(Noob) Electricity Questions | Bitcointalksearch.org

murkster

full member

Activity: 196

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CLOAKCOIN. NOBLECOIN. VERICOIN.

Quote from: Foxpup on March 21, 2014, 08:57:39 PM

240V is single-phase, 415V is three-phase. The amperage is the number after the C, so assuming you're using single-phase power, the maximum wattage for each breaker is 7680W, 4800W, and 3840W respectively. I'd suggest using the 32 amp breaker to avoid tripping on every power surge, and make sure your cables and power strips etc are rated for at least 32 amps! A 32 amp breaker won't save you if you end up putting 20 amps through a 10 amp cable!

Banging..

vnvizow

sr. member

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FYI it's 650kw/GH

syber

newbie

Activity: 28

Merit: 0

Quote from: Foxpup on March 21, 2014, 08:57:39 PM

240V is single-phase, 415V is three-phase. The amperage is the number after the C, so assuming you're using single-phase power, the maximum wattage for each breaker is 7680W, 4800W, and 3840W respectively. I'd suggest using the 32 amp breaker to avoid tripping on every power surge, and make sure your cables and power strips etc are rated for at least 32 amps! A 32 amp breaker won't save you if you end up putting 20 amps through a 10 amp cable!

Thanks so much that was exactly what I needed to know.

Foxpup

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Vile Vixen and Miss Bitcointalk 2021-2023

240V is single-phase, 415V is three-phase. The amperage is the number after the C, so assuming you're using single-phase power, the maximum wattage for each breaker is 7680W, 4800W, and 3840W respectively. I'd suggest using the 32 amp breaker to avoid tripping on every power surge, and make sure your cables and power strips etc are rated for at least 32 amps! A 32 amp breaker won't save you if you end up putting 20 amps through a 10 amp cable!

syber

newbie

Activity: 28

Merit: 0

Quote from: murkster on March 21, 2014, 05:37:04 AM

P over I x V...

voltage x current = watts there will be a leeway on this.
A big peak in current may well trip the breakers (RCD's)

240 Volts x 13 Amps = 3120 Watts

unsure if the system is twin phase (415 volts)

Hope that helped somewhat.

Reseach model of breaker and ohms law. Wink

Yes that should help me get a better idea. Might just have to get an electrician in here to get this sorted.

murkster

full member

Activity: 196

Merit: 100

CLOAKCOIN. NOBLECOIN. VERICOIN.

P over I x V...

voltage x current = watts there will be a leeway on this.
A big peak in current may well trip the breakers (RCD's)

240 Volts x 13 Amps = 3120 Watts

unsure if the system is twin phase (415 volts)

Hope that helped somewhat.

Reseach model of breaker and ohms law. Wink

syber

newbie

Activity: 28

Merit: 0

So right now my current environment is located in a decent size building for offices.
I see that the office has 3 breakers.

Breaker1 Breaker2 Breaker3
Sassin | Sassin | Sassin
C45N | C45N | C45N
C32 | C20 | C16
240/415V | 240/415V | 240/415V
IEC60898 | IEC60898 | IEC60898
10000 |6000 | 6000

Just curious if anyone knows what the total wattage of these 3 breakers are in this room. I'm trying to figure out what I need to have modified so that I can run 4000 wattz additional on top of everything else that is already ran in this office space. I already have some stabilizers for each miner and I believe everything else that I need. Though I want to make sure I'm not going to have to hire an electrician and if I am make sure that is already done well in advance.

Any help would be greatly appreciated, did some googling and found out a little bit but figured someone has to have come across this one before, but who knows.

Syber

Topic: (Noob) Electricity Questions (Read 847 times)