Rickenbacker Nylon Bass Strings
Moderators: rickenbrother, ajish4
Well, use a washer about the same diameter as the polepiece. Stick it in place with a bit of glue or something. A one millimeter thick washer should do the trick. If it doesn't, use two such washers. I've have used this method on my J-Bass. Those d**n flush-pole pickups can be a major pain.
As for the polepieces on current high-gain pickups, yes, they can get stuck, sort of, but not on account of being set too low. Being simple steel rivets, once the head sits on the top surface of the pickup bobbin you can't drive them down any further. If I could show you an explanatory drawing you would realize just how simple devices Rick pickups are.
As for the polepieces on current high-gain pickups, yes, they can get stuck, sort of, but not on account of being set too low. Being simple steel rivets, once the head sits on the top surface of the pickup bobbin you can't drive them down any further. If I could show you an explanatory drawing you would realize just how simple devices Rick pickups are.
A Rickenbacker bass is much like the Jaguar E car - perennially ultra-fashionable.
Alright, here it is.
Sergio once explained to me the structure of RIC neck pickups. I'll post them here. Hope it's OK by you, Sergio.
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My drawing shows 1) the empty bobbin the 70s/80s high-gain pickup, 2) of the original 60s toaster p.u. and 3) of the current high-gain.
Fig. 1 is an end view showing how the polepieces (drive screws) hold the bobbin together. The coil (not shown) is wound directly onto these (they are covered with black electrical tape to avoid damaging the wire). This high-gain pickup kicks major ***. It is wound to about 7 - 8 K..
Fig. 2 is an end view of a 60s 'toaster' pickup bobbin. As you can see, it has a central portion or core which is integral with the top and the bottom plates and has six round holes adapted to receive the polepieces, which are magnetic slugs as the one shown. Magnetically these are not particularly strong. Also, they are not close to the coil. You will notice that they can not be brought as close to the strings as the drive screws on the high-gain p.u.. As a result, the toaster pickup delivers less output than any high-gain.
Finally, Fig. 3 is an end view of the current high-gain bobbin. You will immediately notice that it's similar to the 60s bobbin. The material it's made†of is softer, though, so that holes can be drilled in the solid core for fitting either drive screws (to make a high-gain) or magnetic slugs (to make a toaster). You can also infer from the drawing the reason why RIC now overwind their high-gains too: winding the current p.u. bobbin to 70s/80s specs would result in a less strong pickup, since its coil can not be as close to the polepieces as on the 70s/80s high-gain.
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Sergio once explained to me the structure of RIC neck pickups. I'll post them here. Hope it's OK by you, Sergio.
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My drawing shows 1) the empty bobbin the 70s/80s high-gain pickup, 2) of the original 60s toaster p.u. and 3) of the current high-gain.
Fig. 1 is an end view showing how the polepieces (drive screws) hold the bobbin together. The coil (not shown) is wound directly onto these (they are covered with black electrical tape to avoid damaging the wire). This high-gain pickup kicks major ***. It is wound to about 7 - 8 K..
Fig. 2 is an end view of a 60s 'toaster' pickup bobbin. As you can see, it has a central portion or core which is integral with the top and the bottom plates and has six round holes adapted to receive the polepieces, which are magnetic slugs as the one shown. Magnetically these are not particularly strong. Also, they are not close to the coil. You will notice that they can not be brought as close to the strings as the drive screws on the high-gain p.u.. As a result, the toaster pickup delivers less output than any high-gain.
Finally, Fig. 3 is an end view of the current high-gain bobbin. You will immediately notice that it's similar to the 60s bobbin. The material it's made†of is softer, though, so that holes can be drilled in the solid core for fitting either drive screws (to make a high-gain) or magnetic slugs (to make a toaster). You can also infer from the drawing the reason why RIC now overwind their high-gains too: winding the current p.u. bobbin to 70s/80s specs would result in a less strong pickup, since its coil can not be as close to the polepieces as on the 70s/80s high-gain.
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ricnvolved
My only experience with black nylon tapewounds is the LaBella brand. I have a set of these on my Zeta Crossover and I love the tone they give me. I can't compare them to any other brands because LaBella is the only set I've tried. But they're very high quality and I can recommend them without hesitation.
In my own experiences the LaBellas feel great, are kind to the fretboard and sound great live. Rotosound Nylon Tapes sound better recorded but have a slicker alien feel. Rotosound Monels are almost as good recorded and almost as good live so are IMHO the trade off set for the best in both worlds. Have not tried a new set of Ric Nylons in years as the set I have on are still fine and I have a second set still in the wrapper that I have not touched in at least 5 years, yeah, for the tone I want on that bass they have lasted a very long time indeed.
Athough the Rotosound nylons are great on my Fender, just for experiments sake i put the E string on my 4003. It was terrible. whilst you get a nice woody tone with them on the fender, the nylons give you a totally indistinct muddy mess on the rick. Maybe something to do with the slightly shorter scale?
The email address shown is down, you can email me at [email protected]
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dano
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dano
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docbass
Dan - If the RIC's no longer exist, you should really try the Roto's
The email address shown is down, you can email me at [email protected]
