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Post by odedia on Feb 23, 2023 4:25:29 GMT -5
I'm considering adding some DC blockers to my setup and wonder if I should connect the amps as well.
The DC Blocker has 6 outlets and is rated at 10 Amperes max, while each specific outlet can serve up to 8 amperes only.
I live in a 220v country.
Would would be the expected Amperes generated by each XPA-1 Gen 2 in this case?
Thanks
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Post by 405x5 on Feb 23, 2023 11:08:36 GMT -5
I'm considering adding some DC blockers to my setup and wonder if I should connect the amps as well. The DC Blocker has 6 outlets and is rated at 10 Amperes max, while each specific outlet can serve up to 8 amperes only. I live in a 220v country. Would would be the expected Amperes generated by each XPA-1 Gen 2 in this case? Thanks Another Avenue for the snake oil salesman to invade your territory. If you have no problem, I would suggest not going there. |
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Post by leonski on Feb 24, 2023 18:33:30 GMT -5
I'm considering adding some DC blockers to my setup and wonder if I should connect the amps as well. The DC Blocker has 6 outlets and is rated at 10 Amperes max, while each specific outlet can serve up to 8 amperes only. I live in a 220v country. Would would be the expected Amperes generated by each XPA-1 Gen 2 in this case? Thanks Another Avenue for the snake oil salesman to invade your territory. If you have no problem, I would suggest not going there. Unless your transformers are humming, you probably do NOT have such a problem........Transformers Block DC as a function of physics..... Are DC blockers as #405 suggests, 'snake oil'......?? I don't know, but in 50 years in this 'hobby', I've never had a problem. Even when I lived next to a water treatment plant which drug down the entire grid when the pumps started.....I had a brownout for a sec.....than later, the pumps would shut OFF and my lights would get real BRIGHT for a second...... If you lived next to some kind of strange factory? Maybe....but still probably NOT. |
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