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950702 - ESAB 0.01uF 250VAC Ceramic Disc Capacitor Replacement Part

Packaging: pack of 5
$23.56/EA

Package Price:

$117.80/pack of 5

Usually ships within 3-5 business days

OVERVIEW

Technical Overview of the ESAB 950702 Ceramic Capacitor

The ESAB 950702 is a specialized ceramic capacitor designed for use in industrial welding equipment and high-performance electronic control systems. Engineered to meet the rigorous demands of welding environments, this component features a capacitance value of 0.01 microfarads (µF) and a voltage rating of 250 Volts AC (VAC). Ceramic capacitors of this class are fundamental components in electronic circuits, often utilized for their superior frequency characteristics and stability. In the context of welding power sources, they play a critical role in coupling, decoupling, and filtering applications, ensuring that control signals remain clean and free from the substantial electrical noise generated during the welding process.

The 250VAC rating is particularly significant, indicating that this capacitor is capable of withstanding the alternating current voltages commonly found in the input stages or auxiliary power circuits of industrial machinery. Unlike standard DC-rated capacitors, this AC-rated component is built to handle the continuous voltage reversals without degradation. The ceramic dielectric material provides a high insulation resistance and low dissipation factor, which translates to minimal energy loss and heat generation during operation. This thermal stability is essential for components housed inside welding machines, where ambient temperatures can rise significantly during long duty cycles.

Maintenance and repair professionals rely on the ESAB 950702 for its precise specifications. Using a generic capacitor with incorrect voltage ratings or dielectric properties can lead to premature failure or compromised machine performance. This OEM part ensures that the replacement matches the original engineering standards set by ESAB. Whether used in a high-frequency start circuit, a snubber network to protect semiconductors, or general noise suppression on a printed circuit board (PCB), this capacitor restores the electrical integrity of the system. Its compact disc form factor and radial lead configuration allow for straightforward through-hole mounting, making it a standard yet vital item in any industrial electronics repair inventory.

Additional Information
Packaging Description:1 Per Ea, pack of 5
Voltage Rating:250 VAC
Product Type:Electronic Component
Application:Circuit Repair, Noise Suppression
----- new values below ----
Capacitance:0.01 µF
Voltage Rating:250 VAC
Capacitor Type:Ceramic
Product Type:Electronic Component
Application:Circuit Repair, Noise Suppression
Brand:ESAB
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Ceramic Capacitor (0.01 µF, 250VAC)

APPLICATIONS

  • Welding Machine Repair: Replacement of faulty capacitors on main control boards and power supplies.
  • Noise Suppression: Filtering electrical noise in high-frequency circuits.
  • Signal Coupling: Used in electronic signal paths within industrial equipment.
  • Preventative Maintenance: Replacing aged components during machine refurbishment.
  • General Electronics: Suitable for 250VAC applications requiring 0.01uF capacitance.

FAQ

The capacitance is 0.01 microfarads (µF).

It is rated for 250 Volts AC (VAC).

No, ceramic disc capacitors like this one are typically non-polarized, meaning they can be installed in either direction.

Generally, you can use a capacitor with a higher voltage rating as a replacement, but you should never use one with a lower rating. However, always ensure the physical size fits.

Bad capacitors may look swollen, cracked, or burnt. Electrically, they may show a short circuit or fail to hold capacitance when tested with a multimeter.

Yes, this is listed as an ESAB genuine replacement part.

Always unplug the machine and discharge capacitors before touching them, as they can store dangerous electrical energy.

This is a ceramic capacitor, known for reliability in high-frequency applications.