UrSv said:2 * 24 * 4 = 200...
Actually is 2*24 * 8 as the secondaries supply 4 amps each. This would make it 384VA
Anthony
Coulomb said:
Actually is 2*24 * 8 as the secondaries supply 4 amps each. This would make it 384VA
Anthony
Then I am completely lost. If I have 2 secondaries at 24 V and they each supply 4 A as stated then I can't see how that could be anything but roughly 200 VA. Where do you get the 8 A from? One secondary at 24 V and 4 A is 96 VA and the other one the same. That is 192 VA is it not?
I think it is total capacity, Total Voltage times Total Current supplied. If you tied the two secondaries together to get 48 Volts x I..... oh yeah 192 Watts. I stand corrected.. by myself..that's a first. 😱
Anthony
Anthony
Guys, the transformer weights 4 pounds = 1.8 kg (approx.). A 300 VA modern transformer weights about 2.3-2.6 kg. => your transformer = 200 VA
peranders said:Guys, the transformer weights 4 pounds = 1.8 kg (approx.). A 300 VA modern transformer weights about 2.3-2.6 kg. => your transformer = 200 VA
Well that's scientific! 🙄
Anthony
You're correct - around 200 VA. All have been sold.
I have a couple of 8 Amp transformers left. I'm guessing they weigh around 6.5 lbs.
😉
Thanks
Mike
I have a couple of 8 Amp transformers left. I'm guessing they weigh around 6.5 lbs.
😉
Thanks
Mike
mrothacher said:You're correct - around 200 VA. All have been sold.
I have a couple of 8 Amp transformers left. I'm guessing they weigh around 6.5 lbs.
😉
Thanks
Mike
How much do you want for one of the 8A ones? I am interested in one if they are a reasonable price.
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Brian
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