Topic: What should power limit be on a mining equipment in your country? (Read 5364 times)
This is a serious question. Do not seek an answer from random folks on the Internet. Look up actual standards for countries that interest you.
July 23, 2013, 11:10:28 PM
Having been zapped several times & once quite nastily on 240v circuits I can testify that it definitely does not tickle! Whoever said what doesn't kill you can only make you stronger, I'd like to electrocute that bastard lol
In any case, this is a discussion about how much can be safely drawn from the wall rather than who's voltage is more dangerous to prying fingers. Here in Japan homes rarely go about 15A so even 20A would be a serious problem unless you have access to commercial premises.
In any case, this is a discussion about how much can be safely drawn from the wall rather than who's voltage is more dangerous to prying fingers. Here in Japan homes rarely go about 15A so even 20A would be a serious problem unless you have access to commercial premises.
July 23, 2013, 06:18:28 PM
How many amps you get is going to be limited by your own body's resistance, and by the voltage imput. More volts = more amps at the same resistance, so a higher voltage is going to be more dangerous for people.
June 24, 2013, 10:47:27 AM
What should power limit be on a mining equipment in your country?
Please name the country and list Volts/Amps
In USA many people are limited to 120V/15A while you can get 20A circuits in some places.
Decision is ether to make miner fit into 120V/15A or 120V/20A and then if mined is rated for 15A you don't use 5A on 20A circuit or if miner rated for 20A you have to set it to lower performance on 15A circuit and loose 25% performance. Which one is better?
Obviously miner can use multiple 15A circuits to get better density.
How will your asic use 1800(!)watts? Also, if you're serious, you could hook up mining units to 240v outlets (the ones used for dryers).Please name the country and list Volts/Amps
In USA many people are limited to 120V/15A while you can get 20A circuits in some places.
Decision is ether to make miner fit into 120V/15A or 120V/20A and then if mined is rated for 15A you don't use 5A on 20A circuit or if miner rated for 20A you have to set it to lower performance on 15A circuit and loose 25% performance. Which one is better?
Obviously miner can use multiple 15A circuits to get better density.
[...]
By the way it's the Amps that kill you, not the Volts, America got it wrong, crony capitalism won out over science fact!
Or maybe, don't fucking touch the outlet? By the way it's the Amps that kill you, not the Volts, America got it wrong, crony capitalism won out over science fact!
June 24, 2013, 10:40:04 AM
By the way it's the Amps that kill you, not the Volts, America got it wrong, crony capitalism won out over science fact!
Who cares which is important. A 220V circuit has plenty of each. V=IR
June 24, 2013, 10:38:43 AM
Running of 10A fuses would be ideal as it would allow one to max out the sockets around here. 15A is also available, but the more the merryer and so forth.
June 24, 2013, 10:37:02 AM
Wrong a 50v capacitor will kill you with very little amps.
A 50v capacitor doesn't even have enough voltage to overcome the resistance of your body. So no, it won't. A 100v+ capacitor on the other hand can.
June 24, 2013, 10:24:41 AM
Remember, don't try running 15A from a 15A circuit. You need to limit the draw to around 20% less than the rated amount. This is for safety to prevent a fire.
The answer is simple, 15A(really 12A) as that is the most common circuit type in the U.S.
The answer is simple, 15A(really 12A) as that is the most common circuit type in the U.S.
June 24, 2013, 10:06:33 AM
Guys YouTube live line men
June 24, 2013, 07:30:38 AM
As we export electricity to Europe we have to too keep it around the 230v mark although you should
design any device to expect 5% variance either side because we actually switch on/off hydro power
stations to level out the power fluctuations!
design any device to expect 5% variance either side because we actually switch on/off hydro power
stations to level out the power fluctuations!
Which country is that? The UK uses hydro to the same effect. Usually in keeping with the TV schedules, as everyone switches on the kettle when a popular TV program ends.
June 24, 2013, 07:29:23 AM
Germany: 3 x 230V / 63A house entry point. Typically the last breakers are 230V / 16A or 3-phase 32A.
230V * 16A = 3,680W ~ 2*1,800=120V/15A - that works greatYou can get double the performance in one case
Finland
June 24, 2013, 07:27:23 AM
In the UK regular wall sockets that you can find in every room are 230v x 13A = 2990w max
There are some higher amp ones but they are usually only found in the kitchen for cookers.
By the way it's the Amps that kill you, not the Volts!
There are some higher amp ones but they are usually only found in the kitchen for cookers.
By the way it's the Amps that kill you, not the Volts!
3120w 240v x 13a voltage at the wall here in the uk is 240-250v
dont forget to acount for the powerfactor 2000w at a pf of 0.5 will be double the amps of a pf of 1
As we export electricity to Europe we have to too keep it around the 230v mark although you should
design any device to expect 5% variance either side because we actually switch on/off hydro power
stations to level out the power fluctuations! There is actually a man who watches the power demands
and phone calls another man to turn the thing on! That's really how it's done here!
June 24, 2013, 07:15:01 AM
By the way it's the Amps that kill you, not the Volts, America got it wrong!
Amps AND Volts. Not one or the other.
My house (UK) has ~240v @ 100A. Three phase is common in industrial buildings.
its the amps that kill but due to ristance it needs the volts to get there
June 24, 2013, 07:13:37 AM
By the way it's the Amps that kill you, not the Volts, America got it wrong!
Amps AND Volts. Not one or the other.
My house (UK) has ~240v @ 100A. Three phase is common in industrial buildings.
June 24, 2013, 07:10:55 AM
Wrong a 50v capacitor will kill you with very little amps.
i would re prase that to could kill you ( i have had a few 6kv plus shocks of capasator banks ) ac electric is more likly to kill you than dc electric
June 24, 2013, 07:08:43 AM
In the UK regular wall sockets that you can find in every room are 230v x 13A = 2990w max
There are some higher amp ones but they are usually only found in the kitchen for cookers.
By the way it's the Amps that kill you, not the Volts!
There are some higher amp ones but they are usually only found in the kitchen for cookers.
By the way it's the Amps that kill you, not the Volts!
3120w 240v x 13a voltage at the wall here in the uk is 240-250v
dont forget to acount for the powerfactor 2000w at a pf of 0.5 will be double the amps of a pf of 1
Wrong a 50v capacitor will kill you with very little amps.
In the UK regular wall sockets that you can find in every room are 230v x 13A = 2990w max
There are some higher amp ones but they are usually only found in the kitchen for cookers.
By the way it's the Amps that kill you, not the Volts, America got it wrong, crony capitalism won out over science fact!
There are some higher amp ones but they are usually only found in the kitchen for cookers.
By the way it's the Amps that kill you, not the Volts, America got it wrong, crony capitalism won out over science fact!
The information you seek is all public record and the standards have been standard for decades, do your own homework.
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