Power Factor Correction Capacitor

Name: Power Factor Correction Capacitor
Brand: M/S AMAN TRADING COMPANY
Price: 500.0 INR
Availability: InStock

Price 500.0 INR/ Piece

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MOQ : 1 Piece

Power Factor Correction Capacitor Specification

Insulation Voltage
3000V AC

Loss Tangent
0.002

Frequency
50/60 Hz

Breakdown Voltage
2.15 x Rated Voltage

Current
Max. 56.8 Amps

Insulation Resistance
>3000 MF

Product Type
Power Factor Correction Capacitor

Material
Metallized Polypropylene Film

Capacitance
25 kVAR

Shell
Aluminium Can

Operating Temperature
-25C to +55C

Rated Voltage
440V AC

Capacitance Tolerance
5%

Temperature Range
-25C to +55C

Shape
Cylindrical

Terminal
Screw Type

Application
Power Factor Correction in Industrial and Commercial Installations

Size
90 mm Diameter x 240 mm Height

Color
Silver

Weight
Approx. 1.5 kg

Duty Cycle
Continuous Operation

Discharge Resistor
50V in 60 seconds

Humidity
Up to 95% RH (Non-Condensing)

Protection
Self-healing and Overpressure Disconnector

Mounting
Vertical

Connection Type
Single or Three Phase

About Power Factor Correction Capacitor

Power Factor Correction Capacitor is designed to improve electrical system efficiency by reducing reactive power and enhancing the overall power factor. It helps minimize energy losses, lower electricity bills, and improve voltage stability in industrial and commercial applications. Built with high-quality materials, this capacitor ensures reliable performance, longer service life, and optimal power utilization. Ideal for panels, motors, and heavy electrical loads, it supports smooth and efficient operation of electrical equipment.

Efficient Power Factor Correction

This capacitor significantly enhances energy efficiency in industrial and commercial electrical systems by correcting power factor, leading to reduced energy losses and lower electricity costs. Its 25 kVAR rating at 440V AC covers heavy-duty demands, and the built-in discharge resistor and self-healing design minimize maintenance needs.

Reliable Protection and Longevity

Designed for durability, this component features self-healing metallized polypropylene film and an overpressure disconnector. The capacitor operates safely in challenging environments-high humidity, wide temperature range, and continuous duty cycle-maximizing its working life and reliability. Its aluminium can shell further enhances mechanical and environmental resilience.

User-Friendly Installation and Versatility

Engineered for vertical installation, this capacitor is compact, measuring just 90 mm across by 240 mm high. The screw-type terminals and support for both single and three phase connections provide flexible integration into a variety of electrical panels. Its cylindrical shape and lightweight (approx. 1.5 kg) design make handling and mounting straightforward.

FAQ's of Power Factor Correction Capacitor:

Q: How is the Power Factor Correction Capacitor with Discharge Resistor mounted in panels?

A: This capacitor is designed for vertical mounting, using secure screw-type terminals for a stable and reliable electrical connection in various industrial and commercial installations.

Q: What protection features does this capacitor offer during operation?

A: It includes a self-healing metallized polypropylene film and an overpressure disconnector, ensuring the capacitor remains safe and functional even under challenging conditions or electrical stress.

Q: Where can this capacitor be effectively used?

A: The device is suitable for power factor correction in both industrial and commercial environments, specifically designed for systems operating at 440V AC, single or three phase, making it ideal for a broad range of electrical infrastructure.

Q: When is it recommended to use this capacitor in an electrical system?

A: This capacitor should be installed when there is a need to improve the power factor in continuous operation scenarios, particularly where high humidity (up to 95% RH non-condensing) and temperature fluctuations from -25C to +55C are present.

Q: What is the process for safely connecting this capacitor to the power system?

A: Ensure the power supply is off, connect the capacitor using the screw terminals as per the wiring schematic for single or three phase, verify all connections are tight, and then power up the system for efficient power factor correction.

Q: How does the inclusion of a discharge resistor benefit usage?

A: The integrated discharge resistor ensures rapid and safe voltage reduction across the terminals after disconnection, protecting users and supporting safer maintenance operations.

Q: What are the key benefits of using this specific power factor correction capacitor?

A: Key advantages include improved power factor resulting in lower electricity costs, enhanced equipment lifespan, robust safety features, easy installation, and reliable performance even under harsh environmental conditions.

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