Input Data

The input data is configurable using a PC running the TeSys Tera DTM embedded in a FDT container, such as SoMove software. It assigns address of the required data. You can use the Data Addresses and Data Modules to configure the input data.

For example, to monitor the average current and average voltage parameters in the cyclic data, complete the following steps:

Select Module 1 (4B-OUT 2W-IN) from the module table in Data Modules section.

NOTE: The module is selected based on the size of the parameter selected. The size of average current and average voltage parameters is 2 bytes each.
Open TeSys Tera DTM using SoMove software to configure average current and average voltage parameters in Module 1.

For more information on how to launch the SoMove software, refer to SoMove Online Help.
Select Parameter List > User Map.

For more information, refer to the TeSys Tera Motor Management System DTM Library Online Help Guide – DOCA0275EN.
Configure addresses 5510 (average current) and 5520 (average voltage) in the fields Rank 1 and Rank 2.
Click OK.

After configuration, you can read the input data in the following order:

Byte 0	Byte 1	Byte 2	Byte 3
5510 (high byte)	5510 (low byte)	5520 (high byte)	5520 (low byte)

Configuration of Acyclic Data in Cyclic Services

To configure acyclic data in cyclic services, you must calculate the address of the respective parameters.

The address of the parameter is calculated using formula:

Where,

Start Address = Refer table below
Byte offset of the parameter = Refer data tables in Acyclic Services (DP-V1)

The following table lists the start address and end address of the different parameters in acyclic data.

Parameter Group	Start Address	End Address
Protection Settings Data (Current Protections)	3500	3590
Protection Settings Data (Voltage Protections)	3625	3691
Protection Settings Data (Other Protections)	3750	3810
Interlock Settings Data	3875	3934
Miscellaneous Settings	4250	4255
General Settings Data	4375	4474
Digital Input Settings	4500	4595
Digital Output Settings	4625	4694
Trip Log 1 to Trip Log 3 Data	6000	6095
Trip Log 4 to Trip Log 6 Data	6096	6191
Trip Log 7 to Trip Log 9 Data	6192	6287
Trip Log 10 to Trip Log 12 Data	6288	6383
Trip Log 13 to Trip Log 15 Data	6384	6479
Trip Log 16 to Trip Log 18 Data	6480	6575
Trip Log 19 to Trip Log 20 Data	6576	6639
Event Log 1 to Event Log 15 Data	7000	7119
Event Log 16 to Event Log 30 Data	7120	7239
Event Log 31 to Event Log 45 Data	7240	7359
Event Log 46 to Event Log 60 Data	7360	7479
Event Log 61 to Event Log 75 Data	7480	7599
Event Log 76 to Event Log 90 Data	7600	7719
Event Log 91 to Event Log 100 Data	7720	7799
Internal Error Log 1 to Internal Error Log 15 Data	8000	8119
Internal Error Log 16 to Internal Error Log 20 Data	8120	8159
Motor Start Log	8375	8494
Motor Start Log	8495	8614
Motor Start Log	8615	8630

Examples

To calculate the address of Function Setting in Thermal Overload:
To calculate the address of Service Factor in Thermal Overload:
To calculate the address of Trip Class in Thermal Overload:
To calculate the address of Alarm Level in Thermal Overload:

For byte offset value, refer to Thermal Overload topic.

For start address, refer to table in Configuring Acyclic data in Cyclic Services.