User's Manual
Table Of Contents
- Before You Begin
- CCU/Repeater Basics
- Planning a CCU/Repeater Installation
- Installing the Collector or Repeater
- Installation Overview
- Attaching the Local GPS/WAN Antennas
- Attaching the Direct Mount Standard (5.15 dBi) 900 MHz Antenna
- Attaching the Collector or Repeater
- Connecting Cables
- Installing a Local 4G WAN Antenna
- Installing the Battery
- Providing Power
- CCU Installation Wiring Diagram
- Tower Installation
- Solar Powered Installation
- Relocating a CCU or Repeater
- Battery Care and Maintenance
- Detailed Collector or Repeater Specifications
- Port and Protocol Requirements
- Status and Diagnostics
- Changing the Repeater Password
- Antenna Line Sweeps Procedure
- Anritsu Site Master Calibration
- Testing on a Network Device with a Remotely-Mounted 900 MHz Antenna
- Understanding Party Responsibilities
- Itron ChoiceConnect Antenna and Line Sweep Test Form
- Itron ChoiceConnect 900 MHz Antenna Specifications
- Typical Coaxial Cable Specification Summary Table
- Sample Sweeps Output
- Grounding Specifications
- Understanding Grounding and Bonding
- Understanding the Ohms Level
- Reducing the Ohms level
- Using a Megger
- Adjusting the Routing of the Grounding Conductor
- Supplier General Requirements and Equipment Competencies
- Exterior Grounding System Design for Concentrators
- Equipment Buried Ground Ring
- Chemical Ground Rod Installation
- Itron Concentrator Equipment
- Installing Coax Ground Kits
- Collector Sites with Indoor Itron TCU / CCU Equipment
- Grounding Rooftop Network Devices
- Down Conductor Installation
- Cold Water Pipe Option
- Building Steel Option
- Antenna and Coax Grounding - Rooftops
- Cable Tray Grounding
- Water Tower Grounding
- New Wooden and Concrete Antenna Poles
- Equipment Shelter Grounding
- Repeaters on Communication Tower Sites
- Repeaters on Rooftops
- Multiple Story Site Ground System
- Down Conductors Installation - Building / Shelter Penetrations
- Down Conductors Installation - Limits of Bend Radius
- Down Conductors Installation Connection Methods
- Cable Entrance Facilities
- Clamp-On Ground Resistance Testing
- Understanding Party Responsibilities
- Understanding Grounding and Bonding
- Index
Chapter 2 Planning a CCU/Repeater Installation
14 TDC-0971-011 CCU 100 and Repeater 100 Installation Guide
Proprietary and Confidential
DC Mains Power
DC wiring to the collector or repeater utilizes a two conductor cable. Connect the CCU to
a 10A DC circuit breaker or fuse. Wire the Itron-supplied two conductor cable by
attaching the red wire to a +12V source. Attach the black wire to ground.
Materials Not Provided by Itron
The following materials are not provided by Itron in the collector or repeater kit, but are
required for installation.
Please acquire these items prior to beginning an installation.
• Coaxial cable on page 14 (for remote/external antennas)
• Connectors on page 16
• Mounting hardware on page 16
Coaxial Cable
When you are mounting the remote/external antennas, you must supply coaxial cable to
connect the antenna to the collector or repeater. The required cable size is dependent on
the total cable length and frequency. Coaxial cable also requires proper hoisting grips,
ground kits, connectors, jumpers, hangers, and weather proofing material. Coaxial cable
and accessories are not provided by Itron. You must install and test coaxial cable systems
according to the manufacturer's specifications. Itron recommends using qualified radio
installation contractors to install and test the remote/external antenna system.
All coaxial cable connections must be properly weather-proofed per industry standards
unless otherwise specified. This includes any connections for the antennas and the
collector or repeater.
Refer to Antenna and Line Sweeps Procedure on page 83 to verify that the coax and
antenna are correctly installed.
Remote Mount Standard (5.15) dBi 900 MHz Antenna on a Standard
CCU/Repeater
When selecting cable for the remote mount 900 MHz antenna on the standard (non-tower)
collector or repeater, total cable loss cannot exceed 1.5 dB to maintain system
performance. Allow 0.1 dB loss for each connector.