1. Manuals
  2. Brands
  3. Alcatel Manuals
  4. Receiver
  5. 9400AWY
  6. Installation handbook

Alcatel 9400AWY Installation Handbook

Short–haul low/medium capacity digital microwave radio links
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
Installation Handbook
Alcatel 9400AWY
Rel.1.0
11–13–15–18–23–25–28–32–38 GHz
Short–haul low/medium capacity digital microwave radio links
3DB 05653 DAAA Ed.01

Advertisement

Table of Contents
loading

Summary of Contents for Alcatel 9400AWY

  • Page 1 Installation Handbook Alcatel 9400AWY Rel.1.0 11–13–15–18–23–25–28–32–38 GHz Short–haul low/medium capacity digital microwave radio links 3DB 05653 DAAA Ed.01...
  • Page 2 ALCATEL 9400 AWY Rel.1.0 Installation Handbook 19/ 04/ 2004 O. Benaglia DATE CHANGE NOTE APPRAISAL AUTHORITY ORIGINATOR 9400 AWY INSTALLATION HANDBOOK 3DB 05653 DAAA 1/104...

  • Page 3: Table Of Contents

    TABLE OF CONTENTS INSTALLATION RULES ...........................7 1.1. Safety Rules ............................7 1.2. General Rules ............................7 1.2.1. Safety instruction ..........................8 1.3. Unpacking and Warehousing ........................9 1.3.1. General ............................9 1.3.2. Unpacking.............................9 1.3.3. Warehousing..........................10 1.3.4. Pre-Installation Checking......................10 1.3.5. System technical characteristics ....................11 1.3.6. Installation Tools required ......................20 1.3.7.
  • Page 4 3.6.2. Wall installation description......................68 3.6.3. Grounding of the equipment for table/wall installation ............... 70 IDU INTERCONNECTIONS........................71 4.1. Module interconnections, description ....................71 4.2. Numbering and functions referred to the Connection Points.............. 72 4.3. Summary and type connectors usage ....................73 4.4.
  • Page 5 LIST OF FIGURES Tables Table 1 - ODU Mounting Hardware Installation Kit Listing................16 Table 2 - ODU Mounting Hardware Installation Kit Listing................18 Table 3 - Installation tools bag - Maintenance Tools Bag - Station Tools Bag, ..........20 Table 4 - ODU Installation materials for integrated antenna case ..............21 Table 5 - ODU Installation materials for non integrated antenna..............22 Table 6 - IDU Installation components ......................23 Table 7 - Standard waveguide and flanges......................45...
  • Page 6 Figure 38 - WTD rack (21") with BB 1+0 ......................53 Figure 39 - WTD rack (21") with BB 1+1 ......................54 Figure 40 - Wired minidistributor in a 21" rack....................55 Figure 41 - RACK - 9400 AWY 1+1 IDU (example of installation with cables from the top) ......56 Figure 42 - ETSI Rack TRU in 9400 AWY.......................
  • Page 7 This page is intentionally blank 3DB 05653 DAAA 6/104...

  • Page 8: Installation Rules

    1. INSTALLATION RULES ATTENTION EMC NORMS WHEN CARRYING OUT THE GIVEN OPERATIONS OBSERVE THE NORMS STATES IN RELATIVE CHAPTER IN TECHNICAL HANDBOOK COD 3DB 05653 BAAA 1.1. Safety Rules The Safety Rules describe the operations and/or precautions to observe to safeguard operating personnel during the working phases and to guarantee equipment safety.

  • Page 9: Safety Instruction

    1.2.1. Safety instruction Equipment emitting RF power (Reminder from site preparation procedure): The site must be compliant with ICNIRP guidelines or local regulation if more restrictive. The following rules should be strictly applied by Customer: • Non authorized persons should not enter the compliance boundaries, if any, for the general public. •...

  • Page 10: Unpacking And Warehousing

    1.3. Unpacking and Warehousing 1.3.1. General The following procedures have been issued and must be observed when unpacking the equipment. The reciprocal operation must be done for repacking. In such case it is recommended to use the original packing material. The following sturdy outer packing material is utilized in order to protect the equipment against mechanical and climatic stresses to which they are subjected: wooden crates...

  • Page 11: Warehousing

    1.3.3. Warehousing If having to store the packed material, the following requirements must be met: • the cardboard boxes must be placed indoor in airy rooms; • the wooden or plywood cases can be placed outdoors provided they are protected against rain and direct sunlight.

  • Page 12: System Technical Characteristics

    1.3.4.3. 1+1 Integrated Antenna IDU - BB 1+1 & Telephone Kit Fixing Installation kit material N°2 ODU – RTx & solar shield RF Coupler Integrated Pole Mounting Fixing Installation kit material Antenna IDU / ODU Cable & Connectors Installation kit material Subrack for BB Wall / Table installation ( if foreseen by Plant Documentation ) Rx Power Monitoring Cable &...

