Polypropylene Film Capacitor,1.0uF,275VAC

The MEX/TENTA MKP 1.0uF 275V AC Polypropylene Film Capacitor is designed to deliver reliable performance in motor run and fan applications. With a capacitance rating of 1.0μF and a tolerance of 10%, this capacitor ensures precise and stable operation in a variety of circuits.

Rated for 275V AC, this capacitor is perfect for use in high-power electrical appliances such as motors, air conditioners, and fans. Its X2 class certification provides safety and reliability in across-the-line applications. Built from high-quality polypropylene film, the capacitor offers excellent durability and efficiency, maintaining stable operation even in harsh environments.

Featuring a wide operating temperature range of 40/100/21, the MEX/TENTA MKP capacitor is suitable for both industrial and consumer electronics. Its compact design allows easy installation in space-constrained projects, while its wire leads make soldering and assembly simple. Whether you're replacing a capacitor in a motor or building a new device, the MEX/TENTA MKP 1.0uF capacitor offers a reliable and robust solution.

• Precision Capacitance: Offers a capacitance of 1.0μF with a tolerance of 10%, delivering accurate performance in electrical circuits.
• Rated for 275V AC: Designed to handle high-voltage applications up to 275V AC, perfect for motor, fan, and other high-power appliances.
• X2 Class Safety Certification: Meets X2 class safety standards for use in across-the-line applications, ensuring safe and reliable operation.
• Wide Operating Temperature Range: With a 40/100/21 rating, this capacitor operates effectively across a wide temperature range, making it suitable for demanding industrial environments.
• Compact and Versatile Design: Its compact size allows easy integration into confined spaces, providing flexibility in installation for both consumer electronics and industrial equipment.
• Easy Installation: Equipped with wire leads, simplifying the soldering and assembly process for a variety of DIY and professional applications.