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Get it between 2025-01-02 to 2025-01-09. Additional 3 business days for provincial shipping.
Our motor start capacitor is an electronic component that is used in large quantities in electronic equipment and is applicable to 50Hz and 60Hz AC motors, such as air compressors, pressure washers, air conditioners, washing machines, motors, generators, HVAC, fans, etc.
Model: CD60 Shell Color: Grey Material: Aluminum shell Lead End: 1+1 insert Capacitance: 600uf Rated Voltage: 300V Tolerance: -10% to +20% Size:110 x 50 mm/ 4.33 x 1.97 inch(L*W) Operating temperature range: -40℃ to 65℃ /-40℉ to 149℉ Packing List: 2 Pcs x CD60 Running Capacitor
Advantage: Our motor start capacitor has small size, lightweight, large capacity, low loss, good insulation, stable performance and long service life. Widely use in air-conditioners, condenser fan motors, refrigerators and other electric motor starts running,
Instruction: Capacitance is not divided into positive and negative and can be connected at will.
NOTE: Please pay attention not to over current or over voltage when using.
Our motor start capacitor is an electronic component that is used in large quantities in electronic equipment and is applicable to 50Hz and 60Hz AC motors, such as air compressors, pressure washers, air conditioners, washing machines, motors, generators, HVAC, fans, etc. Specification: Model: CD60 Shell Color: Grey Material: Aluminum shell Lead End: 1+1 insert Capacitance: 600uf Rated Voltage: 300V Tolerance: -10% to +20% Size:110 x 50 mm/ 4.33 x 1.97 inch(L*W) Operating temperature range: -40℃ to 65℃ /-40℉ to 149℉ Packing List: 2 Pcs x CD60 Running Capacitor Advantage: Our motor start capacitor has small size, lightweight, large capacity, low loss, good insulation, stable performance and long service life. Widely use in air-conditioners, condenser fan motors, refrigerators and other electric motor starts running, Instruction: Capacitance is not divided into positive and negative and can be connected at will. NOTE: Please pay attention not to over current or over voltage when using.