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Airspan AS4000, Installation And Commissioning Manual

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AS4000 Subscriber Terminal
Installation and Commissioning

IXL 001

605-0000-454

Draft Issue 1.3  Date 8/02/00

Page 6 of 10

List of Tables

Table

Page

GSI-002
Table 1.  AS4000 Subscriber Terminals

2

GSI-004
Table 2.  Required Tools

1

Table 3.  Required Equipment.

1

DLP-009
Table 4.  External Standby Power Connections

10

Appendix 1
Table 5.  RF Codes for SIUs

3

Summary of Contents for AS4000

Page 1: ...605 0000 454 Draft Issue 1 3 Date 8 02 00 AS4000 Wireless Local Loop System Subscriber Terminal Installation and Commissioning ...

Page 2: ...AS4000 Subscriber Terminal Installation and Commissioning Preface 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 2 of 2 This Page Intentionally Blank ...

Page 3: ...ite skills Personnel installing commissioning and maintaining the Airspan products must have a basic knowledge of telephony and radio communications and have experience in installing commissioning and maintaining telecommunications products ACC provides a range of comprehensive training courses specifically aimed at providing operators users of Airspan products with the prerequisite skills to inst...

Page 4: ...AS4000 Subscriber Terminal Installation and Commissioning Preface 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 4 of 4 This Page Intentionally Blank ...

Page 5: ...ure compliance 4 No hazardous RF radiation is emitted from the equipment Measured at the surface of the CRU radome when transmitting the maximum total power radiated from the CRU is 0 01 of the UK National Radiological Protection Board basic restriction per kg of body part WARNING HAZARDOUS VOLTAGES On AC installations hazardous voltages exist Use caution when verifying or working with AC power Re...

Page 6: ...to ensure that the product is disposed of in conformance with the relevant regulatory requirements The Symbol on an Airspan product signifies that it has been certified according to the EMC directive 89 336 EEC The product fulfils the requirements according to the following standards EN50082 1 for Immunity EN55022 Group 1 Class A for the Central Terminal Emissions EN55022 Group 1 Class B for the S...

Page 7: ...Good Average Below Average Poor Accuracy Completeness q q q q q Clarity Organisation q q q q q Figures q q q q q Table of Contents Index q q q q q The nature of this response is Addition q Deletion q Correction q Please enter details of response below include precise reference to Section Page Paragraph Please Complete the following for acknowledgement response Name Address Company Job Title Depart...

Page 8: ...AS4000 Subscriber Terminal Installation and Commissioning Preface 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 8 of 8 This Page Intentionally Blank ...

Page 9: ...ft 1 3 February 2000 DLP 001 Draft 1 3 February 2000 DLP 002 Draft 1 3 February 2000 DLP 003 Draft 1 3 February 2000 DLP 004 Draft 1 3 February 2000 DLP 005 Draft 1 3 February 2000 DLP 006 Draft 1 3 February 2000 DLP 007 Draft 1 3 February 2000 DLP 008 Draft 1 3 February 2000 DLP 009 Draft 1 3 February 2000 DLP 010 Draft 1 3 February 2000 DLP 011 Draft 1 3 February 2000 DLP 012 Draft 1 3 February ...

Page 10: ...605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 2 of 2 CHANGE TYPE DATE PURPOSE PAGES AFFECTED Draft Issue Month Year 1 2 July 1999 Wall Mounting Bracket Installation Procedure Changes DLP 015 1 3dr February 2000 ST V2 Removed Modular added DLPs Removed and Renumbered ...

Page 11: ... Service Interface Unit 3 3 1 Antenna 4 3 2 Antenna Mounting Pole 4 3 3 Antenna Mounting Bracket 4 3 4 IF Drop Cable 4 3 5 Power Supply Units 5 3 6 AC Power Supply Unit Type 5 5 3 7 Type 6 PSU 5 3 8 The R Series Residential Subscriber Terminals 6 3 9 The S Series Sub Unit Subscriber Terminals 8 3 10 The N Series Subscriber Terminals 10 3 11 The B Series Subscriber Terminals 11 3 12 The L Series Su...

Page 12: ...001 1 Site Readiness 1 2 Site Selection 1 3 Power Availability 2 Installing the Antenna Wall Mount DLP 002 1 Antenna Positioning and Securing 1 2 Lightning Protection 5 Installing The Antenna Pole Mount DLP 003 1 Antenna Positioning and Securing 1 2 Lightning Protection 2 IF drop Cable Installation DLP 004 1 Drop cable installation 1 2 Drop cable Termination Type T6 3 3 Drop cable Termination Type...

Page 13: ...ries installations DLP 012 Functional Tests B series installations DLP 013 Functional Tests L series installations DLP 014 1 BER Test the link 1 Test Results DLP 015 Airspan Subscriber Terminal Acceptance Form DLP 016 RF Codes for SIUs when using STMON for Windows Appendix 1 Creating a test channel at the Central Terminal Appendix 2 1 Retrieving Channel States 1 2 Configuring Test Link Acquisition...

Page 14: ...rface Units Fitted 13 DLP 001 Figure 14 Antenna Positioning 2 DLP 002 Figure 15 Antenna Bracket Orientation 2 Figure 16 Antenna Wall Bracket Positioning and Securing 2 Figure 17 Fixed wall mounting bracket 4 Figure 18 Wall Mounted Antenna 5 Figure 19 Lightning Protection for Exposed Bracket Mounted Antenna 6 DLP 003 Figure 20 Antenna Pole mount Positioning and Securing 2 Figure 21 Lightning Protec...

Page 15: ...rvice Interface Unit 1 Figure 38 Service Interface Unit Wall Mounting Bracket 2 Figure 39 Service Interface Unit Positioning 3 Figure 40 Enclosure cut away Fixed To Wall 4 Figure 41 Base of Plinth 5 Figure 42 Modular Enclosure with Plinth 6 Figure 43 Fixing the Plinth 7 DLP 010 Figure 44 STMON PC Connection 1 Figure 45 R and S Series RJ45 STMON connections 2 Figure 46 B L N and M series 15 way D t...

Page 16: ...0 454 Draft Issue 1 3 Date 8 02 00 Page 6 of 10 List of Tables Table Page GSI 002 Table 1 AS4000 Subscriber Terminals 2 GSI 004 Table 2 Required Tools 1 Table 3 Required Equipment 1 DLP 009 Table 4 External Standby Power Connections 10 Appendix 1 Table 5 RF Codes for SIUs 3 ...

Page 17: ...e 8 02 00 Page 7 of 10 List of Charts Chart Page Chart 1 R series Installation and Commissioning 2 Chart 2 S series Installation and Commissioning 4 Chart 3 B Series Installation and Commissioning 6 Chart 4 L Series Installation and Commissioning 8 Chart 5 N Series Installation and Commissioning 10 ...

Page 18: ...i Meter DRS Digital Radio System DTU Demand Assignment Tributary Unit FA Fixed Assignment ISDN Integrated Services Digital Network ITU T International Telecommunications Union Telecommunications LAC Link Acquisition Channel LD Loop Disconnect MF Multi Frequency MU Modular Unit ST NTU Network Termination Unit PC Power Control PCM Pulse Code Modulation PSU Power Supply Unit PTC Priority Traffic Chan...

