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General| Device Type | Power Meter |
|---|---|
| Category | Measuring Instruments |
| Manufacturer | Schneider Electric |
| Mounting | Panel Mount |
| Frequency Measurement Range | 45-65Hz |
| Power Measurement | Active, Reactive, Apparent Power |
| Communication Protocols | Modbus RTU, Modbus TCP/IP |
| Display Type | LCD |
| Dimensions | 96 mm x 96 mm |
Provides a general description of the POWERLOGIC Power Meter and its applications.
Details critical safety warnings and precautions for installation and operation.
Describes the features, modes, and operation of the power meter display.
Identifies and explains the various terminals and ports on the power meter.
Outlines the different methods available for mounting the power meter and display.
Provides instructions for installing the power meter display in various locations.
Covers the general procedures for wiring current transformers, potential transformers, and control power.
Provides instructions for correctly grounding the power meter for optimal performance.
Lists the communication protocols supported by the power meter: POWERLOGIC, Modbus, and Jbus.
Details the wiring procedures for establishing POWERLOGIC communications.
Explains how to connect the power meter to a PC using the POWERLOGIC protocol.
Provides instructions for connecting the power meter to a PNIM for network communication.
Describes the Modbus RTU communication protocol and its application.
Describes the Jbus communication protocol and its application.
Explains how to connect the power meter to a PC using Modbus or Jbus protocols.
Details the parameters that can be configured using the Setup mode on the display.
Provides a detailed flowchart and steps for configuring the power meter parameters.
Provides step-by-step instructions for configuring onboard alarms on the PM-650 model.
Lists and describes the real-time electrical values measured by the power meter.
Details values like THD and fundamental voltage/current used for power quality analysis.
Lists and describes current and power demand readings available on specific models.
Explains how alarms are triggered based on defined pickup and dropout setpoints and delays.
Lists registers for real-time measurements like current, voltage, and frequency.
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