

will be. Attach the coaxial cable to supports as required and bring itindoors through a waterproof entry.

Figure 3-17: Typical Cable Run

Leave bare cable end nearSPU position

Support coaxial cable(as required)

Waterproof entry





Figure 3-18: Connecting The Coaxial Cable to the RFU

Coaxial Cable Type

Part Number Description Comments

087-099499-XX0Foam core 50 Ω heliax shielded cable(Andrews LDF2-50)

Cable only, XX0 =210 m to 300 m in10 m increments

099-901208-001

Low loss50 Ω RG 8/U kit

45 m Kit contains low lossRG 8/U cable,sealing kit, 2 N-typeconnectors, and3 grounding kits.

099-901208-002 90 m

099-901208-003 150 m

099-901208-004 210 m

Connect here andinstall Sealing Kit





9 Ground the RFU and the coaxial cable


• Common tools

• Three or more grounding kits

1. Ground the RFU.

2. Following the instructions in the grounding kits, ground the coaxial cableat the RFU, the SPU and on the antenna side of any right angle turns.

Grounding Requirements:

For a roof-top installation, connect to the buildingground, or the water supply pipe where it enters thebuilding.For a tower installation connect to a good ring groundsystem made from buried copper cables and rods.Do NOT connect to the electrical utility ground.





Figure 3-19: Grounding the RFU and Coaxial Cable

Multistrand Copper Cable10 mm2 (8AWG)

Common Grounding Point

CoaxialGrounding Kits

Coaxial Cable

Refer to RFUGrounding Detail,on page 3-15

Refer to

Installing the Flexible Waveguide,on page 3-20




4-1

C H A P T E R

4INSTALLING THE SPU

General

You would normally reach this point a f t e r you have completedInstalling the RFU.

Before installing the SPU, ensure preparing a clean, secure room for it, andprovide the following:

• a coaxial cable, from the RFU;

• a 21-60 VDC power source1; and

• access to the building ground terminal.

Although the installation of the SPU does not requireadvanced technical skills, we strongly recommend thatthe technical personnel possesses the knowledge andskills appropriate for making such installations.Power connections to the microwave radio must bemade in compliance with local electrical codes by aSkilled Person. Harris Corporation disclaims any liabilityor responsibility for the results of improper or unsafeinstallation practices.

1. Power source recommended to follow ETSI EN 300 132-2 guidelines and Telcordia objective GR-499.




4-2 Installing the SPU

X

Figure 4-1: Parts for SPU Installation, as a Minimum

In order to easily replace the SPU, ensure that all cablesare routed from the rack sides and at the level of their

respective connectors. Doing so, allows you to replace aunit with the least operation disruption.

Table 4-1: Tools required

Tool

Required equipment

specifications Where used

Screwdriver Phillips #2 General

Multimeter With ohm meter

• Connect the Coaxial Cablesto the SPU, on page 4-5

Miscellaneous tools forinstalling connectors on theSPU to RFU coaxial cable.

Refer to the manufacturerdocumentation provided withthe connector.

Tie-Wraps or Cable

Clamps to supportCables

Grounding Lug

MountingBrackets (2)




Hardware Installation 4-3

Procedure

1 Install the SPU in the rack


• A number-2 cross-head screw driver

Secure the SPU to the rack using the screws provided, in the position shown inFigure 4-2. The position will depend on your situation and what otherequipment you have or plan to have in the rack.

Figure 4-2: SPU Stacking Configurations — Still Air Conditions

0

5

10

15

20

0

5

10

15

20

1-RMS SPU1-RMS SPU

1-RMS SPU1-RMS SPU

1-RMS SPU1-RMS SPU

0

5

10

15

20

0

5

10

15

201-RMS SPU

1-RMS SPU

1-RMS SPU

1-RMSfreespace





Figure 4-3: Other Allowable Stacking Configurations —Cross Airflow Velocity Conditions of 0.625 m/s

0

5

10

15

20

0

5

10

15

201-RMS SPU

1-RMS SPU

0

5

10

15

20

0

5

10

15

20

1-RMS SPU1-RMS SPU

1-RMS SPU1-RMS SPU

1-RMS SPU1-RMS SPU

1-RMSfreespace

1-RMS SPU1-RMS SPU

1-RMS SPU1-RMS SPU

(Typ.)





2 Connect the Coaxial Cables to the SPU


• Common tools

• A multimeter

• An N-type connector compatible with the type of coaxial cable that youare using.

If the RFU has already been installed you should find theend of the interconnect cable near the SPU.

1. Cut the cable to a length which will leave about 6 inches (15 cm) of slackafter it has been connected to the SPU.

2. Following the instructions that come with the connector, install an N-typeconnector on each cable.

3. Using the multimeter, check that the resistance between the coaxial cable’scenter connector and the shield is more than 100 Ω, with the far endconnected to the RFU.

A l o w e r r e s i s t a n c e v a l u e i n d i ca t e s t h a t t h e r e i s a

s h o r t i n t h e c o a x i a l c a b le o r i n t h e R FU t h a t m a y

d a m a g e t h e SP U’ s p o w e r sw i t ch ( b r e a k e r ) w h e n i t

i s s w i t c h e d ON . I f t h i s i s t h e c a s e, r ep l a c e t h e

f a u l t y e l e m e n t ( c a b le o r R FU ) .

4. Connect the cables to the RFU Cable ports on the Modem(s).(Cable types and lengths are given in Table 4-2).

5. Support the cable if necessary.





Figure 4-4: Connecting the Coaxial Cable to the SPU

Re s is t a n c e b e t w e e n t h e co a x i a l c a b l e ’ s

c e n t e r co n n e c t o r a n d t h e s h i e ld m u s t b e

m o r e t h a n 1 0 0 Ω

Table 4-2: Coaxial Cable Types and Lengthsa

a. Refer to Chapter 6 for more coaxial cable options


087-099499-XX0Foam core 50 Ω heliaxshielded cable(Andrews LDF2-50)

Cable only, XX0 = 210 mto 300 m in 10 mincrements

099-901208-001

Low loss50 Ω RG 8/U kit

45 mKit contains low lossRG 8/U cable, sealing kit,2 N-type connectors, and3 grounding kits.

099-901208-002 90 m

099-901208-003 150 m

099-901208-004 210 m





3 Ground the SPU


• A number-2 cross-head screw driver

Ground the SPU by connecting 3.26 mm (8 AWG) copper cable from thegrounding point lug on the left side of the SPU enclosure to the radio system’smain grounding point.

For a roof-top installation, the main grounding point could be the buildingground, or the water supply pipe just before it enters the building.

For a tower installation, it should be a good ring ground system made from buried copper cables and rods. DO NOT connect to the electrical utilityground.

Safety Requirements for Grounding1. It is very important that the path of lowest impedance go directly to the

main grounding point.

2. Do not connect other equipment to the same grounding cable as the SPU.Each piece of equipment at the site should have a separate grounding cableto a common very low impedance main grounding point.

3. Locate this equipment in the same immediate area (adjacent cabinets) asany other equipment that has a connection between the groundedconductor of the same d.c. supply circuit and the grounding conductor,and also the point of grounding of the d.c. system. DO NOT ground the

d.c. system elsewhere.

4. Connect this equipment directly to the d.c. supply system groundingelectrode conductor or to a bonding jumper from a grounding terminal

bar, or bus to which the d.c. supply grounding electrode is connected.

5. Locate the d.c. supply source within the same premises as the equipment.

6. There shall be no switching or disconnecting devices in the groundedcircuit conductor between the d.c. source and the point of connection ofthe grounding electrode conductor.

Co n n e c t p o w e r c a b l e e n d t o H a r r i s ’ o p t i o n a l fu s e

p a n e l , o r p r o v i d e f u s i n g a c c o r d i n g t o L o ca l a n d

N a t i o n a l El e c t r i c a l Co d e s . Fu s e r a t i n g s m u s t b e :

4 A f o r 4 8 V , a n d 7 .5 t o 8 A f o r 2 4 V o p e r a t i o n s .





4 Connect power to the SPU

Connect the power supply as shown in Figure 4-5. Check that the junction-

block screws are tight enough to hold the power wires securely in place.

If you have purchased the optional fuse panel see Figure 4-6 for installationinstructions for it.

Figure 4-5: Power Connections

S af e t y R e q u i r e m e n t : Co n n e c t t o ag r o u n d i n g e l e c t r o d e . D o n o t c o n n e c t

t o t h e e l ec t r i ca l u t i l i t y g r o u n d

Ground wire(13 mm2, 6 AWG)

Common Ground Point

Grounding Lug

Kit Part No. 099-902158-003(Follow cable/connector assemblyinstructions supplied in the Kit)

+/-

Shield/Drain wire

Red

Black

(To common ground point)

16 AWG braided shielded power cable withdrain wire and foil recommended for EMIClass B compliance.

See Caution on Page 4-7

Power source:required 21.6-60 Vdc,

Neg. or Pos. Ground.