Page 19: ... RELATED DOCUMENTATION 605 0000 450 System Overview 605 0000 451 System Operations and Maintenance Manual 605 0000 452 Central Terminal Installation Commissioning 605 0000 453 Access Concentrator Installation Commissioning 605 0000 437 D128 Terminal Converter 605 0000 435 Material Return and Repair 605 0000 427 Sitespan ...

Page 20: ...AS4000 Subscriber Terminal Installation and Commissioning IXL 001 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 10 of 10 This Page Intentionally Blank ...

Page 21: ...perator user Intended Audience This manual is intended for use by persons familiar with the AS4000 ST having attended the ACC ST Installation and Commissioning training course 2 Fault Reporting Faults reported under warranty should be reported to the ACC Help Desk TELEPHONE 44 0 1527 402800 FAX 44 0 1527 550956 E Mail support airspan com 3 Safety Personnel installing the ACC AS4000 product should ...

Page 22: ...goes off hook then it waits for a new free list and takes an available RW selected at random from the free list Note if unslotted access is set in the ST class the ST will not wait for a new free list but will acquire based on the last free list it received this allows for faster acquisition but increases the chance of collisions If a channel is not available at a required rate the next highest ra...

Page 23: ...nnouncements generated by the Local Exchange are passed transparently over the AS4000 System Line feed voltage ringing current and ringing cadence are generated by the ST equipment The Customer Premises Equipment is connected to the Line Sockets on the internal Service Interface Unit The specific impedance of the NTU allows tests to be performed by the Service Interface Unit to detect any attached...

Page 24: ...lar Unit One line 128kbit s data FA Mode L64 MU D64 1 Modular Unit One line 64kbit s data FA Mode L2x64 MU D2x64 1 Modular Unit Two line 64k bit s data FA Mode M Series M2 MU V2 1 Modular Unit in Modular Enclosure Two line voice 64kbit s PCM 32kbit s ADPCM M4 MU V4 1 Modular Unit in Modular Enclosure Four line voice 32kbit s ADPCM M4 64 MU V2 2 Modular Unit in Modular Enclosure Four line voice 64k...

Page 25: ...the antenna and a RF front end The SIU is connected to the outdoor unit by an IF drop cable Antenna I F Drop Cable Phones Service interface Unit Note The appearance of the Service interface Unit depends on the series ST R2 shown Power Supply Unit Figure 1 Subscriber Terminal The main elements see Figure 1 comprise External Antenna Internal Service Interface Unit IF Drop Cable Type 5 PSU B L N seri...

Page 26: ...hieved by rotating the antenna around the pole the optimum positioning being determined by measuring the strength of the incoming signal usually in the direction of the CT antenna 3 3 Antenna Mounting Bracket The antenna Mounting Bracket fixes directly onto the wall of the building and provides adjustment in the azimuth plane of the CRU in an arc over 150 the optimum positioning being determined b...

Page 27: ... available The Type 5 PSU for B L and N series installations that require battery back up and the Type 6 PSU for installations that do not require battery back up The R S series Service Interface Units SIU use a Type 6 Power Supply Unit PSU 3 6 AC Power Supply Unit Type 5 The PSU input voltage ranges from 100 240Volts 1 Amp The AC supply is converted to 13V DC to power the external SIU In addition...

Page 28: ...e 6 PSU 3 8 The R Series Residential Subscriber Terminals The R series Subscriber Terminals are designed for Voice Telephony and use an external antenna and a plastic injection moulded internal Service Interface Unit The unit contains a battery compartment The STs are powered from the AC mains supply with or without backup batteries ...

Page 29: ...ries Demand Assigned Subscriber Terminals The ST R1 supports one 32kbit s ADPCM or 64kbit s PCM analogue telephony line at the end users premises The Service Interface Unit is a RU 1 single line unit Provisioning is by the AS8100 management system The ST R2 supports two 32kbit s ADPCM or 64kbit s PCM analogue telephony lines at the end users premises The Service Interface Unit is a RU 2 two line u...

Page 30: ...he AC mains supply Antenna RF IF Drop Cable Service Interface Unit Type 6 Socket PSU External Components Internal Components S1 1 line S2 2 lines SU 1 1 line SU 2 2 lines Figure 5 S Series Demand Assigned Subscriber Terminals The ST S1 supports one 32kbit s ADPCM or 64kbit s PCM analogue telephony line at the end users premises The Service Interface Unit is a SU 1 single line unit Provisioning is ...

Page 31: ... Terminal Installation and Commissioning GSI 002 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 9 of 14 12V DC 10101 2 1 Serial No M anufactu rers Serial No PartNo Figure 6 The S Series Service Interface Unit SU 2 shown ...

Page 32: ...ce lines Antenna RF IF Drop Cable External Components MU V2 2 voice line MU V4 4 voice lines Figure 7 N Series Demand Assigned Subscriber Terminals The ST N2 supports one 32kbit s ADPCM or 64kbit s PCM analogue telephony line at the end users premises The Service Interface Unit is a MU V2 with a two line module Provisioning is by the AS8100 management system The ST N4 supports four 32kbit s ADPCM ...

Page 33: ...ervice Interface Unit The STs are powered from the AC mains supply Antenna RF IF Drop Cable Service Interface Unit Socket PSU External Components Internal Components B1 2B D ISDN line Figure 9 B Series Demand Assigned Subscriber Terminals The ST B1 supports a basic rate ISDN 2B D 2 x 64kbit s 16kbit s S interface and operates in Fixed Assigned mode The Service Interface Unit is a MU I with a RJ45 ...

Page 34: ... 1x 128k data lines MU L64 1 x 64k data lines MU L2 x64 2x 64k data lines Figure 11 L Series Demand Assigned Subscriber Terminals The ST L128 supports a 128kbit s serial data transmission operates in Fixed Assigned mode The Service Interface Unit is a MU D128 with a RS530 25 way D Type socket interface The ST L64 supports a 64kbit s serial data transmission operates in Fixed Assigned mode The Serv...

Page 35: ...rtment Locking Screws Ribbon Retaining Clip Figure 13 The M Series Enclosure with Modular Service Interface Units Fitted The M Series Modular Enclosure is a stainless steel Enclosure with a hinged door for access to the equipment It may be wall or plinth mounted In environmentally harsh conditions the enclosure is designed to fit inside a 600mm x 600mm IP66 environmental enclosure Cable entry is v...

Page 36: ...nterface Unit Number of SIUs Antennas Function M2 MU V2 1 1 Two line voice 64kbit s PCM 32kbit s ADPCM M4 MU V4 1 1 Four line voice 32kbit s ADPCM M4 64 MU V2 2 2 Four line voice 64kbit s PCM 32kbit s ADPCM M8 MU V4 2 2 Eight line voice 64kbit s PCM 32kbit s ADPCM M8 64 MU V2 4 4 Eight line voice 64kbit s PCM 32kbit s ADPCM M16 MU V4 4 4 Sixteen line voice 32kbit s ADPCM ...

