Stator for Yamaha YFM350 Big Bear / Warrior '87-'89 (RM01020)

Brand new stator.

• Direct replacement to your original unit.
• Plug-and-play, direct fit, easy installation.
• Highest-grade lamination materials.
• Highest-grade copper windings, resistant to 200 degrees Celsius.
• Pick up pulsar coil included.
• Connector included.
• Rubber grommet included.
• All products shipped are tested.

Applications:

• YAM YFM350 BIG BEAR / WARRIOR 1987-1989 (RM01020)

Specifications:

• D imensions:
  • Interior diameter: 53 mm
  • Exterior diameter: 115 mm
  • Thickness: 14 mm
  • Length of wires stator to grommet: 200mm
  • Length of wires grommet to plug: 475mm
  • Length of wires pickup coil's wire to grommet: 220mm

• Other specifications:
  • Number of wires : 9
  • Number of plugs: 4
  • Number of terminals : 9
• Wire to wire resistance:
  • Alternator : White between each White = 0.4 ohms+/-20%
  • Pick up : Red to Blue = 221 ohms+/-20%
  • Pick up :Yellow to White = 217 ohms+/-20%
  • Source : Brown to Green = 315 ohms+/-20%

We have even included the opposite connector (main harness side) as we know these are often melted / corroded / defective and a major cause for repetitive electrical issues.

All item pictures are accurate; if in doubt do not hesitate to compare our item to your original part.

Before installing your new stator:

Please note: The pick up coil with the white dot has to be installed on top

• Check the AC output of the stator.
• Replace any burned or corroded connectors on stator and regulator/rectifier
• Check and repair any melted wiring.
• Use hi-temp dielectric grease on all connectors

Our stator may use a different wire color code than your original.
All of the wires are installed in the correct order; please do not change any of the wiring configurations.
This stator is designed as a direct plug-in replacement and should be used as such.

When bolting stator in, always use locking compound.
If our stator includes a pickup coil, always make sure the air gap is correct upon installation; we suggest as close as possible no less than 0.010".