RedBlackShield/Drainwire





Figure 4-6: Optional Fuse Panel — Back View Wiring

From Modem +/- terminal

Drain wire from power cable (Modem) connected tofuse panel grounding lug

Fuse panel grounding wire

From Modem Battery

From Modem

If required, connect alarmequipment to alarm relays here

To Alarms

To Modem

To CommonGround Point

Check that wire is on

Use small screwdriver

Connect the terminallabelled BATT to the batteryterminal that is not grounded

Connect the terminallabelled RTN to the batteryterminal that is grounded

this side of clamp

Turn clockwise to tighten

Install junction coverswhen finished

terminal





Figure 4-7: Optional Fuse Panel — Front View

Stick peg holders on panel above fuseslots. Insert colored pegs to indicatevalue of corresponding fuses

Stick fuse usage labels to panelInsert GMT-type fuses,(fuse ratings per Note provided below).Keep fuse blanks in unused positions.

GMT-type fuse rating: 4 A for 48 V operation,

and 7.5 A for 24 V operation.





5 Connect the MUX Tributaries


Cables with connectors appropriate to the Multiplexer options ordered.

If equipped, connect appropriate cables to both theSCSI-1 and RJ-45 ports for the mixed traffic option, upto 16 E1 + packet data.

Figure 4-8: Connecting Tributaries and Mixed Traffic —Cables with SCSI-1 Connectors and RJ-45

Ev e r y S PU s h i p s w i t h E SD c a p s , o n e i n s t a l l e d o ne a ch u n u s e d “ T r ib u t a r i e s” p o r t . A l w a y s r e m em b e r

t o k e e p a n y u n u s e d p o r t c o v er e d w i t h s u ch c a p .

T h i s i s an E SD p r o t e c t i o n r e q u i r e m e n t . Y o u n e e d

t o k e e p t h e r e m o v e d c ap f o r f u t u r e u s e .

Connect tributaries

10/100BASE-T 1

10/100BASE-T 2





Figure 4-9: Tributary Connection Example —Using the BNC Interconnect Panel

Connect the Amphenol Connector from the BNC panel to the TRI B U T AR I E S ( 1 - 8 ) and TRI B U T AR I E S ( 9 - 1 6 ) ports, on the SPU, where applicable. And, using 75 Ω coaxial cable with male BNC connectors at the SPU-end and the chosen connectors atthe other, connect the tributary inputs and outputs on the panel to your equipment.The inputs and outputs are labelled on the panel, E1 (IN) through E8 (OUT).

P/N 101-901415-002 forUnbalanced Operation Only(2 BNC panels required for 16 E1)

E1 (IN)

E1 (OUT)

E8 (OUT)

E8 (IN)

Amphenol Connector(to the TR I BUTAR I ES ports)





Figure 4-10: Tributary Connection Example —Using the 50-Pin Amphenol to BNC CableAssembly

Connect the Amphenol Connector on the assembly to the TRI B U T AR I E S ( 1 - 8 )

and TRI B U TA R I E S ( 9 - 1 6 ) ports, on the SPU, where applicable. And, using 75 Ω coaxial cable with male BNC connectors at the SPU-end and the chosen connectorsat the other, connect the tributary inputs and outputs on the assembly to yourequipment. The inputs and outputs are labelled on the female BNC connectors.

Female to Male BNC Connection(Unbalanced Operation)

50-Pin Amphenol to BNC Cable Assembly

Part Number Length, ft. (m) Capacity

087-901346-002 1.5 (0.4575) 8 E1, Unbalanced

087-901346-004 9 (2.75) 8 E1, Unbalanced

For Unbalanced Operation Only

BNC male connectorsfrom User’s DistributionFrame connect here.2 BNC connectors pertributary

8 E1 Option shown

Amphenol Connector

(to the TR I BUTAR I E S ports)





Figure 4-11: Tributary Connection Example —Using the Connectorized Cable

Connect the Amphenol connectors to the TRI B U T AR I E S ( 1 - 8 ) andTR I B U T A RI ES ( 9 - 1 6 ) ports on the balanced SPU. At the other end, install yourown connector or wire-wrap the bare wires to your equipment. A label at theuser’s end of the cable indicates which tributaries the bare wires connect to.For the cable lengths, see table below

Connectorized Cable Assembly, Shielded

Part Number Length, ft. (m) Capacity

098-901250-001 32.5 (9.91)

2/4/8/16 E1,Balanced

098-901250-002 10 (3.05)

098-901250-003 20 (6.1)

098-901250-004 100 (30.5)

This connector connects to SPU’s PortTRIBUTARIES (1-8) or (9-16)

End of this cable connects toUser’s Distribution Frame





7 Connect other SPUs in repeater or spurconfiguration


• Common tools

• Network cables, straight type RJ45, 10BASE-T compliant, length asrequired:

- 1 for repeater

- 2 for repeater with spur.

The NTWRK/LAN 1-2 connections provide protectionfor the auxiliary channels, as well as network data andcustomer data on SPUs.

Figure 4-13: Repeater Connections

To other Repeaters

RJ-45 Cable P/N 087-020193-7xx(Refer to Table 6-1 for details)





8 If required, connect alarm relays and auxiliaryalarm inputs


• Common tools

Where required, connect the TRuepoint™ relays to a third party RTU or otherequipment, as shown in Figure 4-14.

Figure 4-14: Connections for Relays and Customer-Generated Alarms

9 Switch ON power to the SPU

Relays/AlarmsRefer to Appendix A forthe Port’s Pinout

Power-ON





10 Configure the radio

Referring to the O p e r a t o r ’ s I n t e r f a c e Manual,IMN-904008-Exx, configure the radio per optionspurchased.

11 Fine align the antenna

If it has not been done, ensure that the antenna hasbeen properly aligned.Refer to heading Mount the antenna to the mast.

1. Follow the antenna manufacturer’s instructions for adjusting the azimuthand elevation of the antenna, by loosening the designated fasteners.For reference, Figure 4-15 identifies the locations of both the AzimuthAdjustment and the Elevation Adjustment.

2. Connect the (+) voltmeter probe to the RSSI port, and the (-) probe to theGround port (below the RSSI port), as shown in Figure 4-16.

Table 4-3: Tools and equipment required

Tool Required Equipment Specifications

Adjustable wrench 11/16" (18 mm) jaws

Ratchet with socket 11/16" (18 mm) socket

Digital Voltmeter,with probes

3-digit; 0.3% DC accuracy; 2% ac accuracy;0 to 60 V range




Configuration 4-19

Figure 4-15: Locating the Azimuth and Elevation Adjustments

3. Adjust the direction of the antenna until you have a m a x i m u m RSL voltage1 at the RSSI test points, as shown in Figure 4-16.

Figure 4-16: Measuring the RSL Voltage through the digitalvoltmeter

Azimuth Adjustment

Elevation Adjustment

Detachable configuration shown

1. Voltage value d i r e c t l y proportional to RSL, when the proportional option is selected during the SPUconfiguration, before the alignment

V

V

VOLTMETER

+ –

Angle

V Maximum peak resultingfrom antenna alignmentto the main lobes

Secondaryvoltage peaksfrom side-lobes

Right

Main lobes aligned

RSSI





4. When finished, tighten ALL fasteners loosened previously to 22 N•m(16.2 lbf-ft.)

RSSI Voltage/RSLDepending on the scale configuration, the RSL voltage reading is eitherd i r e c t l y or i n v e r se l y proportional to the RSL.

Step 3 above, uses the default d i r e c t l y proportional scale configuration, alsoknown as the Uncalibrated RSSI,

Menu path: CONFIGURATION > SYSTEM > RFU > RSSI OUT> PROPORTIONAL

The i n v e r se l y proportional scale uses a multiplication factor of –20.That is, an amplitude of 3 V dc translates into an RSL of –60 dBm.