Page 37: ...ion of Density 900 kg m 10mm complete equip coverage 2 R Series Subscriber Terminals Physical Size Antenna without brackets 218mm W x 218mm H x 68mm D Subscriber Interface Unit 275mm W x 40mm H x 190mm D PSU 65mm W x 40mm H x 100mm D Weight Antenna without brackets Subscriber Interface Unit PSU Environmental Antenna Operating Temperature 30 to 50 C Relative Humidity 0 to 100 non condensing Storage...

Page 38: ...nsumption 15 Watts Insulation Class II Battery 12V3 5AH a Panasonic LCR 12V3 4P L 134mm x W 67mm x H 60mm b Sonnenschein A512 3 5 S 12V 3 5AH L 134mm x W 67mm x H 60m Operating Temperature 5 to 45 C Relative Humidity 0 to 100 non condensing Storage Temperature 33 to 70 C 5 Power Supply Unit Type 6 AC Input Voltage Range 100VAC to 240VAC Frequency 47 to 63 Hz AC Input 0 7 Amp Nominal Output Voltage...

Page 39: ...0 Page 3 of 4 AC Input 4 Amp Nominal Output Voltage 16 5V DC Overload Protection Fuse 5 0 Amp Environmental Antenna Operating Temperature 30 to 50 C Relative Humidity 0 to 100 non condensing Storage Temperature 30 to 70 C Wind Gusts 200 km hr Ice Accumulation of Density 900 kg m 10mm complete equip coverage ...

Page 40: ...AS4000 Subscriber Terminal Installation and Commissioning GSI 003 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 4 of 4 This Page Intentionally Blank ...

Page 41: ... Pein 1lb 10 Drill driver Cordless with depth gauge Hilti 11 Drill Bit Masonry 6mm 12 Drill Bit Masonry 10mm 13 Ladder Triple Fully Extended 7 metre minimum 14 Cable Stripping Tool RS Standard Cable Stripper 547 442 15 Auto Trim Termination Tool RS Auto Trim Termination Tool 197 952 16 Crimp tool Amphenol 531 CR596R Table 2 Required Tools 2 Required Equipment The table below shows the required equ...

Page 42: ...t Issue 1 3 Date 8 02 00 Page 2 of 2 Installers may not be familiar with the local environment and topographical conditions it is necessary to provide each installer with a map of the local area A compass for use when determining the exact bearing of the CT location is also necessary ...

Page 43: ... the consignment from the carrier 2 Unpacking Inspection The contents of each box must be checked against the relevant part lists provided with the box for the correct part numbers and quantities and for damage Any shortage or damaged items must be reported immediately to ACC for further instructions at the address given in Material Return and Repair Procedure 605 0000 435 or ACC Help Desk TELEPHO...

Page 44: ... Commissioning R Series Installation and Commissioning Drop Cable Installation DLP 004 SIU Installation DLP 006 END Preparatory tasks DLP 001 Antenna Installation Wall Mount DLP 002 Pole Mount DLP 003 Installation Commissioning System Turn up DLP 010 Program the SIU using STMON for windows DLP 010 Antenna Panning And Test Measurements DLP 010 Telephony Tests DLP 012 Chart 1 R series Installation a...

Page 45: ...na mounting bracket q Install Antenna q Fix Interface Unit to wall unless free standing required q Install power unit Type 6 q Run drop cable q Plug connector into Antenna q Terminate the F type drop cable connector at interface unit q Connect batteries if required q Program Interface Unit q Pan Antenna q Measure and record RSSI voltage on test form q Functional tests record result on test form q ...

Page 46: ...allation and Commissioning Drop Cable Installation DLP 004 SIU Installation DLP 007 END Preparatory tasks DLP 001 Antenna Installation Wall Mount DLP 002 Pole Mount DLP 003 Installation Commissioning System Turn up DLP 010 Program the SIU using STMON for windows DLP 010 Antenna Panning And Test Measurements DLP 010 Telephony Tests DLP 012 Chart 2 S series Installation and Commissioning ...

Page 47: ...riteria q Position and fix Antenna mounting bracket q Install Antenna q Fix Interface Unit to wall q Install power unit Type 6 q Run drop cable q Plug connector into Antenna q Terminate the F type drop cable connector at interface unit q Programme Interface Unit q Pan Antenna q Measure and record RSSI voltage on test form q Functional tests record result on test form q Clear and tidy site q ...

Page 48: ...on and Commissioning Drop Cable Installation DLP 004 SIU Installation DLP 008 END Preparatory tasks DLP 001 Antenna Installation Wall Mount DLP 002 Pole Mount DLP 003 Installation Commissioning System Turn up DLP 010 Program the SIU Using STMON For Windows DLP 010 Antenna Panning And Test Measurements DLP 010 Functional Tests DLP 013 Chart 3 B Series Installation and Commissioning ...

Page 49: ...on and fix Antenna mounting bracket q Install Antenna q Fix Interface Unit to wall unless free standing required q Install power unit Type 5 6 q Run drop cable q Plug connector into Antenna q Terminate the F type drop cable connector at interface unit q Programme Interface Unit q Pan Antenna q Measure and record RSSI voltage on test form q Functional tests record result on test form q Clear and ti...

Page 50: ...on and Commissioning Drop Cable Installation DLP 004 SIU Installation DLP 008 END Preparatory tasks DLP 001 Antenna Installation Wall Mount DLP 002 Pole Mount DLP 003 Installation Commissioning System Turn up DLP 010 Antenna Panning And Test Measurements DLP 010 Functional Tests DLP 014 Program the SIU Using STMON for windows DLP 010 Chart 4 L Series Installation and Commissioning ...

Page 51: ...on and fix Antenna mounting bracket q Install Antenna q Fix Interface Unit to wall unless free standing required q Install power unit Type 5 6 q Run drop cable q Plug connector into Antenna q Terminate the F type drop cable connector at interface unit q Programme Interface Unit q Pan Antenna q Measure and record RSSI voltage on test form q Functional tests record result on test form q Clear and ti...

Page 52: ...ion and Commissioning Drop Cable Installation DLP 004 SIU Installation DLP 008 END Preparatory tasks DLP 001 Antenna Installation Wall Mount DLP 002 Pole Mount DLP 003 Installation Commissioning System Turn up DLP 010 Program the SIU Using STMON for Windows DLP 010 Antenna Panning And Test Measurements DLP 010 Functional Tests DLP 012 Chart 5 N Series Installation and Commissioning ...

Page 53: ... and fix Antenna mounting bracket q Install Antenna q Fix Interface Unit to wall unless free standing required q Install power unit Type 5 6 q Run drop cable q Plug connector into Antenna q Terminate the F type drop cable connector at interface unit q Programme Interface Unit q Pan Antenna q Measure and record RSSI voltage on test form q Functional tests record result on test form q Clear and tidy...

Page 54: ...tallation and Commissioning Drop Cable Installation DLP 004 Enclosure Installation DLP 009 END Preparatory tasks DLP 001 Antenna Installation Wall Mount DLP 002 Pole Mount DLP 003 Installation Commissioning System Turn up DLP 011 Program the SIU Using STMON for Windows DLP 011 Antenna Panning And Test Measurements DLP 011 Functional Tests DLP 012 Battery Installation DLP 009 ...

