ADC Digivance Installation And Operation Manual

Long-range coverage solution single band 800 mhz system
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DRAFT
FCC ID: F8I-DVLRCS800 - User Manual Part 1
ADCP-75-124
Issue B
April 2002
(
Digivance™ Long-Range Coverage Solution
Single Band 800 MHz System
(Installation and Operation Manual
17024-A
1209926 Rev A

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Summary of Contents for ADC Digivance

  • Page 1 DRAFT FCC ID: F8I-DVLRCS800 - User Manual Part 1 ADCP-75-124 Issue B April 2002 Digivance™ Long-Range Coverage Solution Single Band 800 MHz System (Installation and Operation Manual 17024-A 1209926 Rev A...
  • Page 2 DRAFT ADCP-75-124 Issue B April 2002 Digivance™ Long-Range Coverage Solution Single Band 800 MHz System (Installation and Operation Manual 1209926 Rev A...
  • Page 3 DISCLAIMER OF LIABILITY Contents herein are current as of the date of publication. ADC reserves the right to change the contents without prior notice. In no event shall ADC be liable for any damages resulting from loss of data, loss of use, or loss of profits and ADC further disclaims any and all liability for indirect, incidental, special, consequential or other similar damages.
  • Page 4: Table Of Contents

    REMOTE UNIT CABINET ..............2-7 Page iii © 2002, ADC Telecommunications, Inc.
  • Page 5 DIGIVANCE ELEMENT MANAGEMENT SYSTEM ........
  • Page 6 Host Unit Fan Replacement Procedure ..........5-15 Page v © 2002, ADC Telecommunications, Inc.
  • Page 7 CUSTOMER INFORMATION AND ASSISTANCE........... 6-3 Page vi © 2002, ADC Telecommunications, Inc.
  • Page 8: About This Manual

    ABOUT THIS MANUAL This installation and operation manual provides the following information: • An overview of the Digivance Single Band 800 MHz Long-Range Coverage Solution (LRCS). • A description of the basic system components including the Host Unit (HU), Spectrum Transport Module (STM), Linear Power Amplifier (LPA), Remote Unit (RU) cabinet, and Digivance Element Management System (EMS).
  • Page 9: Admonishments

    Caution: Always allow sufficient fiber length to permit routing of patch cords and pigtails without severe bends. Fiber optic patch cords or pigtails may be permanently damaged if bent or curved to a radius of less than 2 inches (50 mm). Page viii © 2002, ADC Telecommunications, Inc.
  • Page 10: Standards Certification

    Data Communications Equipment Diversity Data Terminal Equipment Electronic Industries Association Element Management System Electrostatic Discharge Fahrenheit Federal Communications Commission Food and Drug Administration Free Space Optics Forward GFCI Ground Fault Circuit Interrupter Graphical User Interface Page ix © 2002, ADC Telecommunications, Inc.
  • Page 11 Remote Unit Receive or Receiver Specialized Mobile Radio Spectrum Transport Module Transmit or Transmitter Underwriters Laboratories Volts Alternating Current Volts Direct Current VSWR Voltage Standing Wave Ratio WECO Western Electric Company Wave Division Multiplexer Page x © 2002, ADC Telecommunications, Inc.
  • Page 12: Introduction

    SINGLE BAND SYSTEM OVERVIEW The Digivance single band SMR 800 MHz LRCS is an RF signal transport system that provides long-range RF coverage in areas where it is impractical to place a Base Transceiver Station (BTS) at the antenna site.
  • Page 13: Base Transceiver Station Interface

    RU. In the reverse path, the HU receives digital optical signals from the RU. The HU converts the digital optical signals back to RF signals for transmission to the BTS. Page 1-2 © 2002, ADC Telecommunications, Inc.
  • Page 14: Handset Interface

    The primary component of the remote NOC interface is a PC-type desktop computer loaded with the Digivance Element Management System (EMS) software. In addition to the local management functions described in the previous section, the EMS also provides the various control and monitoring functions required for remote management of multiple LRSC systems through a NOC.
  • Page 15: System Functions And Features

