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605-0000-436 1988 Airspan Communications Corporation

Issue 1.5 Date: 18th October 1999

AS4000

Wireless Local Loop System

Subscriber Terminal

Installation and Commissioning

Summary of content (139 pages)

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AS4000 Wireless Local Loop System Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning Preface 605-0000-436 Issue 1.5 Date: 18th October 1999 Notice 1. This manual is subject to revision. 2. All rights reserved. 3. Right of modification reserved. 4. This manual is supplied without liability for errors or omissions. 5. No part of this manual may be reproduced or used except as authorised by contract or other written permission. 6.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning Preface 605-0000-436 Issue 1.5 Date: 18th October 1999 Safety Instructions - Warnings and Cautions SAFETY 1. Read and follow all warning notices and instructions marked on the product or included in this manual. 2. Do not allow anything to rest on the power cord and do not locate the product where persons could step or walk on the power cord. 3.
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AS4000 Subscriber Terminal Installation and Commissioning Preface 605-0000-436 Issue 1.5 Date: 18th October 1999 NOTE Airspan products do not contain hazardous substances (as defined in UK ‘Control of Substances Hazardous to Health Regulations 1989’, and the ‘Dangerous Substances Regulations 1990’).
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AS4000 Subscriber Terminal Installation and Commissioning Preface 605-0000-436 Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning ICL 001 605-0000-436 Issue 1.5 Date: 18th October 1999 ISSUE CONTROL LIST CHANGE TYPE/DATE PURPOSE PAGES AFFECTED 1.0 New document created from 156-036-200 DSC references changed to ACC. All 1.1 Logo change, product name change. Polemount details added All 1.2 Update to Junction Box wiring details 1.3 December 1998 STMON J added PSU 4A added DLPs Renumbered to retain sequence all affected 1.
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AS4000 Subscriber Terminal Installation and Commissioning IXL 001 605-0000-436 Issue 1.5 Date: 18th October 1999 INDEX TASK LIST PREFACE: Safety Instructions Warnings and Cautions User Response Form ACCESS: ICL, IXL Issue Control List .............................................................................................. ICL-001 Index Task List ................................................................................................IXL-001 GENERAL SYSTEM INFORMATION: GSI Introduction.......
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AS4000 Subscriber Terminal Installation and Commissioning IXL 001 605-0000-436 Issue 1.5 Date: 18th October 1999 Programming the ST-V2 CRU (Type 2 /4 PSU) using a test telephone ............. DLP-015 Panning and Measurements at the CRU ........................................................... DLP-016 Telephony Tests ST-V2 Installations ................................................................. DLP-017 Data Tests ST-D128 Installations ...............................................................
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AS4000 Subscriber Terminal Installation and Commissioning IXL 001 605-0000-436 Issue 1.5 Date: 18th October 1999 Figure 24. ST-V2 Drop Cable Connections to Type-4 PSU DLP-010 Figure 25. CRU Drop cable connector Figure 26. Wire Striping Dimensions for 80 Metre Drop Cable Lead-Out Figure 27. Drop Cable Connections to Junction Box. Figure 28 Drop Cable Connections to Junction Box. Before Dec 1998 Figure 29. CRU Drop Cable Forming And Terminating In The Junction Box Figure 30.
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AS4000 Subscriber Terminal Installation and Commissioning IXL 001 605-0000-436 Issue 1.5 Date: 18th October 1999 DLP-003 Table 8. PSU (Type 1) to Junction Box Connections Table 9. CRU Connector Pin Termination Table 10. NTU Terminations for ST-V2 DLP-010 Table 11. CRU Connector Block Terminations Table 12 Type 4A PSU terminations Table 13. RJ45 Connections DLP-011 Table 14. CRU Connector Pin Termination DLP-013 Table 15. VF AND ISDN configuration for STMON Table 16.
