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Low Voltage Capacitor

Name: Low Voltage Capacitor
Brand: SHRICAP ELECTRONICS
Price: 75 INR
Availability: InStock

Price 75 INR/ Piece

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MOQ : 1000 Pieces

Low Voltage Capacitor Specification

Lead Spacing
Varies by Model

Insulation Voltage
2000 V AC / 1 min

Breakdown Voltage
>2 times rated voltage

Current
Custom Specified, Typically 2A25A

Loss Tangent
0.002 at 1kHz

Frequency
50 Hz / 60 Hz

Insulation Resistance
3000 MF

Product Type
Low Voltage Capacitor

Material
Metallized Polypropylene Film

Capacitance
10 F to 100 kF

Shell
Flame Retardant Plastic

Operating Temperature
-25C to +70C

Rated Voltage
230V / 415V AC

Ripple
Low Ripple Current

Capacitance Tolerance
5% to 10%

Temperature Range
-25C to +70C

Shape
Cylindrical / Box

Terminal
Screw Terminal / Wire Lead

Application
Power Factor Correction, AC Motors, Lighting, Pumps

Size
Varies by Rating

Color
White / Grey

Discharge Resistor
Internal (where applicable)

Standards
IS 13340/13341, IEC 60831

Dielectric Strength
2.15 Un for 10s

Self-healing Property
Yes

Environmental Compliance
RoHS Compliant

Humidity Range
Up to 95% RH (Non Condensing)

Expected Life
>100,000 h

Mounting Type
Panel Mount / Bracket Mount

Protection Class
IP20 / IP30

Low Voltage Capacitor Trade Information

Minimum Order Quantity
1000 Pieces

Payment Terms
Cash Advance (CA)

Supply Ability
700000 Pieces Per Month

Delivery Time
8 Days

Main Domestic Market
All India

About Low Voltage Capacitor

Ambient temperature	50 Degree Celsius
Insulation level	3KVAC
Number of Elements	3
Over voltage	10%
Peak inrush current	200 Times
Temperature rise	10 Degree Celsius
Frequency (Hertz)	50 Hz
Capacitance	+5%
Phase	Three Phase

In order to keep pace with the never-ending demands of customers, we are involved in offering a wide range of LT Power Capacitor.

Superior Materials and Construction

Constructed with flame retardant plastic shells and metallized polypropylene film, these capacitors deliver long-lasting performance and safety. The self-healing property enhances reliability, while internal discharge resistors offer extra protection against electrical surges. With a dielectric strength of 2.15 Un for 10 seconds and expected lifespan over 100,000 hours, these units are engineered for robust industrial applications.

Flexible Installation and Usage

The capacitors are designed for easy installation through panel or bracket mounting. Available in cylindrical or box shapes, and in multiple sizes tailored to rating needs, they provide flexibility for varied settings such as power factor correction in industrial plants, motor circuitry, lighting systems, and pump operation. Their compatibility with both screw terminal and wire lead ensures adaptable connections.

Reliable Performance in Tough Environments

With IP20/IP30 protection classes and operation in humidity up to 95% RH (non-condensing), these capacitors withstand challenging conditions. They operate reliably at -25C to +70C and across frequencies of 50 Hz or 60 Hz. RoHS compliance and a loss tangent 0.002 at 1kHz ensure environmental safety and efficiency.

FAQ's of Low Voltage Capacitor:

Q: How do self-healing low voltage capacitors improve reliability in power systems?

A: Self-healing capacitors utilize metallized polypropylene film, automatically isolating small internal faults caused by voltage surges. This process prevents complete failure, extends the operational life, and maintains system performance without service interruption.

Q: What are the major standards followed by these capacitors and why are they important?

A: The capacitors comply with IS 13340/13341 and IEC 60831, which set benchmarks for safety, dielectric strength, and performance. Compliance ensures suitability for international and Indian industrial environments, guaranteeing quality and reliability in power management applications.

Q: When should I use panel mount versus bracket mount for capacitor installation?

A: Panel mount is preferred for enclosed, space-constrained setups such as control cabinets, while bracket mount suits open and spacious installation areas. The choice depends on your specific application and available mounting space, ensuring secure and accessible placement.

Q: Where are these capacitors typically applied for optimal benefit?

A: These capacitors deliver best results in power factor correction units, AC motor start/run circuits, lighting ballasts, and industrial pump systems. Their broad operating temperature and voltage range make them versatile across manufacturing, utilities, and commercial facilities.

Q: What process ensures RoHS compliance in manufacturing these capacitors?

A: The manufacturing process excludes hazardous substances restricted by the RoHS directive, using only environmentally safe materials such as flame retardant plastic and lead-free components. This promotes sustainable installations while meeting global environmental standards.

Q: How does the internal discharge resistor enhance capacitor safety?

A: Internal discharge resistors dissipate residual electrical charges quickly upon power-off, minimizing shock risks and protecting downstream equipment. This feature ensures safe maintenance and handling in accordance with industry safety practices.

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