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950829 - ESAB 3 Amp Circuit Breaker 32VDC/250VAC

Packaging: pack of 1
$23.79/EA $13.87/pack of 1 only $13.87/EASave 42%

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OVERVIEW

Reliable Circuit Protection for Industrial Welding Equipment

The ESAB 950829 Circuit Breaker is a critical component designed to safeguard the electrical integrity of your welding machinery. Engineered to precise specifications, this breaker provides a reliable 3-amp trip point, ensuring that sensitive internal components—such as control boards, small motors, and solenoids—are protected from potentially damaging overcurrent events. In the demanding environment of industrial welding, electrical faults can occur due to shorted cables, stalled wire feed motors, or component failures. This circuit breaker acts as the first line of defense, interrupting the flow of electricity before permanent damage can occur to expensive power source internals.

This specific model features a versatile voltage rating, capable of handling up to 32V DC and 250V AC. This dual rating makes it suitable for various circuits within a welding power source, whether it is protecting the low-voltage DC control logic or auxiliary AC power lines. The device utilizes a thermal tripping mechanism, which provides a robust response to sustained overloads while avoiding nuisance tripping during momentary current spikes typical of motor startup. As a genuine ESAB replacement part, it ensures perfect compatibility with the original equipment's mounting cutouts and terminal connections, facilitating a seamless repair process.

Maintenance professionals understand that using the correct amperage rating is paramount for safety and equipment longevity. Replacing a 3-amp breaker with a higher rating can compromise the protection scheme, leading to melted wiring or fried circuit boards. The ESAB 950829 ensures you maintain the factory-designed safety margins. Its compact, panel-mount design allows for easy integration into the machine's control panel, and the prominent reset button provides a clear visual indication of the circuit status. When the breaker trips, the button extends, allowing the operator to easily identify the fault and reset the system once the underlying issue has been resolved.

Whether you are performing routine maintenance or troubleshooting a down machine, having the correct circuit protection components on hand is essential. This breaker is built to withstand the vibration and thermal cycling common in welding environments, ensuring long-term reliability and reduced downtime for your operations.

Additional Information
Packaging Description:pack of 1
Amperage:3 A
Voltage:250V AC, 32V DC
Component Type:Circuit Breaker
Mounting Style:Panel Mount
----- new values below ----
Reset Mechanism:Push-to-Reset
Mounting Style:Panel Mount
Amperage:3 A
Voltage:32V DC, 250V AC
Component Type:Circuit Breaker

INCLUDED

  • 1 x 3A Circuit Breaker (950829)
  • Mounting Hardware (if applicable)

APPLICATIONS

  • Welding power source control circuits
  • Wire feeder motor protection
  • Auxiliary power outlets on welding generators
  • Solenoid valve protection
  • General industrial equipment requiring 3A protection

FAQ

This circuit breaker is rated for 3 Amps. It is designed to trip when the current exceeds this limit to protect downstream components.

Yes, the ESAB 950829 is rated for both 32V DC and 250V AC, making it suitable for various control and power circuits within welding equipment.

If the breaker trips immediately after resetting without a load, fails to reset (button won't stay in), or shows no continuity with a multimeter when set, it likely needs replacement.

This is a resettable thermal circuit breaker. It features a push-button that pops out during a fault and can be pushed back in to reset the circuit.

Never replace a breaker with a higher amperage rating. Doing so defeats the protection and can lead to melted wiring, damaged circuit boards, or fire hazards.

While it fits many ESAB models, you should verify the part number (950829) in your machine's parts manual or check the rating on your existing breaker to ensure compatibility.

It is typically a panel-mount device, secured through a hole in the machine's faceplate or chassis with a mounting nut.

You will typically need a wrench or pliers to remove the mounting nut and possibly a screwdriver or pliers to disconnect the wire terminals, depending on the connector type.