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AS4000 Subscriber Terminal Installation and Commissioning IXL 001 605-0000-436 Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 001 605-0000-436 Issue 1.5 Date: 18th October 1999 INTRODUCTION 1. General 1.01 This document describes the installation and commissioning of the ACC Communications AS4000 Subscriber Terminals (ST) Equipment to release 3.0 specifications. 1.02 Prerequisite skills. Personnel installing and commissioning the AS4000 STs require a basic knowledge of telephony and radio communications, and experience in installing telecommunications products.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 001 605-0000-436 Issue 1.5 Date: 18th October 1999 3. Related Documentation 605-0000-430 System Overview 605-0000-434 Hardware Overview 605-0000-431 System Operations and Maintenance Manual 605-0000-435 Material Return and Repair 605-0000-432 Central Terminal - Equipment Rack Installation & Commissioning 605-0000-427 Sitespan 605-0000-437 D128 Terminal Converter 605-0000-433 Antenna/Feeder Installation & Commissioning Procedure Table 1.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 002 605-0000-436 Issue 1.5 Date: 18th October 1999 AS4000 SUBSCRIBER TERMINAL OVERVIEW 1. AS4000 Subscriber Terminal 1.01 The AS4000 Subscriber Terminal (ST) Equipment is installed at the end-user’s premises, normally by the Network Operator.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 002 605-0000-436 Issue 1.5 Date: 18th October 1999 2. ST-V2 2.01 The ST-V2 provides two analogue VF telephone lines. These can be used for telephony, fax and modems. The system supports CAS/ DASS2 connections to the switched network and supports the full range of advanced services supported by these interfaces, including CLASS services and Subscriber Pulse Metering (SPM). 3. ST -D128 Subscriber Terminal 3.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 002 605-0000-436 Issue 1.5 Date: 18th October 1999 interfaces or 1 x 128kbit/s. The host can also be interfaced using an interface connector if needed. The Converter plugs into the Network Terminating and Test Point (NTTP) equipped with a RJ45 Socket. 4. ST -I1 Subscriber Terminal 4.01 The CRU is connected to a junction box (PSU Type 1) or a terminal block within the PSU (PSU Types 2 ).
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AS4000 Subscriber Terminal Installation and Commissioning GSI 002 605-0000-436 Issue 1.5 Date: 18th October 1999 The ST equipment is powered from the AC mains supply available at the customer’s premises. This Power supply consists of an AC/DC converter that converts the customers 230/110V AC mains supply to a 30 Volt DC supply for the CRU, and a Junction Box that facilitates the connection of the DC supply to the Drop Cable.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 002 605-0000-436 Issue 1.5 Date: 18th October 1999 • 2 wires for monitoring AGC and Power Control • 1 wire for logic 0Volts (6 Pair D128 only) 6.02 There are four types of drop cable available. Use V2 /ISDN D128 V2 /ISDN D128 *see Note 1 Description 5 pair PVC Connectorised Drop Cable Foil Sheild 6 Pair Belden Connectorised Drop Cable Braided Sheild.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 003 605-0000-436 Issue 1.5 Date: 18th October 1999 SPECIFICATIONS 1. Specifications Physical CRU without brackets: PSU: Type 1 Type 2 Type 4 305mm W x 250mm H x 95mm D 85mm W x 150mm H x 50mm D 225mm W x 300mm H. x 100mm D 180mm W x 300mm H. x 80mm D Weight CRU without brackets: PSU: Type 1 Type 2 Type 4 4Kg 1.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 003 605-0000-436 Issue 1.5 Date: 18th October 1999 Electrical Type 2 PSU (ACPSU) AC Input Voltage: Range, 110VAC or 240VAC - Two Models. Operating Range: 230V +/-10%. = 207V to 253V. 110V +6% -10%. / 99V to 116.6V. Frequency: 48 to 63 Hz. AC Input Fuse: 1 Amp - HBC[T] 5 x 20mm.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 004 605-0000-436 Issue 1.5 Date: 18th October 1999 REQUIRED TOOLS AND EQUIPMENT. 1. Required Tools 1.01 The following lists of tools and equipment are required to successfully install and test the ST equipment. Table 3.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 004 605-0000-436 Issue 1.5 Date: 18th October 1999 2. Required Equipment 2.01 The table below shows the required equipment. Table 4. Required Equipment. ITEM 01 02 03 04 05 DESCRIPTION MODEL Digital Multimeter Test Telephone Compass CRU Generic Test Cable (connectorised CRU only) 2 adapters are provided per CT rack installation. PC with STMON Fluke 77 or similar *Note 1 ACC 454-0000-182 *Note 1 2.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 005 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLATION PARTS. 1. AS4000 Subscriber Terminal Parts List 1.01 Table 5 and Table 7 show the parts required for installing the ST Item 1. 2. 3. or 4 or 5. 5.1 5.2 5.3 5.4 5.5 5.6 6.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 005 605-0000-436 Issue 1.5 Date: 18th October 1999 1.03 The PSU supplied is one of the two versions of PSU available. Item 1. 2.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 006 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLATION PROCESS. Use the flow charts on the following pages to guide the installation processes 1.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 2.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 3.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 4. Installation Check List.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 007 605-0000-436 Issue 1.5 Date: 18th October 1999 PREPARATORY TASKS. 1. Site Readiness 1.01 Task 1 involves verifying that your site is ready for the installation of the ST Equipment. • Check access to the building before unloading or unpacking the equipment. 2. Site Selection 2.