Page 55: ...Antenna mounting bracket q Install Antenna s q Install Modular Enclosure q Install Interface Units q Install power Supply q Run drop cables q Plug connectors into Antennas q Terminate the F type drop cable connectors at interface units q Connect batteries if required q Programme Interface Units q Pan Antennas q Measure and RSSI voltage on test form q Functional tests record result on test form q C...

Page 56: ...AS4000 Subscriber Terminal Installation and Commissioning GSI 005 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 14 of 14 This Page Intentionally Blank ...

Page 57: ... the suitability of the wall structure for the installation position of the Antenna mounting c Typical acceptable structures are Secure brick walls Concrete cladding covered Building Blocks Metal Wooden pole with suitable bracket d For efficient and reliable service it is suggested that the external mounting location of the Antenna be chosen such that once panned for optimum signal level it observ...

Page 58: ... clutter obstruction or shrouding Antenna Antenna Figure 14 Antenna Positioning Check how the drop cable is to enter the site and the internal drop cable run from the Antenna to the internal Service Interface Unit Before commencing with the installation confirm with the customer the following Suitability of the Antenna position Entry point of the Drop Cable to the site Internal cable run from entr...

Page 59: ...F Drop Cable STEP PROCEDURE 1 Antenna Positioning and Securing 1 Confirm the position of the Antenna ensuring that there is no obstruction in front and to either side 2 When multiple STs are deployed at the same site the recommended minimum spacing between each Antenna is 1 metre 3 The Antenna mounting bracket should be fixed so that panning can take place in the horizontal plane i e pivots top an...

Page 60: ...454 Draft Issue 1 3 Date 8 02 00 Page 2 of 6 Direction of CT Direction of CT Bracket mounted to allow Panning in the direction of the CT Right Hinge Left Hinge Figure 15 Antenna Bracket Orientation 125mm 168mm 186mm 116mm Figure 16 Antenna Wall Bracket Positioning and Securing ...

Page 61: ...ounting bracket into the holes 5 Tighten all the bolts sufficient to ensure a firm fixing to the wall Securing Antenna Wall Bracket to brick block structure 1 Using the wall bracket as a template mark the first hole position Where the Antenna 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 2 Drill the first hole...

Page 62: ... Bracket 1 If the Antenna is to be fed with the T10 cable it is necessary to fit extension adapters between the bracket and the antenna to accommodate the larger bend radius of the cable Four extension pieces are needed Screw the extension pieces into the Antenna housing and tighten the adapter to a torque of 4Nm Extension Adapters for Bracket mounted antenna when using T10 cable Figure 18 Extensi...

Page 63: ...gure 19 Wall Mounted Antenna used for T6 cable 4 Rotate the Antenna to face in the general direction of the CT At this stage only finger tighten the pivot bolts 2 Lightning Protection 1 When the antenna is attached to two three floor dwellings lightning protection should not be needed If the Antenna is situated in an exposed position i e on the top of a multi storey building the antenna should be ...

Page 64: ...0 454 Draft Issue 1 3 Date 8 02 00 Page 6 of 6 Ground for Lightning Protection 6mm Lug Strap 6mm Stranded Copper Cable M6 Plain Washer M6 Coil Washer M6 Set Screw M6 Lug Figure 20 Lightning Protection for Exposed Bracket Mounted Antenna STOP THIS PROCEDURE HAS BEEN COMPLETED ...

Page 65: ...at the same site the recommended minimum spacing between each Antenna is 1 metre 3 The Antenna Mounting Pole should be fixed so that antenna panning can take place in the horizontal plane and check that line of sight with CT antenna does not breach the deployment rules see DLP 001 The Antenna Mounting Pole is locally provided and should be 38mm or 1 5 in diameter The Pole should be fixed according...

Page 66: ...e needed If the Antenna is situated in an exposed position i e on the top of a multi storey building the antenna should be grounded 2 Run a 6mm stranded copper cable from the Antenna to a protection earth point i e building earth halo or earth provided specifically for lightning protection 3 Secure the cable to the pole using straps and cleats as required 4 Fit a 6mm lug to the cable at the antenn...

Page 67: ...d Commissioning DLP 003 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 3 of 4 M6 Plain Washer M6 Lug M6 Set Screw M6 Coil Washer Cable Straps Figure 22 Lightning Protection for Exposed Pole Mounted Antenna STOP THIS PROCEDURE HAS BEEN COMPLETED ...

Page 68: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 003 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 4 of 4 This Page Intentionally Blank ...

Page 69: ...aving the free end of the cable to be finally dressed into place and cut to length for neat connection with the power supply unit 4 Run the drop cable from the Antenna end to the F Type connector to the Service Interface Unit 5 The maximum drop cable distance between the Service Interface Unit and the Antenna must not exceed the length of the drop cable 50or 100 metres 6 The T6 cable has a minimum...

Page 70: ...ion is achieved Finish the wrapping by holding the tape under the thumb and snap by stretching The high degree of stretch as described above prevents the inclusion of voids and ensures rapid amalgamation 11 Run cable end up to the Service Interface Unit Estimate the length of end required for termination of cable allow 150mm of conductor for a maintenance re termination of cable and cut cable to l...

Page 71: ... the SIU 1 Strip the Drop Cable using a knife or cable stripping tool to the dimensions shown in Figure 25 2 Place the connector over the cable end ensuring that the inner sleeve passes between the inner core and screen braid 3 Crimp the connector using the Amphenol 531 CR596R Crimp tool 6 4mm 1 4 6 4mm 1 4 12 7mm 1 2 7 16 HEX Crimp here using Amphenol 531 CR596R Crimp Tool Trim cable to these dim...

Page 72: ... to the centre conductor with the 0 96 Hex crimp on the Airspan 212 8000 058 Crimp tool 4 Insert the cable into the connector ensuring the pin is through the hole of the insulator at the bottom of the nut Continue inserting the cable into the connector until it bottoms out Crimp the Connector with the 0 475 Hex crimp to retain the cable 6 4mm 1 4 6 mm 3 16 7 16 HEX Crimp pin here using 0 096Hex cr...

Page 73: ... location should be cool as the electronics within the unit will keep it warm enough to ensure a good standby period 3 Install the Type 5 PSU within 2 metres of an AC power point and 1 metre of the SIU 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 battery at the top and the mains input connector at th...

Page 74: ... 3 Date 8 02 00 Page 2 of 4 180mm Fixing Centres 103mm Fixing Centres 51mm Screw No 8 x 50mm Wall Plug FUB x 50mm Cup Washer 145mm 200mm 75mm Figure 27 PSU Positioning and Securing 2 pin IEC AC power inlet Battery FUSE Lid Screen 12V DC power output Figure 28 AC Power Supply Unit Cover Removed ...

Page 75: ...commissioned at this time Place the spade connectors onto the battery terminals in the following order a Black lead to ve terminal b Red lead to ve Terminal 3 Connect the screen wire to the lid Fit the cover to the PSU securing with the two screws at the base of the cover 1 2 PSU earthing 1 Note The Type 5 PSU is double insulated Safety Battery Handling Care should be taken when handling lead acid...

