Help: Accuphase XLR pin 3 hot into XLR pin 2 hot? (no unbalanced avail)

I'm picking up an old Accuphase G-18 equalizer to offset my hearing loss. My research shows that the G-18 has pin 3 hot.

How do I resolve this hook up anomaly, as the Accuphase has pin 3 hot, and my Boulder 865 has pin 2 hot? There are no unbalanced inputs on my Boulder.

Thanks, a befuddled Ken
The term "hot" is somewhat misleading in the context of balanced interfaces. All it really means is that the signal polarity is "non-inverted," with the other signal in the balanced signal pair being "inverted."

And if those polarities are defined inconsistently between two components having a balanced interconnection the only consequence will be an inversion of "absolute phase," aka "polarity." The audible significance of which is controversial, as well as being inconsistent among different recordings.

Also, if you are using balanced inputs to the G-18 as well as balanced outputs, and assuming its inputs and outputs are both defined as pin 3 hot, the polarity of its output signals will be the same as the polarity of its input signals, and the fact that the amp and the G-18 specify different pins as being hot will be irrelevant.

But if you are providing the G-18 with unbalanced inputs, and if neither the Boulder nor the source component(s) are polarity inverting, you can restore the correct overall polarity by simply interchanging + and - on either the amplifier outputs or the speaker inputs. Although as I say it may very well not matter either way, to many or most listeners on most or all recordings.

-- Al
Thanks Al.
As the balanced xlr's are pin 2 hot & pin 3 hot, I've located a polarity reversing adapter that I'll use. Seems simple & non-intrusive.
You’re welcome, Ken.

Note, though, the second from the last paragraph in my post above. If you are providing the G-18 with balanced inputs, as well as using its balanced outputs, introducing that device into the signal path would **cause** a polarity reversal, that would not occur without it.

If the balanced inputs and balanced outputs of a component both have the same polarity, whether pin 2 or pin 3 of its connectors is referred to as "hot" is irrelevant.

It may be a different situation in the case of some professional microphones, which appears to be the intended application of that device, because the XLR connectors of most pro mics convey DC power into them in addition to conveying their output signals.

-- Al

Don't worry about it!! Exactly 1/2 of your recordings are out of polarity anyway so its not going to affect things for the most part.
Ah atmasphere,
 I like & appreciate your comment. Don't worry, yea. 
Once received, I'll listen to it as is, then determine if I need any intervention.
Another option which I performed on my Sony CD player is to unsolder the wires into the XLR plug and swap the wires to match the new standard format of pin 2 hot.    
According to the Polarity Pundit exactly 92% of CDs are out of polarity. So folks would be much better off putting their system out of polarity. Then only 8% of CDs would sound out of polarity. Also, according to the polarity pundit LPs don't suffer the same fate in terms of percentages. Looking on the bright side for just a moment since a very high percentage of CDs released in the last 20 are overly compressed, what's one more glaring defect like polarity?

" Ah atmasphere,
 I like & appreciate your comment. Don't worry, yea.
Once received, I'll listen to it as is, then determine if I need any intervention. "
That's not what he meant. This has to do with the recordings themselves. Polarity isn't always the same. Sometimes its inverted, and sometimes its not. So, if you set your system up for non inverted, the recording may be inverted. If you only want your system to be non inverted, then you'll have to keep switching your system back and forth.