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AS4000 Subscriber Terminal Installation and Commissioning GSI 007 605-0000-436 Issue 1.5 Date: 18th October 1999 Right Left Top o 15 CRU 15 o Horizontal Plane Area clear from clutter, obstruction or shrouding 30 o C R U 30 Area clear from clutter, obstruction or shrouding o Vertical Plane Figure 4. CRU Positioning 2.02 Check how the drop cable is to enter the site and the internal drop cable run from the CRU to the PSU. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 001 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLING THE CRU (WALL MOUNT). Use this procedure to install the CRU. Before installing the CRU check that the proposed position meets the site selection guidelines. See GSI 007 STEP PROCEDURE CRU Positioning and Securing. 1. Confirm the position of the CRU ensuring that there is no obstruction in front and to either side of the CRU. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 001 605-0000-436 Issue 1.5 Date: 18th October 1999 5. Using the wall bracket as a template, mark the first hole position. Where the CRU is to be mounted to a brick built building, try to ensure that each hole coincides with the middle of a brick and not the mortar course. 6. Drill the first hole, 10mm diameter to a maximum depth of 70mm (use a drilling depth gauge) and then fit the Type S10 Wall Plug (Part No 128-0000-122) provided. 7.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 001 605-0000-436 Issue 1.5 Date: 18th October 1999 11. Screw the CRU and bracket assembly to the wall bracket choosing to hinge from left or right to allow panning in the directions of the CT antenna. 12. Rotate the CRU to face in the general direction of the CT. At this stage, finger tighten the bracket locking hex headed screws (Part No 175-0010-002) only. 13. Check that the CRU is stable and secure in both planes. STOP.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 002 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLING THE CRU (POLE MOUNT). To enhance the deployment possibilities of the AS4000 Subscriber Terminal, a pole mounting may be used for the CRU. A special drop cable is used to enable the CRU to be powered over an 80 metre cable length. The maximum span of the cable should be no greater than 40 metres.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 TOP VIEW CT Direction 45° CT Direction 45° Choose orientation of the bracket to avoid existing wires or cable duct Use the flange furthest away from the mounting point to align with the known direction of the CT Figure 7.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 002 605-0000-436 Issue 1.5 Date: 18th October 1999 Fitting the CRU Once the bracket is in place, fit the CRU using 2 bolts with plain and spring washers. Rotate the CRU to face in the general direction of the CT. At this stage, finger tighten the bracket locking bolts The main body of the CRU should always be orientated towards the larger part of the bracket relative to the mounting points (see Figure 9).
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AS4000 Subscriber Terminal Installation and Commissioning DLP 003 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLING THE TYPE 1 PSU. The Type 1 PSU consists of an AC Brick Power Unit and a Junction Box. STEP PROCEDURE PSU (Type 1) and Junction Box Positioning and Securing 1. Confirm the position of the PSU, allow for adequate ventilation and service access. 2. Install the PSU and Junction Box within 2 metres of an AC power point and 25 metres of the CRU. 3.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 003 605-0000-436 Issue 1.5 Date: 18th October 1999 STEP PROCEDURE AC Power Cord Installation 1. Use a supply cord fitted with a mains plug in accordance with local requirements. 2. Plug the AC supply cord into the IEC connector on the PSU (Type 1). 3. Do not connect the plug to the supply socket until instructed to by the Commissioning Test Procedure.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 004 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLING THE TYPE 2 ACPSU. The Type 2 PSU (ACPSU) consists of an AC PSU Unit with standby batteries and generates power fail alarms that are passed to the CT. STEP PROCEDURE PSU (Type 2) Positioning and Securing 1. Confirm the position of the ACPSU, allow for adequate ventilation and service access. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 004 605-0000-436 Issue 1.5 Date: 18th October 1999 3. Install the ACPSU within 2 metres of an AC power point and 25 metres of the CRU. 4. Mark the wall fixing positions using the drilling template supplied. The ACPSU should be fitted with the batteries towards the top and the mains input connector at the bottom. (See Figure 10). 5. Drill the 4 holes, 8mm. diameter to a depth of 50mm.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 004 605-0000-436 Issue 1.5 Date: 18th October 1999 STEP PROCEDURE AC Power Cord Installation 1. Use a supply cord fitted with a mains plug in accordance with local requirements. Plug the AC supply cord into the IEC connector on the ACPSU and secure with retaining clip. Note. Do not connect the plug to the supply socket until instructed to by the Commissioning Test Procedure. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 005 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLING THE TYPE-4 PSU. The Type 4 PSU consists of an PSU Unit with standby batteries and generates power fail alarms that are passed to the CT. STEP PROCEDURE PSU (Type 4) Positioning and Securing 1. Confirm the position of the Type-4 PSU, allow for adequate ventilation and service access. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 005 605-0000-436 Issue 1.5 Date: 18th October 1999 3. Install the Type 4 PSU within 2 metres of an AC power point and 25 metres of the CRU. (80 metres if using cabling to pole mount for CRU). 