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251949 - Miller Field Current Regulator PCB 251949

Packaging: 1 PER EA
$3,705.16/EA $2,422.60/1 PER EA only $2,422.60/EASave 35%

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OVERVIEW

Restore Precision with the Miller 251949 Field Current Regulator

The Miller 251949 Circuit Card Assembly, Field Current Regulator is a critical replacement component designed to restore the functionality of your Miller welding power source. In engine-driven welders and generators, the field current regulator plays a pivotal role in controlling the output of the machine. By managing the electrical current supplied to the generator's field coils, this circuit board directly influences the voltage and amperage available for welding. When this component fails, operators often experience a complete loss of output or erratic, uncontrollable arc characteristics that make quality welding impossible.

As a Genuine Miller Electric OEM part, this circuit card is manufactured to the exact specifications of the original equipment. Unlike aftermarket alternatives which may use inferior components or lack precise calibration, the Miller 251949 ensures that your machine's output matches the dial settings on the front panel. This board is built with industrial-grade electronic components capable of withstanding the thermal cycling and mechanical vibration inherent in heavy-duty welding environments. The board typically features a conformal coating or robust layout to resist the ingress of dust, moisture, and metallic grinding particles that are common in workshops and jobsites.

Installing the correct field current regulator is essential for the longevity of your equipment. A malfunctioning regulator can sometimes stress other components, such as the rotor, stator, or rectifier assembly. By choosing the authentic Miller 251949, you are investing in the reliability of your fleet. This part is designed for seamless integration with specific Miller models, ensuring that mounting points and electrical connectors align perfectly for a straightforward repair process. Whether you are maintaining a rental fleet or repairing a critical shop machine, this OEM board provides the assurance of quality and performance that professional technicians demand.

At Josef Gas, we understand that equipment downtime translates directly to lost revenue. That is why we supply high-quality OEM repair parts like the Miller 251949 to help you get your systems back online quickly. Trust in genuine Miller parts to maintain the safety, warranty, and performance standards of your welding equipment.

Additional Information
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Part Type:Circuit Card Assembly, Field Current Regulator
Component Class:Electronic Control Board
Application:Welding Generator Output Control
Brand:Miller OEM
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Circuit Card Assembly (Field Current Regulator)
  • Installation Instructions (if applicable)
  • Anti-static packaging

APPLICATIONS

  • Repair of Miller engine-driven welders.
  • Replacement of failed field current regulator boards.
  • Restoring generator auxiliary power output.
  • Fixing unstable welding arc issues related to field excitation.
  • Maintenance of industrial welding power sources.

FAQ

It serves as a Field Current Regulator, controlling the magnetic field strength in the generator to regulate welding and auxiliary power output.

Common symptoms include zero welding output, low auxiliary power voltage, or an inability to adjust the output amperage/voltage.

Yes, this is a genuine OEM Miller Electric component, ensuring exact fit and factory performance specifications.

While it is a direct replacement, installation involves working with internal electrical components. We recommend installation by a qualified technician to ensure safety and proper calibration.

This part fits specific Miller engine-driven welders. Please check your machine's parts manual or contact support with your serial number to confirm compatibility.

Yes, genuine Miller parts typically carry a manufacturer's warranty against defects in material and workmanship.

It might. A bad field regulator is a common cause of 'no arc' conditions, but other issues like bad brushes, diodes, or connections should also be ruled out.