  • Page 13: Figure 1 - Odu Rear And Front Views

    OUTDOOR UNITS CHECK Figure 1 - ODU rear and front views ODU Solar Shield P/N - 3CC13476AAAA 1+0 ODU solar shield view 1+1 ODU solar shields view Figure 2 - ODU solar shields views 3DB 05653 DAAA 12/104...

  • Page 14: Figure 3 - Odu Rf Coupler View

    RF COUPLER UNIT CHECK CH 0 Side CH 1 Side Figure 3 - ODU RF coupler view ODU RF coupler Reference P/N Missing 10/11 GHz 3db Coupler Missing 10/11 GHz 10db Coupler 3CC13472AAAA 13/15 GHz 3db Coupler 3CC13472ABAA 13/15 GHz 10db Coupler 3CC13473AAAA 18/23/25 GHz 3db Coupler 3CC13473ABAA...

  • Page 15: Figure 4 - Idu 9400 Awy 1+0 Compact

    INDOOR UNIT TYPES CHECK IDU 1+0 Subrack P/N - 3DB04254AAAA Figure 4 - IDU 9400 AWY 1+0 Compact IDU 1+0 EXT Subrack P/N - 3DB04406AAAA Figure 5 - IDU 9400 AWY 1+0 Standard DU 1+1 Subrack P/N - 3DB04406AAAA Figure 6 - IDU 9400 AWY 1+1 Standard Service Kit –...

  • Page 16: Figure 8 - Integrated Antenna And Odu Mounting Hardware Installation Kit View

    INTEGRATED POLE MOUNTING INSTALLATION HARDWARE KIT CHECK Check contents of all hardware bags according to the following Hardware installation Kits: 1+0 Integrated Antenna and ODU Mounting Hardware Installation Kit 1+1 Integrated Antenna and ODU Mounting Hardware Installation Kit 1’ RF coupler - No Installation Hardware Kit is required for RF Coupler Integrated Pole Mounting Integrated pole mounting Installation Hardware Kit...

  • Page 17: Table 1 - Odu Mounting Hardware Installation Kit Listing

    See Table 1 on page 16 for a description of the items shown in the photograph. The attaching hardware for the steerable support unit is shown in the photograph as items N through S, but other than the steerable support, are not listed in the table. All parts shown should be received packed together in the same carton. The steerable support is wrapped and the remaining hardware is in two plastic bags, the large pieces in a large plastic bag and the smaller hardware in a small plastic bag within the larger bag.

  • Page 18: Figure 9 - Non Integrated Antenna And Odu Mounting Hardware Installation Kit

    NON INTEGRATED POLE MOUNTING INSTALLATION HARDWARE KIT CHECK Check contents of all hardware bags according to the following Hardware installation Kits: 1+0 NON Integrated Antenna and ODU Mounting Hardware Installation Kit 1+1 NON Integrated Antenna and ODU Mounting Hardware Installation Kit RF coupler - No Installation Hardware Kit is required for 1’...

  • Page 19: Table 2 - Odu Mounting Hardware Installation Kit Listing

    See Table 2 on page 18 for a description of the items shown in the photograph. The attaching hardware for the steerable support unit is shown in the photograph as items N through S, but other than the steerable support, are not listed in the table. All parts shown should be received packed together in the same carton. The steerable support is wrapped and the remaining hardware is in two plastic bags, the large pieces in a large plastic bag and the smaller hardware in a small plastic bag within the larger bag.

  • Page 20: Figure 10 - Integrated Pole Mounting View

    POLE MOUNT PARTS CHECK Check for correct steering support and pole mount assembly according to the following: • Steering Support and Pole Mount Assembly for Radio with Integrated Antenna ODU and Integrated Antenna Support Pole Mounting View ODU Fixing point onto the Pole Integrated Pole Mounting Reference P/N - 3CC10752AAAA Figure 10 –...

  • Page 21: Installation Tools Required

    1.3.6. Installation Tools required The 9400 AWY radio is supplied with three Tools Bag: Station Tools Bag, (P/N 299702816); (ALCATEL P/N 3DB 01399 AAAA). Maintenance Tools Bag (P/N 299702815); (ALCATEL P/N 3DB 01398 AAAA). Installation Tools Bag (P/N 299702809); (ALCATEL P/N 3DB 01397 AAAA).

  • Page 22: Tables Of Installation Components

    The column “Figure/Remark“ shows the figures where the related items are applied. Table 4 - ODU Installation materials for integrated antenna case ODU INTEGRATED ANTENNA INSTALLATION COMPONENTS Alcatel Name Integrated Ref. To Note...

  • Page 23: Table 5 - Odu Installation Materials For Non Integrated Antenna

    The column “Figure/Remark“ shows the figures where the related items are applied. Table 5 - ODU Installation materials for non integrated antenna ODU NON INTEGRATED ANTENNA INSTALLATION COMPONENTS Alcatel Name Remote Ref. To Note...

  • Page 24: Table 6 - Idu Installation Components

    For each of the above type of installation special mechanical supporting fixtures are available. Table 6 -.on page 23 gives a list of the installation materials that are included in the catalogue. Table 6 - IDU Installation components IDU INSTALLATION COMPONENTS REF. TO ALCATEL NAME NOTE FIGURE PART NUMBER 3DB04847AAAA RACK MOUNT.

