-40%

RE-WIRING MOTOR KIT for Singer 15-91 and 201-2 and other Sewing Machines

$ 5.67

Availability: 40 in stock
  • Return shipping will be paid by: Buyer
  • Restocking Fee: No
  • Modified Item: No
  • Non-Domestic Product: No
  • Item must be returned within: 30 Days
  • Condition: New
  • Custom Bundle: No
  • All returns accepted: Returns Accepted
  • Refund will be given as: Money back or replacement (buyer's choice)
  • MPN: Does Not Apply
  • Brand: Unbranded

    Description

    SINGER 201 AND 15-91 POTTED MOTOR RE-WIRING KIT
    Kit will work for other machine motors, but only the potted motors require the wicks.
    KIT INCLUDES:
    18-gauge wire - 8" of both red and black. (Both ends pre-stripped, just slide off the coating - no need to buy wire strippers).  2 extra pieces included for practice.
    Heat shrink tubing - 2 pieces of both 1/4" & 1/8"
    Heat shrink tubing - Extra long piece 1/4" to cover wires from motor to plug assembly
    1.6 mm silver bearing rosin (flux) core solder - 2 pieces
    3 non-insulated ring terminals size 8
    2 felted grease wicks
    Rubber motor grommet
    Other tools you will need to get:
    Soldering iron and Singer sewing machine motor lubricant
    (you can find both on Ebay and are sold for around ).
    No need to buy the wire cutters or strippers as this has been done for you
    .
    If you are buying this kit, you already know what to do or have read all the blogs, but if not i
    nstructions can be found on THE VINTAGE SEWING MACHINE BLOG (as well as other great information) - I am not affiliated, but love this blog.  Copy and paste link into your browser.
    vssmb.blogspot.com/2011/12/how-to-re-wire-potted-motor-part-1-wire.html
    If you have any question during the process we will be happy to help via the phone or email.
    Please do not hesitate to contact me if you have questions or any issues with items you have purchased or are purchasing ♥
    About my wire:
    shabblesschic:
    My kit is "Tinned Copper" which is better.
    Bare copper is fairly resistant to corrosion, but when it is used in wet environments or places with high humidity, it can quickly become damaged. When bare copper is operating at temperatures that exceed 100 degrees Celsius, it may start to degrade. This kind of damage can result in a loss of performance. If cost is of any concern, then bare copper is less expensive than its tinned counterpart.
    By coating bare copper with a metal alloy, like tin, you can strengthen the copper’s natural properties, which will give it a longer shelf life. Also, tinned copper is easier to connect because tin is a primary component in solder. Tinned copper is better equipped to resist humidity, high temperatures and wet environments.