Benutzerhandbuch für Avaya Canada Corporation NTMQ75AA

Inhaltsverzeichnis

• Picocell 1900 Antenna System Installation

  1
  • Installation Method – 12-0152

    1
  • September 4, 1998

    1
• Contents

  3
  • 1.0 General Information 6

    3
  • 1.1 Description 6

    3
  • 1.2 Reason for Reissue 6

    3
  • 1.3 Reason for Reissue 7

    3
  • 2.0 Material Requirements 8

    3
  • 2.1 Required Documents 8

    3
  • 2.2 Tools. Supplies 9

    3
  • 2.3 Forms 10

    3
  • 2.4 Parts List 10

    3
  • 3.0 Precautions and Preparations 11

    3
  • 3.1 Precautions 11

    3
  • 3.2 Preparations 11

    3
  • 3.3 Sequence 11

    3
  • 4.0 Procedure 12

    3
  • 4.1 Overview 12

    3
  • 5.0 Mounting the Hybrid(s) 14

    3
    • Procedure 1 – Mounting the Hybrid: 15

      3
  • 6.0 Picocell 1900 Antennas 18

    3
    • Procedure 2 – Ceiling Mount Omni Antennas 19

      3
    • Procedure 3 – Mounting Directional Antenna and Wall Bracket 20

      3
  • 7.0 Cable Types and Connectors 22

    3
  • 7.1 RF Cable Installation 23

    3
    • Procedure 4 – Placement of RF Cable 24

      3
  • 7.2 RF Cable Connector Assembly 25

    3
    • Procedure 5 – Preparing the Heliax cable: 26

      3
    • Procedure 6 – Flaring 3/8" and 1/2" cable/connector assemblies: 31

      3
    • Procedure 7 – Center Conductor Finishing 32

      3
    • Procedure 8 – Assembling the Connector Body 33

      3
  • 7.3 References 34

    3
    • Appendix A - 4 Port Hybrid Insertion Losses 35

      3
• Illustrations

  4
  • Figure 1 – You Are Here Diagram 7

    4
  • Figure 2 – Single and Dual Picocell 1900 Antenna Configurations 12

    4
  • Figure 3 – Four unit Picocell 1900 Antenna Configuration 13

    4
  • Figure 4 – Dual 8 Port Hybrid (CPC A0737243)) 14

    4
  • Figure 5 – Dual 4 Port Hybrid (CPC A0735611) 15

    4
  • Figure 6 – Dual 8 port Back board Mounting (Typical) 16

    4
  • Figure 7 – Dual 4 port Back board Mounting (Typical) 17

    4
  • Figure 8 – Directional (Cushcraft part number: S1857AMP10NF, CPC: A0736188 18

    4
  • Figure 9 – Omni Antenna (Cushcraft part number: SQ1853P12NF, CPC: A0735776 18