  • Page 25: Idu Equipment Provisioning

    1.3.8. IDU Equipment provisioning 1.3.8.1. 1+0 Compact IDU Equipment provisioning 1.3.8.2. 1+1 Compact IDU Equipment provisioning 3DB 05653 DAAA 24/104...
  • Page 26 This page is intentionally blank 3DB 05653 DAAA 25/104...

  • Page 27: Outdoor Installation Units (Odu)

    2. OUTDOOR INSTALLATION UNITS (ODU) 2.1. General 9400 AWY ODU units are designed for assembly: -Either with an integrated antenna connected directly to the Outdoor equipment, see paragraph 2.2 and 2.3. -With one or more non–integrated antennas, see paragraph 2.4. ODU rear view LOCKING HOOK...

  • Page 28: Typical Installation Layout

    2.1.1. Typical installation layout Figure 22 on page 28, Figure 23 page 29, and Figure 24 on page 30 show typical installation layouts. The installation materials included in Table 4 on page 21 and Table 5on page 22 are also pointed out and shown in the figures.

  • Page 29: Figure 13 - Typical Installation Of 1+0 Odu With Integrated Antenna, 30 Cm Or 60 Cm

    TYPE N CONNECTOR POLE COAX CABLE CLAMP (SEE NOTE 1) GROUNDING (SEE NOTE 2) PREPARED ZONE ROUND POLE FOR GROUNDING COAX CABLE COLLAR COAX CABLE CLAMP (SEE NOTE 1) COAX CABLE GROUND GROUND CABLE COAX CABLE (SEE NOTE 3) SCREW GROUNDING KIT COAX CABLE COAX CABLE...

  • Page 30: Figure 14 - Typical Installation Of 1+1 Odu With Integrated Antenna, 30 Cm Or 60 Cm

    POLE TYPE N CONNECTOR COAX CABLE CLAMP (SEE NOTE 1) GROUNDING (SEE NOTE 2) ROUND POLE COLLAR PREPARED ZONE FOR GROUNDING COAX CABLE COAX CABLE CLAMP (SEE NOTE 1) COAX CABLE GROUND GROUND CABLE (SEE NOTE 3) COAX CABLE SCREW GROUNDING KIT COAX COAX CABLE...

  • Page 31: Figure 15 - Typical Install. Of 1+0 Odu With Non Integrated Antenna And The 600 Mm. Flexible Twist Or Optimized Wave-Guide Length

    POLE GROUNDING KIT ANTENNA GROUNDING GROUND POLE W.G. CABLE CLAMP WAVEGUIDE W.G. CLAMP WAVEGUIDE FLANGE ANTENNA FLANGE TYPE N CONNECTOR COAX CABLE CLAMP (SEE NOTE 1) GROUNDING PREPARED ZONE (SEE NOTE 2) FOR GROUNDING COAX CABLE ROUND POLE COLLAR COAX CABLE COAX CABLE CLAMP GROUND...

  • Page 32: Figure 16 - Typical Install. Of 1+1 Odu With Non Integrated Antenna And The 600 Mm. Flexible Twist Or Optimized Wave-Guide Length

    POLE W.G. POLE CLAMP FLEX TWIST or WAVE GUIDE W.G. GROUNDING KIT CLAMP GROUND CABLE WAVEGUIDE WAVEGUIDE FLANGE ANTENNA FLANGE COAX CABLE CLAMP (SEE NOTE 1) GROUNDING (SEE NOTE 2) PREPARED ZONE ROUND FOR GROUNDING COAX CABLE POLE COLLAR COAX CABLE CLAMP COAX CABLE (SEE NOTE 1)

  • Page 33: 1+0 Odu Configuration Installation With Integrated Antenna

    2.2. 1+0 ODU configuration Installation with integrated antenna 2.2.1. Required Parts Integrated antenna Antenna Mounting Hardware (Identify hardware and quantity according to hardware Figure 1 on page 12 and Figure 2 on page 12 and Table 1 on page 16). Pole Mounting Assembly (Identify hardware and quantity according to hardware Figure 8 on page 15 and Table 1 on page 16).

  • Page 34: Figure 18 - Integrated Antenna Pole Mounting With Odu 1+0, Vertical Polarization

    Figure 27 - Integrated antenna pole mounting with ODU 1+0, Vertical Polarization The mechanical system can be secured to any fixing pole with a diameter of between 50 and 114 mm. A pole diameter of 114 mm is, however, recommended. With smaller diameters, mounting is possible, if special attention is paid to the mechanical rigidity of the assembly.

  • Page 35: General Procedural Sequence

    2.2.3. General Procedural Sequence: Install the pole mounting assembly on mast; see paragraph 2.2.4.1. Turn the Antenna Nose according to the Hop polarization see paragraph 2.2.4.2. Install the antenna on pole mounting, see paragraph 2.2.4.2. Install the ODU; see paragraph 2.2.5 Pre-point the antenna;...

