| Products > Test Equipment |
| Big Clive's "Trashy" meter, unboxed ( Duratool D03047 multimeter ) |
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| Fungus:
--- Quote from: IanB on April 29, 2023, 06:42:22 pm ---Fair enough. Which is why I would curious if any UK based electricians here could indicate what kind of prospective fault current would be measured at a typical UK 13 A wall socket? (It would be a range, obviously, but typical/min/max would be interesting.) --- End quote --- Wikipedia says typical UK ring circuits have 30A fuses and 2.5mm2 cable. |
| joeqsmith:
Seems like it would be fairly common information and easy to find but my search was a bust. I did come across this site for the electrical workers. Mostly seems related to industrial environment. https://forums.mikeholt.com/threads/available-fault-current-approximation.2568479/ https://forums.mikeholt.com/threads/ascc.60843/ https://forums.mikeholt.com/threads/voltage-drop.25793/ https://forums.mikeholt.com/threads/nec-240-86-series-ratings.15668/ *** Article on testers https://www.workingre.com/electrical-receptacle-testers-demystified/ Audio buffs are concerned with it.. The sound of a top of the line audio system would certainly be degraded if plugged into my lab's outlets. |
| Fungus:
All UK mains plugs are required to have BS1362 fuses in them, and the biggest fuse is 13A. |
| Someone:
--- Quote from: joeqsmith on April 29, 2023, 03:23:58 pm ---Sadly, Someone did not have the basic tools to make the measurements they were asking about. I thought it was odd that anyone with keen interest in mains safety wouldn't have some basic tools available at least to measure in CAT II. --- End quote --- Really? Plenty of CAT III meters here, but I dont not have either: mains impedance measuring tool (as to measure the earth and lines individually) or some significant and benign load (such as a resistive heater or load bank) to do a simpler line-neutral measurement Sure that second item might be somewhat common, but the first is specialist, and I wouldn't call either route "basic". We know the ceiling to impedances here because Australian installations are required to maintain a maximum droop under their full load. |
| joeqsmith:
Really. |
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