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How to position your speakers perfectly


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 Best music for speaker placement and best speaker placement tutorial???

 

Having acquired a pair of Harbeth P3ESR speakers I'm having fun looking for the ultimate speaker placement. 

 

I have downloaded

The Visual Sound the Sound Liaison DXD Music Sampler 

as it was recommended to me as being a great speaker placement tool.

 (Using the coupon code “XFI2019” you can download the 352DXD for $16 or the 24/ 96 files for $8.)

Especially the phase coherent One Microphone recordings on the sampler seems excellent for that purpose: 

  Carmen Gomes inc. One Mic Recording Session       

Quote

 

     “These guys and this recording just rocks. Pace, rhythm, tone and soundstage are just off the charts.

The precise placement of all four of the musicians perfectly matches the photos of the sessions. The balance of all four instruments is darn near perfect. As you can no doubt tell, I am a huge fan of this recording. It is one of the best in terms of recording quality I have ever heard. Of course, and as always, your view of the actual music content may vary quite considerably from mine. Nonetheless, I think we would all agree that this recording sounds sensational

                                                                                                                                         source;  Sound-Liaison-One-Mic-recordings audiophilestyle review

 

 

SLDXDMS300shadow.png  https://www.soundliaison.com/index.php/536-sound-liaison-dxd-music-sampler 

 

On the net i.e.  youtube, there are a great number of tutorials in speaker placement. 

 Any of these you would especially recommend?

                                                           mu_2_channel_1.gif?v=1542152135    https://www.harbeth.co.uk/speakers/userguide.php    

 

 

Edited by Rup
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If you're Anything like me you may be forever tinkering, it's part of the hobby I guess.

- trust your ears, I find when I get that spot just right I'll feel a sense of enhanced patience and enjoyment.

- avoid the problem spots ( 1/2 Or 1/4 distance to ceiling) Etc Etc...

- Find the right spot in your room(of you have the freedom

- if you're lucky try listen to well set up studio, I learnes a lot from the experience and took this hearing experience and used it to help with my placement of non nearfield listening.

- bring a friend to make slight adjustments while you listen closed eyes.

What I tend to do is find a reference placement and mark it with tape.

My methods and rules:

1) select seating placement that allows the speakers room to breathe from the back wall (my front ported pmc I still give 50cm)

2) Start at the equilateral triangle and NO toe in.

3) ensure that the tweeters are roughly in line with your ear levels

4) speaker width I view like a rubber band being stretched. If the sound is too thin (lacking in fullness and midbass) bring them in closer, move in your self to keep equidistant and reassess. 

Try moving them out wider if the sound is a bit too dense, some speakers really need room to breathe. Be careful to not lose the imaging of the vocalist or get too close to the side walls.

5) check in, is their depth to the soundstage or lacking deep bass? Mess with depth from wall. Also experiment moving either slightly closer or further from the listening position.

6) toe in. More Toe in provides enhanced focus and generally creates a brighter tweeter response. I do 4 quick checks before slow dial in. 1) no toe in, 2) toe in pointed right at my ears 3) toe in aimed 6 feet behind my head 4) half way between 3&1.

Once I find the best blend of soundstage width, focus and enjoyment. I'll make slight alterations.

7) I stand in the spot and see how it sounds if I’m slightly higher or lower than the tweeters (again may affect brightenes) I also again move slightly back and forward.

8 ) have an experienced friend have a listen.

now this is my reference spot. I will leave them like this for a full week to get used to them and truely listen. I will mark this and still have my marking from the equilateral triangle. 
keep these 2 spots marked precisely. Now if you feel you want more airiness, fullness or brightness etc etc make minor adjustments based on the previous rules.

 

 

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Yannakout, you left out an important item, the listening position. Just as the diagram above shows one particular freq or wavelength cancelling by the reflection from the wall behind the speaker, the same happens for many more freqs, especially the 3 wavelengths corresponding to the room W,L & Height. Various places in the room have primary and secondary cancellation points ("room modes") coinciding in clusters and you don't want to have your head there else you will be judging the overall sound falsely.

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Try 300kgs each.  Very Minor adjustments can be made of the spikes in place but to test various positioning scenarios requires lifting the speakers to replace the spikes with casters. Then they are easy to move.  But I only go down this path if I have a day or two spare and want to try different positions.  

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Just now, warweary said:

In the lounge I aimed for a 3 m by 3 m by 3 m triangle with the front on the speakers 1 m from the front wall.

Excellent .. I have mine at just under 4 meters ... its called forming an EQUILATERAL triangle.  The mathematician in me couldn't help myself there!

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3 hours ago, MrC said:

Excellent .. I have mine at just under 4 meters ... its called forming an EQUILATERAL triangle.  The mathematician in me couldn't help myself there!