Menu path: CONFIGURATION > SYSTEM > RFU > RSSI OUT> INVERTED

Table 4-4: RSL Voltage to RSL Relationship

RSL Voltage,(Vdc)

Corresponding RSLa,(dBm), inverse scale

a. I n v e r s e l y proportional scale configuration using a conversion factor of -20

Uncalibrated RSSIb,direct scale

b. D i r ect ly proportional scale configuration

.5 >-20c

c. As displayed on the Hand-held terminal — out of range

Uncalibrated raw RSSI voltage

.75 >-20

1.0 -20

1.5 -30

2.0 -40

2.5 -50

3.0 -60

3.5 -70

4.75 -95

5 <-95c




C H A P T E R

5MAINTENANCE

Maintenance

There is no routine maintenance required on the TRuepoint™ radio. If a radiodoes fail, it is repaired by replacing faulty module(s) in the RFU. There are nofield adjustments to be made within the RFU.

Basic Troubleshooting

Table 5-1 identifies probable causes of typical problems through the Modem’sLEDs. For more advanced troubleshooting, refer to the Ope r a t o r ’ s

I n t e r f a c e manual, IMN-90408-Exx.




5-2 Maintenance

Figure 5-1: SPU’s LEDs

Table 5-1: Indicator Light Display Description

Label Color Description

SPUGreen SPU is on-line and functioning normally

Red The SPU has failed

RFUGreen The RFU is operating properly

Red The RFU has failed

CableGreen The SPU-RFU cable is working properly

Red The SPU-RFU cable has failed

SUMGreen The system (local and remote) is operating properly

Red Alarm present on system (local or remote)

SPU

RFU

Cable

SUM

LEDs

DC Power Input

RFU Cable




5-3

Replacing Units

Replacing the RFU

I n a n o n - p r o t e c t e d s y s t e m t h i s p r o ce d u r e w i l l

a f f e c t t r a f f i c .

Procedure

1. Switch OFF power at the SPU.

2. Disconnect the coaxial cable at the RFU.

Figure 5-2: Disconnecting the Coaxial Cable at the RFU

Remove the RFU• For the detachable RFU with antenna assembly, undo the four latches

and pull the RFU away from the antenna, (figure 5-3).

Coaxial CableConnector




5-4 Maintenance

Figure 5-3: Removing the Detachable RFU from theAssembly

• For the Separate Mount assembly, open the four latches to disengagethe RFU’s mating hooks, and pull the RFU away from the RFU-Mounting Plate Assembly.

Open the (4) latches to disengagethe RFU’s mating hooks




5-5

Figure 5-4: Removing the Detachable RFU from theMounting Plate Assembly

Install a new RFU

1. Apply silicone grease to the antenna cylinder, referring to the Caution, onpage 3-11.

2. Install the new RFU with the same part number by reversing theappropriate procedure referenced by Figures 3-6 and 3-14.

3. Reconnect the coaxial cable.

4. If outdoors, install a new sealing kit on the coaxial cable connector.

5. Reconfigure the system through the HHT, and referring to section Makingthe radio work.

Open the (4) latches

Mating hooks (4)

RFU-Mounting Plate Assembly




5-6 Maintenance

Replacing the SPU

Traffic is interrupted during this procedure. You maywant to move traffic to an alternate equipment beforestarting.

Procedure

1. Switch OFF power to the SPU at the source, (breaker).

2. Disconnect the power and ground wires from the SPU.

3. Disconnect the coaxial cable from the SPU.

4. Disconnect all other wires and cables from the SPU.

5. Replace the SPU with a new one that bears the sam e part number andincludes the same software version as the replaceable one.Refer to Chapter 4, Installing the SPU.

6. Install and reconnect all wires and cables to the SPU.

B e f o r e c o n n e c t i n g t h e c o a x i a l c a b l e t o t h e SPU ,

m a k e s u r e t o c h e ck f o r t h e p r e s e n ce o f a s h o r t

a l o n g t h e c a b l e le n g t h . A sh o r t i n t h i s ca b l e o r i n

t h e R FU m a y d am a g e t h e S PU ’ s b r e a k e r w h e n i t i s

s w i t c h e d ON . I f t h i s i s t h e c a se , r e p la c e t h e f a u l t y

e l em e n t ( c a b le o r R FU ) .

7. Switch ON power to the SPU at the source.

8. Use the embedded control software and user interface to configure theSPU. Refer to the Oper a t o r ’ s I n t e r f a c e manual, IMN-904008-Exx.




C H A P T E R

6OPTIONS AND ORDERING

To maintain your microwave radio with a minimum of down time, yourorganization will have to maintain a stock of spare units (or modules). To doso, you may wish to order additional spares from time to time, to assure that

you have enough spares to properly maintain the system. In addition, after you replace a faulty unit with a spare, you will want to return the faulty unit toHarris for repair. This Chapter explains how to accomplish these tasks.

Ordering

Part Numbers Versus Product Codes

The best way to identify an item that you wish to order is to give us a partnumber. A part number identifies a specific part and is found on a label affixedto the part, as shown in Figure 6-1. On that label, there may also be a productcode, which is a more general number that identifies the most up to-date partthat serves a specific function. If possible, please provide the part number.

Spare Unit Ordering Information

When you order spare parts for your existing system, refer to the parts list inTable 6-1 and provide the Part Number.




6-2 Options and Ordering

Figure 6-1: Sample Part Label, RFU (Transceiver)

Figure 6-2: Sample Part Label, SPU

Placing the order

Address all orders for spare units to:

In Canada

Spare Parts Service CentreHarris Corporation - Microwave Communications Division

3, rue de l’Hôtel de VilleDollard-des-Ormeaux, Québec,Canada H9B 3G4Phone:1-800-227-8332

1-514-421-8333Fax: 1-514-421-3555

Serial Number

Customer ServiceCenter Information

Product Name

Part Number

Tx/Rx Ranges

Product Rev. Number

Serial Number /Bar Code

Software Version

Product Name

Power RatingPart NumberProduct Code




Ordering 6-3

Table 6-1: Common Parts for TRuepoint™ 4000


Radio Frequency Units

• 7 GHz RFU• -48VDC power option

201-904100-001 RFU, 7428-7484 MHz, T/R 154 MHz

201-904100-002 RFU, 7582-7638 MHz, T/R 154 MHz

201-904100-003 RFU, 7470-7526 MHz, T/R 154 MHz

201-904100-004 RFU, 7624-7680 MHz, T/R 154 MHz

201-904100-005 RFU, 7512-7568 MHz, T/R 154 MHz

201-904100-006 RFU, 7666-7722 MHz, T/R 154 MHz

201-904100-101 RFU, 7433.5-7496.5 MHz, T/R 160 MHz

201-904100-102 RFU, 7593.5-7656.5 MHz, T/R 160 MHz201-904100-103 RFU, 7478.5-7541.5 MHz, T/R 160 MHz

201-904100-104 RFU, 7638.5-7701.5 MHz, T/R 160 MHz

201-904100-105 RFU, 7526.0-7589-0 MHz, T/R 160 MHz

201-904100-106 RFU, 7686.0-7749.0 MHz, T/R 160 MHz

201-904100-201 RFU, 7114-7177 MHz, T/R 161 MHz

201-904100-202 RFU, 7275-7338 MHz, T/R 161 MHz

201-904100-203 RFU, 7149-7212 MHz, T/R 161 MHz

201-904100-204 RFU, 7310-7373 MHz, T/R 161 MHz

201-904100-205 RFU, 7184-7247 MHz, T/R 161 MHz201-904100-206 RFU, 7345-7408 MHz, T/R 161 MHz

201-904100-207 RFU, 7219-7282 MHz, T/R 161 MHz

201-904100-208 RFU, 7380-7443 MHz, T/R 161 MHz

201-904100-209 RFU, 7239-7302 MHz, T/R 161 MHz

201-904100-210 RFU, 7400-7463 MHz, T/R 161 MHz

201-904100-211 RFU, 7274-7337 MHz, T/R 161 MHz

201-904100-212 RFU, 7435-7498 MHz, T/R 161 MHz

201-904100-213 RFU, 7309-7372 MHz, T/R 161 MHz

201-904100-214 RFU, 7470-7533 MHz, T/R 161 MHz201-904100-215 RFU, 7344-7407 MHz, T/R 161 MHz

201-904100-216 RFU, 7505-7568 MHz, T/R 161 MHz

201-904100-217 RFU, 7414-7477 MHz, T/R 161 MHz

201-904100-218 RFU, 7575-7638 MHz, T/R 161 MHz

201-904100-219 RFU, 7449-7512 MHz, T/R 161 MHz





Radio Frequency Units (continued)