  • Page 36: Figure 20 - Change Polarisation Description

    2.2.4.2. Installing the antenna on the pole mounting Turn the Antenna Nose according to the Hop polarization Before to position the antenna vertically (node assembling ), with the drain hole in the bottom part and free of obstacles. Insert the M6 screws (7 in all) (1) with their “onduflex“ springy crinkle washers, tighten and secure the screws.

  • Page 37: Installing The Odu

    2.2.5. Installing the ODU - Remove the solar shield by unscrewing the two solar shield screws - Grasp the ODU module by the handle. - Open the four looking hooks (1) arranged on the four walls of the ODU unit - Rotate the ODU depending to horizontal or vertical polarization, - Plug-in insert the specific brackets (2) to the support (Radio mounting), - Secure the ODU module through the four hooks (1) on the relative brackets (2).

  • Page 38: Pointing The Antenna

    2.2.6. Pointing the antenna 2.2.6.1. Antenna mechanical pre-pointing Overall antenna steer (with turnbuckles set to the “maximum“) is: Bearing: 360 degrees for 30 cm and 60 cm diameter antenna, The steer obtained by the turnbuckles is: Elevation: + 25° degrees, Bearing: + 10°...

  • Page 39: Figure 24 - Pole Mounting Near A Wall

    First horizontal pre-pointing (azimuth) Horizontally place the antenna according to the direction set down in the “plant documents“ where, among the various indication are indicated those concerning the “reference points“ (Position of the tower or of the building with respect to true north) in order to point the antenna in the set direction. There are various procedures and technical means to adopt in order to mechanically pre-point the antenna, and they can be implemented in various ways according to the various configurations and to the various system conditions.

  • Page 40: 1+1 Odu Configuration Installation With Integrated Antenna

    2.3. 1+1 ODU configuration Installation with integrated antenna 2.3.1. Required Parts Listing Integrated antenna Antenna Mounting Hardware (Identify hardware and quantity according to hardware Figure 1 on page 12, Figure 2 on page 12 and Figure 3 on page 13 and Table 1 on page 16). Pole Mounting Assembly (Identify hardware and quantity according to hardware Figure 8 on page 15 and Table 1 on page 16).

  • Page 41: General Procedural Sequence

    2.3.2. General Procedural Sequence Install the pole mounting assembly on mast; see paragraph 2.2.4.1; Install the antenna on the pole mounting, see paragraph 2.2.4.2; Install the Coupler, see paragraph 2.3.3.1; Install the ODU, see paragraph 2.2.5; Point the antenna, see paragraph 2.2.6. 2.3.3.

  • Page 42: Figure 27 - Installing The Rf Coupler With Odu 1+1 For Integrated Antenna

    2.3.3.2. Installing the ODU 1+1 Grasp two modules ODU by the handle. Fasten the ODU module to the support through the locking hooks (3) that will be tightened onto the relative fastening bracket on the coupler (4). Figure 36 - Installing the RF coupler with ODU 1+1 for integrated antenna 3DB 05653 DAAA 41/104...

  • Page 43: 1+0 Odu Configuration Installation With Non-Integrated Antenna

    2.4. 1+0 ODU configuration Installation with non-integrated antenna 2.4.1. Required Parts Listing Non Integrated antenna Antenna Mounting Hardware and instructions (supplied by manufacturer). Pole Mounting Assembly (Identify hardware and quantity according to hardware Figure 9 on page 17 and Table 2 on page 18). Outdoor Unit and mounting hardware.

  • Page 44: Install The Pole Mounting On The Mast

    2.4.3. Install the pole mounting on the mast. 2.4.3.1. Pole mounting assembly This assembly is valid only for non-integrated antenna. The outdoor “pole mounting“ system is designed for quick mechanical installation. The mechanical system can be secured to any fixing pole with a diameter of between 90 and 114 mm. A pole diameter of 114 mm is, however, recommended.

  • Page 45: Installing The Odu

    2.4.4. Installing the ODU NB: Pole mounting can be installed on the Right or Left hand side of the pole. - Take off the solar shield by unscrewing the two screws placed on the solar shield back panel. - Grasp the ODU module by the handle. Open the four looking hooks (1) arranged on the four walls of the ODU unit - Position the Pole mounting support on the pole side as shown in the plant documentation.

  • Page 46: Installing The "Flextwist" Waveguide

    2.4.5. Installing the “Flextwist“ waveguide This 600mm long twistable flexible waveguide is supplied complete with gaskets and fasteners. At one end, it has a smooth square flange (to be mounted on the antenna) and at the other end, a grooved square flange designed to accommodate an O-ring seal (mounted at the ODU end).

  • Page 47: 1+1 Odu Configuration Installation With Non-Integrated Antenna

    2.5. 1+1 ODU configuration Installation with non-integrated antenna Figure 40 on page 46 shows the pole mounting assembling with ODU 1+1 unit. 2.5.1. Required Parts Listing Non-integrated antenna Antenna mounting hardware and instructions (supplied by manufacturer) Pole Mounting Assembly (Identify hardware and quantity according to hardware Figure 9 on page 17 and Table 2 on page 18).

