nikoskostaras

Thanx for tha help! Actually, I made up my mind. I'll buy the SS XXX-6500d. C ya!

What do you think about that? Ampire MBX3000.1 mono amplifier with 3000 watts RMS @ 1 Ohm Ampire MBX3000.1 Quick Overview Ampire MBX3000.1 mono amplifier with 3000 watts RMS @ 1 Ohm What's behind it, tuning and sound when competitions are won in the high decibel range? In general, a unique combination of amplifiers and subwoofers. Reasons why so many tuning professionals and amateurs for the tuning of the amplifier and subwoofer Ampire. The amplifiers make excellent, distortion-free power and superior quality in the car and is compact and easy to install. Technical data digital Class D mono amplifier 1 ohm stable 1x 1130 watts RMS into 4 ohms @ 14.4 VDC 1x 2030 watts RMS @ 2 ohms 14.4 volts 1x 3000 watts RMS at 1 Ohm @ 14,4 Volt 1x 5000 watts max. @ 1 ohm 14.4 volts Frequency Response 15 - 300Hz. Low-pass crossover 30 - 300Hz. Low Pass Slope 24dB Subsonic filter 15-35Hz Bass Boost @ 40Hz 0-10dB Phase adjustment 0 / 180 ° Input Sensitivity 200mV-9, 0V Input impedance 20kOhm Signal to Noise Ratio> 100dB Distortion: <0.5% Damping factor of 300 massive block terminals 350A ANL fuse Weight 8 kg dimensions 254x64x565mm Bass level remote control I THINK THAT THAT IS THE BEST.... AND ITS VALUE ITS BETWEEN THE OTHER TWO (HIFONICS AND SPL DYNAMICS) TELL ME YOUR THOUGHTS

Hello everyone. Thanks for reading my topic. I would like to have some help in choosing between the two mono amps below, SPL Dynamics ICE-3500d (300Amps FUSE) Max Power: 8000W RMS Power Rating (@ 14.4V): RMS @ 4OHM : 700W x 1 chan. RMS @ 2OHM : 1500W x 1 chan. RMS @ 1OHM : 2500W x 1 chan. RMS @ 0.5OHM : 3500W 0,15%thd x 1 chan. RMS @ 0,5OHM : 4000W 1%thd x 1 chan. VS... Hifonics Brutus BRZ 2400.1d (250Amps FUSE) RMS Power Rating (@ 14.4V): 4 ohms: 850 watts x 1 chan. 2 ohms: 1700 watts x 1 chan. 1 ohm: 2400 watts x 1 chan. Probably both of them are good amps but which would I choose between the two? I want to run my Orion HCCA 15.2 the best way possible. Please help me choose. Thank you in advance.

Yes.... because we both copy-pasted it from the same site. I repeat:If I knew that there is the same post out there, I wouldn't do it.

I hope at least that is new.... http://www.rbeelectronics.com/wtable.htm

My bad guys. Sorry. I haven't seen that. If I did...

Keep in mind that length is a factor here as well. If you're doing a long run (>20 feet), you should use one size larger. It doesn't hurt to use a wire size that's larger than necessary, but it will usually cost more and can be more difficult to install. Power Wire: 10 gauge: ~35 amperes Class D (~70% efficiency) - <350 watts Class A/B (~50% efficiency) - <250 watts 8 gauge: ~55 amperes Class D (~70% efficiency) - <550 watts Class A/B (~50% efficiency) - <400 watts 6 gauge: ~87 amperes Class D (~70% efficiency) - <875 watts Class A/B (~50% efficiency) - <625 watts 4 gauge: ~140 amperes Class D (~70% efficiency) - <1400 watts Class A/B (~50% efficiency) - <1000 watts 2 gauge: ~220 amperes Class D (~70% efficiency) - <2200 watts Class A/B (~50% efficiency) - <1500 watts 1/0 gauge: ~350 amperes Class D (~70% efficiency) - <3500 watts Class A/B (~50% efficiency) - <2500 watts 2/0 gauge: ~440 amperes Class D (~70% efficiency) - <4400 watts Class A/B (~50% efficiency) - <3000 watts 4/0 gauge: ~700 amperes Class D (~70% efficiency) - <7000 watts Class A/B (~50% efficiency) - <5000 watts Speaker wire: 22 gauge: ~2.2 amperes 8 ohms - <36 watts 6 ohms - <27 watts 4 ohms - <18 watts 3 ohms - <13.5 watts 2 ohms - <9 watts 1 ohm - <4.5 watts 20 gauge: ~3.4 amperes 8 ohms - <96 watts 6 ohms - <72 watts 4 ohms - <48 watts 3 ohms - <36 watts 2 ohms - <24 watts 1 ohm - <12 watts 18 gauge: ~5.5 amperes 8 ohms - <240 watts 6 ohms - <180 watts 4 ohms - <120 watts 3 ohms - <90 watts 2 ohms - <60 watts 1 ohm - <30 watts 16 gauge: ~8.7 amperes 8 ohms - <600 watts 6 ohms - <450 watts 4 ohms - <300 watts 3 ohms - <225 watts 2 ohms - <150 watts 1 ohm - <75 watts 14 gauge: ~13.7 amperes 8 ohms - <1500 watts 6 ohms - <1125 watts 4 ohms - <750 watts 3 ohms - <563 watts 2 ohms - <375 watts 1 ohm - <188 watts 12 gauge: ~21.8 amperes 8 ohms - <3800 watts 6 ohms - <2850 watts 4 ohms - <1900 watts 3 ohms - <1425 watts 2 ohms - <950 watts 1 ohm - <475 watts 10 gauge: ~34.6 amperes 8 ohms - <9600 watts 6 ohms - <7200 watts 4 ohms - <4800 watts 3 ohms - <3600 watts 2 ohms - <2400 watts 1 ohm - <1200 watts 8 gauge: ~55 amperes 8 ohms - <24000 watts 6 ohms - <18000 watts 4 ohms - <12000 watts 3 ohms - <9000 watts 2 ohms - <6000 watts 1 ohm - <3000 watts Maximum Fuse Size 00 awg 400 amps 0 awg 325 amps 1 awg 250 amps 2 awg 200 amps 4 awg 125 amps 6 awg 80 amps 8 awg 50 amps 10 awg 30 amps 12 awg 20 amps 14 awg 15 amps 16 awg 7.5 amps These are the recommended maximum fuse ratings for the corresponding wire size. Using a smaller fuse than what's recommended here will be perfectly safe.

Try to do a "Sysrem Restore" to the last date that you remember your PC working quickly. "System Restore" solves a lot of problems....