Page 76: ...vided with a customer specific logo label stick the label in the top left hand corner of the front of the case as shown Caution Risk of electric shock Disconnect mains before opening Warning Do not Remove Cover No user serviceable parts inside Refer to qualified service personnel 10mm 10mm Figure 29 Customer Logo Placement STOP THIS PROCEDURE HAS BEEN COMPLETED ...

Page 77: ...lling The R series Service Interface Unit 1 Install the R series Service Interface Unit within 1 metre of an AC power point and 50 metres of the Antenna 100 metres if using 100m drop cabling 2 Confirm the position of the Service Interface Unit allow for adequate ventilation and service access Note The life of the batteries within the Service Interface Unit will be increased in a low temperature bu...

Page 78: ...t Wall Mounting Bracket 2 Install the Service Interface Unit within 1 metres of an AC power point and 50 metres of the Antenna 100 metres if using 100m drop cable 3 Offer the Wall Mounting Bracket up into position and mark the three fixing positions onto the wall The Wall Mounting Bracket should be fitted with the location lugs pointing upward 100mm 50mm 167mm 100mm 130mm 12 5mm Figure 32 Service ...

Page 79: ... the battery to the spade terminals ensuring the correct polarity Replace and secure the lid Battery Battery Terminals Battery Compartment Lid Retention Screw Figure 33 R Series Service Interface Unit Battery Compartment 7 Attach the Service Interface Unit to the mounting bracket by locating the bracket lugs in the mounting slots cut into the Service Interface Unit The interface connection panel s...

Page 80: ...ll socket using the appropriate socket adapter and plug the DC output into the Service Interface Unit 10101 12V DC 1 2 Line 1 Line 2 Maintenance Port PSU Input IF Antenna Figure 34 R2 Rear Panel 3 Fit Fair Rite clip on ferrite cores to all cables connected to the unit The PSU and Telephone cables should loop round the ferrite core with a single loop The Drop Cable passes through the Ferrite withou...

Page 81: ... Ferrite Cores one loop Clip on Ferrite Cores no loop 2cm Figure 35 The R Series Service Interface Unit in the Wall Mount position 2 3 Indications and Interfaces 1 The front panel displays the following LED s Power Indicates power OK Link Illuminated when the link is active 2 The RJ45 interface is used for the STMON connection and RJ11 for the phone interface ...

Page 82: ...stallation and Commissioning DLP 006 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 6 of 6 Ground TX Uplink RX Downlink 1 2 3 4 5 6 7 8 Socket Figure 36 RJ45 Management Port B Ring A Tip 1 2 3 4 5 6 Socket Figure 37 RJ11 Phone port ...

Page 83: ... 007 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 1 of 4 SECTION 4 INSTALLING THE SU1 2 SERVICE INTERFACE UNIT The S series Service Interface Unit is wall mounted 12V DC 10101 2 1 SerialNo M anufacturers SerialNo PartNo Figure 38 S Series Service Interface Unit ...

Page 84: ...ries Service Interface Unit within 1 metre of an AC power point and 50 metres of the Antenna 100 metres if using 100m drop cabling 2 Confirm the position of the Service Interface Unit allow for adequate ventilation and service access 3 Offer the Service Interface Unit up into position and mark the four fixing positions onto the wall 100mm 167mm 180mm 190mm Figure 39 Service Interface Unit Position...

Page 85: ...ctor into the F Type connector on the Service Interface Unit Important Notice Care should be taken when screwing the F Type connector into the connector on the rear plate of the Antenna to ensure that the connector is not over tightened as over tightening will strip the thread Use a torque spanner set to 2 3Nm 20in lb 2 Plug the PSU into the wall socket using the appropriate socket adapter and plu...

Page 86: ...ions and Interfaces 1 The front panel displays the following LED s Power Indicates power OK Link Illuminated when the link is active 2 The RJ45 interface is used for the STMON connection and RJ11 for the phone interface Ground TX Uplink RX Downlink 1 2 3 4 5 6 7 8 Socket Figure 41 RJ45 Management Port B Ring A Tip 1 2 3 4 5 6 Socket Figure 42 RJ11 Phone port ...

Page 87: ... N series Service Interface Units can be used as a free standing desk unit or wall mounted to the customers preference These units are also installed in the Modular Enclosure See section 6 Figure 43 L Series Service Interface Unit Figure 44 B Series Service Interface Unit 1 2 3 4 Figure 45 N Series Service Interface Unit Note The user ports in Figure 45 number 2 1 4 3 from left to right ...

Page 88: ...ntilation and service access Ensure that the drop cable can be attached without compromising the minimum bend radius 3 Wall Mounting the Service Interface Unit 1 The wall mounted unit fits Figure 46 Service Interface Unit Wall Mounting Bracket 2 Install the Service Interface Unit within 1 metres of an AC power point and 50 metres of the Antenna 100 metres if using 100m drop cable 3 Offer the Wall ...

Page 89: ...2 0080 230 provided 6 The bracket lugs fit into the mounting slots cut into the Service Interface Unit The interface connection panel should be at the bottom Pull down to lock into position See Figure 35 7 Plug the F Type connector into the F Type connector on the Service Interface Unit Important Notice Care should be taken when screwing the F Type connector into the connector on the rear plate of...

Page 90: ... Indicates power OK Aux 1 Not defined at present Illuminates when activity present on the LAT Link Illuminated when the link is active 5 Interfaces 5 1 Management Port 15 way D type 2 3 7 TX Uplink Comms RX Downlink Comms Ground Batt Pos Batt Neg Batt Pos Screen In Alarm 4 In Alarm 3 In Alarm 2 In Alarm 1 5 2 N Series Customer Interface B Ring A Tip 1 2 3 4 5 6 Socket Figure 48 RJ11 Phone port ...

Page 91: ...iming From DCE 10 CF 109 Receive Line Signal Detect From DCE 11 DA 113 Transmit Signal Element Timing DTE Source To DCE 12 DB 114 Transmit Signal Element Timing DCE Source From DCE 13 CB 106 Clear to Send From DCE 14 BA 103 Transmit Data To DCE 15 DB 114 Transmit Signal Element Timing DCE Source From DCE 16 BB 104 Receive Data From DCE 17 DD 115 Receive Signal Element Timing DCE source From DCE 18...

Page 92: ...ic Pin No Pin No Circuit Name and Mnemonic Shield 1 A Shield Transmit Data BA A 2 P 103 A Transmit Data BA B 14 S 103 B Receive Data BB A 3 R 104 A Receive Data BB B 16 T 104 B Request to Send CA A 4 C 105 Request to Send CA B 19 Clear to Send CB B 13 D 106 Clear to Send CB A 5 DCE Ready CC 6 E 107 Data Set Ready DTE Ready CD 20 H 108 1 2 Data Terminal ready F 109 Data Channel Receive Line Signal ...