  • Page 48: Installing The Coupler

    2.5.3. Installing the Coupler Grasp the coupler by the handle. Fasten the coupler to the support through the four locking hooks (1) that will be tightened onto the relative fastening brackets on the radio support (2). Figure 41 - Installation of the Coupler on the pole mounting 2.5.3.1.

  • Page 49: Solar Shield Installation

    2.6. Solar shield Installation Figure 90 on page 48 shows the solar shield mounting example (using screws) for ODU 1+0. The same procedure applies to the 1+1 configuration. NB. Solar shield has to be installed only after ODU installation. Solar shield screws Figure 43 - Solar shield installation ODU 1+0 3DB 05653 DAAA 48/104...

  • Page 50: Idu / Odu Cable Grounding Kit Assembling

    2.6.1. IDU / ODU cable grounding kit assembling Cable grounding kit view: cod 1AB128500002 Cable grounding kit assembling description: Cable reference type: 3DB 05653 DAAA 49/104...

  • Page 51: Indoor Units Installation (Idu)

    Cable reference table: 3. INDOOR UNITS INSTALLATION (IDU) 3.1. General Indoor units (IDU) of the 9400 AWY system can be installed in different ways as described below: Installation in a ETSI (WTD) rack (21") and North American standard rack (21") (see paragraph 3.2.1 on page 50) or Laborack (see paragraph 3.2.2 on page 58);...

  • Page 52: Figure 35 - Example Of 1+0 Idu With 21" Supports For Rack Mounting

    Figure 44 - Example of 1+0 IDU with 21" supports for rack mounting Figure 45 - Example of 1+1 IDU with 21" supports for rack mounting 3DB 05653 DAAA 51/104...

  • Page 53: Figure 37 - Subrack Installation In 21" Rack

    Detail A - Screw hole Detail B - Nut cage Detail A Detail B Figure 46 - Subrack installation in 21" rack 3DB 05653 DAAA 52/104...
  • Page 54 TRU (Top Rack Unit) BB 1+0 with minidistributor Figure 47 - WTD rack (21") with BB 1+0 3DB 05653 DAAA 53/104...
  • Page 55 TRU (Top Rack Unit) BB 1+1 with minidistributor Figure 48 - WTD rack (21") with BB 1+1 3DB 05653 DAAA 54/104...
  • Page 56 Figure 49 - Wired minidistributor in a 21" rack 3DB 05653 DAAA 55/104...
  • Page 57 The Figure 50 on page 56 shows the ETSI rack installation for 9400 AWY 1+1 IDU. The cable enters the rack from the top side. The Figure 51 on page 57 shows also the ETSI TRU (Top Rack Unit) in the rack upper side. Figure 50 - RACK - 9400 AWY 1+1 IDU (example of installation with cables from the top) 3DB 05653 DAAA 56/104...
  • Page 58 Figure 51 - ETSI Rack TRU in 9400 AWY 3DB 05653 DAAA 57/104...

  • Page 59: Laborack

    3.2.2. Laborack Figure 52 - Laborack IDU Installation in Laborack When you have correctly positioned the fixing brackets on the 19” unit, the front panel will hold the equipment by four screws fitted into the laborack cage nuts. Fasten the IDU to the rack by inserting screws into holes of 19” mechanical adaptors and by screwing them into relevant holes provided with nut cage situated on rack brackets (see Figure 44 on page 51) 3DB 05653 DAAA 58/104...

  • Page 60: Rack Mount Adapters Installation In A 19" Din Rack

    3.2.3. Rack mount adapters installation in a 19" DIN rack For the 1+0 version (3DB 04846 AAAA) the mechanical fittings are shown in the assembly drawing of Figure 53 on page 59 and for the 1+1 version (3DB 04847 AAAA) they are shown in the assembly drawing of Figure 54 on page 59.

  • Page 61: Idu Installation In Bts

    3.3. IDU installation in BTS See Figure 55 on page 61. 3.3.1. Horizontal positioning Locate the four holes on the brackets to fix the subrack. Insert nut cage into the bracket hole. Fix detail to bracket by inserting screws into hole and tighten it into the relevant hole. ATTENTION Perform this operation only for the holes involved to fix the subrack upper side.
  • Page 62 Figure 55 - IDU 1+0 and 1+1 for BTS vertical installation 3DB 05653 DAAA 61/104...

  • Page 63: Grounding Of The Subrack

    3.3.3. Grounding of the subrack The subrack must be grounded using the Faston connector present on the rear side of the apparatus, see Figure 56 on page 62 (DETAIL A). The section cable (wire) to use must be a 1X 3 mm 2. ( Yellow / Green ) The subrack-mounting item (3), adds a good electrical connection to rack ground.

  • Page 64: Minimum Distances Between Systems Installed In The Rack

    3.4. Minimum distances between systems installed in the rack 1+0 IDU Rack 1+1 IDU rack Figure 57 - Minimum distances for dense packing in both systems (1+0 and 1+1) The presence of Minidistributor is not taken into account for the minimum distance calculation left in between the two BB Units in any configuration, which will be always as shown above.