201-904100-220 RFU, 7610-7673 MHz, T/R 161 MHz

201-904100-221 RFU, 7484-7547 MHz, T/R 161 MHz

201-904100-222 RFU, 7645-7708 MHz, T/R 161 MHz

201-904100-223 RFU, 7519-7582 MHz, T/R 161 MHz

201-904100-224 RFU, 7680-7743 MHz, T/R 161 MHz

201-904100-225 RFU, 7539-7602 MHz, T/R 161 MHz

201-904100-226 RFU, 7700-7763 MHz, T/R 161 MHz

201-904100-227 RFU, 7574-7637 MHz, T/R 161 MHz

201-904100-228 RFU, 7735-7798 MHz, T/R 161 MHz

201-904100-229 RFU, 7609-7672 MHz, T/R 161 MHz

201-904100-230 RFU, 7770-7833 MHz, T/R 161 MHz

201-904100-231 RFU, 7644-7707 MHz, T/R 161 MHz

201-904100-232 RFU, 7805-7868 MHz, T/R 161 MHz

201-904100-301 RFU, 7093-7149 MHz, T/R 196 MHz

201-904100-302 RFU, 7289-7345 MHz, T/R 196 MHz

201-904100-303 RFU, 7121-7177 MHz, T/R 196 MHz

201-904100-304 RFU, 7317-7373 MHz, T/R 196 MHz

201-904100-305 RFU, 7149-7205 MHz, T/R 196 MHz

201-904100-306 RFU, 7345-7401 MHz, T/R 196 MHz

201-904100-307 RFU, 7177-7233 MHz, T/R 196 MHz

201-904100-308 RFU, 7373-7429 MHz, T/R 196 MHz

201-904100-309 RFU, 7205-7261 MHz, T/R 196 MHz

201-904100-310 RFU, 7401-7457 MHz, T/R 196 MHz

201-904110-001 RFU, 7428-7484 MHz, T/R 154 MHz

• 7 GHz RFU• +24VDC power option

201-904110-002 RFU, 7582-7638 MHz, T/R 154 MHz

201-904110-003 RFU, 7470-7526 MHz, T/R 154 MHz

201-904110-004 RFU, 7624-7680 MHz, T/R 154 MHz

201-904110-005 RFU, 7512-7568 MHz, T/R 154 MHz

201-904110-006 RFU, 7666-7722 MHz, T/R 154 MHz

201-904110-101 RFU, 7433.5-7496.5 MHz, T/R 160 MHz

201-904110-102 RFU, 7593.5-7656.5 MHz, T/R 160 MHz






Ordering 6-5



201-904110-103 RFU, 7478.5-7541.5 MHz, T/R 160 MHz

201-904110-104 RFU, 7638.5-7701.5 MHz, T/R 160 MHz

201-904110-105 RFU, 7526.0-7589-0 MHz, T/R 160 MHz

201-904110-106 RFU, 7686.0-7749.0 MHz, T/R 160 MHz

201-904110-201 RFU, 7114-7177 MHz, T/R 161 MHz

201-904110-202 RFU, 7275-7338 MHz, T/R 161 MHz

201-904110-203 RFU, 7149-7212 MHz, T/R 161 MHz

201-904110-204 RFU, 7310-7373 MHz, T/R 161 MHz

201-904110-205 RFU, 7184-7247 MHz, T/R 161 MHz

201-904110-206 RFU, 7345-7408 MHz, T/R 161 MHz

201-904110-207 RFU, 7219-7282 MHz, T/R 161 MHz

201-904110-208 RFU, 7380-7443 MHz, T/R 161 MHz

201-904110-209 RFU, 7239-7302 MHz, T/R 161 MHz

201-904110-210 RFU, 7400-7463 MHz, T/R 161 MHz

201-904110-211 RFU, 7274-7337 MHz, T/R 161 MHz

201-904110-212 RFU, 7435-7498 MHz, T/R 161 MHz

201-904110-213 RFU, 7309-7372 MHz, T/R 161 MHz

201-904110-214 RFU, 7470-7533 MHz, T/R 161 MHz

201-904110-215 RFU, 7344-7407 MHz, T/R 161 MHz

201-904110-216 RFU, 7505-7568 MHz, T/R 161 MHz

201-904110-217 RFU, 7414-7477 MHz, T/R 161 MHz

201-904110-218 RFU, 7575-7638 MHz, T/R 161 MHz

201-904110-219 RFU, 7449-7512 MHz, T/R 161 MHz

201-904110-220 RFU, 7610-7673 MHz, T/R 161 MHz

201-904110-221 RFU, 7484-7547 MHz, T/R 161 MHz

201-904110-222 RFU, 7645-7708 MHz, T/R 161 MHz

201-904110-223 RFU, 7519-7582 MHz, T/R 161 MHz

201-904110-224 RFU, 7680-7743 MHz, T/R 161 MHz

201-904110-225 RFU, 7539-7602 MHz, T/R 161 MHz

201-904110-226 RFU, 7700-7763 MHz, T/R 161 MHz

201-904110-227 RFU, 7574-7637 MHz, T/R 161 MHz








201-904110-228 RFU, 7735-7798 MHz, T/R 161 MHz

• 7 GHz RFU

• +24VDC power option

201-904110-229 RFU, 7609-7672 MHz, T/R 161 MHz

201-904110-230 RFU, 7770-7833 MHz, T/R 161 MHz

201-904110-231 RFU, 7644-7707 MHz, T/R 161 MHz

201-904110-232 RFU, 7805-7868 MHz, T/R 161 MHz

201-904110-301 RFU, 7093-7149 MHz, T/R 196 MHz

201-904110-302 RFU, 7289-7345 MHz, T/R 196 MHz

201-904110-303 RFU, 7121-7177 MHz, T/R 196 MHz

201-904110-304 RFU, 7317-7373 MHz, T/R 196 MHz

201-904110-305 RFU, 7149-7205 MHz, T/R 196 MHz

201-904110-306 RFU, 7345-7401 MHz, T/R 196 MHz

201-904110-307 RFU, 7177-7233 MHz, T/R 196 MHz

201-904110-308 RFU, 7373-7429 MHz, T/R 196 MHz

201-904110-309 RFU, 7205-7261 MHz, T/R 196 MHz

201-904110-310 RFU, 7401-7457 MHz, T/R 196 MHz

201-904105-001 RFU, 8279-8307 MHz, T/R 119/126 MHz


201-904105-002 RFU, 8398-8426 MHz, T/R 119/126 MHz

201-904105-003 RFU, 8293-8321 MHz, T/R 119/126 MHz

201-904105-004 RFU, 8412-8440 MHz, T/R 119/126 MHz

201-904105-005 RFU, 8307-8335 MHz, T/R 119/126 MHz

201-904105-006 RFU, 8426-8454 MHz, T/R 119/126 MHz

201-904105-007 RFU, 8321-8349 MHz, T/R 119/126 MHz

201-904105-008 RFU, 8440-8468 MHz, T/R 119/126 MHz

201-904105-009 RFU, 8335-8363 MHz, T/R 119/126 MHz

201-904105-010 RFU, 8454-8432 MHz, T/R 119/126 MHz

201-904105-011 RFU, 8349-8377 MHz, T/R 119/126 MHz

201-904105-012 RFU, 8468-8496 MHz, T/R 119/126 MHz

201-904105-201 RFU, 8043-8113 MHz, T/R 208 MHz

201-904105-202 RFU, 8251-8321 MHz, T/R 208 MHz

201-904105-203 RFU, 8099-8169 MHz, T/R 208 MHz

201-904105-204 RFU, 8307-8377 MHz, T/R 208 MHz






Ordering 6-7



201-904105-205 RFU, 8155-8225 MHz, T/R 208 MHz

201-904105-206 RFU, 8363-8433 MHz, T/R 208 MHz

201-904105-207 RFU, 8211-8281 MHz, T/R 208 MHz

201-904105-208 RFU, 8419-8489 MHz, T/R 208 MHz

201-904105-301 RFU, 7905-8024 MHz, T/R 266 MHz

201-904105-302 RFU, 8171-8290 MHz, T/R 266 MHz

201-904105-303 RFU, 8017-8136 MHz, T/R 266 MHz

201-904105-304 RFU, 8283-8402 MHz, T/R 266 MHz

201-904105-401 RFU, 7731-7867 MHz, T/R 311.32 MHz

201-904105-402 RFU, 8042-8178 MHz, T/R 311.32 MHz

201-904105-403 RFU, 7835-7971 MHz, T/R 311.32 MHz

201-904105-404 RFU, 8146-8282 MHz, T/R 311.32 MHz

201-904115-001 RFU, 8279-8307 MHz, T/R 119/126 MHz


201-904115-002 RFU, 8398-8426 MHz, T/R 119/126 MHz

201-904115-003 RFU, 8293-8321 MHz, T/R 119/126 MHz

201-904115-004 RFU, 8412-8440 MHz, T/R 119/126 MHz

201-904115-005 RFU, 8307-8335 MHz, T/R 119/126 MHz

201-904115-006 RFU, 8426-8454 MHz, T/R 119/126 MHz

201-904115-007 RFU, 8321-8349 MHz, T/R 119/126 MHz

201-904115-008 RFU, 8440-8468 MHz, T/R 119/126 MHz

201-904115-009 RFU, 8335-8363 MHz, T/R 119/126 MHz

201-904115-010 RFU, 8454-8432 MHz, T/R 119/126 MHz

201-904115-011 RFU, 8349-8377 MHz, T/R 119/126 MHz

201-904115-012 RFU, 8468-8496 MHz, T/R 119/126 MHz

