VPI Classic 3 IDLE drive


Hi all,

I have as VPI Classic 3 I bought about 1 year ago and I was lately looking at the pictures on their website and notice that the classic now has an idle drive.
I also noticed that the platter has grooves where the belt goes, while mine doesn't.
I then called vpi and asked them if the idle drive was ready to be purchased for upgrade but They told me it wasn't.

Today while looking on you tube, I saw a video with a classic 3 with the same device I have seen on the website.

It is basically a larger pulley that touches the platter thus functioning like a rim drive however it still uses the belt along with it.

I was wondering if anybody here can help understand if this upgrade is finally available.

Thanks.
Stefano.
stefanoo
The small pulley is for the 600 RPM motor. The larger pulley is for the 300 RPM motor. At least that's how it worked out on the Scout/Scoutmaster/Aries motor assemblies. You can clearly see the black nitrile belt in the video you linked. An idler drive has no need for a belt connecting it to the platter. The pulley is not touching the platter.
Why is it different from mine? Does anybody here have a classic 3?
Pulley on mine is smaller, like the one shown on vpi's website if you click on classic one.
Are you saying that tables come with two different pulleys? One if you have sds and one if you don't?
I didn't know that!
Super lube is for the bearing of the platter.

The platter was going slow because I had put slightly too much grease.
I left it spin for a couple of hours and it got faster peace.
I will still let it Seattle for another few hours.

Regarding the pulley, I removed the hex screws but the pulley must be so tight since it was very hard to remove.
I didn't pulled it out, I decide to not force anything and put everything back.

As for balancing screws, thanks for the tip I hadn't thought of that.
Anyhow since the pulley doesn't move not even if pulled quit hard, I don't think that the screws will act much on balance.
Nevertheless I will check into that making sure the pulley spins correctly.

I now understand that the bigger pulley I have seen in both the website and YouTube videos is not theRIM drive.
I was hoping VPI would have developed one, mike after all told me a while ago they were working on it.

Is it going to be hard to lubricate the motor with the old pulley?

I guess I should lubricate it since I had the table for more than a year although I probably played it no more than 100-150 hrs.
Mike recommended me for the motor's oil something that can be boughtat fish-haunt store...something like rail oil.

Could somebody here please help me to understand how to properly lubricate my motor with the older pulley!?
I have read several post but I can't understand where the brass bracket is.

Thanks
I have a Classic 3 that arrived last August or September, I think. It has a larger pulley like the one on youtube clip. There is about 3-4mm clearance between Pulley and platter.
I saw one of the earliest version of Classic 3 that has smaller pulley like Classic I. Classic 3 actually went through a few minor revision. The color of the plinth used to be metallic grey if you look back at old Music Direct ads and such. Now it is matted black. Platter now has grooves that was not there in early version. I would not be surprise if VPI decide to add rimdrive or idle drive or whatever but It is not out yet as far as I know.
Hi Stefano,
I used a syringe and used synthetic motor oil for a car (5W30). I applied a single drop on the shaft just below the pulley of my TNT. The multi-weight grade oil is inconsequential. It is just what I had available. Though I chose it for its superior film strength and light viscosity. I used the same for my VPI TNT bearing.

The lighter weight oil versus grease in the bearing well, greatly improved the performance of the TT. With the grease the sound was sluggish and smeared. The 5W30 allowed the TT to reproduce greater dynamics and openness to the music.

This makes sense since the grease places a greater drag on the motor which counters the inertia of the platter.