4. Remove the PSU front cover. Offer the PSU up into position and mark the three fixing positions onto the wall. The PSU should be fitted with the batteries towards the top and the mains input connector at the bottom. (See Figure 12). 5.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 005 605-0000-436 Issue 1.5 Date: 18th October 1999 STEP PROCEDURE AC Power Cord Installation 1. Use a supply cord fitted with a mains plug in accordance with local requirements. Plug the AC supply cord into the IEC connector on the Type-4 PSU and secure with retaining clip. Note. Do not connect the plug to the supply socket until instructed to by the Commissioning Test Procedure. 1.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 005 605-0000-436 Issue 1.5 Date: 18th October 1999 Hazardous Voltage Test Earth If the hazardous voltage test is to be made functional then an additional earth has to be run from a know good domestic earth and terminated to the 0V (Type 4 TB1 terminal 2b) PSU Labelling If the CRU has been provided with a customer specific logo label, stick the label in the top left hand corner of the front of the case as shown. 10mm 10mm Figure 14.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 006 605-0000-436 Issue 1.5 Date: 18th October 1999 INSTALLING THE TYPE-4A PSU. The Type 4A PSU consists of an PSU Unit with cable termination facilities and is designed to be used in applications where battery backup is not needed. STEP PROCEDURE PSU (Type 4A) Positioning and Securing 1. Confirm the position of the Type-4 PSU, allow for adequate ventilation and service access.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 006 605-0000-436 Issue 1.5 Date: 18th October 1999 2. Install the Type 4A PSU within 2 metres of an AC power point and 25 metres of the CRU. (80 metres if using cabling to pole mount for CRU). 3. Remove the PSU front cover. Offer the PSU up into position and mark the three fixing positions onto the wall. (See Figure 12). 4. Drill the 3 holes, 8mm. diameter to a depth of 50mm.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 006 605-0000-436 Issue 1.5 Date: 18th October 1999 2. Fit the cover to the PSU without securing the screw until instructed to by the Commissioning Test Procedure. PSU earthing 1. Note: The Type-4 PSU is double insulated. It still has a 3-pin IEC socket and therefore uses a 3-wire cable and mains plug. There is no earth wire connected to the IEC socket inside the unit.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 007 605-0000-436 Issue 1.5 Date: 18th October 1999 CABLE INSTALLATION FOR WALL MOUNT CRU. The drop cable consists of a single 5 pair cable (25 metres) or a single 6 pair cable (80 metres) complete with environmentally protected connector. The connector plugs into the CRU Socket mounted on the rear plate of the CRU. STEP PROCEDURE Drop cable installation 1.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 008 605-0000-436 Issue 1.5 Date: 18th October 1999 CABLE INSTALLATION FOR POLE MOUNT CRU. The drop cable consists of a single 5 pair cable (80 metres) for ST-V2 and ISDN and 6 Pair cable (80 metres) for complete with environmentally protected connector. The connector plugs into the CRU Socket mounted on the rear plate of the CRU.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 009 605-0000-436 Issue 1.5 Date: 18th October 1999 CABLE TERMINATION FOR ST-V2. The drop cable consists of a single 5 pair cable (25 metres or 80 metres) complete with environmentally protected connector. The connector plugs into the CRU Socket mounted on the rear plate of the CRU.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 009 605-0000-436 Issue 1.5 Date: 18th October 1999 Five Pair Drop Cable Termination at the PSU (Type 1 only) 1. Run cable end into the Junction Box. Estimate the length of end required for termination of wires (allow 150mm of conductor for a maintenance re-termination of wires) and cut cable to length. 2. Strip outer cable sheath using a knife or cable stripping tool to expose wires. 3.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 009 605-0000-436 Issue 1.5 Date: 18th October 1999 Stranded wires should be tightly twisted Thick Black 50 mm Black 50 mm Grey 25 mm Yellow 25 mm White Violet 45 mm Blue Thick 50 mm 45 mm Red 40 mm Orange 50 mm Screen 40 mm Cut wires to lengths shown All wires should be have 5mm of insulation stripped Green, Brown and Strain wires should be cut off neatly to the Butt of the cable Figure 20.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 009 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable Termination at the PSU (Type 2 only) 1. Run cable end into the PSU. Estimate the length of end required for termination of wires (allow 150mm of conductor for a maintenance re-termination of wires) and cut cable to length. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 009 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable Termination at the PSU (Type 4A only) 2. At the PSU punch down the wires of the drop cable, to the IDC terminal blocks (TB1 & TB2) using an Auto Trim Termination Tool and connect the DC and screen to the Wago block. The table and figures below, illustrate the connections of the drop cable to the connector blocks inside the PSU.