Patikil Motor Start Capacitor, 124-149uF/Mfd 125V 50/60Hz CD60 Run Capacitor

Patikil Motor Start Capacitor, 124-149uF/Mfd 125V 50/60Hz CD60 Run Capacitor

Model: CD60; Lead End: 2+2 insert; Rated Capacity: 124-149uF/Mfd; Rated Voltage: 125V; Operating Temperature: -10/55/21 ℃; Body Size: 35 x 70 mm / 1.4 x 2.8 inch (D*H) Advantage: Our CD60 run capacitor has characteristics of small volume, lightweight, low loss, strong overload ability, long service life, excellent electrical performance, reliable insulation performance, and current with good impact resistance. Instruction: Capacitance is not divided into positive and negative stages and can be connected at will. High stability, good heat dissipation effect under high temperature. Application: The CD60 running capacitor is suitable for the start-up of AC motors with frequency of 50Hz and 60Hz, such as air compressors, pressure washers, air conditioners, washing machines, motors, generators, HVAC, fans, compressors, refrigerators, etc. Note: Please pay attention not to over current or over voltage when using. The CD60 running capacitor is suitable for the start-up of AC motors with frequency of 50Hz and 60Hz, such as air compressors, pressure washers, air conditioners, washing machines, motors, generators, HVAC, fans, compressors, refrigerators, etc.

Specification:
Model: CD60
Shell Color: Black
Material: Metallized Polypropylene Film
Lead End: 2+2 insert
Rated Capacity: 124-149uF/Mfd
Rated Voltage: 125V
Operating Temperature: -10/55/21 ℃
Body Size: 35 x 70 mm / 1.4 x 2.8 inch (D*H)
Packing List: 1 x Motor Start Capacitor

Advantage:
Our CD60 run capacitor has characteristics of small volume, lightweight, low loss, strong overload ability, long service life, excellent electrical performance, reliable insulation performance, and current with good impact resistance.

Instruction:
Capacitance is not divided into positive and negative stages and can be connected at will. High stability, good heat dissipation effect under high temperature.

NOTE: Please pay attention not to over current or over voltage when using.