Nichicon 6800MFD 400WV High Capacity Industrial Capacitor

Nichicon 6800MFD 400WV High Capacity Industrial Capacitor

    The Nichicon 6800MFD 400WV capacitor is a high-quality industrial-grade capacitor designed for demanding applications requiring stable performance and durability. It offers superior energy storage capabilities, making it ideal for use in power supplies, industrial automation systems, and renewable energy systems.

Capacitance Value:6800 µF

Voltage Rating:400 V

Operating Temperature Range:-55°C to +105°C

Life Span:Up to 5000 hours at 105°C

Equivalent Series Resistance (ESR):0.025 Ohms

Insulation Resistance:≥10,000 MΩ

Dielectric Material:Aluminum Electrolytic

Case Diameter:27 mm

Height:50 mm

Lead Spacing:7.5 mm

Mounting Style:Radial

    The Nichicon 6800MFD 400WV capacitor is engineered with robust materials to withstand harsh environmental conditions and provide reliable operation under extreme temperatures. Its large capacitance value of 6800μF makes it suitable for applications where high energy storage is required. The voltage rating of 400V ensures safety and stability in various power supply circuits.

    This capacitor features a radial lead design, which facilitates easy installation and soldering on printed circuit boards. The compact size of 50mm diameter and 85mm height allows for efficient space utilization in electronic assemblies. The operating temperature range of -40°C to +85°C guarantees consistent performance in a wide variety of industrial settings.

    Built to last, the Nichicon 6800MFD 400WV capacitor has a long life expectancy of 2000 hours at maximum ripple current and rated temperature, ensuring minimal maintenance and downtime. It is certified to meet CE and RoHS standards, providing assurance of quality and compliance with international regulations.

    For optimal performance, it is recommended to follow the manufacturer’s guidelines for installation and operation. This capacitor is an excellent choice for applications in power supplies, industrial automation systems, and renewable energy systems.