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650uF,+-5%,600VDC DC Link Capacitor

Name: 650uF,+-5%,600VDC DC Link Capacitor
Brand: RKSEMITRONICS
Price: 5300 INR
Availability: InStock

Price 5300 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

650uF,+-5%,600VDC DC Link Capacitor Specification

Current
30 Arms (Ripple) at 60C

Insulation Resistance
5000 M

Breakdown Voltage
>1200VDC

Lead Spacing
Standard for bolt-terminal type

Insulation Voltage
1500VDC

Loss Tangent
0.0008

Frequency
50/60 Hz

Product Type
DC Link Capacitor

Material
Polypropylene Film

Capacitance
650uF

Shell
Aluminum

Operating Temperature
-40C to +85C

Rated Voltage
600VDC

Ripple
High Ripple Current Capability

Capacitance Tolerance
5%

Temperature Range
-40C to +85C

Shape
Cylindrical

Terminal
Bolt-on Electrical Terminals

Application
Power Electronics, Inverters, Renewable Energy

Size
Approx. 90mm Diameter x 130mm Height

Color
Metallic Grey

Mounting Type
Base Mount

Dielectric Strength
Polypropylene

Life Expectancy
>100,000 hours at rated conditions

Safety Standard
IEC 61071

Part Number
Custom / Upon Request

Discharge Time
<3 minutes to 50V

Vibration Resistance
10-200Hz, 10g

Humidity Tolerance
95% RH

ESR (Equivalent Series Resistance)
Low

RoHS Compliance
Yes

Self-healing Property
Yes

Storage Temperature
-40C to +105C

650uF,+-5%,600VDC DC Link Capacitor Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
10 Days

Main Domestic Market
All India

About 650uF,+-5%,600VDC DC Link Capacitor

Temperature Range -40C+85CCapacity Range 33uF3200FCapacitance deviation 5%(J), 10%(K)Voltage 6004000VdcVoltage between Terminals 1.5Un (10s at 20 5C)Voltage Terminals-case 3000Vac,(60s 50Hz 20 5C)Dissipation factor tgI 210-3 Measured at 100Hz 25CInsulation resistance (C*Rs) 10000s after 1m of electrification at 100Vdc (255C)Flame-retardant UL94V-0Stray inductance 20nHIrms Current 15120AFailure rate <50 FIT

Reliable Energy Storage for Industrial Applications

With a rated capacitance of 650uF and voltage of 600VDC, this DC Link Capacitor guarantees reliable operation in power electronics and renewable energy installations. The base mount and bolt-on terminals enable straightforward, secure integration into your systems, while the metallic grey aluminum shell shields internal components from environmental stress.

Enhanced Durability and Longevity

Designed for endurance, this capacitor offers over 100,000 hours of expected life under rated conditions, reducing maintenance and replacement frequency. Its self-healing polypropylene dielectric and adherence to IEC 61071 safety standards further ensure operational safety and stability, even under high humidity and vibration.

FAQ's of 650uF,+-5%,600VDC DC Link Capacitor:

Q: How can this 650uF, 600VDC capacitor be utilized in renewable energy systems?

A: This capacitor serves as a crucial DC link for power stabilization and energy buffering in inverters, solar junctions, and wind energy converters. Its high ripple current capability and reliable insulation make it suitable for continuous operation in fluctuating power environments.

Q: What benefits does the self-healing polypropylene dielectric provide?

A: The self-healing property allows the capacitor to recover its dielectric strength after localized breakdowns. This extends its service life, maintains performance consistency, and reduces the risk of catastrophic failure over time.

Q: Where is the ideal mounting location for this DC Link Capacitor?

A: This capacitor features a base mount, designed for safe and stable installation within electrical panels, industrial cabinets, or enclosures near inverters or power conversion units, ensuring efficient heat dissipation and accessibility for maintenance.

Q: When is it safe to handle or service the capacitor after power-down?

A: The capacitor discharges to below 50V in less than 3 minutes, thanks to its quick discharge characteristic. It is recommended to wait at least this duration before handling or servicing for optimal safety.

Q: What process ensures compliance with global safety and environmental standards?

A: This product is designed and tested according to IEC 61071 safety standard and is RoHS compliant, ensuring both operational safety and environmental responsibility during manufacturing and usage.

Q: How does the low ESR contribute to the performance of this capacitor?

A: Low Equivalent Series Resistance (ESR) minimizes heat generation and power loss during operation, enhancing both the efficiency and reliability of power electronic circuits where the capacitor is deployed.

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