  • Page 65: Installation In A Special Workbench Or Desk (Simple Installation)

    3.5. Installation in a special workbench or desk (simple installation) The apparatus is simply placed on the desk and the four feet support it. An example of a typical bench installation is shown in Figure 58 on page 64. Figure 58 - Typical installation on table of apparatus 1+0 and 1+1 3.5.1.

  • Page 66: Table/Wall Mounting Kit Description

    3.6. Table/Wall mounting kit description The mechanical support (kit ref. can be used for either table or wall installations, in order to 3DB04848AAAA) ensure stability on the equipped bench, desk or wall. The mechanical support can contain a maximum of two units in case of system 1+0 Compact, and one unit in case of system 1+1, both equipped with mini distributor.
  • Page 67 BB support grounding point Operator electrostatic coiled cord grounding connection point button IDU 1+0 installation on a workbench equipped with mini distributor BB support grounding point Operator electrostatic coiled cord grounding connection point button IDU 1+1 installation on a workbench equipped with mini distributor Figure 61 - Example of 1+0 and 1+1 typical installation on a workbench fitted with mechanical supports 3DB 05653 DAAA...
  • Page 68 Figure 62 - IDU unit with coaxial minidistributor - Upper view Figure 63 - IDU unit with coaxial minidistributor - Front view 3DB 05653 DAAA 67/104...

  • Page 69: Wall Installation Description

    3.6.2. Wall installation description The wooden or masonry wall that is selected for the installation should be in a suitable portion of the room. Preferably it should be near to a safety power outlet, and it should ensure safeguard against accidental tampering.
  • Page 70 For horizontal or vertical IDU installation the mechanical support must be fixed using the expansion anchors supplied with the mechanical support. Install the mechanical support (see Figure 65 on page 69) following the steps listed below: 500 mm 460 mm WALL KIT INSTALLATION (REAR VIEW) 200 mm...

  • Page 71: Grounding Of The Equipment For Table/Wall Installation

    3.6.3. Grounding of the equipment for table/wall installation The equipment must be grounded using the Faston connector present on the right hand or left side of the mechanical assembly. The section cable (wire) to use must be 3 mm 2 Operator electrostatic coiled cord grounding connection point button Table Wall mounting support...

  • Page 72: Idu Interconnections

    4. IDU INTERCONNECTIONS 4.1. Module interconnections, description External interfaces are listed in the following figures, with corresponding connectors. The interfaces are divided into three groups, depending on their location: ACCESS UNIT, MAIN UNIT, and EXTENSION UNIT. The EXTENSION UNIT can be supplied only for IDU 1+1. The IDU is offered in three different configurations: see Figure 67 on page 71.

  • Page 73: Numbering And Functions Referred To The Connection Points

    4.2. Numbering and functions referred to the Connection Points Table 8 - Numbering and functions referred to the Connection Points Figure FROM BOARD Customer Access TRIB 1 through 8 Mini distributor frame (MDF) Distributor (CDF) Customer Access TRIB 9 through 16 Mini distributor frame (MDF) Distributor (CDF) Access NMS V11 AUDIO1 (EOW)

  • Page 74: Summary And Type Connectors Usage

    4.3. Summary and type connectors usage Ref Figure Interface Connector Type Paragraph 16E1/DS1 – 64 Wires 2 x SubD 37 Female 4.4.1 on page 75 NMS_V11 + Audio 1 (EOW) SubD 15 Female 4.4.3 on page 78 NMS_G703 + Audio 2 (EOW) SubD 15 Female 4.4.4 on page 79...

  • Page 75: Suggested Cabling

    4.4. Suggested cabling Table 9 - Suggested cabling ANV P/N Connection Figure Cable type Alcatel P/N Note type (factory P/N) Cable 8xe1/DS1 IDU/Distr-BNC-75 ohm Unb BNC male 75ohm 3DB05353AAAA 041.992.620 Cable 8xe1/DS1 IDU/Distr-1.0/2.3-75 ohm Unb 1.0/2.3 male 3DB05354AAAA 041.992.621 Cable 8xe1/DS1 IDU/Distr - 120 ohm Bal...

  • Page 76: I/O 1 Through 8 And I/O 9 Through 16

    4.4.1. I/O 1 through 8 and I/O 9 through 16 E1/DS1 I/O E1/DS1 I/O 1 through 8 9 through /16 Figure 68 - I/O 1 through 8 and 9 through16 connections 16E1 – 16DS1 Two 37-pin SubD connectors allow for the connection of 16 tributaries. For E1 tributaries the same input and output wires are reused for 120 Ω...

  • Page 77: Table 11 - I/O (9 Through 16) Connection

    Table 11 - I/O (9 through 16) connection Description Pin # Description Pin # Cable Reserved Reserved IN+Trib. 9 IN-Trib. 9 IN+Trib. 10 IN-Trib. 10 IN+Trib. 11 IN-Trib. 11 IN+Trib. 12 IN-Trib. 12 IN+Trib. 13 IN-Trib. 13 IN+Trib. 14 IN-Trib. 14 IN+Trib.

