Y31project Y31BA407-GTC Base Adapter for SAEC WE-407/23 YAMAHA GT-2000 Used JP
Base adapter (arm base) made of gunmetal and stainless steel by Y31project. It lets you change the arm of a Yamaha GT-2000 turntable to the SAEC WE-407/23 specification, according to the seller.
■ What's Included
- Y31BA407-GTC base adapter (gunmetal) and stainless steel parts shown in the photos
- Small fittings and wires shown in the photos
Everything shown in the photos is included.
■ Specifications
- Maker: Y31project, model Y31BA407-GTC
- For the SAEC WE-407/23 and the Yamaha GT-2000
- Arm base hole diameter: about 18 mm
- Base adapter part: 116 mm diameter, maximum thickness 20 mm
- Weight: about 1.5 kg
■ Condition
Metal dullness and scuffs are seen, but there are no noticeable scratches and the surface is glossy, according to the seller.
Please see the photos for details. You will receive the item shown in the photos.
■ IMPORTANT
This is a used base adapter. Only the items shown in the photos are included. The tonearm itself is not included. Please check the size and the fitment with your turntable and tonearm before purchase.
All my products are 100% Authentic.
Please feel free to contact us if you have any question.
International Buyers - Please Note:
・For U.S. Buyers (Shipping to the United States):
Import duties, taxes, and related customs fees are already included in the item price or shipping cost (DDP: Delivered Duty Paid). You will not be required to pay any additional customs charges upon delivery.
Note: Items over USD 2,500 per transaction (including shipping) or those under the Authenticity Guarantee service may be excluded.
・For Buyers Outside the U.S.:
Import duties, taxes, and charges are not included in the item price or shipping charges. These costs are the buyer’s responsibility. Please check with your country’s customs office to determine what these additional costs will be prior to bidding/buying.
We do not mark merchandise values below value or mark items as "gifts" – U.S. and International government regulations prohibit such behavior.