201-904115-201 RFU, 8043-8113 MHz, T/R 208 MHz

201-904115-202 RFU, 8251-8321 MHz, T/R 208 MHz

201-904115-203 RFU, 8099-8169 MHz, T/R 208 MHz

201-904115-204 RFU, 8307-8377 MHz, T/R 208 MHz

201-904115-205 RFU, 8155-8225 MHz, T/R 208 MHz

201-904115-206 RFU, 8363-8433 MHz, T/R 208 MHz

201-904115-207 RFU, 8211-8281 MHz, T/R 208 MHz








201-904115-208 RFU, 8419-8489 MHz, T/R 208 MHz


201-904115-301 RFU, 7905-8024 MHz, T/R 266 MHz

201-904115-302 RFU, 8171-8290 MHz, T/R 266 MHz

201-904115-303 RFU, 8017-8136 MHz, T/R 266 MHz

201-904115-304 RFU, 8283-8402 MHz, T/R 266 MHz

201-904115-401 RFU, 7731-7867 MHz, T/R 311.32 MHz

201-904115-402 RFU, 8042-8178 MHz, T/R 311.32 MHz

201-904115-403 RFU, 7835-7971 MHz, T/R 311.32 MHz

201-904115-404 RFU, 8146-8282 MHz, T/R 311.32 MHz

201-904200-001 RFU, 12751-12865 MHz, T/R 266 MHz

• 13 GHz RFU• Select +24 or -48VDC

power option

201-904200-002 RFU, 13017-13131 MHz, T/R 266 MHz

201-904200-003 RFU, 12863-12977 MHz, T/R 266 MHz

201-904200-004 RFU, 13129-13243 MHz, T/R 266 MHz

201-904200-005 RFU, 12700-12814 MHz, T/R 266 MHz

201-904200-006 RFU, 12966-13080 MHz, T/R 266 MHz






Ordering 6-9


• 15 GHz RFU• Select +24 or -48VDC

power option.

201-904210-001 RFU, 14501-14732 MHz, T/R 420 MHz

201-904210-002 RFU, 14921-15152 MHz, T/R 420 MHz

201-904210-003 RFU, 14697-14928 MHz, T/R 420 MHz

201-904210-004 RFU, 15117-15348 MHz, T/R 420 MHz

201-904210-005 RFU, 14500-14732 MHz, T/R 644 and 728 MHz

201-904210-006 RFU, 15117-15350 MHz, T/R 644 and 728 MHz

201-904210-007 RFU, 14620-14767 MHz, T/R 315 and 322 MHz

201-904210-008 RFU, 14935-15089 MHz, T/R 315 and 322 MHz

201-904210-009 RFU, 14760-14907 MHz, T/R 315 and 322 MHz

201-904210-010 RFU, 15075-15229 MHz, T/R 315 and 322 MHz

201-904210-011 RFU, 14403-14634 MHz, T/R 490 MHz

201-904210-012 RFU, 14893-15124 MHz, T/R 490 MHz

201-904210-013 RFU, 14627-14858 MHz, T/R 490 MHz

201-904210-014 RFU, 15117-15348 MHz, T/R 490 MHz

201-904210-015 RFU, 14500-14715 MHz, T/R 475 MHz

201-904210-016 RFU, 14975-15190 MHz, T/R 475 MHz

201-904210-017 RFU, 14660-14875 MHz, T/R 475 MHz

201-904210-018 RFU, 15135-15350 MHz, T/R 475 MHz








• 23 GHz RFU• -48 VDC power option

201-904060-002 RFU, 23008-23322 MHz, T/R 1008 MHz

201-904060-003 RFU, 22286-22600 MHz, T/R 1008 MHz

201-904060-004 RFU, 23294-23608 MHz, T/R 1008 MHz

201-904060-101 RFU, 21200-21530 MHz, T/R 1200 MHz

201-904060-102 RFU, 22400-22730 MHz, T/R 1200 MHz

201-904060-103 RFU, 21490-21820 MHz, T/R 1200 MHz

201-904060-104 RFU, 22690-23020 MHz, T/R 1200 MHz

201-904060-105 RFU, 21780-22110 MHz, T/R 1200 MHz

201-904060-106 RFU, 22980-23310 MHz, T/R 1200 MHz

201-904060-107 RFU, 22070-22400 MHz, T/R 1200 MHz

201-904060-108 RFU, 23270-23600 MHz, T/R 1200 MHz

201-904060-201 RFU, 21200-21500 MHz, T/R 1232 MHz

201-904060-202 RFU, 22432-22732 MHz, T/R 1232 MHz

201-904060-203 RFU, 21472-21786 MHz, T/R 1232 MHz

201-904060-204 RFU, 22704-23018 MHz, T/R 1232 MHz

201-904060-205 RFU, 21779-22093 MHz, T/R 1232 MHz

201-904060-206 RFU, 23011-23325 MHz, T/R 1232 MHz

201-904060-207 RFU, 22086-22386 MHz, T/R 1232 MHz

201-904060-208 RFU, 23318-23618 MHz, T/R 1232 MHz






Ordering 6-11


• 23 GHz RFU• +24 VDC power option

201-904090-002 RFU, 23008-23322 MHz, T/R 1008 MHz

201-904090-003 RFU, 22286-22600 MHz, T/R 1008 MHz

201-904090-004 RFU, 23294-23608 MHz, T/R 1008 MHz

201-904090-101 RFU, 21200-21530 MHz, T/R 1200 MHz

201-904090-102 RFU, 22400-22730 MHz, T/R 1200 MHz

201-904090-103 RFU, 21490-21820 MHz, T/R 1200 MHz

201-904090-104 RFU, 22690-23020 MHz, T/R 1200 MHz

201-904090-105 RFU, 21780-22110 MHz, T/R 1200 MHz

201-904090-106 RFU, 22980-23310 MHz, T/R 1200 MHz

201-904090-107 RFU, 22070-22400 MHz, T/R 1200 MHz

201-904090-108 RFU, 23270-23600 MHz, T/R 1200 MHz

201-904090-201 RFU, 21200-21500 MHz, T/R 1232 MHz

201-904090-202 RFU, 22432-22732 MHz, T/R 1232 MHz

201-904090-203 RFU, 21472-21786 MHz, T/R 1232 MHz

201-904090-204 RFU, 22704-23018 MHz, T/R 1232 MHz

201-904090-205 RFU, 21779-22093 MHz, T/R 1232 MHz

201-904090-206 RFU, 23011-23325 MHz, T/R 1232 MHz

201-904090-207 RFU, 22086-22386 MHz, T/R 1232 MHz

201-904090-208 RFU, 23318-23618 MHz, T/R 1232 MHz

201-904065-001 RFU, 38595-38805 MHz, T/R 700 MHz

• 38 GHz RFU• -48 VDC power option

201-904065-002 RFU, 39295-39505 MHz, T/R 700 MHz

201-904065-003 RFU, 38795-39005 MHz, T/R 700 MHz

201-904065-004 RFU, 39495-39705 MHz, T/R 700 MHz

201-904065-005 RFU, 38995-39205 MHz, T/R 700 MHz

201-904065-006 RFU, 39695-39905 MHz, T/R 700 MHz

201-904065-007 RFU, 39195-39405 MHz, T/R 700 MHz

201-904065-008 RFU, 39895-40105 MHz, T/R 700 MHz

201-904065-101 RFU, 37044-37632 MHz, T/R 1260 MHz

201-904065-102 RFU, 38304-38892 MHz, T/R 1260 MHz

201-904065-103 RFU, 37604-38192 MHz, T/R 1260 MHz

201-904065-104 RFU, 38864-39452 MHz, T/R 1260 MHz








• 38 GHz RFU• +24 VDC power option

201-904095-002 RFU, 39295-39505 MHz, T/R 700 MHz

201-904095-003 RFU, 38795-39005 MHz, T/R 700 MHz

201-904095-004 RFU, 39495-39705 MHz, T/R 700 MHz

201-904095-005 RFU, 38995-39205 MHz, T/R 700 MHz

201-904095-006 RFU, 39695-39905 MHz, T/R 700 MHz

201-904095-007 RFU, 39195-39405 MHz, T/R 700 MHz

201-904095-008 RFU, 39895-40105 MHz, T/R 700 MHz

201-904095-101 RFU, 37044-37632 MHz, T/R 1260 MHz

201-904095-102 RFU, 38304-38892 MHz, T/R 1260 MHz

201-904095-103 RFU, 37604-38192 MHz, T/R 1260 MHz

201-904095-104 RFU, 38864-39452 MHz, T/R 1260 MHz

Antennas

101-902045-613 13 GHz VHLP1-130-F06A 1 ft., WR62 flange

• Parabolic antenna fordetachable mountconfigurations




101-902045-625 15 GHz VHLP2-142-F06A 2 ft., WR62 flange101-902045-645 15 GHz VHLP4-142-F06A 4 ft., WR62 flange

101-903005-123 23 GHz VHLP1-23-HR1 1 ft., WR42 flange





Antenna Accessories

099-902270-001 Kit, Horizontal Polarization, 13/15 GHz WR62• Required for horizontal

polarization.

