Recent content by nikidi.control

:)

by having learned how to do it I see that your response was on point!

@Swami @WTF? @alext so finally I understood how to do it,basically you configure an alarm on ToolboxST,so you click on a variable and there you enable it,om the left,by choosing the type of that alarm and after that of course,you have to put the variable through the EGD and afterwards you can...

@WTF? so finally I understood how to do it,basically you configure an alarm on ToolboxST,so you click on a variable and there you enable it,om the left,by choosing the type of that alarm and after that of course,you have to put the variable through the EGD and afterwards you can see it on Alarm...

Hello @alext ,thanks for the reply.Unfortunately as @WTF? said I was looking to configure alarms that appear at WorkstationST Alarm Viewer,for which I have not even found the documentation yet

Hello @WTF? ,thanks for the reply!Unfortunately even in the manuals I could not find anything like this!Whic is really strange

hmmm interesting bit of information,thank you

I am not upset about anything,I dont get how you arrived in that conclusion.I am on this site to make questions and have asnwers and answer to people if I know something that might help them

What I am saying is that they should run at the same frequency otherwise we are going to have problems!What I am saying is that the load on the DROOP machine does not change in reality when the load requested by the system has increased ,what happens is that the ISOCH machine changes its load...

I have another question,if the operator increased as you say " Let's also say the island load has the potential to increase above 30 MW, which would mean if nothing were done to the current operating condition that the Isoch machine would hit its maximum output when its load went above 25 MW...

thank you very much

Hello CSA thanks for the reply but I did not understand this part QUOTE="CSA, post: 208388, member: 189"] Let's say the island load in this example has increased, over time to approximately 27 MW. The Isoch machine would be carrying 23 MW and the Droop machine would still be carrying 4 MW (the...