Could I cut the wire in half for two book shelf speakers?
298155
Yes. You can cut any speaker wire as many times as you please and they'll work as long as they're connected properly. Just make sure that the cable's length will be enough for what you need. You can use the following chart as a guideline to buy the proper gauge depending on the length of wire needed to connect the speakers to the amplifier/receiver:Length of wire needed - GaugeLess than 50 feet - 1650 feet or longer - 14
298156
don't understand the question. ??? two wires per speaker one + and one - you need two wires.
1546973
Depends if you have the speakers picked out already. If you go to cut it out for 12's wait until you have the speaker for accurate measurements and a jigsaw is best for cutting out.
195781
One has to be plugged into the other. There's no selector switch. They're for computers and I think most computers have only one audio out port. Maybe try regular bookshelf speakers that you can wire into a switch.
1905947
Unfortunatly that was why I returned the unit. I can't say for sure how long but I already had cable running through my ceiling for surround sound and couldn't use the rear speakers unless I spliced into the cable and added cable lenght. the wire comes directly out of the speaker and has a connector already mounted. You could cut in the middle and add lenght but I chose not to do that.
124374
Yes, I have 2 wire system too...these speakers sound better than my other more espensive ones...you will love them.
1881085
This should work; Basically just wiring two speakers in parallel, such that the resistance from the amp's viewpoint is halved. Each speaker will receive half the wattage.
1485519
No, you would have to attach splitter(s) from the units only output and optical output. Cable wholesale.com does sell audio cable splitting wires.
2058659
My speakers have the near same 87dB, 8 Ohm, with 16G wire to them with 25 foot of wire so I hooked them together and ran it to one speaker and it sounded just the same. I think 16G wire will be just fine for your situation.
1647201
Not without running them parallel with another 4 ohms speaker or wiring them to them self in parallel. Individually these r 2 4 ohms speakers
689248
I don't see why not? you will just have to splice the wire to the speakers since it has it's ownconnection. only thing though is if the surround would be able to drive your new speaker?ig: enough power or same impedance or not, you should find out first cause I don't know if that is relevant or not.....hope this helps......
297736
Are you planning on having them both hooked up, to the speakers, at the same time? I've never tried that before, but it would be fairly easy to wire in a source selection switch to help prevent them from affecting each other.
1120495
You can "Loop out" of one into the other with an XLR Cable. Speakers input and The output is labeled Link in the rear. That's it.
375605
The speakers are wired in, but they can be removed. The speakers you want to attach though will need to have a thin black and a thin red wire. But yes, that should be possible.
1585510
If by replace you mean cut off the ends, splice and extend them with speaker wire (http://www.walmart.com/ip/RCA-50-14-Gauge-Speaker-Wire-RCA-Audio-Hookup/14554653), then yes, you can...
1751377
They will go well with the book shelf speakers but you will need two of the same 10" subs. Reason why is that the amplifire output rcs are channelled L&R if you use one sub you will only access one channel Unless your sub have both L&R rca inputs then you will only need one.
1491675
If I understand the question correctly you will want to split the input to this amp. Have one part go to your sub and have the other go to this amplifier which will power your bookshelf speakers.
424024
It depends on how far apart you will be placing the speakers. Ideally you'll want to use two separate #14 awg speaker cables one from each speaker as a left and right set-up going to the connect:amp. It wouldn't hurt to bump that wire size up to # 12 if your running longer distance. Think voltage drop