Start-up capacitor CD60, 450V, 75uF

The CD60 is a motor start capacitor designed for short-term operation during the start-up of single-phase asynchronous motors. It is used to increase the starting torque in applications such as pumps, compressors and fans where reliable starting at a mains frequency of 50/60 Hz is required.

Technical specifications

• Type: CD60 (motor start capacitor)
• Capacitance: 75 µF
• Capacity tolerance: ±5%
• Rated voltage: 450 VAC
• Rated frequency: 50/60 Hz
• Terminal design: wires

Functions and features

• Designed for starting mode of single-phase AC motors
• Support for higher engine starting torque
• Compact cylindrical housing suitable for installation in engine compartments and control cabinets
• Parameter marking directly on the capacitor body for clear identification

Ideal for

• Single-phase asynchronous motors with auxiliary winding
• Pumps, compressors, fans and similar devices requiring a starting capacitor
• Service and replacement of starting capacitors in industrial and domestic applications

Package contents

• 1 pc capacitor CD60 75 µF 450 VAC

Why choose this product?

• Clearly defined basic parameters: 75 µF, 450 VAC, 50/60 Hz
• Suitable solution for common single-phase motor starting circuits
• Easy connection thanks to wire terminals

Installation and operating instructions

• Before selecting, please verify the required capacity and voltage according to the motor nameplate or original capacitor
• Install the capacitor in a dry environment and ensure mechanical mounting against vibration.
• The start capacitor is intended for short-term operation during start-up; do not use it as a permanently connected run capacitor unless this is consistent with the design of the equipment.

Safety notice

• Working with equipment at 230 VAC and higher voltages is dangerous; perform installation only with the power disconnected
• The capacitor may remain charged even after disconnection; always discharge it safely using appropriate procedures before handling.
• Maintain insulation distances and use appropriate terminal and conductor shielding.