0750-0069 - Victor Regulator Pressure Adjustment T-Handle Assembly

Precise Control for Heavy-Duty Gas Regulation

The Victor 0750-0069 Adjusting Screw Assembly is a critical maintenance component designed to restore the operational integrity of Victor's heavy-duty gas regulators. In the field of industrial gas control, the precision of pressure delivery is paramount. The adjusting screw serves as the primary interface between the operator and the regulator's internal diaphragm mechanism, translating manual torque into specific spring pressure. Over time, threads can become worn, bent, or stripped due to frequent adjustment, debris ingress, or accidental impact, compromising the ability to set accurate delivery pressures.

This assembly is engineered to the exact specifications of the original equipment, ensuring a perfect fit for Victor SR 450 and SR 460 series regulators. Utilizing a genuine OEM part is essential for maintaining the safety certifications and performance standards of the regulator. The assembly features a robust T-handle design, which provides the necessary leverage for making fine adjustments to high-pressure outputs, a common requirement in heavy cutting and heating applications. The threaded shaft is machined with high tolerances to ensure smooth travel through the bonnet, preventing binding and ensuring a linear relationship between handle rotation and pressure increase.

For maintenance, repair, and operations (MRO) professionals, stocking the 0750-0069 allows for immediate remediation of regulator failures that would otherwise halt production. Instead of discarding a high-value regulator due to a mechanical control failure, this component allows for a straightforward repair that extends the asset's lifecycle. Whether used in fabrication shops, scrap yards, or construction sites, this adjusting screw assembly ensures that your Victor equipment continues to perform with the reliability and safety that the brand is known for.

Proper installation of this assembly restores the tactile feedback and precise control necessary for optimal flame characteristics in oxy-fuel processes. It is manufactured from durable materials capable of withstanding the harsh conditions typical of industrial environments, including exposure to dust, grease, and mechanical shock.