WM Cap 10+5uf 450v

Description

10+5uF 450V AC Dual Motor Run Capacitor (CBB60 Wires Type)This is a high-performance, double-value dual run capacitor enclosed in a compact, moisture-proof, and flame-retardant cylindrical shell. Designed with four color-coded wire leads, it functions as two capacitors combined into one space-saving housing (a 10uF section and a 5uF section). It provides the critical electrical phase shift and voltage stabilization required to independently run two separate electric motors simultaneously.Key SpecificationsCapacitance Layout: Dual value ($10text{ uF} + 5text{ uF}$) $pm$ 5%Voltage Rating: 450V AC (Works seamlessly on 400V AC or 450V AC circuits)Frequency Compatibility: 50/60 HzDesign: CBB60 Barrel type with 4-wire configuration (typically two wires dedicated to the main wash motor and two for the spin/dry motor).Supported Machinery & EquipmentThe “WM” designation and the specific $10text{ uF} + 5text{ uF}$ combination mean this dual capacitor is specifically engineered for multi-motor household appliances:1. Twin-Tub Washing Machines (Primary Application)This is the standard, universal replacement part for mid-sized semi-automatic twin-tub washing machines.The 10uF Section: Powers the main Wash Motor, providing the higher torque needed to agitate heavy, water-logged clothes.The 5uF Section: Powers the high-speed Spin / Dryer Motor to safely extract water from the laundry without burning out the motor winding.2. Combined Washer-Dryer Combo UnitsApplication: Used in integrated, single-drum washer-dryer units where separate capacitance values are required for the drum rotation motor and the exhaust/condensation fan blower.3. Specialty Water Pumps & Industrial FansApplication: Can be retrofitted into specialized industrial equipment or ventilation systems that use a dual-motor setup or an auxiliary starter circuit requiring exactly 10uF and 5uF power tracks.Wiring Tip: When installing a 4-wire dual capacitor, always check the schematic printed on the capacitor’s body or your machine’s wiring diagram. Connecting the 10uF wires to the spin motor by mistake will cause the motor to overheat and fail prematurely.