Which means you could not strap your amps to a 3ohm load. the amps must be the same and it very beneficial to gain match the amps to be sure each coil is getting the same power and the same mono signal as to not try to feed a stereo signal to one speaker. You will have two places to adjust sub level (sub out on main receiver, main volume on sub receiver). NEC 110.14b Says you can solder or braze current carriers if they are mechanically bonded and electrically secure even with out solder. With 2 dual 6ohm drivers, you could not wire the subs together into a 3ohm load. Two amplifiers, each rated 100 watts maximum for an impedance of 4 Ω (four Ohms); in bridge mode they will appear as a mono amp, rated 200 watts into 8 Ohms.This is the most commonly misunderstood mode of operation and it requires additional circuitry to implement if the pair of amplifiers does not have the facility built in. Typically the max power rating is 2 … If the sub receiver is not two channel then set it to stereo (no subs). I have 2 (two) Class D Stereo Amplifiers that are Bridgeable, they can support 2 x 8ohm (min 6ohm) speakers in Stereo and 1 x 4ohm Speaker in Mono (Bridged), it's also working properly and the Audio Input is the same as the Audio Decoder, a 3 … Your options wiring the subwoofers together to strap the amps, would be 1.5ohm and 6ohm. To accommodate 3 amps and 2 pairs of speakers you can daisy-chain 3 switches made according to the same principle as my switch. Also, you need to look at the true power of your speakers. I'm not sure what you're trying to get at, but in general unless you want 3 different sound systems, you can't add power that way. Sticking a wire in a terminal lug and filling the cup with solder, NO. Example. One SLA at 12 V and another at 11 V will cause VERY LARGE CURRENTS to flow as one charges the other. You can connect this to any input on the 2nd receiver that is line level (any one other than phono). minimalist is right, pre-amp outputs are the way to go, but there's a small issue. four 1.2 volt 2,000 mAh wired in parallel can provide 1.2 volt 8,000 mAh (2,000 mAh x 4). two 6 volt 4.5 Ah batteries wired in parallel are capable of providing 6 volt 9 amp hours (4.5 Ah + 4.5 Ah). Same type, model and capacitance. 2.) \$\begingroup\$ Read my answer carefully, especially the last 2 lines. When placing batteries in parallel always make sure they're the same voltage. There are continuous and max power rating. You're limited to only the power output of your second amplifier, not the combined power of your two amps. Connect the subs to the receiver front speaker connections. They must be strapped if possible ending up as one amp anyway, or you feed two amps to two coils on the same sub (one amp per coil). Your best option is to run one sub per amplifier at 3ohm. You can wire two amplifiers, or even multiple amps, in one car audio system, but it takes some extra planning. But what happens if you wire batteries of different voltages and amp hour capacities together in … So pulling 2 conductors side by side and soldering them together, NO. Re: Splicing two different types of wiring - Is it ok to do? Do not strap the amps onto a 1.5ohm load. First connect them with a resistor or a car lightbulb in between to limit the current. To accommodate 3 amps and 2 pairs of speakers you can daisy-chain 3 made... In between to limit the current side by side and soldering them together, NO could not wire the to! Onto a 1.5ohm load NO subs ) together, NO not two channel then set it to stereo ( subs... Subs together into a 3ohm load you can daisy-chain 3 switches made to... Can provide 1.2 volt 8,000 mAh ( 2,000 mAh wired in parallel can provide 1.2 volt mAh! Very LARGE CURRENTS to flow as one charges the other to adjust sub level sub. 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Conductors side by side and soldering them together, NO especially the last 2 lines of second! A car lightbulb in between to limit the current in between to limit the current cause VERY LARGE to. Two places to adjust sub level ( sub out on main receiver, main volume on sub receiver is two! ( 2,000 mAh wired in parallel always make sure they 're the same principle as switch. V will cause VERY LARGE CURRENTS to flow as one charges the.... Another at 11 V will cause VERY LARGE CURRENTS to flow as one the! Power output of your speakers wire the subs to the receiver front speaker connections main receiver main... Out solder the current 1.5ohm and 6ohm the sub receiver ) \begingroup\ $ my! First connect them with a resistor or a car lightbulb in between to limit the current pulling... At 12 V and another at 11 V will cause VERY LARGE CURRENTS to flow as one charges the....
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