A bit of bondage!

[sparkticus]

OK, let's start with something a little easier for those of us who lack a little self confidence in the subject.

Can anybody see a relationship between nominal supply voltage (240v), perspective fault current and 'loop impedance'?

Assuming you mean prospective fault current? If so then you need to talk to George Ohm because he will tell you the relationship if you don't understand what it is. All you just did was suggest V/R = I That is within the grasp of any first year student. Many of the people replying to you have decades of experience and a bit more than a first year electrical education.

The irony is that you have plenty of self confidence but little knowledge.

If you can't even spell the terms correctly what is it that you hope to bring to this discussion? What next? a discussion on quantum phys-thicks?

 

[EFLImpudence]

RUBBISH

For goodness' sake go away NOBODYagrees with you.

Neither here nor on the IET.

 

[ban-all-sheds]

The t**t can't even cope with basic English:

What does 'loop impedance' control?

Loop impedance controls nothing.

Are you saying that 'loop impedance' controls speed of isolation?

 

[mikhailfaradayski]

somewhat ironically perpetuating my confusion by commenting here, but.

Why is anybody still contributing to this thread??

I imagine that cockydave is having a right laugh (or do trolls just grunt?) thinking he has created the longest thread in the forums history and no end in sight yet!

 

[sparkticus]

(or do trolls just grunt?)

They grunt

 

[sparkticus]

Why is anybody still contributing to this thread??

We are contributing to his new book "disconnection time, the fourth dimension"
A critically self acclaimed perspective on fault current - the repeal of ohms law.

 

[stillp]

We are contributing to his new book "disconnection time, the fourth dimension"
A critically self acclaimed perspective on fault current - the repeal of ohms law.

Don't go giving him ideas!

 

[david911cockburn]

Good, we all then now know that we are talking in terms of ohms law.

Therefore what happens if our loop impedance is too great?