The Cut Trough Through via Modbus Over RS485 allows you to get data and even set it depending on the data types.

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Please note that before starting the process, you must verify whether the parameters you are interested in can be set.

Cut

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Through Progress

1. Open the Power Center >> Connect to the Elara gateway via serial/OTA connection >> Click on “Read Configuration” >> Click on “Status” >> Click on “Configuration” tab. Now you can see all the information about the smart battery.

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Depending on how you write the command, you will either “get” or “set” parameters.

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Code Part	Parameter	Notes It is necessary to convert the data from decimal to hexadecimal format Decimal to Hexadecimal converter	Example
1	Inverter physical ID	Convert the inverter physical ID to Hexadecimal and write it in two digits only 1 >> 01	Image Modified The image is only for illustration purposes; please do not separate the numbers with spaces
2	Register command number	Convert the register command number to Hexadecimal and write it in two digits only 3 >> 03
3	Register address number	Convert the register address number to Hexadecimal and write it in four digits only 512 >> 0200
4	Amount of Registers	Convert the amount of registers to Hexadecimal and write it in four digits only 1 >> 0002

4. To get the smart battery's data about this specific register, click "Send”

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As you can see in the picture below, we are able to get the value of the smart battery "Temperature 2". The value that we receive from the cut trough Through is "301", now we need to take this value and convert it to the ratio given next to the type of register [1:10], meaning that the battery temperature is 30.1 degrees Celsius.

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Set Parameters

1. Complete all the steps in this article and proceed to the next step once you have read the parameters.

2. In order to set parameters, change the “Register command number” to “06” (Always) and the “Amount of Registers” to the value that you want to set.

   Image Removed

Code Part	Parameter	Notes It is necessary to convert the data from decimal to hexadecimal format Decimal to Hexadecimal converter	Example
1	Inverter physical ID	The physical ID of the inverter should remain unchanged	Image Added
2	Register command number	The register command number should be changed to 06 (always) 03 >> 06
3	Register address number	The register agrees number should remain unchanged
4	Value to set	Change the amount of registers parameter to the value that you wish to set in Hexadecimal and write it in four digits only. 0003 >> 0007

3. Click “Send”