I bought a few months ago a Nait 5SI to drive my previous pair of ProAc Studio 130.
One month ago, I decided to upgrade my speakers by a pair of ProAc Response D20R. For my dealer no problem for the 5SI to drive them correctly. What do you think about it?
What I want to say it’s that the sound is ok but I am not amazed about it…
Here is a photo of my installation. Yes there is a little 1 year boy at house, I can’t do what I want
Congratulations. I sure love my Proacs. What I’ve found with mines is the better the electronics the better my D2R’s sound.
Not rocket science I suppose. Time and funds permitting I’d recommend a SN3 to drive them. Again I wouldn’t rush. Let them break in first as they will sound better in about 3 weeks.
Totally agree with what other chaps have said and I’m sorry but your systems is not well balanced (great source and speakers but relatively weak amplification). Whilst the ProAcs are easy to drive, they will have more to give with better amplification. Not sure what speaker cable you use but NACA5 has good synergy (the Naim/ProAc owners that have responded all use it) and is not too expensive. The forum is helpful but can be expensive - welcome.
@MoiNo68 I use ProAc D20R’s with my SN3 and have absolutely no complaints. I think they sound great. Keep in mind, they’re easy to drive but in my opinion are at their best with more power.
Likely referring to the torque screws that hold in place those fabulous ribbon tweeters and the equally fabulous Bass /Midrange driver. They both can become a little loose over time.
Sometime ago I sent a mail to ProAc asking for the recommended (bass / midrange driver screws) torque. Answer was “Please do not alter the tightness of the bolts/screws. thanks”
I disobeyed and set this torque to 1.4 Newton meter .
Interesting. I can’t recall if I emailed them or just read here or another forum but the advice was something like this, “snug the bolts but don’t over-tighten.”
I’ve found that periodically tightening the screws on my ProAc Tablette 10s is very worthwhile. I typically do this a couple of times a year. After some experimentation, I’ve settled on the following torque values, which were lower than I would have expected:
1.3 Nm on the midrange unit screws
1.4 Nm on the outer tweeter screws
1.35 Nm on the (small) inner tweeter screws
It can be tricky to get such low torque values correct. I do the screws up as normal until I feel some resistance, then apply a firm single turn with the driver. As you can only turn a screwdriver about 120º, you want the driver to “slip” about halfway through that, otherwise the torque may not be correctly applied, so taking care to get the initial tightening correct is important. Easy enough to redo if you don’t get it right.