    This section describes various system level functions and features of the Digivance LRCS. Fiber Optic Transport On an optional basis, the Digivance LRCS is available either with or without reverse path diversity. On non-diversity systems that do not use a WDM module, the HU is connected to the RU over a pair of single-mode optical fibers.
  • Page 16 1-4. The WDMs are available as accessory items. EBTS COAX FIBER OPTIC LINK REMOTE UNIT HOST UNIT FORWARD PATH AND PRIMARY REVERSE PATH DIVERSITY REVERSE PATH 16998-A Figure 1-4. Wavelength Division Multiplexer Application Page 1-5 © 2002, ADC Telecommunications, Inc.
  • Page 17: Control And Monitoring Software

    Because separate forward and reverse path optical inputs and outputs are provided at the HU and RU, a Free Space Optics (FSO) system (that meets the Digivance LRCS data rate performance and BER requirements) may be used in applications where it is desirable to bridge an open span and where it is impractical to lay a fiber optic cable.
  • Page 18: Powering

    STM and LPA modules. A storage spool is provided for storing short lengths of excess fiber slack. A bracket is provided for mounting a WDM module (accessory item). A tray with a heated base is provided for mounting the back-up battery (accessory item). Page 1-7 © 2002, ADC Telecommunications, Inc.
  • Page 19 ADCP-75-124 • Issue B • April 2002 • Section 1: Overview Blank Page 1-8 © 2002, ADC Telecommunications, Inc.
  • Page 20 User Interface ..............2-18 Page 2-1 © 2002, ADC Telecommunications, Inc.
  • Page 21: Introduction

    DIGIVANCE ELEMENT MANAGEMENT SYSTEM ........
  • Page 22: Mounting

    RF signal. The other connector is used for the reverse path RF signal. On diversity units, a third connector is used for the diversity path RF signal. In Page 2-3 © 2002, ADC Telecommunications, Inc.
  • Page 23: Rf Signal Level Adjustments

    (in daisy-chain fashion) and controlled through a single Digivance EMS computer. Service Interface Connection The service interface connection between the HU and the Digivance EMS computer is supported by a single DB-9 female connector. The service connector provides an RS-232 DTE interface.
  • Page 24: Powering

    Table 2-1. Host Unit User Interface FUNCTIONAL USER INTERFACE DEVICE DESIGNATION DESCRIPTION On/Off rocker Provides DC power on/off control. switch PORT 1 SC connector Connection point for the forward path optical (single-mode) fiber. Page 2-5 © 2002, ADC Telecommunications, Inc.
  • Page 25 POWER 24–48 VDC Screw-type terminal Connection point for the DC power wiring. (Rear side - not shown) strip Note: A more detailed description of LED operation is provided in Section 5. Page 2-6 © 2002, ADC Telecommunications, Inc.
  • Page 26: Remote Unit Cabinet

    NOTE: EACH DIMENSION INCLUDES AN ALLOWANCE FOR ANY COMPONENT THAT 17.4 IN PROJECTS OUTWARD FROM THE CABINET (442 MM) SUCH AS THE DOOR LATCH OR VENT HOOD. 16792-A Figure 2-3. Remote Unit Cabinet Page 2-7 © 2002, ADC Telecommunications, Inc.
  • Page 27: Primary Components

    As the connector nut is tightened, a soft neoprene bushing compresses to tightly grip the cable without applying excessive force to the fibers. The cord connector can accommodate cables that range from 0.375 to 0.875 inches (10 to Page 2-8 © 2002, ADC Telecommunications, Inc.
  • Page 28 A temperature sensor regulates the operation of the heating pad and a circuit breaker provides overcurrent protection. The back-up battery kit includes a wiring harness for connecting the battery to the STM. During normal operation, the STM provides charging Page 2-9 © 2002, ADC Telecommunications, Inc.
  • Page 29: User Interface

    Provides both an entry point and strain relief for the fiber optic cable. 3/4-inch NPT threaded hole Provides a connection point for a 3/4-inch AC conduit fitting. Grounding lug Provides a connection point for an external grounding cable. Page 2-10 © 2002, ADC Telecommunications, Inc.
  • Page 30: Mounting

    (9) LIGHTNING SHELF PROTECTOR (8) FIBER SLACK SPOOL BOTTOM VIEW OF CABINET 16793-B (10) FIBER CABLE CONNECTOR (11) THREADS FOR (12) GROUNDING LUG AC CONDUIT FITTING Figure 2-4. Remote Unit Cabinet User Interface Page 2-11 © 2002, ADC Telecommunications, Inc.

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