Comar MKA 12 µF 450 V Motorlaufkondensator mit 250 mm langem Kabel – Ø 35 × 70 mm – 8172555
Comar MKA 12 µF 450V Betriebskondensator für Motor mit 250mm Kabel – Ø35x70mm
Zuverlässige Motorleistung mit hochwertigem Kondensatordesign
The Comar MKA 12 µF 450V motor run capacitor is engineered for long-lasting performance in standard motor applications. Designed to deliver consistent power factor correction and ensure smooth motor operation, this capacitor offers a capacitance of 12 microfarads and a rated voltage of 450V AC. With a tolerance of ±5%, it delivers precise and dependable performance under continuous operation.
Robuste und flammhemmende Konstruktion
This model features a robust self-extinguishing plastic housing that enhances safety and resists high temperatures. Measuring Ø35x70mm, the compact cylindrical form factor supports flexible installation across various motor housing compartments. It’s a reliable component for fans, pumps, compressors, and more.
Flexible Installation mit vormontiertem Kabel
Designed for convenience, the Comar MKA 450-12 comes equipped with a 250mm connection cable, simplifying setup and ensuring rapid integration with existing motor systems. The pre-attached cable improves time efficiency during installations and maintenance.
Anwendungen und Verwendung
Ideal for continuous-duty motors, the Comar MKA 12 µF capacitor is perfectly suited for use in HVAC systems, washing machines, air compressors, and industrial machinery. Its precision-built design supports optimal energy efficiency and reduces electrical noise in motorised systems.
Hauptmerkmale
- Capacitance: 12 µF
- Nennspannung: 450V AC
- Kapazitätstoleranz: ±5%
- Maße: Ø35x70mm
- Cable length: 250mm
- Selbstverlöschendes Kunststoffgehäuse
- Produktcode: 8172555
Warum sollten Sie sich für den Comar MKA 450-12 Motorkondensator entscheiden?
Whether you’re replacing an existing motor run capacitor or building a new system, the Comar MKA 12 µF 450V capacitor offers the reliability, safety, and performance you need. Trust in Comar’s engineering to power your motors efficiently and effectively.