Schneider Electric PowerLogic ION6200
Manuals and User Guides for Schneider Electric PowerLogic ION6200. We found 11 manuals for free downloads User Guide, Installation instructions, Operating instructions, Setup Guide
Below you will find brief information for PowerLogic ION6200. This user guide details the Modbus protocol for the ION6200 meter, explaining how to efficiently transfer measured data and setup information between a Modbus master station and the meter. It outlines the Modbus RTU communication standard, packet structure, exception responses, and specific functions like reading and setting registers. Users can learn to interrogate various metered parameters, control digital outputs, reset accumulated demand and energy, and configure a wide array of setup parameters, ensuring comprehensive management of the meter's functionalities.
Key Features
Modbus RTU communication support with 8 data bits, no parity, and one stop bit.
Interrogation of all measured data including voltage, current, power, energy, frequency, and THD.
Configuration and interrogation of meter setup parameters.
Remote control of meter's digital outputs.
Clearing of accumulated demand and energy parameters.
Support for Unsigned and Signed 16-bit and 32-bit Integer Data Formats.
Programmable scaling for voltage (PVS), current (PCS), neutral current (PnS), and power (PPS).
Cyclic Redundancy Check (CRC-16) for transmission error detection.
Pages: 23 Schneider Electric PowerLogic ION6200 User Guide
Brand: Schneider Electric Category: Measuring, testing & control Size: 449 KB
Languages: English
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Frequently Answers and Questions
Which Modbus transmission modes does the ION6200 meter support?
The ION6200 meter supports only the RTU mode of transmission, with 8 data bits, no parity, and one stop bit.
What Modbus functions are supported by the ION6200 meter?
The ION6200 meter supports Modbus functions 03 (Read Holding Registers) and 16 (Preset Multiple Registers).
How are 32-bit integer values transmitted in Modbus for the ION6200 meter?
A 32-bit value is split into two consecutive 16-bit registers. The first register is the low-order word, and the second register is the high-order word. The actual value is calculated as (second register x 65536) + first register.
How can digital outputs of the ION6200 meter be controlled via Modbus?
Digital outputs are controlled by writing a non-zero value to registers 42004 (Digital Output #1) or 42005 (Digital Output #2) to assert them, and a logic zero to de-assert the output.
What happens if a reserved Modbus register is read or written on the ION6200 meter?
When a reserved register is read, the value FFFF (hex) is returned. If a reserved register is written, the supplied value is not stored, but the meter does not reject the request.
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