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 009 605-0000-436 123 9 10 1 5 Pair Drop Cable 2 4 5 TB2 6 6 Green Brown Yellow Grey Drain 3 5 7 7 8 White 8 Black thick Red thick Green Brown Yellow 7 4 11 Blue TB2 6 2a 2b 3 Orange 5 1 7 TB1 Violet 4 6 White 3 5 11 Blue 2 4 Orange TB1 9 10 Grey Drain 8 2a 2b 3 1 8 Loop ST MON Violet 1 Black Red ST MON Black thin Loop 123 Red thin Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 010 605-0000-436 Issue 1.5 Date: 18th October 1999 CABLE TERMINATION FOR ST-D128 WHEN USING TYPE 1 & TYPE 4A PSU. STEP PROCEDURE Drop Cable Termination at CRU. Important Notice: Care should be taken when plugging the drop cable into the connector on the rear plate of the CRU. The cable approaches the socket from above. The cable socket has a polarisation key and the plug has a polarisation slot to ensure that the connectors mate correctly.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 010 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable Termination At Junction Box. (type 1 PSU) 1. Note Wiring of the junction Box may differ if wired prior to December 1998 2. Run the drop cable from the CRU connector block to the Junction Box. Secure the junction box housing to the wall in the required position with two screws. 3.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 010 605-0000-436 Issue 1.5 Date: 18th October 1999 5. Figure 27 below, illustrates the connections of the drop cable to the connector blocks inside the Junction Box. Figure 28 shows the order of wire insertion to ensure that the cables fit in the junction box. When connecting the thick stranded wire ensure that the screws are fully undone and the hole fully opened to allow the wire to be inserted without displacing strands.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable 1 12 2 11 3 10 4 Thick Red 5 Thick 6 Black 9 1 12 2 11 3 10 4 9 5 8 6 Thin Black & Screen 7 8 7 Wire loop 3 to 4 Tie Wrap Grey 1 Yellow 2 12 11 White 2 3 10 Blue 1 3 10 4 9 4 9 5 8 Orange 5 8 6 7 6 7 Violet Sleeved braided wire White PSU 12 11 RJ 45 Colours depend on cable used Figure 29.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 010 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable Termination at the PSU (Type 4A only) 1. Run cable end into the PSU. Estimate the length of end required for termination of wires (allow 150mm of conductor for a maintenance re-termination of wires) and cut cable to length. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 010 605-0000-436 25 Metre Belden (Grey) Drop Cable 2 3 Red (thin) Black (thin) Yellow Brown Green 6 7 Grey Drain 2a 2b 3 4 4 5 TB2 5 6 7 80 Metre (Black) Drop Cable Figure 30. Wiring For D128 Type 4A Power Supply Unit Customer Interface Wiring Type 1 PSU Run and Terminate the 2 Mbit/s Tx and 2 Mbit/s RX interfaces from the RJ45 G703 NTU’s to the Junction Box using twisted pair cable with single strand wire.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 Pin Number 1 2 3 4 5 6 7 8 Function receive (receiving from the network). receive shield reference point. Fit LK3 to ground transmit (transmit to the network). transmit shield reference point. not used not used Table 13. RJ45 Connections 87654321 Gnd TX TX Gnd RX RX 12345678 RJ45 D128 Connections Socket Plug Gnd TX TX Gnd RX RX Figure 31. RJ45 connections for D128 STOP.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 Issue 1.5 Date: 18th October 1999 CABLE TERMINATION FOR ST-I1. STEP PROCEDURE Drop Cable Connector 1. Important Notice: Care should be taken when plugging the drop cable into the connector on the rear plate of the CRU. The cable approaches the socket from above. The cable socket has a polarisation key and the plug has a polarisation slot to ensure that the connectors mate correctly.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 Issue 1.5 Date: 18th October 1999 Table 14.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 Issue 1.5 Date: 18th October 1999 Six Pair Drop Cable Termination at the PSU (Type 1 only) 1. Run cable end into the Junction Box. Estimate the length of end required for termination of wires (allow 150mm of conductor for a maintenance re-termination of wires) and cut cable to length. 2. Strip outer cable sheath using a knife or cable stripping tool to expose wires. 3.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 Issue 1.5 Date: 18th October 1999 8. Figure 35 below, illustrates the connections of the drop cable to the connector blocks inside the Junction Box. The diagram shows the order of wire insertion to ensure that the cables fit in the junction box. When connecting the thick stranded wire ensure that the screws are fully undone and the hole fully opened to allow the wire to be inserted without displacing strands.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable 1 12 2 11 3 10 4 9 Thick Red 5 Thick 6 Black 8 7 Thin Black & Screen 1 12 2 11 3 10 4 9 5 8 6 7 Wire loop 3 to 4 Tie Wrap Grey 1 Yellow 2 12 11 White 1 2 3 10 Blue 3 10 4 9 4 9 5 8 Orange 5 8 6 7 Violet 6 7 Sleeved braided wire 12 White PSU 11 NTU Colours depend on cable used Figure 36.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable Termination at the PSU (Type 4 only) TO NTUs 2a 6 5 4 SCR 1 2b Yellow Grey TB1 3 SCR 0VDC 8 BLK 7 RED STX- 6 WHI STX- STX+ STX+ 5 BLU SRX- SRX- 4 ORA 3 SRX+ 2 VIO 1 SRX+ TB2 +VDC AGC PC Downlink Uplink TYPE 4 PSU Connector Detail 7 1.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 Issue 1.5 Date: 18th October 1999 Drop Cable Termination at the PSU (Type 4A only) 3. At the PSU punch down the wires of the drop cable, to the IDC terminal blocks (TB1 & TB2) using an Auto Trim Termination Tool and connect the DC and screen to the Wago block. The table and figures below, illustrate the connections of the drop cable to the connector blocks inside the PSU.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 011 605-0000-436 123 9 10 5 Pair Drop Cable 2 4 5 TB2 6 6 Green Brown Yellow Grey Drain 3 5 7 7 8 White 1 4 11 Blue 8 Black thick Red thick Green Brown 7 2a 2b 3 Orange TB2 6 1 7 TB1 Violet 5 6 White 4 5 11 Blue 3 4 Orange 2 Yellow TB1 9 10 Grey Drain 8 2a 2b 3 1 8 Loop ST MON Violet 1 Black Red ST MON Black thin Loop 123 Red thin Issue 1.