I'm gonna place a direct dish about 120ft from the house,is that going to be a problem for the lnb power supply,to flow power that kinda distance?
Nope... the 29 is designed for a swm8 or swm16 switch.. but can be used to push additional voltage over longer distances. No problems. Just gotta hope the dB drop works.I could be wrong about this but a SWM 8 can only use a 21v power inserter. The 29v is for SWM 16.
I could be wrong about this but a SWM 8 can only use a 21v power inserter. The 29v is for SWM 16.
You can go non amplified 200 ft from the dish to the first receiver without any real issues.I'm gonna place a direct dish about 120ft from the house,is that going to be a problem for the lnb power supply,to flow power that kinda distance?
The voltage is not really the concern. It is current( Amperage) which is the main ingredient.120 ft shouldn't be a problem, but you should use solid core copper cable and maybe a 29 volt power inserter even if you have a swm lnb.
Correct. However, excessive voltage can cause issues.If you increase the voltage, you increase the current assuming the resistance stays the same.
Since you can use either a 21 or 29 volt power inserter on a swm lnb, I doubt excessive voltage is a problem.Correct. However, excessive voltage can cause issues.
In any event, it's a balancing thing.
You're correct.Since you can use either a 21 or 29 volt power inserter on a swm lnb, I doubt excessive voltage is a problem.
Well is not that easy. It depends on splitter usage. At 200 feet an 8 way inline, you would certainly have issues without any kind of SWM amp.You should be fine at 120 feet. You really don't need to worry until you reach about 200 feet.
I concur. . As I also said in my above post it's more about db drop. Gotta know how many irds are getting installed and how far the lines are from the tvs to the central splitter.Well is not that easy. It depends on splitter usage. At 200 feet an 8 way inline, you would certainly have issues without any kind of SWM amp.