  • Page 78: Mini Distributor Connection

    4.4.2. Mini Distributor connection The user ports are implemented on two 37–way connectors: for the 2 Mbit/s tributary ports. The user must choose from the configurations listed below. Distributor Subrack for 1.0/2.3 75 ohm unbalanced (593.230.042). Distributor Subrack for 1.6/5.6 75 OHM unbalanced (593.230.043). Distributor Subrack for 100 ohm balanced (593.230.044).

  • Page 79: Nms V11 - Audio 1 (Eow)

    4.4.3. NMS V11 - AUDIO 1 (EOW) NMSV11 Audio1 “(NMS_V11+Audio1)” interface has 9 pins dedicated to NMS and 6 pins dedicated to EOW analog party line. NMS_V11 channel is a 64Kb/s co directional and TX and RX are totally asynchronous. Cable Pin # Description...

  • Page 80: Nms G703 + Audio 2 (Eow)

    4.4.4. NMS G703 + Audio 2 (EOW) NMSG703 Audio2 “(NMS_G703 + Audio2)” interface has 5 pins dedicated to NMS and 6 pins dedicated to EOW analog party line. NMS_G703 channel is a 64Kb/s; its working mode can be selected between: •...

  • Page 81: Telephone Handset Installation

    4.4.5. Telephone handset installation The handset connects to the IDU via the handset jack (299.702.019); and uses DTMF (tone) dialling. The handset is held by a support piece fixed by two screws (see Figure 72 on page 80). Tl 2 Tl 1 1 - Still support for Handset support TI 1 - TELEPHONE HANDSET...

  • Page 82: Service Channel

    4.4.6. Service Channel SERVICE channel provides external access for auxiliary channel by means of a 15-pin SubD 15 female connector. Pin # Connector Signal Direction Cable COD_RXP INPUT COD_RXN INPUT COD_TXP OUTPUT COD_TXN OUTPUT RX_ASY INPUT TX_ASY OUTPUT CC_RXP INPUT See par.

  • Page 83: Housekeeping Alarms

    4.4.7. Housekeeping Alarms The “ Housekeeping Alarms-” SubD15 connector is divided into: 3 summarizing discrete alarms – equipment outputs; 4 housekeeping controls – equipment outputs; 6 housekeeping alarms – equipment inputs; 1 common wire dedicated to equipment outputs; 1 common wire dedicated to equipment inputs. Connector Signal Direction...

  • Page 84: E3 - Ds3

    4.4.8. E3 - DS3 E3/DS3 Figure 75 - E3 DS3 Interface connections Two 1.0 /2.3 Siemens adapter connectors are dedicated to the E3/DS3 input/output; the impedance is always 75 Ω unbalanced. The first adapter is a 100 cm cable with a 1.0/2.3 "locking" connector and a BNC connector (cod.

  • Page 85: M, Lt, Leds (Housekeeping, Summarizing)

    4.4.9. M, LT, LEDs (housekeeping, Summarizing) M LT LEDs Figure 76 - M, LT and LEDs meanings The M pushbutton turns off the LEDs alarms. The LT (lamp test) pushbutton verifies if the LEDs alarms are turn on. The following LEDs are present on the front panel of the Main and Extension Board LED meanings POS.

  • Page 86: Ethernet 1 - 2, Os, Ind Access

    4.4.10. Ethernet 1 – 2, OS, IND access Eth1 (10) (11) Eth2 (10) (12) Figure 77 – “Ethernet 1-2” , “OS = NMS_ETH” connections Ethernet Cable : ( M1- M2 = ETH1, ETH1 Data ) & ( M1 - M2 / OS = NMS_ETH” CT ) Cable pin out table These connections are directly made on the RJ45 connectors mounted on the main unit, and use the 10/100 base T interface.

  • Page 87: Ct Access

    4.4.11. CT access (13) (15) In Figure 78 on page 86 is detailed the pinout for the RS 232 - 9 pins connector to interconnect the Personal Computer to the CT . RS 232 RS 232 (PC side) IDU MAIN side Figure 78 - CT connections 4.4.12.

  • Page 88: Idu - Odu Connections

    4.4.13. IDU – ODU connections I/O IDU-ODU (14) Figure 79 - IDU ODU interconnections The transceiver inside the ODU module is connected to the IDU side through an IDU-ODU interconnecting 50 ohm coaxial cable (1AC001100022). The connector used is a N male connector (1AB095530023) plus a 90°...

