RM STATOR Series Voltage Regulator RMS022-107792 for Enhanced Motorcycle Charging System

Upgrade your motorcycle's electrical system with the RM STATOR Series Voltage Regulator RMS022-107792, designed for superior performance and reliability. This regulator features a robust machined billet aluminum casing that dissipates heat 33% more effectively than standard molded casings, ensuring cooler operation and extended component life. Its advanced design allows power to flow only during battery charging, reducing unnecessary strain on the stator and prolonging its lifespan.
The Series regulator utilizes an innovative method of voltage regulation by intermittently disconnecting the stator coils from the electronics, which helps in maintaining more accurate voltage levels and reduces overall heat buildup. Unlike traditional shunt regulators that dissipate excess current as heat by grounding the stator coils, this model limits current flow to the battery, resulting in lower temperatures for both the regulator and the stator. This design enhancement improves system efficiency and enhances the longevity of your charging components.
Ideal for motorcycle enthusiasts seeking a reliable and efficient voltage regulation solution, the RM STATOR Series regulator ensures your electrical system operates at optimal voltage levels, even under demanding riding conditions. Its durable construction and heat management features make it a perfect upgrade for both new builds and replacements, providing peace of mind and sustained performance for your motorcycle's electrical system.

Features:

• Series regulators run much cooler than shunt and MOSFET voltage regulator rectifiers, significantly reducing operating temperatures.

• Machined billet aluminum casing enhances heat dissipation by 33% compared to standard molded casings, ensuring cooler operation.

• Power flows only during battery charging, reducing unnecessary load on the stator and extending its lifespan.

• Controls battery voltage by intermittently disconnecting stator coils, providing more accurate voltage regulation.

• Lower regulator and stator temperatures improve system reliability and component longevity.