    4
  • Figure 10 – Omni Antenna Ceiling Mounting 19

    4
  • Figure 11 – Directional Antenna Wall Mounting 20

    4
  • Figure 12 – Directional Antenna dimensions 21

    4
  • Figure 13 – Outer Sheath Stripping Lengths 27

    4
  • Figure 14 – . Cable With O Ring 27

    4
  • Figure 15 – Cable With Gasket 28

    4
  • Figure 16 – Clamping Nut 28

    4
  • Figure 17 – Trim Outer Conductor 28

    4
  • Figure 18 – Center Conductor Finishing 29

    4
  • Figure 19 – Size The Inner Conductor 29

    4
  • Figure 20 – Cable/Clamping Nut 30

    4
  • Figure 21 – Assembling the center pin and center conductor. 32

    4
  • Figure 22 – Final Assembly 33

    4
• List Of Tables

  5
  • Table 1 – Tool list 9

    5
  • Table 2 – Supplies 10

    5
  • Table 3 – Parts List 10

    5
  • Table 4 – Andrew Cable Types and Insertion Loss 22

    5
  • Table 5 – Andrew Connectors 23

    5
  • Table 6 – Heliax Minimum Bending Radius 23

    5
  • Table 7 – Connector Torque Specifications 25

    5
  • Table 8 – Outer Seath Strip Length 27

    5
  • Table 9 – Outer Conductor Trim Lengths 29

    5
  • Table 10 – Center Conductor Trim Length 30

    5
  • 1.0 General Information

    6
    • 1.1 Description

      6
    • 1.2 Reason for Reissue

      6
    • 1.3 Reason for Reissue

      7
  • 2.0 Material Requirements

    8
    • 2.1 Required Documents

      8
    • 2.2 Tools. Supplies

      9
    • Knife Tack Hammer Pliers Damp Cloth 1000W Heat Gun Wire Brush Flat File Portable Workbench Solven...

      9
    • - Andrew pin alignment tool

      9
    • (Andrew p/n 224360): used to straighten and correctly orient the pin to the conductor.

      9
    • - Resistance soldering iron: if possible, this is preferable to a normal soldering iron because i...

      9
    • - Andrew pin depth gauge for N-Male connectors (Andrew p/n 224380): used to establish that the pi...

      9
    • - Andrew pin soldering pliers

      9
    • (Andrew p/n 224377): used to hold the contact pin while it is being soldered.

      9
      • 2.3 Forms

        10
      • 2.4 Parts List

        10
    • A0735776

      10
    • Omni Ceiling Mount Antenna e/w N (f)

      10
    • A0736188

      10
    • Directional Wall mOunt Antenna e/w N (f)

      10
    • A0735611

      10
    • Dual 4 port Hybrid

      10
    • A0737243

      10
    • Dual 8 port Hybfid

      10
    • A0600384

      10
    • N-N (f-f) Adapter

      10
    • B0241275

      10
    • N(m) to TNC(m) RF cable 1.8M

      10
    • A0609689

      10
    • 50 Ohm Termination

      10
  • 3.0 Precautions and Preparations

    11
    • 3.1 Precautions

      11
    • 3.2 Preparations

      11
    • 3.3 Sequence

      11
      • 1. From the System layout and floor plans, locate where the Hybrids are to be situated. Mount Bac...

        11
      • 2. Use the System layout and floor plans to determine where the antennas are to be located, and m...

        11
      • 3. Run the cable between Hybrids, antennas and Picocell transcievers and Hybrids as specified on ...

        11
      • 4. Terminate cables with connectors, connect cables to hybrids, antennas and Picocell 1900 transc...

        11
  • 4.0 Procedure

    12
    • 4.1 Overview

      12
  • 5.0 Mounting the Hybrid(s)

    14
    • 1. Choose a location for the Hybrid(s) so cabling to Picocell 1900 units and antennas will form n...

      15
    • 2. Terminate unused output ports with 50 Ohm 1Watt Terminations (Andrew part # 50T-007, NT part #...

      15
  • 6.0 Picocell 1900 Antennas

    18
    • 1. Mark out the location of the antenna on the ceiling, and the direction it is supposed to face....

      19
    • 2. Use the mounting flange on the antenna to mark the screw holes on the ceiling. Predrill the ho...

      19
    • 3. Connect the antenna to the transmission line and then screw the antenna in place, see Figure 9.

      19
    • 1. Approximately position the antenna and bracket. Use the bracket or template provided with the ...

      20
    • 2. Drill the Cable access hole if required.

      20
    • 3. Use the two screw holes on the mounting brackets back plate to mark the screw holes on the wal...

      20
    • 4. The cable may be run down the outside wall surface from the ceiling . For installations in bui...

