X130104513

CAPACITOR, Csc

2 offers available: $9.99–$16.72
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X130104513 Comparison

X130104513 in New – Open box Condition
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CSC Capacitor X130104513; 325P755H44A25P4X; 7.5UF, 440VAC, 60HZ🔔 Details$16.72Condition is New – Open box, CSC Capacitor X130104513; 325P755H44A25P4X; 7.5UF, 440VAC, 60HZ , FREE SHIPPINGTop Rated99.5%
X130104513 in Used Condition
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CSC Capacitor X1301040513; 325P755H44A25P4X; 7.5UF, 440VAC, 60HZ----"USED" Details$9.99Condition is Used, CSC Capacitor X1301040513; 325P755H44A25P4X; 7.5UF, 440VAC, 60HZ----"USED", shipping cost = $10.5099.7%
X130104513 CSC Capacitor

The CSC X130104513 capacitor is a high-performance electronic component designed for use in various industrial and commercial applications. This capacitor, specifically, has a capacitance value of 7.5 microfarads (uF), a voltage rating of 440 Volts Alternating Current (VAC), and a frequency rating of 60 Hertz (Hz).

The CSC X130104513 capacitor is a multilayer aluminum electrolytic capacitor, which means it utilizes aluminum foil as the capacitor plates and an electrolyte solution to store electrical charge. The aluminum foil plates are rolled into thin layers, and insulating layers are interposed between each plate to form the capacitor.

This capacitor is designed to deliver excellent electrical performance, with a low Equivalent Series Resistance (ESR) that minimizes power loss and ensures efficient energy transfer. Its high Voltage Rating of 440VAC makes it suitable for use in high voltage applications, while the 60Hz frequency rating ensures it can effectively handle the standard frequency of electrical power in most parts of the world.

The CSC X130104513 capacitor also features a reliable and long-lasting construction. Its aluminum electrolyte is sealed within a rugged epoxy resin case, providing protection against moisture, dust, and other environmental hazards. The capacitor is also RoHS compliant, which means it contains no lead or other restricted materials.

In summary, the CSC X130104513 capacitor is a high-performance, reliable, and long-lasting electronic component designed for use in industrial and commercial applications that require a capacitance value of 7.5uF, a voltage rating of 440VAC, and a frequency rating of 60Hz. Its low ESR, rugged construction, and RoHS compliance make it an excellent choice for a wide range of applications.

The CSC X130104513 capacitor is a 7.5 F, 440VAC, 60Hz electrolytic capacitor. Here are some potential pros and cons for considerations when deciding to purchase this capacitor:

Pros:

1. This capacitor meets the specified requirements of 7.5 F, 440VAC, and 60Hz.

2. It is manufactured by Capacitor Specialties, Inc. (CSC), a reputable capacitor manufacturer.

3. Electrolytic capacitors are commonly used in power supply circuits and filters, making this capacitor a suitable choice for such applications.

4. The capacitor's voltage rating (440VAC) is relatively high, making it suitable for high voltage applications.

Cons:

1. Electrolytic capacitors, like the CSC X130104513, contain a liquid electrolyte that can leak over time. Prolonged exposure to high temperatures or voltages beyond the specified limits can accelerate the aging process and lead to failure.

2. The capacitance value of 7.5 F may be too large or too small for specific applications depending on the design requirements.

3. Electrolytic capacitors have a lower ripple current rating compared to other types of capacitors, such as ceramic capacitors. This may limit their use in applications where high ripple currents are required.

In conclusion, the CSC X130104513 capacitor is a suitable choice for high voltage applications that require a 7.5 F, 440VAC, 60Hz electrolytic capacitor. However, it is essential to consider the potential cons, such as the aging process due to the electrolyte and the lower ripple current rating, before making a decision to purchase this capacitor.

Recommendation:

If the specific application requires a high ripple current or a more reliable capacitor, it may be worth considering alternative capacitor types, such as ceramic capacitors or film capacitors, with the appropriate specifications. Alternatively, if the high voltage requirement is not critical, a lower voltage capacitor may be a more cost-effective option. It is always recommended to consult with a qualified engineer or technical expert to ensure the appropriate capacitor is selected for the specific application.

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rating: 99.5% out of 100 based on 724 user ratings.
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