Page 93: ... BA A 2 2 103 A Transmit Data BA B 14 9 103 B Receive Data BB A 3 4 104 A Receive Data BB B 16 11 104 B Request to Send CA A 4 3 105 Control CA B 19 10 105 Control Clear to Send CB B 13 12 106 Indicator CB A 5 5 106 Indicator DCE Ready CC 6 DTE Ready CD 20 Signal Common AB 7 8 102 Signal Common Receive Signal Element DD A 17 6 115 Clock Timing DTE Source DD B 9 13 115 Clock Local Loopback LL 18 Re...

Page 94: ...The last socket on the cable must have terminating resistors enabled The SIU must be set to long cabling with the 100ohm resistor out The sockets can be ordinary RJ45 data sockets except the last furthest RJ45 socket must have 100ohm terminating resistors across 3 6 and 4 5 The polarity should be preserved In the B1 SIU the 100ohm resistor is switch in or out using the jumpers labeled P3 P7 on the...

Page 95: ...th a hinged door for access to the equipment It may be wall or plinth mounted In environmentally harsh conditions the enclosure is designed to fit inside a 600mm x 600mm IP66 ventilated environmental enclosure Modular Units up to 4 I F Drop Cable Modular Unit CPE interface Breaker Power and Management Ribbon Surge Arresters Customer CPE terminations Management Interfaces Status Indicators Modular ...

Page 96: ...00 026 M8 x 70mm Coach Screw 4 Fix enclosure to wood 192 8000 014 M8 Plain Washer 4 Use with Coach Screw TBA Universal Bush 4 Use with T10 Dropcable STEP PROCEDURE 1 Securing Enclosure to Wall 1 Disconnect the power management ribbon from the cover of Battery and PSU compartment Remove the cover The cover is secured by two quarter turn fasteners at the side of the lid above and below the fuse hold...

Page 97: ...tar course 6 Drill the first hole 10mm diameter to a depth of 75mm use a drilling depth gauge place the Enclosure on the wall and then fit the Hex Head M8 x90mm DynaBolt provided through the enclosure into the hole 7 Using a spirit level adjust the position of the enclosure and mark the remaining three holes Remove the enclosure and drill the remaining holes 8 Drill the remaining holes 10mm diamet...

Page 98: ...t hole pilot 5mm diameter to a depth of 40mm use a drilling depth gauge Screw the M8 Coach Bolt provided through the enclosure into the hole sufficient to position enclosure on the wall 3 Using a spirit level adjust the position of the Modular Enclosure and mark the remaining 3 holes Remove the Enclosure 4 Drill the remaining pilot holes 5mm diameter to a depth of 40mm then fit the Hex Head M8 Coa...

Page 99: ...er Place cover in a safe place 2 Separate the Plinth from the Enclosure by removing the four M8 bolts from the front and rear of the Enclosure 3 Using the Plinth as a template mark positions for the four fixing holes on the floor Allow sufficient clearance from the wall to allow for cables to pass behind the enclosure 310mm 550 25mm 500 25mm 50mm 200mm 50mm 40mm Fixing Holes Figure 52 Base of Plin...

Page 100: ... 454 Draft Issue 1 3 Date 8 02 00 Page 6 of 18 Cabinet Plinth Figure 53 Modular Enclosure with Plinth 5 Tighten all the bolts sufficient to ensure a firm fixing to the Floor 6 Place enclosure on to the plinth and fix to the plinth using the four M8 bolts and washers provided ...

Page 101: ...rtment cover 1 It is necessary to remove the battery compartment cover to gain access to the battery PCB and power connections Ribbon Retaining Clip Management Ribbon folded behind retaining clip Note When accessing the battery compartment removal of the ribbon retaining clip allows the cover to be placed on the top of the enclosure without the need for removal of the ribbon D type connection for ...

Page 102: ...left to disengage from the battery compartment pivot out from the bottom ensuring that the PCB components do not touch the Enclosure 4 To replace the cover reverse this process ensuring that no cables are trapped between the panel and the Enclosure 5 Installing the AC power 1 Remove the battery cover compartment as described above Base of Battery compartment AC Cable Inlet AUX BATT Cable Inlet if ...

Page 103: ...he battery compartment The negative terminal should be at the rear of the compartment 3 Replace the retaining strap Take care not to short the battery terminals with the retaining strap Ensure that the strap is located in the slot at the rear of the enclosure and the nut is tightened sufficient to secure the battery 4 Attach the battery connecting cable to the battery Screw the lug of the blue lea...

Page 104: ...or Alarm P2 J2 J1 J3 TB1 Figure 55 Enclosure PCB e PSU Connect the lead from the PSU to the PCB J2 f Standby Battery Connect the battery to the PCB J3 g External Standby Power The Modular Enclosure can be supplied from an external 12 Volt standby power source if required Connection to the PCB J1 is via a three pin Molex plug The connections are shown in Table 5 Pin Function 1 No Connection 2 Posit...

Page 105: ...it the incoming alarm condition 5 4 3 2 1 Earth Sense I P 0V in ve N C Sense I P ve 3 20V Phantom Power TB1 Figure 56 Alarm Connections i Open Door Alarm The door alarm cable is connected to socket P2 on the PCB 8 Fusing and front panel alarms External Fuse 10A 1 25 Slow Blow Battery Fuse 10A 1 25 Quick Blow MU1 Fuse 3A 20mm Slow Blow MU2 Fuse 3A 20mm Slow Blow MU3 Fuse 3A 20mm Slow Blow MU4 Fuse ...

Page 106: ...m LED is lit and the alarm is sent to the CT Sitespan On battery If the main supply fails the battery automatically provides power for the modules the alarm LED is lit and the alarm is sent to the CT Sitespan 2 The fuses are rated as shown in the table below Fuse Function Rating Type Size 1 External Supply 10 Amp Slow Blow 1 25in 2 Battery Fuse 10 Amp Quick Blow 1 25in 3 MU1 3 Amp Slow Blow 20mm 4...

Page 107: ...les enter the Modular Enclosure through the base via a cable entry gland 2 Remove the Krone mounting panel 3 Strip the cable and pass the wires through the hole in the connector mounting panel to terminate on the top of each Krone block Details of the cable termination are shown in Figure 59 and Table 7 cables 4 Run the RJ45 cables used to connect the Modular Units to the Krone blocks The cables f...

Page 108: ...nate the cables on the block as shown in Table 8 1 2 3 4 5 6 7 8 9 0 R O N E K MU3 MU4 Spare 1 2 3 4 1 2 3 4 1 2 3 4 5 6 7 8 9 0 R O N E K MU1 MU2 Spare 1 2 3 4 1 2 3 4 External Cable s from Distribution Point External Cable s from Distribution Point Note External Cable 1 x 20 pair cable or 4x 4 pair cables Figure 59 Krone Wiring ...

Page 109: ...ack Green Green Black 3 White Green Green MU3 3 4 14 Black Brown Brown Black 3 White Brown Brown MU3 4 5 15 Black Grey Black 4 White Blue Blue MU4 1 6 16 Yellow Blue Blue Yellow 4 White Orange Orange MU4 2 7 17 Yellow Orange Orange Yellow 4 White Green Green MU4 3 8 18 Yellow Green Green Yellow 4 White Brown Brown MU4 4 9 19 Yellow Brown Brown Yellow Spare Spare Spare 10 20 Yellow Grey Yellow Spar...