      20
  • 7.0 Cable Types and Connectors

    22
    • 0.25² Foam Superflex: FSJ1-50A

      22
    • R0116633

      22
    • Andrew

      22
    • 28.6

      22
    • 0.25² Plenum, Foam Superflex: ETS1-50T

      22
    • R0116910

      22
    • Andrew

      22
    • 28.0

      22
    • 0.375² Foam: LDF2-50

      22
    • R0116726

      22
    • Andrew

      22
    • 17.1

      22
    • 0.5² Foam: LDF4-50A

      22
    • R0116728

      22
    • Andrew

      22
    • 11.3

      22
    • 0.5² Foam Superflex: FSJ4-50B

      22
    • R0116634

      22
    • Andrew

      22
    • 17.7

      22
    • 0.5² Plenum, Foam: FT4-50T

      22
    • R0116883

      22
    • Andrew

      22
    • 20.3

      22
    • RF Antenna Cable (TNC male to N-Male)

      22
    • (This is a Jumper cable 1.8m long and 1.5dB attenuation)

      22
    • B0241275

      22
    • Huber Suhner

      22
    • 75.0

      22
    • 0.25² N-Male: 41PW

      23
    • A0382258

      23
    • Andrew

      23
    • 0.25² Coax

      23
    • 0.375² N-Male: L42PW

      23
    • A0621669

      23
    • Andrew

      23
    • 0.375² Coax

      23
    • Use with LDF cables

      23
    • 0.375² N-Male: 42SPW

      23
    • A0621669

      23
    • Andrew

      23
    • 0.375² Coax

      23
    • Use with Superflex cables

      23
    • 0.5² N-Male: L44PW

      23
    • A0615483

      23
    • Andrew

      23
    • 0.5² Coax

      23
    • Use with LDF cables

      23
    • 0.5² N-Male: 44SEW

      23
    • A0381727

      23
    • Andrew

      23
    • 0.5² Coax

      23
    • Use with Superflex cables

      23
    • 50W termination, Male: 50T-007

      23
    • A0609689

      23
    • JFW

      23
    • Hybrids

      23
    • Terminating unused ports of the hybrids

      23
    • Adapter N-Female to N- Female

      23
    • A0600384

      23
    • Andrew

      23
    • Connecting Jumper to Co-ax cable

      23
      • 7.1 RF Cable Installation

        23
    • FSJ1-50A

      23
    • 1/4"

      23
    • .29"

      23
    • 1"

      23
    • ETS1-50T

      23
    • 1/4"

      23
    • .29"

      23
    • 1"

      23
    • LDF2-50

      23
    • 3/8"

      23
    • .44"

      23
    • 3.75"

      23
    • ETS2-50T

      23
    • 3/8"

      23
    • .415"

      23
    • 1"

      23
    • FSJ4-50B

      23
    • 1/2"

      23
    • .52"

      23
    • 1.25"

      23
    • LDF4-50A

      23
    • 1/2"

      23
    • .63"

      23
    • 5"

      23
    • FT4-50T

      23
    • 1/2"

      23
    • .60"

      23
    • 5"

      23
      • 1. Inspect the cable for possible damage and verify the cable type being placed with the system l...

        24
      • 2. Place the cable as directed in the System Layout.

        24
      • 3. Run the cable through the ceiling access hole at the antenna location and attach the connector...

        24
      • 4. Cut the cable to the desired length.

        24
      • 5. Attach connectors and label the end of the cable according to the designation it has been give...

        24
      • 6. Attach the connector to the appropriate output port on the Hybrid, and secure the cable to the...

        24
      • 7.2 RF Cable Connector Assembly

        25
    • The instructions supplied by Andrew shall supersede the information listed in this document unles...

      25
    • 1/4" Heliax superflexible standard jacket

      25
    • FSJ1-50A

      25
    • F1PNM-HF (41PW)

      25
    • 48 in/lb

      25
    • 1/4" Heliax superflexible plenum

      25
    • ETS1-50T

      25
    • F1PNM-HF (41PW)

      25
    • 48 in/lb

      25
    • 3/8" Heliax foam dielectric standard jacket

      25
    • LDF2-50

      25
    • L2PNM (L42PW)

      25
    • 48 in/lb

      25
    • 3/8" Heliax foam dielectric superflexible, plenum

      25
    • ETS2-50T

      25
    • F2PNM (42SPW)

