<< IMPORTANT NOTICE >>
Development of and support for the ERACS software product will come to an end on 21 December 2023. Please do not hesitate to contact us if you require further assistance.
Details of new features & fixes across the ERACS versions.
Facilities have been included to enable network and library databases to be Copied, Moved, Renamed and Zipped. For network databases these features have been included in the Database menu. For library databases they have been included in the Library menu.
The speed torque characteristic for mechanical loads represented by a multi-point curve are now drawn when printing induction machine data.
An option called "Find Summary Results" has been added to the Edit menu. This option is only enabled when the single line diagram is shown and displays summary results. When this option is selected focus is automatically moved to the area on the diagram that includes the summary results box.
Both single-phase and two-phase open circuits faults can now be represented by our Fault module. These types of fault may be applied to lines, cables, transformer windings, series elements, shunts, induction machines and synchronous machines.
Busbar results for the Fault calculation have now been divided in two groups - "Single Fault" and "Fault Survey". Instead of having a single results selection for both fault options, separate results selections have been provided for each.
Result units (e.g. MVA) have been added and can be displayed on screen and in printed diagrams. You can select whether to display the original result identifiers on screen and in printed diagrams. The background of PRINTED results can be made transparent or solid white.
A tab has been included in the induction machine data entry forms (both network and library) that displays one of the following speed profiles - Current/Speed, Torque/Speed and Power factor/Speed. Rescale graph, Export graph data to CSV file and hard copy print is also included.
When adding a bus section or circuit breaker the element's rated kV defaults to the nominal voltage of the busbar it is connected to.
This site or the third party tools it uses, make use of cookies needed to function and useful for the purposes indicated in the cookie policy. To learn more or deny consent, consult the cookie policy. By closing this banner, scrolling this page, clicking on a link or continuing to browse in another way, you accept the use of cookies.