60 uF CBB60 250 VAC Motor Run Start Capacitor - Fits AC Motors 50/60 Hz - 2 Pack

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$21.59
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60 uF CBB60 250 Volt Motor Run Start Capacitor - Pack of 2

Key Features

  • Package includes two (2) capacitors
  • Capacitance: 60 microfarads (uF)
  • Voltage Rating: 250 Volts AC
  • Frequency: 50/60 Hz
  • Model: CBB60
  • Capacitance Tolerance: ±5%
  • Termination: 2-wire leads with fork terminals
  • Construction: Metalized polypropylene film
  • Features an integrated pressure-sensitive safety interrupter

Replaces / Cross-Reference Part Numbers

  • This is a universal replacement part. Confirm that the capacitance (uF), voltage (V), and physical dimensions match your original capacitor.

Compatibility & Fitment

  • Designed for the start and run circuits of single-phase AC motors.
  • Commonly used in air conditioners, water pumps, washing machines, air compressors, fans, and generators.

When to Replace

  • Motor produces a humming sound but does not start
  • Motor starts slowly or fails to reach full speed
  • Intermittent operation or frequent overheating of the motor
  • Visible signs of damage to the capacitor, such as bulging, cracking, or leaking fluid

Installation Tips

  • Disconnect all electrical power to the equipment before beginning installation.
  • Safely discharge the existing capacitor by shorting the terminals with a properly insulated tool or a high-wattage resistor.
  • Ensure the replacement capacitor's specifications match the original part.
  • Professional installation is recommended for those unfamiliar with electrical components.
60 uF CBB60 250 VAC Motor Run Start Capacitor - Fits AC Motors 50/60 Hz - 2 Pack 3
  • 60 uF CBB60 250 VAC Motor Run Start Capacitor - Fits AC Motors 50/60 Hz - 2 Pack 1

    Perfect fit

    Universal fit with any brands with the same ratings
  • 60 uF CBB60 250 VAC Motor Run Start Capacitor - Fits AC Motors 50/60 Hz - 2 Pack 2

    Premium quality

    This product adopts a high-quality metalized polypropylene film that provides stable and durable performance
  • 60 uF CBB60 250 VAC Motor Run Start Capacitor - Fits AC Motors 50/60 Hz - 2 Pack 3

    Saving solution

    Enjoy the great feeling when your engine is repaired and works properly like before - BlueStars brings DIY solutions to help you deal with any trouble
  • 60 uF CBB60 250 VAC Motor Run Start Capacitor - Fits AC Motors 50/60 Hz - 2 Pack 4

    Simple installation

    Because the capacitor is a relatively simple part, the installation just takes a few minutes and will save you at least a hundred bucks in labor

Compatible Models

Locate the model number of your appliance or equipment on the manufacturer's label and use it to check compatibility before ordering

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FAQs

This CBB60 capacitor is designed for use in a wide range of AC motor applications, including air conditioners, heat pumps, pool pumps, air compressors, and washing machines operating at 50/60 Hz.
This unit serves as a direct replacement for various OEM components, including Rolair part numbers FC009200075 and MK246, as well as Pacific Air part number U1107.
A failing capacitor often causes the motor to hum without starting, struggle to reach full speed, or overheat during operation. In some cases, the motor may not start at all unless manually assisted, or it may trip the circuit breaker immediately upon activation.
Installation is generally straightforward for those familiar with basic electrical safety. You will typically need a screwdriver to access the capacitor housing and a pair of needle-nose pliers to disconnect and reconnect the spade terminals. Always ensure the power is disconnected and the capacitor is safely discharged before attempting replacement.
Before installation, inspect the existing capacitor for signs of physical damage, such as a bulging top or leaking fluid. Additionally, ensure the motor's centrifugal switch is functioning correctly, as a faulty switch can cause a new capacitor to fail prematurely.
Capacitors are subject to internal degradation due to heat exposure, voltage spikes, and the natural aging of the dielectric material inside. Frequent cycling of the motor and operating in high-temperature environments can accelerate this process.