GA087-07 - Miller 2.5-Inch Replacement Regulator Gauge, 0-60 PSI, Chrome Finish

Precision Pressure Monitoring with Miller Reliability

The Miller GA087-07 Gauge is a premium replacement component designed to restore the functionality and accuracy of your welding gas regulation systems. In the precise world of welding and industrial gas delivery, maintaining exact pressure levels is critical for safety, efficiency, and weld quality. This gauge features a calibrated range of 0 to 60 PSI, making it specifically suited for monitoring delivery pressure (low pressure) on regulators used for shielding gases or other industrial applications where fine control is necessary.

One of the standout features of this model is its 2.5-inch diameter dial. Larger than standard 2-inch gauges, this face provides enhanced visibility, allowing operators to check pressure settings at a glance from a greater distance. This is particularly beneficial in busy workshop environments where equipment may be positioned away from the immediate work area. The clear, high-contrast markings ensure that there is no ambiguity when setting flow rates or delivery pressures, helping to prevent gas wastage or insufficient coverage that could lead to weld porosity.

Durability is paramount in MRO environments, and the Miller GA087-07 delivers with its Stainless Steel (SST) Chrome construction. This robust housing not only gives the gauge a professional, polished appearance but also provides essential protection against corrosion, oxidation, and the physical knocks and bumps associated with heavy-duty use. Whether you are replacing a damaged gauge on a Miller regulator or upgrading an existing setup for better readability, this genuine Miller part ensures fitment, accuracy, and long-term reliability.

By choosing genuine Miller components, you ensure that your equipment continues to operate within factory specifications. This gauge is an essential spare for maintenance departments and welders who rely on consistent gas delivery for MIG, TIG, or oxy-fuel processes requiring low-pressure monitoring.