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General| Type | Energy Meter |
|---|---|
| Display | LCD |
| Protection class | IP51 |
| Test Voltage | 4kV |
| Weight | 0.4 kg |
| Operating Temperature | -25°C to +55°C |
| Storage Temperature | -40°C to +70°C |
| Humidity | Up to 95% non-condensing |
| Voltage | 3x230/400V |
| Frequency | 50Hz |
| Communication | RS485 |
| Power Supply | 230V AC |
| Accuracy Class | 0.5S |
| Current | 5 A |
Provides a comprehensive overview of the WM3x6 energy meter's functionality and purpose.
Illustrates the physical layout and key components of the WM3x6 energy meter.
Details the various applications and use cases for the WM3x6 three-phase energy meters.
Lists the core functionalities and specifications of the WM3x6 energy meters.
Guides on the proper installation and mounting procedures for the WM3x6 meter.
Explains the correct wiring and electrical connection steps for the WM3x6 energy meter.
Details how to establish communication links for the WM3x6 meter, including serial and IR options.
Describes the function and operation of the meter's measurement unit for individual phases.
Explains how to navigate and view information displayed on the WM3x6 meter's LCD.
Covers essential software functions, including identification, calibration, and password management.
Details how to interact with the meter's LCD display and navigate through its menus.
Outlines the hierarchical structure of the meter's display menus for user interaction.
Explains how to navigate and select measurement options within the meter's sub-menu.
Details how to access and manage settings within the meter's set sub-menu.
Describes how to retrieve system information and diagnostic data from the meter's info sub-menu.
Guides on how to configure the ModBus address for device communication on the network.
Explains the built-in limit function for controlling outputs based on measured values.
Details setting thresholds and delay times for output A based on measured values.
Details setting thresholds and delay times for output B based on measured values.
Explains the logic for activating outputs when both Limit A and Limit B conditions are met.
Explains the logic for activating outputs when either Limit A or Limit B condition is met.
Explains the freeze counters feature for simultaneous data capture across devices.
Clarifies the purpose and implementation of the freeze function in energy meters.
Provides instructions on how to set up and activate the freeze counter functionality.
Details setting a specific time for the simultaneous freeze of energy meter data.
Explains how to configure an automatic interval for freezing energy meter data.
Describes the use of the status register for testing communication reliability during freeze operations.
Guides on how to access and interpret frozen counter data after execution.
Provides an overview of the settings structure and parameter modification methods.
Explains how to use the MiQen software for programming and monitoring instruments.
Guides on managing connected devices and their communication parameters within MiQen.
Details how to configure various settings for the WM3x6 meter using MiQen.
Covers the configuration of LCD properties, security, and device identification.
Explains how to set serial communication parameters like M-Bus or RS485.
Details password protection levels and management for accessing meter settings.
Covers settings related to active tariff and energy measurement configurations.
Guides on configuring resettable and non-resettable energy counters and their parameters.
Explains how to view and analyze real-time measurements from the meter using MiQen.
Describes the data analysis features available through the MiQen software.
Explains the functionality for personalizing and managing the list of connected devices.
Guides on how to update the firmware for the MiQen software and the meter itself.
Provides detailed accuracy classes and tolerance values for various measurements.
Lists the mechanical specifications for terminals and connection types.
Details electrical parameters such as current, voltage, and frequency ratings.
Outlines safety standards and environmental operating conditions for the meter.
Lists the European Union directives that the WM3M6 MID certified meters comply with.
Shows the physical dimensions and terminal layout of the WM3x6 energy meter.
Defines common abbreviations and technical terms used throughout the manual.
Explains the Modbus protocol for device communication, including request/response cycles.
Details the M-Bus protocol specifications, commands, and settings for meter communication.
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