099-901805-004 Kit, Antenna Pipe Extender• Required for wall

mount applications

099-902319-004 Kit Split Mount Assembly 13/15 GHz• Required for split

mount antenna withoutdoor RFU

101-900580-001 Antenna Alignment Unit • Optional






Ordering 6-13

Signal Processing Unit

201-904010-001 SPU, 2-8 E1

• For use with 13 and15 GHz RFUs only

201-904010-002 SPU, 2-8 E1, with Orderwire

201-904010-003 SPU, 2-16 E1

201-904010-004 SPU, 2-16 E1 with Orderwire

202-904010-001 SPU, 2-8 E1

• For use with 23 and38 GHz RFUs only

202-904010-002 SPU, 2-8 E1, with Orderwire

202-904010-003 SPU, 2-16 E1

202-904010-004 SPU, 2-16 E1 with Orderwire

Power Cables and Kits

099-902158-003 Kit Connector DC Power (without cable)• Includes connectors,

hardware, andinstructions.

087-902149-006 Cable DC Power 6 ft (1.8 m)

087-902149-008 Cable DC Power 8 ft (2.7 m)

Repeater Cables

087-020193-702 Patch Cord, Shielded RJ45, 4 PR, 7 ft (2.135 m)• For repeater

configurations087-020193-703 Patch Cord, Shielded RJ45, 4 PR, 15 ft (4.575 m)

087-020193-704 Patch Cord, Shielded RJ45, 4 PR, 25 ft (7.625 m)

RF Coaxial Cables

099-901043-001 Kit, Cable LDF2-50 328 ft (100 m) •Contains N-malestraight connectors, Nright-angle adapters,grounding kit, cold-shrink weatherproofingkit, and cable ties

099-901043-006 Kit, Cable LDF2-50 429 ft (150 m)

099-901043-012 Kit, Cable LDF2-50 689 ft (210 m)

099-901043-020 Kit, Cable LDF2-50 952 ft (290 m)

099-901206-001 Kit, Cable Installation Tools C2FP

• Optional.• Contains cutting tool

(C2CT) and stripping

tool (C2ST).

099-901207-001 Kit, Cable Installation Tools LDF2-50

• Optional.• Contains pliers, flat

file, wire brush, open-end wrench (19/32”),adjustable wrench,hacksaw frame andblade.







RF Coaxial Cables (continued)• Contains cable, sealing

kit, N-male straightconnectors, groundingkits, and cable ties

099-901208-002 Kit, Cable C2FP RG-8/U 300 ft (91.4 m)

099-901208-003 Kit, Cable C2FP RG-8/U 500 ft (152.4 m)

099-901208-004 Kit, Cable C2FP RG-8/U 700 ft (210 m)

099-920248-002 Kit, Cable C2FP L=500 m (on 1 reel) • Contains cable on reel,10 sealing kits, 10 N-male straightconnectors,10 grounding kits, andcable ties

099-920248-004 Kit, Cable C2FP L=1000 m (on 2 reels)

Tributary Cables and Kits

087-901210-003 Cable Harness Unbalanced 8 E1 4.9 ft (1.5 m)• For balanced configs.• Right angle connector-

to-stub end

087-901346-002 Cable Harness Unbalanced 1.5 ft (0.46 m) 8E1 • For unbalancedconfigurations

• Cable has right angle-to-BNC connectors

087-901346-004 Cable Harness Unbalanced 9 ft (2.75 m) 8E1

098-901250-001 Kit, Cable Balanced 32.5 ft (10 m)• For balanced

configurations.• Right angle connector-

to-stub end

098-901250-002 Kit, Cable Balanced 10 ft (3 m)



Connectivity Cables and Adapters

087-902875-001 Cable RJ45 Male-RJ45 Female 0.5 ft (0.15 m)• For data connection to

Constellation.

087-903013-001 Cable RJ45 Male-RJ45 Female 0.5 ft (0.15 m)• For voice connection to

Constellation.

087-902907-001 Cable RJ45 Male-RJ45 Male 7 ft (2.14 m)• For Data, Voice, and

SCAN connections toMicroStar® Type II.

087-902907-002 Cable RJ45 Male-RJ45 Male 15 ft (4.58 m)

087-902907-003 Cable RJ45 Male-RJ45 Male 25 ft (7.63 m)

087-900306-001 Cable DB9 Male-DB9 Male 10 ft (3.05) • Select one. Requiredfor connection toMegastar.

087-900306-002 Cable DB9 Male-DB9 Male 25 ft (7.63 m)

087-900306-100 Cable DB9 Male-DB0 Male 10 inch, (0.25 m)

042-900603-001 Adapter DB-9 Male-RJ-45 Jack• For 100 Base T

configuration.

042-020063-012 Connector Adapter R/A N-Jack #UG27C/U






Ordering 6-15

Miscellaneous Accessories (Optional)

091-020085-107 Hand Set Phone WH • For voice orderwire.

098-903054-001 Kit Cap ESD 50 Pin• To protect an unused

tributary port on a2-16 E1

098-903030-002 Kit Display Key Pad 1.8 M Straight

• For networkmanagement. Containskeypad and straightcable.

098-903055-001 Kit, Cable Straight 3M• For display/keypad.

098-903055-002 Kit, Cable Coil

098-093607-030 Kit SMA Connector• Contains SMA

connector andhardware.

098-020016-260 Kit Wire Wrap Adapter

098-093607-026 Kit Wrench

098-093607-001 Kit Sealing Cold Shrink• For outdoor coaxial

cable.

099-901351-001 Kit Install Rack Mount Shelf • Hardware for SPU rack

mounting.

101-901415-001 L/I Unbalanced Panel 2 E1 / 4 E1

• For unbalanced

configurations. Cannotexpand higher than4E1.

101-901415-002 L/I Unbalanced Panel 8 E1• For unbalanced

configurations. For 8-16E1, quantity is 2.

103-097885-416 Andrew Ground Kit #223158• For LDF2-50 coaxial

cable.

Provisioned Traffic Capacities and Options

301-904040-001 2E1 License Provision

• Select one.

301-904041-001 4E1 License Provision

301-904042-001 8 E1 License Provision

301-904043-001 16 E1 License Provision

301-904039-001 100 Base-T License Provision • Optional.







User Documentation and Software

IMN-904006-E0x System Description Manual (Hard Copy)

• Optional.IMN-904007-E0x Installation Manual (Hard Copy)

IMN-904008-E0x Operator Interface Manual (Hard Copy)

QRC-904009-E0x Quick Reference Card (Hard Copy) •Qty 1 per SPU.

CDR-904005-E0x Customer Publication Set (On CD)• Qty 1 per system (min)• Qty 1 per 20 sites.

CDR-904025-00x System Software• CD Media.• Qty 1 per system (min)

• Qty 1 per 20 sites.






Ordering 6-17

Customer Service Information

Standard Customer Service Support Guidelines

Harris MCD offers many after-sales services such as Technical Assistance,Repair and Advance Replacements. For details on our services, policies,procedures and how to reach us, please visit our web site athttps://premier.harris.com/microwave/ and access the Worldwide Customer

Service – Support Guidelines Document . If you cannot access our web site,please call us at 1-800-227-8332 (514-421-8333) or email us [email protected] to get a copy.

Services Offered

• Technical assistance from highly qualified Product Support engineersto resolve technical questions / problems on the phone.

• Field Service support to resolve equipment problems on site by highlyprofessional Field Service engineers.