Page 110: ...ecure unit into the enclosure using the knurled fixing screw on the fixing bracket 1 2 3 4 Earthing and Securing Bracket Modular Unit Guides Fixing Hole Modular Enclosure part Modular Enclosure part 11 IF Drop Cable connections to the Modular Units 1 Bring the drop cables through the cable entry glands at the base of the unit See Figure 58 a Drop cable Termination Type T6 1 Strip the Drop Cable us...

Page 111: ...pe T10 5 Strip the Drop Cable using a knife or cable stripping tool to the dimensions shown in Figure 26 6 Fold back the braid against the cable sheath 7 Ensure that the centre conductor is clean of dielectric residue Push the crimp pin over the end of the centre conductor until the pin bottoms against the dielectric then crimp the pin to the centre conductor with the 0 96 Hex crimp on the Airspan...

Page 112: ...ide of the modular units and connect to the 15 way D type socket on the front of the unit 12 Power and Standby Tests 1 Connect the unit to the mains and check that the PSU led is illuminated This is only visible when the battery compartment cover is removed 2 The battery should be fully charged 12hrs before checking the standby facility It would be expedient to have a fully charged battery placed ...

Page 113: ...e PSU is plugged into the AC Supply 2 ST Programming Using STMON for Windows 1 For new STs configuration information is sent to the Service Interface Unit instructing it as to which frequencies PN and in the case of Fixed Assignment what RW code to use 2 STMON is a windows based commissioning and monitoring program designed for use with Demand Assignment Subscriber Terminals It connects to the Sub...

Page 114: ...rminals RX Downlink TX Uplink Ground 8 7 6 5 4 3 2 1 Plug Figure 63 R and S Series RJ45 STMON connections 5 STMON Interface for B L N and M series Subscriber Terminals 14 15 7 TX Uplink C o m m s R X Downlink Comms G round Figure 64 B L N and M series 15 way D type STMON connections Note When Using STMON with the Modular Enclosure the interfaces are presented on the front panel of the battery comp...

Page 115: ... the dongle provided is attached to the parallel port of the PC Laptop being used Once an ST has been programmed using a dongle it cannot be re programmed unless the dongle is attached to the PC After use with a dongle the ST can only be reset for use without a dongle by returning it to Airspan 2 Select the STMON Set UP tab Set the com port by clicking Change Port Number 3 Click the mouse on the r...

Page 116: ...the PN code 5 Select the assignment type If Fixed Assigned is chosen then a RW code must be entered in the box adjacent to the fixed assigned button 6 Select the software bank to be used 7 Click Configure ST to initiate the configuration Cancel leaves the configuration unchanged 8 The ST is configured and the following message is displayed 9 If the Subscriber Terminal fails to configure the follow...

Page 117: ...th a dongle different from the dongle attached or if no dongle is attached to the PC then the following message is displayed 6 Viewing and Setting the Interface Data for B Series working to a Release 3 Fixed Assigned Shelf 1 Select the Interface Data tab The data relevant to the current ST variant is displayed Module type serial number and part number are displayed ...

Page 118: ...isplays if the Data rate inverted or normal current clock source and whether loopbacks are applied 2 To change the configuration Click the left mouse button on the configure button 3 Set the data rate and interface to conform to the current application The Interface connections are described in DLP 008 4 The clock source is crucial to avoid data errors The clock timing can be triggered of off nega...

Page 119: ...SIU programming using a test telephone 1 If STMON is unavailable the ST can be programmed using a test telephone Connect an MF or LD type telephone to the SIU 2 Each SIU 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 9 Table 9 SIU Programming Information Mode DA 1 RF 3 di...

Page 120: ...s was 8 the number entered would be 7 10 Use to end programming 11 Upon successful installation the code accepted tone is heard in the handset receiver consisting of 1400 Hz pulses for 1 sec on 1 sec off for 5 seconds For a failed installation an incorrect code tone shall be heard in the handset receiver which consists of 1400 Hz pulses for less than 1 sec on and less than 1 sec off for 5 seconds ...

Page 121: ...g bolts sufficient to allow the antenna to rotate around the pole 3 Point the Antenna in the general direction of the Central Terminal Antenna 4 Using the DVM measure the DC voltage between Ground and Receive Signal Strength Indicator RSSI Monitoring on the Antenna see Figure 65 The voltage measured is a relative indication of the received signal strength The lower the voltage the weaker the RX si...

Page 122: ...of the Central Terminal Antenna 3 Using the DVM measure the DC voltage between Ground and the Receive Signal Strength Indicator RSSI Monitoring point on the Antenna see Figure 66 The voltage measured is a relative indication of the received signal strength The lower the voltage the weaker the RX signal and vice versa A reading of 1 4volts or greater indicates a viable link A more accurate indicati...

Page 123: ...rap in bracket extensions and around the drop cable ensure that the 70mm minimum bend radius of the cable is not exceeded Ground for Lightning Protection Pivot Bolt Ground for RSSI Receive Signal Strength Indication RSSI Digital Voltmeter DVM Strain Relief Strap Ensure minimum bend radius 70mm is not exceeded Figure 66 Panning Bracket Mount Antenna ...

Page 124: ...0 454 Draft Issue 1 3 Date 8 02 00 Page 4 of 4 Connect STMON for windows to the Service Interface Unit SIU and check that the ST has a warm net entry status if DA or has acquired if FA Record the Uplink and Downlink Signal Strength and the Uplink Code Phase on the test form ...

Page 125: ...m that dial tone is heard in the handset receiver If a comfort tone has been set check for comfort tone prior to Dial Tone Record on the Test Result Sheet 4 Outgoing call Initiate a call from the subscribers telephone to a test number provided by the CT Office Ensure that the call can be successfully set up and that line quality is good 5 Incoming call Initiate a return call from the CT Office to ...

Page 126: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 012 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 2 of 2 This Page Intentionally Blank ...

Page 127: ...DLP 013 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 1 of 2 FUNCTIONAL TESTS B SERIES INSTALLATIONS ISDN tests can only be done after the CT has been connected to a network switch STEP PROCEDURE This DLP in preparation STOP THIS PROCEDURE HAS BEEN COMPLETED ...

Page 128: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 013 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 2 of 2 This Page Intentionally Blank ...

Page 129: ...nd Commissioning DLP 014 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 1 of 2 FUNCTIONAL TESTS L SERIES INSTALLATIONS STEP PROCEDURE 1 BER Test the link See Appendix 3 for details of setting up BER Tests STOP THIS PROCEDURE HAS BEEN COMPLETED ...

Page 130: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 014 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 2 of 2 This Page Intentionally Blank ...

Page 131: ...al Installation and Commissioning DLP 015 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 1 of 6 TEST RESULTS All results of testing must be entered on this Test Result Sheet Please photocopy one for each ST to be commissioned ...

Page 132: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 015 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 2 of 6 This Page Intentionally Blank ...

