PATIKIL CBB60 14uf Running Capacitor,AC 450V 4 Pins 50/60Hz Double Insert Cylinder Bottom for Air Conditioning,Water Pump,Fan Motor Star 72 x 40mm($9.99Value)

Description

Suitable for the start-up of single-phase motors with frequency of 50Hz and 60Hz, such as air compressors, water pumps, pressure washers, air conditioners, washing machines, motors, generators, HVAC, fans, drills, splitters, saws, grinders, etc. Model: CBB60;Material: Polypropylene Film Plastic Shell;Lead End: 4 Pins;Tolerance: ±5%;Rated Capacity: 14uf ; Climatic Category: 25/85/21; Body Size: 72 x 40 x 83mm/2.81 x 1.56 x 3.24inch(L x W x H) ; Pack of 1Pcs Run Capacitor Advantage: This CBB60 run capacitor has characteristics of small volume, lightweight, low loss, strong overload ability, excellent electrical performance, reliable insulation performance, and current with good impact resistance. Instruction: Capacitance is not divided into positive and negative state 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 Suitable for the start-up of single-phase motors with frequency of 50Hz and 60Hz, such as air compressors, water pumps, pressure washers, air conditioners, washing machines, motors, generators, HVAC, fans, drills, splitters, saws, grinders, etc.

Specification:
Model: CBB60;Material: Polypropylene Film Plastic Shell;Lead End: 4 Pins;Tolerance: ±5%;Rated Capacity: 14uf ; Climatic Category: 25/85/21; Body Size: 72 x 40 x 83mm/2.81 x 1.56 x 3.24inch(L x W x H) ; Pack of 1Pcs Run Capacitor

Advantage:
This CBB60 run capacitor has characteristics of small volume, lightweight, low loss, strong overload ability, excellent electrical performance, reliable insulation performance, and current with good impact resistance.

Instruction:
Capacitance is not divided into positive and negative state 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