BHC CAPACITOR 4700UF-10+30% 400 VDC

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BHC CAPACITOR 4700UF-10+30% 400 VDC Specification

Mounting Type
Panel Mounting

Operating Temperature
-40C to +85C

Feature
High reliability, Long life, High ripple current capability

Surface Finish
Anodized

Shape
Cylindrical

Power Factor
0.95

Efficiency
>95%

Insulation Material
Plastic Sleeve

Humidity %
95% RH

Connector Type
M8 Threaded Bolt

IP Rating
IP20

Overheating Protection
YES

Product Type
Electrolytic Capacitor

Application
Power Electronics, Industrial Equipment, UPS, Inverter

Protection Level
Overvoltage Protection

Frequency (MHz)
50/60 Hz

Rated Voltage
400 VDC

Energy Consumption
Low

Output Type
DC

Color
Black

Dimension (L*W*H)
90 mm x 220 mm (Diameter x Height)

Weight
2.5 kg

Input Voltage
400 VDC

Phase
Single Phase

Size
90 mm Diameter

Material
Aluminum Electrolytic

No Of Poles
2

Connection Type
Screw Terminal

Standards
IEC 60384-4

Capacitance
4700 µF (-10+30%)

Leakage Current
<3 mA after 5 min at 400 VDC

RoHS Compliant
Yes

Shelf Life
2 Years at 25°C

Lifespan
up to 5000 hours at 85°C

Maximum Ripple Current
6.5 A (at 85°C, 100 Hz)

ESR (Equivalent Series Resistance)
Low ESR

About BHC CAPACITOR 4700UF-10+30% 400 VDC

Discover the BHC CAPACITOR 4700UF-10+30% 400 VDC, now available at a Special Rate with Reduced pricing and Instant Checkout for swift procurement. Engineered with elite aluminum electrolytic material and low ESR, this capacitor offers first-class reliability and longevity up to 5000 hours at 85C. Its wondrous features include high ripple current capability, robust overvoltage protection, and superior efficiency (>95%). Ideal for industrial equipment, UPS systems, inverters, and more, this cylindrical, panel-mounted component guarantees optimal performance with minimal energy consumption.

Elite Features for Demanding Applications

The BHC CAPACITOR 4700UF-10+30% 400 VDC stands out for its high reliability, long lifespan, and exceptional ripple current capability. Its robust anodized aluminum body and IP20 protection ensure safe operation in demanding industrial environments. With low ESR and leakage current, it excels in power electronics, offering first-class performance for UPS, inverters, and other critical systems. The superior build and panel mounting make it an elite choice for high-demand applications.

Sale Price, Fast Shipping, and Global Reach

Our reduced sale price makes the BHC CAPACITOR 4700UF-10+30% 400 VDC a cost-effective solution for businesses worldwide. We ensure order completion is seamless, offering various payment terms to suit your needs. Benefit from express shipping and steady supply ability to your location, ensuring you receive this first-class product when you need it. Our main export markets span North America, Europe, Asia, and beyond, meeting global demand with unmatched reliability.

FAQs of BHC CAPACITOR 4700UF-10+30% 400 VDC:

Q: How does the BHC CAPACITOR benefit industrial applications?

A: The BHC CAPACITOR offers high reliability, long lifespan, and excellent ripple current capability, making it ideal for ensuring stable power in industrial equipment, UPS systems, and inverters.

Q: What is the process for ordering and how fast can I receive the product?

A: Ordering is streamlined with instant checkout and flexible payment terms. Thanks to express shipping, you can expect swift order completion and timely delivery to your location.

Q: Where can the BHC CAPACITOR 4700UF-10+30% 400 VDC be used?

A: This capacitor is specifically designed for power electronics, industrial equipment, UPS, and inverter applications, particularly where high reliability and efficiency are crucial.

Q: What material features ensure the products reliability?

A: Constructed with elite anodized aluminum and a plastic insulating sleeve, the capacitor guarantees high durability, low ESR, and excellent performance even in demanding environments.

Q: When should the BHC CAPACITOR be considered for replacement?

A: The recommended replacement interval is after up to 5000 hours of operation at 85C, or as required by equipment maintenance schedules to ensure consistent performance.