Not ENOUGH GAIN

Jeff,sorry I mean on a scale of 1 to 10 seven is like 1:30 I can not play as loud as I would like it to.George made the suggestion of trying a tube with more gain,sounds like a good idear,but I will call transcendent and see what they think.And to answer clio09 I have not tried it all the way to full open yet.I will let you all know what happens ,thank you for all your help maxwell

Don't do anything. Don't change tubes and there is not even a need to call the manufacturer. As others have pointed out your system is operating exactly as it should. In case I haven't been clear -- you don't have a gain problem.

Yep, Onhwy61 and others are right on.

I think you might look at in a different manner though. A pre-amplifier's amplifying section comes after the volume control an is always seen by the amp at its full output (gain). The volume control is an attenuator between your source and the pre-amp's amplifier section. When fully rotated the VC is allowing the gain of the source to pass to the pre-amp at full value. When the VC is rotated counter-wise it reduces the gain from the source, it does not reduce the gain from the pre-amp itself, nothing does - it is a constant.

Make sense to you? Take our word for it, you're in hog heaven.

A pre-amplifier's amplifying section comes after the volume control and is always seen by the amp at its full output (gain).

Very often the case, but I can think of two manufacturers that implement the volume control after the gain section of the preamp and at the output.

Clio, I'm sure you are right, but I don't understand the value of such an arrangement unless you are using an attenuator with fixed impedance values so the impedance value seen by the amp is constant. Is that not why most amplifying sections come after the attenuator?

I guess in hog heaven an attenuator with fixed impedance values coming after the preamp' amplifying section could be optimum as it would not only control volume it would lower the pre-amps noise level as seen by the amp something of much value and could also make interface with various amp input sensitivity levels more efficiently. No more problem with high gain pre-amps and high sensitivity amp inputs, a common real problem. Keeps Rothwell busy I think.

Do you know why they actually use such a configuration? Do you know why they don't?