Run capacitor CBB60, 450V, 20uF

CBB60 run capacitor is a running capacitor for AC motors. It is used to ensure correct phase shift and stable operation of single-phase motors in applications such as fans, pumps or compressors.

Technical specifications

• Type: motor run capacitor
• Series designation: CBB60
• Capacitance: 20 µF
• Rated voltage: 450 VAC
• Frequency: 50/60Hz
• Dielectric: polyester film
• Temperature range: -25 to +85 °C
• Capacity tolerance: ±5%
• Body dimensions: 37 × 80 mm
• Terminals: wires
• Application: AC/motor

Functions and features

• Designed for continuous operation in motor applications
• Stable capacity over normal operating temperature range
• Design suitable for installation in equipment with limited space
• Suitable for applications with 50/60 Hz power supply

Ideal for

• Single-phase asynchronous motors with auxiliary winding
• Fans and air conditioning
• Pumps
• Compressors and refrigeration technology
• Air conditioning units

Package contents

• 1x motor capacitor CBB60 20 µF

Why choose this product?

• Standard design CBB60 for motor run capacitors
• Rated voltage 450 VAC for general motor applications
• Clearly defined mechanical dimensions of 37 x 80 mm for design and service
• Wire outlets for direct connection to the device

Installation and operating instructions

• Before installation, verify the required capacity and voltage class according to the device documentation.
• Observe correct mechanical fastening and ensure that the terminals are protected against tension and vibration.
• After disconnecting the power supply, wait for the capacitor to discharge, or perform a controlled discharge using a suitable resistor.

Safety notice

• The product is designed to operate with a mains voltage of 230 VAC; incorrect handling may result in electric shock.
• Carry out the installation only with the power supply disconnected and in accordance with the applicable electrical regulations.
• The capacitor may remain charged even after power is removed; always verify discharge before touching the terminals.