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 012 605-0000-436 Issue 1.5 Date: 18th October 1999 BATTERY CONNECTION FOR TYPE 2 AND TYPE 4 PSUs. Do not connect the battery until the commencement of commissioning Note if the Type 2/4 PSU is used for D128 do not use batteries to ensure sufficient voltage is present at CRU STEP PROCEDURE 1. Remove PSU cover and disconnect cover earthing lead if connected. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5a Date: 18th October 1999 CONNECTING TO THE CRU USING STMON. STMON is an MS-DOS PC communications utility that allows the status of an AS4000 Subscriber Terminal to be displayed on a PC screen. It is intended to be used as a commissioning tool and may also be used as an aid to troubleshooting.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 1. STMON communicates via the PC RS232 com port which connects to the ST drop cable. The PC may be attached to the Junction Box, PSU or survey tool with a cable terminated at the PC end as in Figure 40. Pin 1 Downlink Comms - Yellow or brown on White Uplink Comms - Grey or white on Brown Ground - Black or blue on Red Figure 40.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 +VDC 0VDC SCR UPLINK DOWNLINK Issue 1.5 Date: 18th October 1999 5 4 3 2 1 RS232 TB1 Pin 0v (Black or Blue on Red) To 3 PC 2 Uplink Comms (Grey or white on Brown) Port Downlink Comms (Yellow or brown on White) 5 Figure 43. STMON Connections To Type 2 PSU Note: Remove the grey wire from TB1 (2) and twist together with the grey wire from STMON to isolate the uplink comms from the PSU.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 Link to be set between pins 1 & 2 for daughter board operation 1 2 3 Earth 1 Uplink Comms 2 Downlink Comms Link to be set between pins 2 & 3 for ST MON ST MON To PC RS232 Port 3 TB1 Figure 44.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 Starting STMON 1. STMON should be executed within the DOS environment. STMON is not suitable for execution from within the MS-Windows environment. 2. Type the following at the MS-DOS command line; stmon /c com_port /f filename All parameters are optional. /c com_port specifies which serial communications port to use (COM1 is used as default).
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 Principle of operation 1. STMON intercepts messages that are sent from the ST approximately every two seconds - this governs the screen update rate. 2. Immediately after power-up the ST outputs data for STMON specifying the ST software version code and the ST RF channel code. STMON is updated with link status information.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 Link PC & TX Power Uplink Panel Status of Uplink, either No link or link OK. If the CRU has been factory calibrated, the actual TX power will be given in dBm (range 0dBm to 25dBm), and the PC control Voltage is in the range 0.00 to 5.00 V (where 0.00V = maximum power). For un-calibrated CRUs the TX Power displays ‘Uncal’ and the control voltage is in the range 0.00 to 3.00V(where 3.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 Link AGC and RX Power Rate Errors /sec Downlink panel Status of Downlink, either No link or link OK. If the CRU has been factory calibrated, the actual RX power will be given in dBm (range - 85dBm to -105dBm). and the AGC control Voltage is in the range 0.00 to 5.00 V (where 0.00V = maximum power). For un-calibrated CRUs the TX Power displays ‘Uncal’and the control voltage is in the range 0.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 Comms status Log file size STMON panel Indicates com port to which STMON is attached and status, OK or Timed out. Indicates size of log file size in Bytes, or Disabled if log file option was not invoked. Table 22.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 STMON log file 1. A text log file may be created by using the /f switch. Log file entries are created every time the status of the ST changes. Invoke STMON by typing; stmon /f log.txt 2. After STMON is stopped the log file may be viewed using any standard ASCII file editor such as MS-DOS EDIT, Windows NOTEPAD or MS Word. A sample log file is shown below.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 Key F1 F2 F3 F4 Name Function Open Opens STMON communication between the PC and ST. Press F1 if connecting to an ST that is already powered up and operating. Close Closes STMON communication between the PC and ST. Press F2 before disconnecting from an ST. Install Invokes the ST-V2 install mode.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 Programming Codes for CRUs when using STMON Rev J The following table shows the codes used in the RF digit positions when programming external Fixed Assignment CRUs. RF # 2/3 digits 1 0 5 PN 1 digit 1 RW 2 digits 0 1 Identity 6 digits * or 000000 Check No. 1 digit 7 Remote site location CRU1 The codes differ depending on the generation of CRU used.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 RF BAND 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz 2.3 – 2.5GHz Unused Unused Unused Unused 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605-0000-436 Issue 1.5 Date: 18th October 1999 RF BAND 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz 3.4 – 3.6GHz Unused Unused Unused Unused 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.9GHz 1.8-1.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 014 605-0000-436 Issue 1.5 Date: 18th October 1999 PROGRAMMING THE CRU USING STMON The following procedure will have to be completed before placing the ST into service. (This procedure is based on using STMON Rev J or later.) For details on setting up and operating STMON see section B1 and B2. All results must be entered on the Commissioning Test Result Sheet (see Appendix 2).