Isosceles is better. Near and far field:thumb: 

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48 minutes ago, Wimbo said:

Since when?

The mathematical definition of an isosceles triangle is a triangle that has 2 sides of equal length.  Well ... an equilateral triangle has this property.  It is the same way we can say that a square is a rectangle (a special rectangle).

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Try the following suggestion from a Harbeth facebook group. It really works!

Quote

I prefer nearfield listening with Harbeth, but with speakers on stands (not a desktop) and pulled out into the room, as far away from walls as you can.
Try X meters between tweeter-to- ear, and 1.4X meters from tweeter-to-tweeter, and toed-in so tweeter aims directly at ear. I like X = 1 meter.
If you want to take it a step further, try getting the height of the speakers (or your chair) so your ear is right between the midrange and tweeter.
P3ESRs and LS3/5A types excel like this and image like crazy (and I ahve also done this with 40.1s, 30.1s, SHL5+, etc). You don't have to drive them as hard to get the same SPL level at your ears since you are not losing SPL's to the room. So when they say "85dB/1-watt/1-meter, 1 watt really goes give you around 85dB SPL. You also don't need as much amplifier power. ?
Speakers also sound more dynamic this way because you are not getting as much smearing of transients from the room, or as much in terms of bass peaks/dips. And as I have said in the past, Harbeth's really excel at nearfield. If you set it up just right, they will pull off a very impressive "disappearing act," and if you listen at night with low light, it enhances the effect even more!

 

 

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26 minutes ago, MrC said:

The mathematical definition of an isosceles triangle is a triangle that has 2 sides of equal length.  Well ... an equilateral triangle has this property.  It is the same way we can say that a square is a rectangle (a special rectangle).

From a strict perspective an isosceles triangle two sides are of equal length  The third side is a different length.  With an equilateral triangle all three sides are of equal length.  Therefore the listening outcome could be different depending on the lengths of the triangle sides and the sitting position.

John

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24 minutes ago, Assisi said:

From a strict perspective an isosceles triangle two sides are of equal length  The third side is a different length.  With an equilateral triangle all three sides are of equal length.  Therefore the listening outcome could be different depending on the lengths of the triangle sides and the sitting position.

John

Venn diagram would separate and include both Isosceles and equilateral triangles. ( sub group).

 

Does having 2 equal side exclude having 3 equal sides? no, but having 3 equal sides does not include having 2 equal sides.

 

Therefore an Equilateral triangle is a special case of an Isosceles Triangle.

 

All Equilateral triangles are Isosceles, but all Isosceles are not Equilateral.

 

As I see it.

 

:)

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If you want to really learn something about room setups, try Jim Smith's "Get Better Sound" book - it's a direct 'on-line' purchase from "getbettersound.com" - it's still US$38 + postage - also available as a series of DVDs for those people who prefer this way
 

It also has some 'no-nonsense' introductions to "acoustics 101" (beginner acoustics) plus it has a list of specific music and how to listen well (excellent directions on what to listen for, etc)

 

Knowledge is the cheapest upgrade & the benefits last your lifetime.

 

It's great to see the acoustical control panels in use

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5 hours ago, MrC said:

The mathematical definition of an isosceles triangle is a triangle that has 2 sides of equal length.  Well ... an equilateral triangle has this property.  It is the same way we can say that a square is a rectangle (a special rectangle).

No. an Eq has three. An isosceles has two. Don't change the math to fit your assumption. Sounds like "WE" is you only. Not me.

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4 hours ago, Batty said:

 

All Equilateral triangles are Isosceles,

How? Isosceles has two equal sides. Not three. Seriously, where do you guys get this thinking from? Universities? Making me more and more worried about whats being taught theses days. But, I won't worry for long. Don't give a damn anymore actually.

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7 minutes ago, Wimbo said:

How? Isosceles has two equal sides. Not three. Seriously, where do you guys get this thinking from? Universities? Making me more and more worried about whats being taught theses days. But, I won't worry for long. Don't give a damn anymore actually.

Someone will be offended by your assumption, probs a vegan....

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21 minutes ago, Wimbo said:

How? Isosceles has two equal sides. Not three. Seriously, where do you guys get this thinking from? Universities? Making me more and more worried about whats being taught theses days. But, I won't worry for long. Don't give a damn anymore actually.

Quote the whole and it makes sense.

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3 hours ago, Wimbo said:

How? Isosceles has two equal sides. Not three. Seriously, where do you guys get this thinking from? Universities? Making me more and more worried about whats being taught theses days. But, I won't worry for long. Don't give a damn anymore actually.

You fail to grasp the idea that if there ARE two equal sides in an equilateral triangle then it is also isosceles too.   A Venn diagram that could be drawn has the equilateral triangle set contained completely within the isosceles triangle set.  If you don't get it then you just don't get it mate ... don't worry.

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