      25
    • 96 - 144 in/lb

      25
    • 1/2" Heliax superflexible standard jacket

      25
    • FSJ4-50B

      25
    • F4PNM (44SEW)

      25
    • 96 - 144 in/lb

      25
    • 1/2" Heliax foam dielectric standard jacket

      25
    • LDF4-50A

      25
    • L4PNM (L44PW)

      25
    • 142 -146 in/lb

      25
    • 1/2" Heliax foam dielectric plenum

      25
    • FT4-50T

      25
    • L4PNM (L44PW)

      25
    • 142 -146 in/lb

      25
      • 1. Straighten at least 10" of the working end of the cable. Trim 1" off this end of the cable wit...

        26
      • 2. Use a sharp knife and remove some of the jacket to expose the outer conductor. See Figure 12 f...

        26
      • 3. Lightly grease the O ring/gasket and the inner surface of the clamping nut with silicone. Be c...

        26
      • 4. Screw on the clamping nut: Hand thread the clamping nut onto the outer conductor, then use a w...

        26
      • 5. Trim the outer conductor so that only the desired amount is left showing (see Table 5). Use a ...

        26
      • 6. Cut the inner conductor: Use a hacksaw or jewelers saw to cut the inner conductor to the desir...

        26
      • 7. Clean the foam: Use a small brush to clean all the dirt and metallic particles off the foam. T...

        26
      • 8. Separate foam from the outer conductor: (This is not necessary in the 1/ 4" cable/connector as...

        26
      • 9. Flare the outer conductor: The 1/4" cable/connector assemblies, FSJ1- 50A/41PW and ETS1-50T/41...

        26
      • 10. Clean the foam off the inner conductor with a knife. Be careful not to scrape the inner condu...

        27
    • 1/4" Heliax superflexible standard jacket

      27
    • FSJ1-50A

      27
    • 7/8"

      27
    • 1/4" Heliax superflexible plenum

      27
    • ETS1-50T

      27
    • 7/8"

      27
    • 3/8" Heliax foam dielectric standard jacket

      27
    • LDF2-50

      27
    • 1 1/4"

      27
    • 3/8" Heliax foam dielectric superflexible, plenum

      27
    • ETS2-50T

      27
    • 1 1/2"

      27
    • 1/2" Heliax superflexible standard jacket

      27
    • FSJ4-50B

      27
    • 1 1/2"

      27
    • 1/2" Heliax foam dielectric standard jacket

      27
    • LDF4-50A

      27
    • 2"

      27
    • 1/2" Heliax foam dielectric plenum

      27
    • FT4-50T

      27
    • 2"

      27
    • 1/4" Heliax superflexible standard jacket

      29
    • FSJ1-50A

      29
    • F1PNM-HF (41PW)

      29
    • 1/16"

      29
    • 1/4" Heliax superflexible plenum

      29
    • ETS1-50T

      29
    • F1PNM-HF (41PW)

      29
    • 1/16"

      29
    • 3/8" Heliax foam dielectric standard jacket

      29
    • LDF2-50

      29
    • L2PNM (L42PW)

      29
    • flush

      29
    • 3/8" Heliax foam dielectric superflexible, plenum

      29
    • ETS2-50T

      29
    • F2PNM (42SPW)

      29
    • 1/32"

      29
    • 1/2" Heliax superflexible standard jacket

      29
    • FSJ4-50B

      29
    • F4PNM (44SEW)

      29
    • 1/16"

      29
    • 1/2" Heliax foam dielectric standard jacket

      29
    • LDF4-50A

      29
    • L4PNM (L44PW)

      29
    • flush

      29
    • 1/2" Heliax foam dielectric plenum

      29
    • FT4-50T

      29
    • L4PNM (L44PW)

      29
    • flush

      29
    • 1/4" Heliax superflexible standard jacket

      30
    • FSJ1-50A

      30
    • F1PNM-HF (41PW)

      30
    • 1/4"

      30
    • 1/4" Heliax superflexible plenum

      30
    • ETS1-50T

      30
    • F1PNM-HF (41PW)

