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General| Brand | AccuEnergy |
|---|---|
| Model | AcuRev 2100 |
| Category | Measuring Instruments |
| Language | English |
Provides a foundational understanding of Ethernet technology and its role in communication.
Explains the RJ45 connector, its pinout, and LED indicators for network status.
Details the type of cable required for connecting the meter to a network.
Guides users on establishing a direct Ethernet connection between the meter and a computer.
Explains how to connect the meter to a router or switch for network access.
Describes connecting the meter to a WiFi network, including AP and Station modes.
Details the Modbus-TCP protocol used for communication with the meter.
Covers accessing the web interface, including user roles and default passwords.
Introduces the main dashboard view and navigation tabs for accessing meter data.
Explains viewing metering data: basic, demand, energy, harmonics, and I/O.
Displays real-time parameters like voltage, current, and power factor.
Shows power demand, including peak values for current, active, reactive, and apparent power.
Details consumed energy data, including real-time and Time-of-Use (TOU) values.
Presents harmonics data for voltage and current, including THD and unbalance factors.
Describes digital inputs and relay outputs for status monitoring and control.
Explains accessing and viewing various logs: Trend, Data, Alarm, and Event logs.
Covers real-time and energy trend diagrams, with options for data preview and download.
Details time intervals for trending real-time parameters based on selected time frames.
Details time intervals for trending energy parameters based on selected time frames.
Explains downloading and managing data log files for different loggers.
Provides a summary of alarm events, including ID, status, parameter, and timestamp.
Displays event logs related to parameter and setting changes.
Provides device information: model, serial number, and firmware versions.
Allows configuration of meter settings: device description, transformer, wiring, and CT ratio.
Configures meter-specific settings like device description, transformer, wiring, and CT ratio.
Configures Ethernet and WiFi network settings, including IP, DHCP, and connection status.
Details configuration for Ethernet 1/2: DHCP, IP, Subnet Mask, and Gateway.
Configures email reporting for alarms, events, or periodic data using SMTP.
Sets meter time/date, supporting NTP synchronization with time servers.
Manages data logging to onboard memory, parameter selection, and file format.
Configures HTTP/FTP post functions to send data to external servers.
Enables and configures data posting to Accuenergy Cloud via serial number and token.
Configures BACnet/IP protocol settings for communication with a BACnet client.
Sets up SNMP for reporting metering data to a management station.
Configures MQTT protocol: general settings, authentication, encryption, and topic selection.
Configures broker address, port, client ID, keep-alive, and facility ID.
Enables username and password authentication for MQTT brokers.
Allows MQTT encryption configuration using SSL/TLS certificates.
Configures Last Will and Testament messages for disconnected clients (topic, QoS).
Configures MQTT topic structure and selects data parameters for publishing.
Enables and configures remote access to the meter's web interface via a URL.
Allows resetting meter parameters: Demand, Energy, Alarm Record, Device Run Time, API Token.
Describes rebooting the meter/module to apply settings.
Guides on changing access level passwords for enhanced security.
Explains enabling or disabling Secure Shell (SSH) protocol for remote login.
Allows enabling or disabling debug logs for troubleshooting.
Explains downloading a diagnostic file for module analysis and troubleshooting.
Monitors network status, including routing tables and active connections.
Tests network reachability using ping and ping6 functions.
Performs local network connectivity tests: loopback, gateway, and DNS.
Covers updating meter firmware via manual upload or remote server.
Guides on manually updating firmware by uploading a .a2up file.
Describes how to update firmware using a remote firmware server.
Explains creating and managing backup configuration files for the meter.
Details exporting configuration files for use on other units and applying them.
Guides users on importing configuration files to the AcuRev 2100.
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