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DC Link Capacitor

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MOQ : 100 Pieces

DC Link Capacitor Specification

Lead Spacing
52 mm

Loss Tangent
0.0015 (at 1 kHz)

Breakdown Voltage
1200 VDC

Current
High Ripple Current Capability

Insulation Voltage
2000 VAC (60s)

Insulation Resistance
>5000 M

Frequency
50/60 Hz

Product Type
DC Link Capacitor

Material
Metallized Polypropylene Film

Capacitance
80 F

Shell
Plastic Case

Operating Temperature
-40C to +85C

Rated Voltage
700 VDC

Ripple
High

Capacitance Tolerance
5%

Temperature Range
-40C to +85C

Shape
Cylindrical

Terminal
Screw Terminal

Application
Inverter, Motor Drives, Renewable Energy, Power Electronics

Size
160 x 60 mm

Color
Blue

Dissipation Factor
0.0012 (at 1 kHz)

Dielectric Strength
2000 VAC for 60s

Mounting Type
Panel Mount

RoHS Compliant
Yes

Leakage Current
<0.1 A per F

ESR (Equivalent Series Resistance)
Low

Self-Inductance
<20 nH

Expected Lifetime
>100,000 hours at 70C

Flame Retardant Level
UL94V-0

Compliance Standard
IEC 61071

DC Link Capacitor Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About DC Link Capacitor

Find the first-string solution with our champion DC Link Capacitor, in demand for high-performance inverter and renewable energy applications. Highlighted by its potent dielectric strength of 2000 VAC for 60 seconds and an impressive expected lifetime exceeding 100,000 hours at 70C, this DC Link Capacitor meets IEC 61071 compliance and is RoHS certified. Designed with a metallized polypropylene film, it ensures low ESR and high current ripple capability. Its robust plastic shell, high insulation resistance, and flame-retardant level UL94V-0 make it a trusted component for power electronics, exported widely by suppliers and traders across India.

Versatile Site Applications and Distinct Features

This DC Link Capacitor is expertly designed for use in advanced inverter circuits, motor drives, and renewable energy systems. Commonly deployed in demanding industrial and power electronics settings, it features high dielectric and insulation strength alongside a low dissipation factor. Its screw terminal and panel-mount build assure easy integration, while its metallized polypropylene construction guarantees stability. High ripple current capability and tight capacitance tolerance make it a standout in applications requiring prolonged and reliable performance.

Sample Availability, Certification, and Export Details

Customers can conveniently request a sample of this capacitor to evaluate its performance and specifications. Certified to meet IEC 61071 and RoHS standards, each unit is shipped via prompt and reliable goods transport, supporting export markets worldwide. With drop-off facilitated at major Indian FOB ports, exporters ensure timely delivery. Our capacitors are well-packaged for transport safety, ensuring they arrive at your site in prime condition for immediate use or evaluation.

FAQ's of DC Link Capacitor:

Q: How can I request a sample of the DC Link Capacitor?

A: You can request a sample by contacting our sales team or authorized suppliers, who will guide you through the process and arrange for prompt shipping to your location.

Q: What are the main application areas for this capacitor?

A: This DC Link Capacitor is primarily used in inverter systems, motor drives, renewable energy setups, and various power electronic applications that demand high performance and reliability.

Q: Where is the export drop-off point for this product?

A: We facilitate product drop-off at major FOB ports across India, ensuring convenient and efficient export shipping for our global clients.

Q: What certifications does this DC Link Capacitor possess?

A: The capacitor is IEC 61071 compliant and RoHS certified, verifying its adherence to international quality, safety, and environmental standards.

Q: What benefit does the low ESR and high ripple current capability provide?

A: Low ESR ensures minimal power losses and increased efficiency, while high ripple current capability allows the capacitor to operate reliably in demanding power electronic circuits.

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