  • Page 89: Ohms Connector Assembling

    4.4.14. 50 Ohms connector assembling Hereafter we show some example of connector assembling , however each connector is delivered with it’s own description leaflet enclosed into the connector delivering plastic bag. 4.4.14.1. ROSENBERGER CONNECTOR MOUNTING Straight 50 Ohms connector assembling description Strip 15 mm of outer insulation from the cable and comb out the braid.
  • Page 90 4.4.14.2. ROSENBERGER CONNECTOR MOUNTING - 90° Male 50 Ohms connector assembling description Prepare the cable according to the diagram. Cut the cable’s jacket ( 12 mm + 3 mm ) 15 mm long. Disassemble the connector as shown in the figure. Slide nut “A”, washer “B”...
  • Page 91 4.4.14.3. DELTA OHM CONNECTOR Mounting- STRAIGHT and 90° -Male 50 Ohms connector assembling description Cut the cable’s jacket 10 mm long. Put the clamping nut on the cable. Cut the dielectric 4 mm long. Cut the inner conductor 6 mm long. Fold beck the inner Braid and leave the foil straight in place.
  • Page 92 Connector mounting. Mount the coupling part between the foil and the braid of the cable. Widen the cable end by inserting the connector. Slide the connector inside the cable’s jacket. Inserted the connector, cut the remaining braid. NB. Coupling torque: 15N.m to 35N.m. Mount the clamping nut and the coupling part by holding the body.

  • Page 93: Power Supply Connector, On / Off Switch

    4.4.15. Power Supply connector, On / Off switch ON/OFF BATTERY Switch (15) (16) The PSU is a plug-in of the IDU “Main/extension Board”. It is a module including DC/DC converters and filters. It is plugged onto the main board by means of suitable connectors.

  • Page 94: Front Covers (Extension / Fan) In System 1+1

    4.4.17. Front covers (Extension / Fan) in system 1+1 There are two types of masks: • FRONT COVER PLANE EXTENSION UNIT (290.202.257) is installed in system 1+1 when the extension unit is not present. Front cover Extension unit • FRONT COVER FANS PIT (290.202.262) is installed in system 1+1 and is inserted to cover the opening when the system is not equipped with the fans unit.

  • Page 95: Annexes

    ANNEXES Annex A W.T.D. Rack installation A.1. Mechanical installation Installation has been sub–divided into the following phases: Rack Positioning and Fastening Fixing the rack to floor using expansion bolts or Fixing to floating floor; T.R.U. fastening to W.T.D rack. A.1.1. Rack Positioning and Fastening Proceed as follows: Refer to the plant documentation to see rack row assignment...
  • Page 96 EXPANSION ANCHOR M8xM40 NOTES: All dimensions are in millimetres * Fixable max thickness 12** ** Diameter drill Figure 83 - Fixing the W.T.D. rack using expansion anchors 3DB 05653 DAAA 95/104...
  • Page 97 142 mm 30 mm 30 mm 98 mm 149 mm 300 mm 149 mm DRILL HOLES Figure 84 - rack - Drill Holes for Anchoring to the Floor (single rack) 3DB 05653 DAAA 96/104...

  • Page 98: Fixing To Floating Floor

    A.1.3. Fixing to floating floor The drilling mask is the same used for concrete floor fastening ( Figure 84 on page 96). In this case a hole must be created for the cables coming from the bottom according to Figure 85 on page 97. The rack fastening is to be mounted on the concrete floor below using a suitable stud as shown in Figure 86 on page 98.
  • Page 99 HEX NUT LOCKWASHER FLAT WASHER BOTTOM STUD Rack base FLAT WASHER LOCKWASHER HEX NUT Computer Floor STUD HEX NUT LOCKWASHER Concrete Floor FLAT WASHER EXPANSION PLUG Figure 86 - rack - Example of securing rack assembly to computer floor 3DB 05653 DAAA 98/104...

  • Page 100: T.r.u. Fastening To The W.t.d Rack

    A.1.4. T.R.U. fastening to the W.T.D rack SAFETY RULES T.R.U. fastening to the rack guarantees the connection to the protection ground in that the rack is wired to the station protection ground. See Figure 87on page 99. Fix the T.R.U. (1) to the rack by inserting screws (2) into the holes of the adapter (4), screw them into the relative holes on side-wall (3).
  • Page 101 Figure 88 - W.T.D rack - Front plate 16 circuit breakers 6A 6A 6A 6A 6A 6A 6A 6A Figure 89 - W.T.D. rack - Front plate 8 circuit breakers 3DB 05653 DAAA 100/104...

  • Page 102: Electrical Connections

    A.2. Electrical connections Electrical Installation has been sub–divided into the following phases: Protection ground Connections Power supply connection AWYC / AWY supply voltage section cables A.2.1. Protection ground Connections The rack must be grounded by means of a connection to the protection ground terminal of the site electrical plant.

  • Page 103: Awy Supply Voltage & Grounding Section Cables

    A.2.2. AWY supply voltage & Grounding section cables System AWY 1+0 AWY 1+1 Cables length Up to 20 m Up to 20 m BB Unipolar cable section Power Supply 2 x 1.5 mm shielded 2 x 1.5 mm shielded BB Unipolar cable section Grounding Cable 1 x 3 mm 1 x 3 mm TRU Unipolar cable section Power Supply...

  • Page 104: Repair Form

    A.3. Repair form 3DB 05653 DAAA 103/104...

  • Page 105: Db 05653 Daaa

    END OF DOCUMENT 3DB 05653 DAAA 104/104...

Table of Contents