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AS4000 Subscriber Terminal Installation and Commissioning DLP 014 605-0000-436 Issue 1.5 Date: 18th October 1999 STEP PROCEDURE STMON ST Programming STMON J will program previous release level STs using a 2 digit RF channel numbering scheme. If STMON is connected to an "old" ST it will display the 2 digit RF band in RED. The ST can be programmed as per the old scheme. 1. Ensure that the mounted CRU is facing in the general direction of the CT office before commencing set-up and commissioning procedure.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 014 605-0000-436 Issue 1.5 Date: 18th October 1999 8. Each CRU is a network should be configured by entering a unique code. These codes should be provided by the RF planning office on a form similar to that shown in Table 27. A full list of codes is provided at the end of SECTION B of this PCN document. STMON will automatically detect if it is connected to an old type CRU and will display the RF field in red.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 015 605-0000-436 Issue 1.5 Date: 18th October 1999 PROGRAMMING THE ST-V2 CRU (TYPE 2 PSU AND TYPE 4 PSU) USING A TEST TELEPHONE The following procedure will have to be completed before placing the AS4000 Subscriber Terminal into service. This procedure should be used if programming the system using a test telephone and can only be applied to Voice STs .. Alternatively the system can be programmed using STMON (see DLP-0011/12 .
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AS4000 Subscriber Terminal Installation and Commissioning DLP 015 605-0000-436 Issue 1.5 Date: 18th October 1999 3. Connect an MF type telephone to the NTU Programming 1. Each CRU is initialised by entering a unique code. These codes are entered using the telephone and should be provided by the RF planning office on a form similar to that shown in Table 28. The algorithm check number is the sum of the RF, PN, RW, and identity digits. The number entered is the number in the units column of the result -1.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 015 605-0000-436 Issue 1.5 Date: 18th October 1999 ST Initialisation/Reset 1. To program the ST, depress the reset switch, (Type2 PSU = SW4, Type 4 PSU = SW2), in the PSU for approximately 3 seconds. LED D8 will begin flashing to indicate the CRU initialising and self test sequence. 2. After approximately 10 sec, the CRU initialising and self test sequence will be complete and the LED will be extinguished. LED D9 will still be illuminated. 3.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 015 605-0000-436 Issue 1.5 Date: 18th October 1999 Programming 12 and 16kHz SPM tones 1. With the RF channel information accepted there is a further process to select the SPM frequency option. The command supports options for 12kHz or 16kHz Subscriber Private Metering (SPM) on voice STs. 2. The format has 5 numbers starting with # as shown below. Characters 2,3,4 are the options code ( range 000 to 255).
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AS4000 Subscriber Terminal Installation and Commissioning DLP 016 605-0000-436 Issue 1.5 Date: 18th October 1999 PANNING AND MEASUREMENTS AT THE CRU The following procedure will have to be completed before placing the AS4000 system into service. All results must be entered on the Commissioning Test Result Sheet, see DLP-010. STEP PROCEDURE Link Acquisition Important Notice: Care should be taken when plugging the drop cable or test cable into the connector on the rear plate of the CRU.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 016 605-0000-436 Issue 1.5 Date: 18th October 1999 1. Disconnect the drop cable from the CRU and connect the CRU Generic Test Cable to the CRU. Connect the other end to the drop cable. 2. If the CRU has not been programmed Program the CRU (See DLP-014) 3. Once programmed, the ST will automatically attempt to establish an RF link with the respective CT. The link shall acquire within 5 minutes. 4.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 016 605-0000-436 Issue 1.5 Date: 18th October 1999 RECIEVE SIGNAL STRENGTH /dBm AGC DIGITAL VOLTMETER READING -98 -92 -88 Figure 47. Label Detail: Receive AGC 4. Record the value of the DC voltage on the test result sheet. Power Control Recording 1. Using the DMM, measure the DC voltage between Ground (Green) and the PC Monitoring point (Black) on the Generic Test Cable.
