Capacitor 2.5µF 400VAC – EB347038498

Fixed AC capacitor with a capacitance of 2.5 µF and rated voltage of 400 VAC. This compact component is intended for installation in alternating-current circuits where a 2.5 µF, 400 VAC capacitor is required, including motor run circuits, power factor correction modules and suppression networks. The capacitor is designed to provide stable capacitance under AC stress and to help reduce electrical noise and improve circuit performance.

Advantages

The capacitor offers a precise capacitance value of 2.5 µF with a 400 VAC rating suitable for mains and industrial AC applications. Its compact size allows straightforward integration into existing control panels and motor assemblies. The device provides reliable AC performance for continuous operation, contributes to improved power factor and reduces interference from switching and motor brushes. Construction and dielectric selection ensure stable characteristics over normal operating temperature ranges and typical AC loading.

Suitable for

• Motor run circuits and single-phase motors
• Power factor correction in small to medium AC installations
• Filtering and suppression of electrical noise in control panels
• Replacement of failed capacitors with matching capacitance and voltage

Key specifications

• Capacitance: 2.5 µF
• Rated voltage: 400 VAC
• Application type: Fixed AC capacitor for mains and motor use
• Typical uses: Motor run, filtering, suppression, power factor correction
• Form factor: compact component suitable for panel or apparatus installation

How to use

Install the capacitor in accordance with the circuit schematic and local electrical standards. Ensure the capacitor’s rated voltage and capacitance match the application requirements before connection. Observe polarity if applicable (most AC motor run capacitors are non-polar) and provide secure mechanical fastening to prevent movement. Maintain correct clearances and use appropriate insulating terminals or connectors. Verify that the system is de-energized before installation and perform insulation and continuity checks after mounting.

Usage recommendations

Use the capacitor within its rated 400 VAC limit and avoid prolonged exposure to temperatures or voltages outside the manufacturer’s specified range. For best results in motor run and power factor correction applications, match capacitance tolerance and perform routine inspections for signs of swelling, leakage or degraded terminals. Replace with a capacitor of equal capacitance and voltage rating to maintain performance and safety.