• Repair of equipment at our Repair & Return facilities in a timely andcost-effective manner.

• Customers may benefit from the Harris MCD Refurbish and RetuneProgram to ensure that their systems will continue to operate at optimalperformance as well as benefit from the latest engineeringimprovements which we continue to implement into Harris MCDproducts.

• 24-hour emergency telephone support by highly qualified ProductSupport engineers for traffic affecting or traffic threatening problems.

• 24-hour emergency shipment of replacement parts on selected items tominimize downtime.

• Product training by highly qualified instructors that maximizes productperformance and minimizes maintenance costs.







Technical Assistance Centre

Technical support is available 24 hours per day, seven days a week, 365 daysper year. Product Support Engineers are available worldwide to help you with

your technical questions or problems. For the USA/Canada, call us at1-800-227-8332. For International, call the Technical Assistance Centre near

you or contact us at 1-514-421-8333, fax to 1-514-421-3555 or email us [email protected].

Please provide us with the following information when you call:

1. Your name, company and telephone number.

2. Equipment type and Sales Order number or FWL number found at the bottom of the rack.

3. Detailed description of the problem.

Repair and Returns Services

Harris MCD repairs all its manufactured products as well as coordinatesrepairs on vendor items which are part of its systems. The typical repair turnaround time for current production models is 5 working days upon receipt ofthe defective parts and 15 working days for Manufacture Discontinued items,subject to the availability of parts (some restrictions apply).

Repair charges and turn around time for OEM (vendor) items are set by HarrisMCD suppliers. Our close working relationships with our suppliers assure us ofthe best repair prices and turn around time.

For more details, contact us in the USA/Canada at 1-800-227-8332, for otherregions, contact the Harris Repair and Return centre nearest you, or call us at1-514-421-8333, fax your request to 1-514-421-3555 or email us [email protected].

On-Site Field Service Support

Harris MCD factory trained Field Service engineers are available to performon-site technical assistance on an as needed basis when telephone assistancecan not be effectively rendered. All request for on-site assistance should bemade to the Technical Assistance Center. Call the Technical Assistance Centernearest you or directly call our U.S.A. TAC office at1-800-227-8332 (1-650-594-3800) or email us at [email protected].




Ordering 6-19

Annual Repair Service Program (ARSP)

Our ARSP service will assure you that all your repairs will be covered for aminimal fee paid up front. Repairs will be processed immediately andunexpected large repair expenses will be avoided. Only Harris MCDmanufactured units are covered by the Annual Repair Service Program. Theantenna system as well as OEM equipment like the channel banks are excluded.Th i s w a r r a n t y e x t en s i o n ex cl u d es an y un i t s d eem ed “ i r r ep a r a b l e ”

d ue t o m i s u se o r a bu s e o f t h e un i t s a n d r ep l a c em en t o f p a r t s

su b j e ct t o n o rm a l w ea r a n d t e a r . Equipment must be in good operatingcondition prior to purchasing a warranty extension service. For a morecomplete warranty coverage (including OEM equipment), please refer to oursection titled Maintenance Level Agreements (MLA).

For more details please visit our web site at

https://premier.harris.com/microwave/ and access the Datasheet “AnnualRepair Service Program”. For pricing information you can contact us at1-800-227-8332 (514-421-8333) or email us at [email protected].

Maintenance Level Agreements (MLA)

Harris MCD’s Maintenance Level Agreements (MLA) provide ongoing supportfor Harris hardware, software and OEM products beyond the expiration ofstandard warranties. This comprehensive network maintenance program

ensures that Harris-supplied networks will continue to perform criticalfunctions, providing the peace of mind our customers expect.

For more details please visit our web site athttps://premier.harris.com/microwave/ and access the Datasheet“Maintenance Level Agreements (MLA)” . For pricing information you cancontact us at 1-800-227-8332 (514-421-8333) or email us [email protected].

Customer Training

Harris MCD offers operation and maintenance courses for microwave,lightwave, multiplex and network operation and management systems. Thecourses are designed to maximize product performance and minimizemaintenance costs. Regular classes are held in some of our North-Americanand International facilities. For information on currently available courses,pricing and training locations, please visit our WEB site athttp://www.microwave.harris.com/support/training/ or e-mail us [email protected].



http://www.microwave.harris.com/support/training/

http://www.microwave.harris.com/support/training/






C H A P T E R

7GLOSSARY

This chapter provides an expanded description(as appropriate) of most of the acronyms used in theTRuepoint™ 4000 user documentation.

AGC Automatic Gain Control

ATPC Automatic Transmit Power Control — A feature of digital microwave radioequipment that adjusts the transmitter output power based on path fading

detected at the receiver.DTPC Dynamic Transmit Power Control — A feature enabling the regulation of a target

receive signal level by remotely and proportionally controlling the correspondingtransmitter output power level.

FEC Forward Error Correction — A coding technique that compensates for a noisytransmission channel by sending, along with the primary data payload, additionalinformation to correct for errors that occur in transmission.

HDLC High-level Data Link Control — A bit-oriented synchronous data link layerprotocol developed by ISO. HDLC specifies a data encapsulation method onsynchronous serial links using frame characters and checksums.

HHT Handheld terminal — A Harris’ user interface device (also known as a displaykeypad). It allows the user to configure and monitor the radio when not using

CIT or Web-CIT.IF Intermediate Frequency

IP Internet Protocol — A method or protocol by which data is sent from onecomputer to another on the Internet.

LAN Local-area Network — A data network located on a user's premises within alimited geographical area. Widely used technology standards in LANs areEthernet, FDDI, and Token Ring.




7-2 Glossary

MSUU Microwave Software Upgrade Utility — A Harris’ proprietary software utility forupgrading the software and firmware of the TRuepoint™ radios. Uses MicrosoftWindows 2000® Service Pack 4 or later.

MUX Multiplexer — A circuitry that combines two or more information-carryingchannels for transmission over one channel, by using frequency division or timedivision techniques

NMS Network Management System — such as Harris’ StarView™.

PDH Plesiosynchronous Digital Hierarchy — A complex multiplexing scheme of bitstuffing and byte interleaving. It multiplexes the lower level 64 kbit/s circuitsinto a successively higher order 2 Mbit/s, 34 Mbit/s, 140 Mbit/s and 565 Mbit/saggregate rates.

QAM Quadrature Amplitude Modulation

QPSK Quadrature Phase Shift Keying

RestrictedArea

A location qualified in accordance with IEC Standard 60950-1 as providing an

access that can only be gained by Skilled Persons or users who have beeninstructed about the reasons for the restriction applied to the location and aboutany precautions to be taken; andaccess achieved through the use of a Tool, lock and key, or other means ofsecurity, and is controlled by the authority responsible for the location.

RFU Radio Frequency Unit

RMS Rack Mounting Space

RSL Received Signal Level

RSSI Received Signal Strength Indicator — A parameter returned from a transceiverthat gives a measure of the RF signal strength.

RTPC Remote Transmit Power Control — A feature that allows an operator to access aremote transmitter and insert an attenuation in the transmitted signal. This isdone through the HHT or Web-CIT.




7-3

SkilledPerson

A s k i l l e d p e r s o n is considered to have the necessary knowledge and practicalexperience of electrical and radio engineering to appreciate the various hazardsthat can arise from working on radio transceivers, and takes appropriate

precautions to ensure the safety of personnel.This individual is considered to be a s k i l l e d p e r s o n only if he/she is competentto take responsibility for both his/her safety and for that of unskilled personnelunder his/her immediate supervision, when working on the transceiver.Training requirements for a s k i l l e d p e r s o n should not only be confined totechnical matters and, preferably, should include first-aid treatment, especiallymethods of artificial resuscitation: respiration and cardiac compression (heartmassage).

SNMP Simple Network Management Protocol — Protocol used to facilitate networkmanagement by exchanging information between equipment on a network.

SPU Signal Processing Unit

W eb -CIT Web-Craft Interface Tool — A Harris’ proprietary software utility for monitoringand controlling the operation and configuration of the TRuepoint™ radios.Located on the TRuepoint™ Controller, any of the two NTWRK/LAN ports allowsfor connecting a PC running the Web-CIT server that is embedded in the radio.This web server stores HTML pages and applets that provide a user interface formonitoring and controlling any TRuepoint™ Network Element, using theMicrosoft® Internet Explorer, version 5.5 and later.