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 5. Remove the Generic Test Cable and re-connect the drop cable STOP. THIS PROCEDURE HAS BEEN COMPLETED.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 017 605-0000-436 Issue 1.5 Date: 18th October 1999 TELEPHONY TESTS ST-V2 INSTALLATIONS The following procedure will have to be completed before placing the AS4000 system into service. All results must be entered on the Commissioning Test Result Sheet, see DLP-020. STEP PROCEDURE Telephony Tests ST-V2 installations 1. Telephony tests can only be done after the CT has been connected to a network switch. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 018 605-0000-436 Issue 1.5 Date: 18th October 1999 DATA TESTS ST-D128 INSTALLATIONS The following procedure will have to be completed before placing the AS4000 system into service. All results must be entered on the Commissioning Test Result Sheet, see DLP-019. STEP PROCEDURE BER Test If AS4000 modem shelf is not in service the following test can be carried out. This Test is carried out at the Central Terminal Rack. 1. At the ST.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 018 605-0000-436 Issue 1.5 Date: 18th October 1999 Loop Tx to Rx 2Mbit/s Rx Sk15 Out Rx BER Tester Tx Modem Shelf D128 Sk16 In Tx Figure 49. Bit Error Rate Test The BER Test should be for a 1min period for each 64Kbit/s circuit. All test results should be held in the Site Data File so that they can be referred to in the future. STOP. THIS PROCEDURE HAS BEEN COMPLETED.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 019 605-0000-436 Issue 1.5 Date: 18th October 1999 FUNCTIONAL TESTS ST-I1 INSTALLATIONS The following procedure will have to be completed before placing the AS4000 system into service. All results must be entered on the Commissioning Test Result Sheet, see DLP-019. STEP PROCEDURE Telephony Tests 1. Telephony tests can only be done after the CT has been connected to the ISDN network switch. 2.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 020 605-0000-436 Issue 1.5 Date: 18th October 1999 TEST RESULTS All results of testing must be entered on this Test Result Sheet. Please photocopy one for each ST to be commissioned.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 020 605-0000-436 Issue 1.5 Date: 18th October 1999 The ST Installation and Commissioning Result Sheet Customer ID/Name: ...................................... CT Rack ID: ............................. Modem Shelf ID: ...................................... Modem Circuit ID: ................... ST Programming Code: ............................ CRU Serial No.: ......................................... Part No.: .................................
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AS4000 Subscriber Terminal Installation and Commissioning 605-0000-436 Issue 1.5 Date: 18th October 1999 ST Installation Schematic, please annotate with cable lengths CRU ______m Type 4/4a AC PSU OR Type 1 AC PSU ______m Junction Box If possible attach photographs of ST and Junction box as installed.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 021 605-0000-436 Issue 1.5 Date: 18th October 1999 AS4000 SUBSCRIBER TERMINAL ACCEPTANCE FORM. 1. This section includes the ACC and customer copies of the AS4000 Subscriber Terminal Acceptance Form. Photocopy sufficient forms for commissioning, (1 set per ST). 2. After completion give the customer a copy and retain one for ACC.
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AS4000 Subscriber Terminal Installation and Commissioning DLP 021 605-0000-436 Issue 1.5 Date: 18th October 1999 AS4000 SUBSCRIBER TERMINAL ACCEPTANCE FORM CONTRACT OR CUSTOMER'S REF. NO: ............................................................... ACC COMMUNICATIONS LTD REF .NO: ............................................................... SITE IDENTITY: ...............................................................
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AS4000 Subscriber Terminal Installation and Commissioning DLP 021 605-0000-436 Issue 1.5 Date: 18th October 1999 AS4000 SUBSCRIBER TERMINAL ACCEPTANCE FORM CONTRACT OR CUSTOMER'S REF. NO: ............................................................... ACC COMMUNICATIONS LTD REF. NO: ............................................................... SITE IDENTITY: ...............................................................
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AS4000 Subscriber Terminal Installation and Commissioning Appendix 1 605-0000-436 Issue 1.5 Date: 18th October 1999 STMON CODES.
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AS4000 Subscriber Terminal Installation and Commissioning Appendix 1 605-0000-436 Issue 1.5 Date: 18th October 1999 SITESPAN Frequency code ST internal frequency code ( ST nvram ) 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 Page 2 of 4 RF BAND Unused PCS BAND 3.4-3.6GHz ST MON / VF PROG.
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AS4000 Subscriber Terminal Installation and Commissioning Appendix 1 605-0000-436 Issue 1.5 Date: 18th October 1999 SITESPAN Frequency code ST internal frequency code ( ST nvram ) 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 RF BAND ST MON / VF PROG. RF BAND ( 1 digit ) CHAN NO. ( 2 digits ) Unused Unused Unused 1.8-1.
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