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General| Brand | Hubbell |
|---|---|
| Model | Aclara RF Electric I-210+c |
| Category | Measuring Instruments |
| Language | English |
Explains the document's objective for installation, use, and maintenance of the eRF I-210+c NIC.
Identifies intended readers as Aclara customers who have signed a Non-Disclosure Agreement.
Details the capabilities of the I-210+c meter when outfitted with the eRF I-210+c Network Interface Card.
Lists industry specifications the product must comply with for safe and effective operation.
Lists essential tools needed for the installation and operation of the meter system.
Lists tools that may be beneficial but are not mandatory for basic operation.
Provides a high-level view of the Aclara RF network architecture and its components.
Describes the physical parts that constitute the meter system, including the NIC.
Details how to access support, resources like Aclara Connect, and technical assistance.
Warns about the dangers of electricity and specifies required Personal Protective Equipment (PPE).
Advises on maintaining a safe distance from the meter to minimize RF energy exposure.
Alerts to potential damage to equipment from electrostatic discharge during handling.
Advises on using correct repair parts and recommends factory repair for equipment.
Details the impact of nearby materials on antenna performance and clearance requirements.
Details compliance with FCC and IC rules for digital devices and radio frequency emissions.
Explains RF exposure guidelines and compliance requirements for FCC and Industry Canada.
States that factory calibration is sufficient and no additional field calibration is needed.
Discusses FCC and ISEC grants received for device operation and associated restrictions.
Covers building installation requirements and applicable fire protection codes.
Outlines safety requirements and best practices for mounting meters on poles.
Details hardware, firmware, RF band, transmission rate, and receiver sensitivity of the meter.
Outlines FCC Part 15 and Part 90 compliance statements and operating conditions.
Covers compliance with Canada's Innovation, Science, and Economic Development standards.
Discusses testing for human exposure to RF energy and satisfaction of safety requirements.
Mentions UL listing status and its display on the meter nameplate if applicable.
Describes meter configurations for demand, Time of Use (TOU), and load profiles.
Lists the various ANSI meter forms that are compatible with the system.
Lists and describes various message types like DS, DR, and OR supported by the system.
Explains the process of collecting and transmitting daily and interval data from the meter.
Details the procedure for resetting meter demand values, including lockout periods.
Covers real-time and opportunistic alarms generated by connected end devices.
Describes the process of installing a new meter and its registration on the network.
Explains how to request specific meter readings on demand via the system.
Details the reporting of 'last gasp' and power restoration messages during outages.
Explains capabilities for remotely connecting and disconnecting the meter service.
Details using the trace route command for diagnosing network communication paths and latency.
Explains message prioritization and the feature to determine meter phase relative to source.
Lists and explains the various operational modes for the NIC, such as Normal, Ship, and Quiet.
Explains factory-configured switches that enable specific meter functionalities.
Lists the various measurements the meter can capture and report.
Details Long Pulse data collection, supported interval sizes, and reported quantities.
Lists quality codes for data validity and explains their severity levels.
Lists alarms generated by the meter and NIC, including their IEC codes and priorities.
Explains the system's methods for detecting physical tampering with the meter.
Lists meter functionalities that are not supported by the Aclara RF Network AMI system.
Details how meters are configured, customized, and managed through the system.
Explains the three operational modes of the meter and covers diagnostic cautions and events.
Covers setting up items for the meter's LCD display and recommended NIC configurations.
Discusses password protection for meter components and managing firmware updates.
Shows the physical layout, connectors, and antenna connection of the meter and NIC.
Explains the function and meaning of the status LEDs on the NIC and meter.
Advises on following appropriate safety precautions when visiting a service location.
Details clearance requirements for the antenna to ensure optimal communication performance.
Provides step-by-step instructions for performing a meter change out and installing a new meter.
Explains how to interpret network status messages displayed on the meter LCD.
Describes how to check and interpret the NIC's self-test results for proper function.
Lists and explains the various operational modes of the NIC (e.g., HOT, QUIET, SHIP).
Details using the trace route command for diagnosing network communication paths and latency.
Guides on testing meter communication from the field using headend software.
Covers procedures for site-specific testing and testing within a controlled meter shop environment.
Explains how to test for radio frequency interference using spectrum analysis equipment.
Provides step-by-step instructions for safely replacing the Network Interface Card (NIC) board.
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