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General| Device Type | Power Meter |
|---|---|
| Category | Measuring Instruments |
| Mounting Type | Panel Mount |
| Frequency Measurement Range | 45-65 Hz |
| Power Measurement | Active, Reactive, Apparent Power |
| Power Consumption | < 5VA |
| Display Type | LCD |
| Operating Temperature | -10°C to +55°C |
| Storage Temperature | -25°C to +70°C |
| Measurement Parameters | Voltage, Current, Power, Energy, Frequency, Power Factor, THD |
| Communication Interface | RS-485 |
| Weight | Approx. 0.5kg |
| Humidity | 5% to 95% non-condensing |
Overview of the POWERLOGIC Power Meter, its purpose, and applications.
Guidance on how to use the document for installation and operation.
Explains symbols and formatting used throughout the bulletin.
Lists features not detailed in this document, requiring separate software bulletins.
Critical safety warnings for qualified personnel regarding electrical hazards.
Details on the optional power meter display and its modes of operation.
Identification and explanation of the power meter's terminal connections.
Overview of various physical installation options for the meter and display.
Instructions for mounting the display in standard cutouts or on equipment panels.
Step-by-step guide for mounting the display in a pre-existing cutout.
Procedures for installing the power meter module in different configurations.
Method for mounting the power meter module directly behind the display unit.
Instructions for installing the power meter module inside an enclosure at a distance.
Steps for mounting the power meter module onto a standard 35 mm DIN rail.
Guidelines for connecting current transformers, potential transformers, and control power.
Table and recommendations for sizing control power transformers.
Specifications and recommendations for fuses used with control power inputs.
Guidance on using PTs for voltage inputs based on system voltage.
Requirements and procedures for meeting CE Electromagnetic Compatibility standards.
Methods for obtaining control power from voltage sources or external inputs.
Proper procedures for grounding the power meter for optimal performance.
Wiring instructions for the KYZ pulse output for receivers or alarm contacts.
Overview of communication protocols supported: POWERLOGIC, Modbus, and Jbus.
Details on wiring for POWERLOGIC communications using RS-485.
Instructions for connecting to a PC using the POWERLOGIC protocol.
Steps to connect to a PNIM for POWERLOGIC communications.
How to connect to a SY/MAX controller via POWERLOGIC communications.
Information on using the Modbus RTU communication protocol.
Details on using the Jbus communication protocol.
Connecting to a PC using Modbus or Jbus protocols.
Maximum distances for communication links based on baud rate and device count.
Procedures for daisy-chaining multiple devices on a communication link.
Instructions for biasing RS-485 communications links using adapters.
Methods for terminating the last device on a communications link.
How to set up the power meter using the display or software.
Overview of the different operating modes available on the power meter display.
Step-by-step guide to navigate and enter different modes on the display.
Configuration parameters available for setup via the display interface.
Functionality for resetting energy, demand, and min/max values.
How to access and view diagnostic information like model and firmware versions.
Explanation of various display modes for viewing metered values.
Explanation of the functions of the display buttons in different modes.
Detailed procedure for configuring the power meter's setup parameters.
Step-by-step guide for resetting various meter values.
How to access and view diagnostic data through the display.
General procedure for navigating and viewing data in display modes.
Instructions for configuring alarm setpoints and parameters via the display.
How to view and acknowledge active alarms logged by the meter.
List of real-time electrical values measured and their reportable ranges.
Information on minimum and maximum values stored by the power meter.
Explains how power factor min/max values are represented and calculated.
Details on accumulated energy values (kWh, kVARh, kVAh) and their storage.
Information on values used for power quality analysis and troubleshooting.
List of demand readings and their reportable ranges.
Overview of different methods for calculating demand power.
Explanation of predicted demand calculation based on recent usage.
How peak demand values, including date/time, are stored and managed.
Information on the pulse output capability and its wiring.
Example calculation for determining the pulse constant for the KYZ output.
Defines setpoints required for alarm conditions.
How the KYZ output can function as an alarm or input.
Details on undervoltage alarm conditions, setpoints, and operation.
Information on unbalance current alarms, setpoints, and parameters.
Details on unbalance voltage alarms, setpoints, and operational logic.
How the alarm log stores and displays the last 10 alarms.
Information on the event log for recording onboard events and its configuration.
Details on configuring the data log for storing meter readings at intervals.
How to configure data logging based on specific alarm conditions.
Information on memory allocation and capacity for logs.
Electrical specifications for current, voltage, frequency, and accuracy.
Detailed input specifications for current and voltage metering.
Electrical input ranges and characteristics for control power.
Specifications for the KYZ relay output capability.
Operating temperature, humidity, and altitude ratings.
Weight and dimensions of the power meter module and display.
Compliance with electromagnetic interference and safety standards.
Visual representation of the physical dimensions of the meter and display.
Pinout diagrams for various communication cables (CAB-107, CAB-108, CC-100, CAB-102/104).
Table and figures illustrating various system wiring configurations supported.
Commands to reset demand, energy, and min/max values via communications.
Procedures to modify the VAR sign convention using commands.
Command to synchronize demand intervals across multiple meters.
List of registers for real-time metering data, their units, and ranges.
Registers related to accumulated energy readings (Apparent, Real, Reactive).
Registers for current and peak demand values.
Registers for present and peak current demand values.
Registers for present and peak power demand values and average power factor.
Registers storing date and time information for events.
Registers containing configuration settings and parameters.
Lists standard Modbus and Jbus functions supported by the power meter.
Wiring instructions and distance limitations for 2-wire Modbus or Jbus.
Overview of alarm setup using scale factors for metering values.
How to properly scale alarm setpoints when using the display.
List of predefined alarm conditions with their numbers, descriptions, and registers.
Guide to calculating the log file size to fit within available memory.
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