      30
    • 1/4"

      30
    • 3/8" Heliax foam dielectric standard jacket

      30
    • LDF2-50

      30
    • L2PNM (L42PW)

      30
    • 3/16"

      30
    • 3/8" Heliax foam dielectric superflexible, plenum

      30
    • ETS2-50T

      30
    • F2PNM (42SPW)

      30
    • 7/32"

      30
    • 1/2" Heliax superflexible standard jacket

      30
    • FSJ4-50B

      30
    • F4PNM (44SEW)

      30
    • 3/16"

      30
    • 1/2" Heliax foam dielectric standard jacket

      30
    • LDF4-50A

      30
    • L4PNM (L44PW)

      30
    • 7/32"

      30
    • 1/2" Heliax foam dielectric plenum

      30
    • FT4-50T

      30
    • L4PNM (L44PW)

      30
    • 7/32"

      30
      • 1. The 3/8" and the 1/2" cable/connector assemblies, LDF2-50/L42PW, ETS2-50T/42SPW, FSJ4-50B/44SE...

        31
      • 2. Slip the outer body of the connector over the clamping nut, and tighten to the appropriate tor...

        31
      • 3. Disassemble the connection and inspect the flare to ensure that there is good metal to metal c...

        31
      • 1. The connector assembly kit comes with a thin spacing plate which is used to set the distance b...

        32
      • 2. Cut a piece of solder equal in length to the inner hole of the pin and place in the pin. Place...

        32
      • 3. Heat the pin with the soldering iron; as the pin heats up, it will melt the solder. The pin wi...

        32
      • 4. Remove any excess solder from the center pin with a fine file. Clean filings off thourghly bef...

        32
      • 1. Slide the second O ring onto the groove on the clamping nut and apply a thin coat of silicone ...

        33
      • 2. Thread the outer body onto the clamping nut and tighten the connection with wrenches, see Figu...

        33
      • 3. you will have difficulty putting the outer body on the clamping nut if the pin is askew. Strai...

        33
      • 4. Check pin alignment to verify the center pin is centered. If it is not, slide the pin alignmen...

        33
      • 5. Check pin depth with the depth gauge to check the setting of the pin. The gauge shows whether ...

        33
      • 6. Slide the black heat-shrink over the connector and cable; use the heat gun to shrink it in pla...

        33
      • 7.3 References

        34
    • IM

      34
    • Picocell 1900 CSI Installation and Planning

      34
    • IM

      34
    • Picocell 1900 General Information and Plannng

      34
    • IM

      34
    • Picocell 1900 CSI Equipment Handling and Securing

      34
    • IM

      34
    • Picocell 1900 System Cabling and Cross Connect

      34
    • IM

      34
    • Picocell 1900 Antenna System Installation

      34
    • IM

      34
    • Picocell 1900 transceiver Installation

      34
    • IM

      34
    • PICOCELL 1900 Antenna System Installation

      34
    • IM

      34
    • Picocell 1900 Radio and CSI Power up

      34
    • IM

      34
    • Picocell 1900 Equipment Loading and Diagnostics

      34
    • IM

      34
    • Picocell 1900 Radio Commissioning with the IFR 1900

      34
    • IM

      34
    • Picocell 1900 System Test

      34
    • Andrew Bulletin

      34
    • Connector attachment for Heliax FSJ2-50 Coaxial Cable

      34
    • Andrew Bulletin

      34
    • Connector attachment for Heliax FSJ4-50B Coaxial Cable

      34
    • Andrew Bulletin

      34
    • 37383D

      34
    • Connector attachment for Heliax LDF-50A coaxial Cable

      34
    • Andrew Bulletin

      34
    • 37439B

      34
    • Connectors for Heliax FSJ1-50A Superflexible Coaxial Cable

      34
    • Andrew Bulletin

      34
    • 37572A

      34
    • Connectors for Heliax LDF2-50 Foam-dielectic Coaxial Cable

      34
      • Appendix A - 4 Port Hybrid Insertion Losses

        35