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SEDRIX 5.4.5: Simplification when creating new assignments

by | 28. Jun 2024

The data from measurement devices is not directly processed in Sedrix, but rather first assigned to measuring points that you can define according to how they will be used. Measuring points and folders represent a logical hierarchy within a project. This hierarchy can be configured to support the task of measuring or surveilling.

This means it is necessary to assign the individual data channels of a measurement device to a measuring point. This is done by creating assignments that have a start date and optionally also an end date. Several data channels can be assigned to one measuring point channel, e.g. to make changing a sensor or switching out a device possible.

The advantage is clear: all calculations and evaluations in the measuring point remain unchanged and only one further assignment needs to be created.

To simplify this process, the end date of an existing assignment is now automatically set when a new assignment is created. This means that one step of the process is removed and instead carried out automatically by Sedrix.

Version 5.4.5

14.03.2024

New features

  • When creating a new assignment, it is no longer necessary to set an end for the existing assignment beforehand. This is now done automatically.
  • New “Blasting table” evaluation. In contrast to the previous blasting tables in reports, this evaluation can also be used in the evaluation view of a measuring point. The table cannot yet be parameterized and is currently in a test phase.

Changed functions

  • The suggested standard texts when creating alert definitions have been revised and the name of the project has been added in most places.

Fixed bugs

  • There was an error in the blasting table for ÖNORM S 9020. The relative values of VSS 40312 were displayed in the relative values column. However, if this standard was not configured within the measuring point, the values were shown as 0.
  • When importing inclinometer measurements in xml format, an error could occur under certain circumstances if the description of the measuring point was empty.