New RMSTATOR LITHIUM-ION CHARGING SYSTEM CONVERSION #RMS900106857

Brand new aftermarket stator

• Direct replacement to your original unit
• Plug-and-play, direct fit, easy installation
• Highest grade of lamination materials
• Highest grade of copper winding, resistant to 200 degrees Celsius
• Connector included
• Rubber grommet included

Introducing RMSTATORS Heavy Duty Flywheel Rotor For Yamaha Motorcycles

Anyone who rides or repairs a Yamaha YZF R1, FZ1 or FZ8 is probably familiar with the flywheel problems common to these models. Most of these bikes will have at least one flywheel failure in their lifetime so far. Low-quality epoxy was used on OEM flywheels to secure the magnets to the rotor body. Over time and many heat cycles, the epoxy fails allowing the magnets to come loose and contact the stator, potentially causing catastrophic damage.

A Heavy Duty Flywheel to the rescue!

New RMSTATOR heavy-duty flywheel rotor for Yamaha Motorcycles is a well-priced solution to problems with the OEM flywheel, and an excellent alternative to all the mechanical troubles you can encounter with a repair.

Features

• Built to OEM size - Fits precisely in your ride: install it and forget it.
• Improved epoxy - Uses high temperature epoxy that is stronger than OEM, eliminating the possibility of magnet detachment.
• High grade steel capping - Prevents heat and friction from degrading the epoxy attaching the magnets. Though extremely unlikely, if a magnet did ever come loose, it would remain in the sleeve preventing contact with the stator.
• Precise balancing - Eliminates crankshaft vibrations for longer engine longevity.
• Why cheap repairs won't work?
• Quick stronger epoxy fixes do repair flywheels in short term. It might however impair long term performance and reliability of your ride.
• Remaining OEM magnets: Original magnets remaining can still come loose at any time.
• Magnet alignment: The alignment of magnets around the flywheel is critical for proper stator operation. Even very fine misalignment will reduce stator efficiency significantly.
• Magnet spacing: Excessive epoxy or incorrect magnet spacing around the flywheel can easily affect the flywheel balance. This can cause stator contact or even crankshaft damages.
• Incorrect replacement magnets: The magnetic field strength of new magnets MUST match the originals. Stator failure can occur quickly with stronger magnets and stator output can be decreased significantly using weaker magnets.
• Wrong epoxy properties: Epoxy that is not rated to permanently handle high temperatures can quickly cause a serious failure.
• Oil contamination: Wrong epoxy for the application can also contaminate the crankcase oil, damaging the motor.

Why use Mosfet Enhanced technology?

• Runs cooler: Runs much cooler than the traditional Shunt voltage regulator rectifier.
• Saves gas: Less load on the stator, less work, less fuel is used and you save.

• Regulated energy: The power charging your battery is steadier and smooth.

• Extended battery life: Extends the battery’s life and cold cranking capacity.

• More engine power: Removes stator load resulting in more engine power.
• Optimized power: Optimize power delivery by switching the stator coils on or off.

This product is an advanced design that lowers operating temperatures for extended longevity and better performance than the OEM part.

WORKS WITH LITHIUM BATTERIES ONLY

Stop burning your voltage regulator rectifier! It is time to update or replace your voltage regulator with the advanced MOSFET type.

It runs cooler than all SCR diode-style OEM regulators. In addition, this rectifier has overheat protection, rather than burn up it will simply turn off for a while and cool off.

Top Features

• Direct replacement to your original unit
• Plug-and-play, direct fit, easy installation
• The quality exceeds the OEM part
• Higher grade of electric components

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

Why do you need a different voltage regulator for lithium batteries?

Lithium batteries have different charging requirements than Lead Acid or AGM batteries that can severely affect their lifespan and performance. The key factors in safe and reliable lithium battery charging are the output DC voltage ripple and average output voltage. The RMSTATOR regulator is designed around the optimal parameters for these factors.

The ripple effect is all that matters

Charging voltage ripple in a Powersports application is the difference between the highest and lowest voltages from the voltage regulator output. By nature, a common shunt style voltage regulator will have a fairly high voltage ripple due to the regulation shunt switches opening and closing frequently. Each on/off transition will cause some variation in the output voltage, this is unavoidable. Keeping this to a minimum is critical for Lithium batteries, and the RMSTATOR Lithium regulator is designed around this feature.

In a perfect world, a ripple of less than 10% of the output voltage (~1.5V for a typical regulator), would be ideal, however, is not practical for this type of regulator. The RMSTATOR Lithium regulator is able to maintain a less than 4 Volts output ripple, compared to verified test results of our competitors 8 volts. Keep in mind this ripple voltage is only seen via an Oscilloscope sampling the voltage 1000’s of times a second, and is not the same as your average charging voltage as measured by a multimeter.

Stator Dimensions:

• Interior diameter: 18 mm
• Exterior diameter: 68 mm
• Thickness: 42 mm
• Length of wires stator to grommet: 125 mm
• Length of wires grommet to plug: 500 mm

Other Specifications:

• Number of wires: 3
• Number of plugs: 1
• Number of pins: 3
• Alternator: Between each White = 0.4 ohms +/-20%

Regulator Dimensions:

• Width: 94 mm
• Length: 114 mm
• Height: 32 mm
• Fixation holes centre to centre: 74 mm

Other Specifications:

• Number of plugs: 2
• Number of pins: 5
• Number of wires: 5
• Minimum Charging Voltage: 14.0 V ± 0.2 V DC
• Maximum Charging Current: 50 A / 500 W
• Operation Temperature: -20° to 85°

Flywheel Dimensions:

• Exterior Diameter: 80 mm
• Interior Diameter: 69 mm
• Interior Diameter Center Housing: 12 mm
• Exterior Diameter Center Housing: 18 mm
• Thickness (exterior): 11 mm
• Thickness (interior): 6 mm