Capacitor KEMOT for single-phase motors 6 µF 450 V model LEC-URZ3209

Capacitor KEMOT for single-phase motors 6 µF 450 V model LEC-URZ3209 is a fixed motor run capacitor designed to provide phase-shift and power factor correction for single-phase electric motors. It is specified for continuous operation at nominal voltage and intended for use in motor circuits where a 6 µF capacitance and 450 V rating are required. The capacitor is suitable for replacement or repair of motor start/run circuits in household appliances and light industrial equipment that use permanent-run capacitors.

Advantages

This KEMOT motor run capacitor offers stable capacitance for continuous motor operation and helps maintain motor torque and efficiency. Its 450 V voltage rating provides a margin for typical single-phase installations, and the fixed design simplifies installation as a direct replacement for compatible capacitors. The product's construction is intended for motor circuit use, providing reliable phase-shift performance without additional configuration.

Suitable for

• Replacement of run capacitors in single-phase electric motors
• Household appliances such as pumps, compressors and fans
• Light industrial equipment requiring a 6 µF motor run capacitor
• Repair of motor start and continuous operation circuits

Key specifications

• Capacitance: 6 µF
• Rated voltage: 450 V AC
• Type: fixed motor run (single-phase motor) capacitor
• Intended use: continuous operation / motor run

How to use

Install the capacitor in the motor circuit according to the motor manufacturer's wiring diagram, ensuring power is disconnected before any work. Connect the capacitor between the motor terminals as specified for run capacitors, observing polarity only if indicated by the motor design (most AC motor run capacitors are non-polar). Secure the component mechanically to prevent vibration-induced stress and allow appropriate ventilation around the capacitor to avoid overheating during continuous operation.

Usage recommendations

Verify compatibility with the motor by checking that a 6 µF capacitance and 450 V rating match the motor's requirements. Replace capacitors only when the supply is isolated and use proper insulation and mounting practices. Periodically inspect for visible damage, swelling, or leakage and replace if any deterioration is observed. For environments with high humidity or chemical exposure, consider additional protective measures or enclosure to extend service life.