Page 133: ...Ref AC Rack ID CT Rack ID Modem Shelf ID ST type ST ID Outdoor Unit No Part No RF Card Serial No Part No SIU Serial No Part No Interface if applicable Details and description of RF Path Profile and local environment Details and Position of Antenna Details and Position of SIU Modular Enclosure Test Results Uplink Signal Strength dBm Downlink Signal Strength dBm Uplink Code Phase Chip ...

Page 134: ...ion to switch available Function Test Result Line 1 Dial Tone Present Outgoing Call Incoming Call Line 2 Dial Tone Present Outgoing Call Incoming Call Telephone functionality for B series installations Function Test Result Line B1 Dial Tone Present Outgoing Call Incoming Call Line B2 Dial Tone Present Outgoing Call Incoming Call Data functionality for L series installations Function Test Result Co...

Page 135: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 015 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 5 of 6 Installation Engineer Date of Installation ...

Page 136: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 015 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 6 of 6 This Page Intentionally Blank ...

Page 137: ...of 2 Copyright Airspan Communications Corporation 2000 AS4000 SUBSCRIBER TERMINAL ACCEPTANCE FORM 1 This section includes the ACC and customer copies of the 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 ...

Page 138: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 016 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 2 of 6 This Page Intentionally Blank ...

Page 139: ...MINAL ACCEPTANCE FORM CONTRACT OR CUSTOMER S REF NO ACC COMMUNICATIONS LTD REF NO SITE IDENTITY The Customer accepts that the following equipment has been supplied installed and tested CRU Serial No Part No PSU Serial No Part No Customer Representative Name Position Signature Date ACC Representative Name Position Signature Date CUSTOMER COPY ...

Page 140: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 016 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 4 of 6 This Page Intentionally Blank ...

Page 141: ...ERMINAL ACCEPTANCE FORM CONTRACT OR CUSTOMER S REF NO ACC COMMUNICATIONS LTD REF NO SITE IDENTITY The Customer accepts that the following equipment has been supplied installed and tested CRU Serial No Part No PSU Serial No Part No Customer Representative Name Position Signature Date ACC Representative Name Position Signature Date ACC COPY ...

Page 142: ...AS4000 Subscriber Terminal Installation and Commissioning DLP 016 605 0000 454 Draft Issue 1 3 Date 8 02 00 Page 6 of 6 This Page Intentionally Blank ...

Page 143: ...2057 75 2232 75 10 2061 25 2236 25 11 2064 75 2239 75 12 2068 25 2243 25 13 2071 75 2246 75 14 2075 25 2250 25 15 2078 75 2253 75 16 2082 25 2257 25 17 2085 75 2260 75 18 2089 25 2264 25 19 2092 75 2267 75 20 2096 25 2271 25 21 2099 75 2274 75 22 2103 25 2278 25 2 2 3GHz 23 2106 75 2281 75 30 2308 00 2402 00 31 2312 00 2406 00 32 2316 00 2410 00 33 2320 00 2414 00 34 2324 00 2418 00 35 2328 00 242...

Page 144: ... 3450 25 3550 25 66 3453 75 3553 75 67 3457 25 3557 25 68 3460 75 3560 75 69 3464 25 3564 25 70 3467 75 3567 75 71 3471 25 3571 25 72 3474 75 3574 75 73 3478 25 3578 25 74 3481 75 3581 75 75 3485 25 3585 25 76 3488 75 3588 75 77 3492 25 3592 25 3 4 3 6GHz 78 3495 75 3595 75 83 1851 25 1931 25 84 1853 75 1933 75 85 1856 25 1936 25 86 1858 75 1938 75 87 1861 25 1941 25 88 1863 75 1943 75 89 1866 25 ...

Page 145: ...120 2070 0 2245 0 121 2073 5 2248 5 122 2077 0 2252 0 123 2080 5 2255 5 2 0 2 3GHz SUNTEL 124 2084 0 2259 0 128 1852 75 1932 75 129 1856 25 1936 25 130 1859 75 1939 75 131 1863 25 1943 25 132 1866 75 1946 75 133 1870 25 1950 25 134 1873 75 1953 75 135 1877 25 1957 25 136 1880 75 1960 75 137 1884 25 1964 25 138 1887 75 1967 75 139 1891 25 1971 25 140 1894 75 1974 75 141 1898 25 1978 25 142 1901 75 ...

Page 146: ...AS4000 Subscriber Terminal Installation and Commissioning Appendix 605 0000 454 1 Draft Issue 1 3 Date 8 02 00 Page 4 of 4 This Page Intentionally Blank ...

Page 147: ...Uplink Comms RX Downlink Comms Ground 14 15 7 R and S Series Interface B L and N Series Interface 15way D type Male 5 2 PC Interface TX Uplink Comms RX Downlink Comms Ground 3 15way D type Female Note When Using LAT with the Modular Enclosure the interfaces are presented on the front panel of the battery compartment 2 Downloading ST software via Lat 1 Reboot ST by typing TW 2 During reboot cause t...

Page 148: ..._Q 8 To prepare bank for switching type WV_C 2 10005 0 0 0 Bank to switch to Version number in HEX i e version 1 0005 High word Low word ΠSet to 0 and the correct values are automatically inserted 9 To write changes type WV_W 10 To reboot type TW STOP THIS PROCEDURE HAS BEEN COMPLETED 0001 0005 High bank checksum ΠHigh bank version number ΠLow bank checksum Π...

Page 149: ...Type TI 39 TO Amongst other messages DTU returns 689973016 RADIOSLV 0x0 Slot States 466606660666066606660666111111111111111111111111111156664 666 The first 4 numbers returned indicates the state of RW 1 the next 4 the state of RW 2 and so on The meaning of the numbers is shown below 1111 Idle 0666 Traffic Channel 5666 Call control Channel 4666 Link Acquisition Channel or Net Entry Channel To creat...

Page 150: ...0 Puts ST into test mode W 426 Watch the link state LK 7 1 1 0 0 9 Acquire a downlink on TLAC in this example RW 7 at 10kbit s channel 9 LK 8 1 4 4 0 9 Acquire a downlink and uplink on TTC in this example RW 8 at 160kbit s channel 9 3 During these commands the link status watch should return the states as described in paragraph 2 The final state should be 0B0B 4 The ST now acquires if the ST fails...

Page 151: ...connection at the AC Port mapped to the link to be tested 2 Connect the 2Mbit s cable from the BER tester to the Access Concentrator Port 3 Configure the BER tester as follows Interface Ternary Linecode HDB3 Frame CAS MFM Through Mode Off Tx Clock Source Internal Pattern 2 23 1 PRBS Polarity Inv Receive Timeslots As per Tx Tx Timeslot set to timeslot allocated to link 1 1 Configuring the DTU card ...

Page 152: ...o acquire on RW 7 with Uplink and Downlink of 160kbit s using RF channel 9 within C2 band F14 LK 7 1 4 4 0 9 5 Watches link state TypeW 426 Wait for the link to acquire When the link has acquired the ST will return D 0426 0B0B 6 Enables Loopback Type MM 40004a h df The BER test can now be run from the Central Terminal To take the DTU out of the test mode using the LAT cable type TE 1 To return the...

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