7-4 Glossary




A P P E N D I X

A SPU PORTS’ PINOUTS

Table A-1: Balanced Tributaries 1-8: 50-Pin Female SCSI-1Pin Name Direction Description

1 NC - No connection

2 GND - Ground

3 RRING8 OUT Tributary 8 Output Ring

4 TRING8 IN Tributary 8 Input Ring

5 GND - Ground



8 GND - Ground



11 GND - Ground



14 GND - Ground



17 GND - Ground


Pin 26Pin 50

Pin 1




A-3

Table A-2: Balanced Tributaries 9-16: 50-Pin Female SCSI-1

Pin Name Direction Description


2 GND - Ground



5 GND - Ground



8 GND - Ground



11 GND - Ground



14 GND - Ground



17 GND - Ground


Pin 26Pin 50

Pin 1




A-4 SPU Ports’ Pinouts


20 GND - Ground



23 GND - Ground



26 NC - No Connection

27 GND - Ground

28 RTIP16 OUT Tributary 16 Output Tip

29 TTIP16 IN Tributary 16 Input Tip

30 GND - Ground



33 GND - Ground



36 GND - Ground



39 GND - Ground



42 GND - Ground



45 GND - Ground



48 GND - Ground



Table A-2: Balanced Tributaries 9-16: 50-Pin Female SCSI-1


Pin 26Pin 50

Pin 1




A-5

Table A-3: Unbalanced Tributaries 1-8: 50-Pin Female SCSI-1



2 GND - Ground

3 GND - Ground

4 GND - Ground

5 GND - Ground

6 GND - Ground

7 GND - Ground

8 GND - Ground

9 GND - Ground

10 GND - Ground

11 GND - Ground

12 GND - Ground

13 GND - Ground

14 GND - Ground

15 GND - Ground

16 GND - Ground

17 GND - Ground

18 GND - Ground

Pin 26Pin 50

Pin 1





19 GND - Ground

20 GND - Ground

21 GND - Ground

22 GND - Ground

23 GND - Ground

24 GND - Ground

25 GND - Ground


27 GND - Ground

28 RTIP8 Out Tributary 8 Output Tip

29 TTIP8 In Tributary 8 Input Tip

30 GND - Ground



33 GND - Ground



36 GND - Ground



39 GND - Ground



42 GND - Ground



45 GND - Ground



48 GND - Ground





Pin 26Pin 50

Pin 1




A-7




2 GND - Ground

3 GND - Ground

4 GND - Ground

5 GND - Ground

6 GND - Ground

7 GND - Ground

8 GND - Ground

9 GND - Ground

10 GND - Ground

11 GND - Ground

12 GND - Ground

13 GND - Ground

14 GND - Ground

15 GND - Ground

16 GND - Ground

17 GND - Ground

18 GND - Ground

Pin 26Pin 50

Pin 1





19 GND - Ground

20 GND - Ground

21 GND - Ground

22 GND - Ground

23 GND - Ground

24 GND - Ground

25 GND - Ground


27 GND - Ground



30 GND - Ground



33 GND - Ground



36 GND - Ground



39 GND - Ground



42 GND - Ground



45 GND - Ground



48 GND - Ground





Pin 26Pin 50

Pin 1




A-9

Table A-5: HDLC (RJ-45), MicroStar® / Constellation® Net_Comm Port


1 NWTXCLKPController toEquipment

RS-422,Net West clock transmit, positive

2 NWTXCLKNController toEquipment

RS-422,Net West clock transmit, negative

3 NWTXPController toEquipment

RS-422,Net West transmit signal, positive

4 NWTXNController toEquipment

RS-422,Net West transmit signal, negative

5 NWRXCKPEquipmentto Controller

RS-422,Net West clock receive, positive

6 NWRXCKN Equipmentto Controller RS-422,Net West clock receive, negative

7 NWRXPEquipmentto Controller

RS-422,Net West receive signal, positive

8 NWRXNEquipmentto Controller

RS-422,Net West receive signal, negative

Pin 8Pin 1

HDLC

Table A-6: Port 1 (RJ-45), Data and Local Communications (Future)


1 NO CONNECTION

2 NO CONNECTION

3 NO CONNECTION

4 GND GND to GND Ground

5 RX_DATControllerto PC

RS232, data receive

6 TX_DATPC toController

RS232, data transmit

7 NO CONNECTION

8 NO CONNECTION

Pin 8 Pin 1

Port 1





Table A-7: Port 2 (RJ-45), HHT and VT-100 Terminals


1 DISPLAY_+5VHHT/VT-100to CTL

HHT Power Input

2 NO CONNECTION

3 NO CONNECTION

4 GND GND-GND Ground

5 RX_DATCTL toHHT/VT-100

RS232, data receive

6 TX_DATHHT/VT-100to CTL

RS232, data transmit

7 NO CONNECTION

8 NO CONNECTION

Pin 8Pin 1

Port 2

Table A-8: NTWRK / LAN, (RJ-45), Repeater and Network Management


1 ETHER_RXA_P In 10/100BASE-T Input

2 ETHER_RXA_N In 10/100BASE-T Input

3 ETHER_TXA_P Out 10/100BASE-T Output

4 Tied to chassis via a 75 ohm and

cap5

6 ETHER_TXA_N Out 10/100BASE-T Output

7 Tied to chassis via a 75 ohm andcap8

1 ETHER_RXB_P In 10/100BASE-T Input

2 ETHER_RXB_N In 10/100BASE-T Input

3 ETHER_TXB_P Out 10/100BASE-T Output


6 ETHER_TXB_N Out 10/100BASE-T Output


* The 88E6052 include the Auto MDI/MDIX Crossover for each port

Pin 8 Pin 1

NTWRK/LAN 1

Pin 8Pin 1

NTWRK/LAN 2




A-11

Each relay linked to an alarm is d e - e n e r g i z e d when thealarm is a c t i v e and e n e r g i z e d when alarm is i n a c t i v e .When linked to a control, the relay is e n e r g i z e d whenthe control is s e t , and d e - e n e r g i z e d when the controlis c l e a r e d .

Table A-9: Relays / Alarms, (Female DB-15)

RelayContacts Condition for:

Pin Statusa Alarm Control

ProgrammableRelay/Alarm 1

1 Open Inactiveb Setc9 Closed

2 Common 1


10 OpenInactive Set

3 Closed

11 Common 2


4 OpenInactive Set

12 Closed

5 Common 3


13 Open Inactive Set6 Closed

14 Common 4

ExternalAlarms

7 External Alarm Input 1

15 External Alarm Input 2

8 Ground

a. Relative to the Common contact

b. When Alarm is inactivec. When Control is set

Pin 9Pin 15

Pin 1





Table A-10:Orderwire, 4W (RJ-45), External Auxiliary Channels Interface


1 GND Ground connection


3 IN In Differential positive analog input

4 OUT Out Differential negative analog output

5 OUT Out Differential negative analog output

6 IN In Differential positive analog input



P n 1

Table A-11:Orderwire, 2W (RJ-11) Voice



2 TIP In 2-Wire Input Tip

3 RING In 2-Wire Input Ring


Pin 1




INDEX

A

ATPC 7-1

B

BERT set 4-21

C

CableBNC 4-13coaxial, allowable length 2-10connecor on SPU 2-4connectorized 4-14connectors, N-type 2-8grounding 4-7network, RJ-45 4-16power 4-9RFU to SPU 3-12tools for installing 3-3typical run 3-13

Control A-11

control 4-15

Customer Training 6-19

E

EMIspecifications 2-9

F

Foreword 1-1

G


I

Installation Types 3-2Installing

RFU Outdoors, Detachable Mount 3-16

InterconnectivityMicroStar® 4-15

ISO 9001 -v

K

Key FeaturesTRuepoint™ 5000 RFU 1-3

M

Maintenance 5-1

ModulationQAM 7-2

MUX and SDM ports, Tributaries, Seealso Tributaries A-5

O

On-Site Field Service Repair 6-18

Ordering 6-1

P

PartsNumbers v/ Product Codes 6-1ordering 6-2Spare 6-1

Placing the order 6-2

Polarizationhorizontal 3-7setting antenna 3-6, 3-8vertical 3-7, 3-9

Portscable, on RFU 4-5identification 2-4pinouts A-1tributaries 4-14

Q

Qualifications of Installation Personnel

3-2



I-2 Index

R

Related Manuals 1-4

Repair 6-18Replacing

Units 5-3

RFUinstalling outdoors 3-3latching to antenna 3-11

RFU coaxial cable to SPU 3-12

RSSIvoltage 4-20

S

Site Requirements 3-1Spare

Unit Ordering 6-1

SpecificationsEMC and safety 2-9

SPULEDs 2-4system characteristics 2-8

Standard Product Warranty 6-17

T

Technical Assistance Center -v

training 6-19

Tributaries 4-21

hariis truepoint 4000 - the radio installation

Documents