Conventional wisdom from similar posts seems to be that upgrading speakers first is the usual approach? Does this also seem right with my set up? And if so any suggestions? Budget between £200-500
I enjoy the system and am in no rush but just feel it could perhaps be a bit more precise if that’s the right term in terms of separating out different instruments.
Blue Shadow you are just making stuff up!, unless you have the actual amp and have tested it with the appropriate equipment, please stop adding disinformation! Someone could inadvertently damage their amp following your afvice.I understand completely what you mean, I think you are too alarmist with the situation.
Yes, that is the way it is done.
This is wrong. The unit will survive all day long on a 6Ω speaker if it is mentioned on the back panel. You are mistaken about this because a manufacturer will not mention using a speaker impedance that will damage the unit. The not rated for that you are mentioning is because it was required by the feds to do the full testing for all power outputs rated by the manufacturer. Their work around was to rate as most did at 8Ω and label the unit with acceptable impedance ratings for speakers.
Crutchfield is probably just reading the back panel, not extending the info just to sell units.
Please stop spreading this false information about an amp with the numbers on the back not being capable of working with speakers that are within the specified speaker impedance range on the back of the unit.
geez, that is what I was thinking about you. You do not seem to understand how amps were tested back around when you were born.Blue Shadow you are just making stuff up!, unless you have the actual amp and have tested it with the appropriate equipment, please stop adding disinformation! Someone could inadvertently damage their amp following your afvice.
Well I think that is what contributed to the failure of my NAD 317 integrated amp! The 317 amp was rated at 80 watts continuous @8 ohms, with a 95 watts maximum "at 8 ohms". It was not rated for 4 ohms continous use, period! Then the back panel said 4-8 ohms, based on speakers configuration. Well putting large tower 4 ohm speakers on that amp, and playing music loud, easily exceed 95 watts, and that is why it ran so hot for years. Heat degrades electronics. So the 4 ohm speakers exceeded the maximum wattage for the amp, and that is not good for the amp because it overheats.Ohm loads change with frequency. Low frequencies result in higher ohms than high frequencies. Speaker ratings are therefore nominal. An amp or receiver rated for 6 ohms should be just fine with speakers that are rated at 6 ohms. I certainly wouldn't lose sleep over it.
Most HT receivers have a minimum 6-ohm requirement but some will even work at 4-ohm. An 8 Ohm speaker will be just fine on a receiver that puts out power at a 6 or 8 Ohm rating. The receiver in question is a lower priced Sony stereo but my guess is the amp section is similar to AVRs in that line. Either way, it's not worth splitting hairs over just to be able to say you're right so I'll concede and say you're right. Back to the OPs original question now.Well I think that is what contributed to the failure of my NAD 317 integrated amp! The 317 amp was rated at 80 watts continuous @8 ohms, with a 95 watts maximum "at 8 ohms". It was not rated for 4 ohms continous use, period! Then the back panel said 4-8 ohms, based on speakers configuration. Well putting large tower 4 ohm speakers on that amp, and playing music loud, easily exceed 95 watts, and that is why it ran so hot for years. Heat degrades electronics. So the 4 ohm speakers exceeded the maximum wattage for the amp, and that is not good for the amp because it overheats.
Bill S, I think you are using the term "rated for 6 ohms" incorrectly. If an amp is rated for 6 ohms, the mfg should give a number in watts that the amp can put out continuously at 6 ohms. For the OPs amp there is no mfg number in watts for continuous output at 6 ohms. Therefore, using it on 6 ohm speakers is risky because the user does not know how much watts the speakers draw, and that of course varies based on the particular 6 ohm speakers.
Just saying an amp is "6 or 4 ohm capable" is not a rating! A rating implies a number is assigned, and no number in watts was assigned to the OPs amp for continuous use at 6 ohms.
Yes and no. If you have a ho-hum amp better speakers can give you some SQ improvement, but probably not the full potential of the speakers. But with better speakers sound improvements will be more noticeable when you modify / change / upgrade other components. So my vote is to have speakers that are better than the rest of your system.Wouldn't a speaker upgrade reveal if other items need improvement?
You blew it up, plain and simple. Overdriving it for years doesn’t condemn every unit because you can‘t handle your watts. Buy an amp with clip indicators and don’t let it clip much. Years of good service. Sorry for your lossThen the back panel said 4-8 ohms, based on speakers configuration. Well putting large tower 4 ohm speakers on that amp, and playing music loud, easily exceed 95 watts, and that is why it ran so hot for years
Actually its the other way round. If you look at the impedance and frequency response curves of most loudspeaker drivers you find that there is an impedance hump centred at the driver resonant frequency. This will be close to the bottom of it's operating frequency range. The lowest impedance will be just above that frequency - Often referred to as F3 against the resonant frequency F0. The impedance will remain fairly low with rising frequency from that point, gradually rising as the frequency increases. A typical 8ohm nominal rated bass driver will have a minimum impedance of about 6 - 7 ohms just above resonance rising to maybe 30 ohms or so at maximum operating range. Many loudspeaker crossover designs utilise a Zobel network for the bass unit (normally a capacitor with a series resistor, fitted across the driver terminals) to flatten this response curve in order to present an even impedance response to the low pass crossover filter.Ohm loads change with frequency. Low frequencies result in higher ohms than high frequencies. Speaker ratings are therefore nominal. An amp or receiver rated for 6 ohms should be just fine with speakers that are rated at 6 ohms. I certainly wouldn't lose sleep over it.