16266 - Miller Smith Electronic Low Pressure Alarm Gauge (Non-Oxygen)

Miller Smith 16266 Electronic Pressure Alarm Gauge Assembly

The Miller Smith 16266 is a specialized Electronic Pressure Alarm Gauge Assembly engineered for precise gas management in industrial environments. Designed as a genuine OEM replacement component for Miller Smith gas regulation systems and manifolds, this unit integrates advanced electronic monitoring capabilities with a robust physical gauge interface. Its primary function is to provide continuous pressure readings while actively monitoring for low-pressure thresholds, triggering an alarm state to notify facility maintenance or operators of impending gas depletion. This proactive monitoring capability is essential in high-volume fabrication and manufacturing settings where gas supply continuity is critical to maintaining production schedules and quality standards.

Crucially, this specific assembly is designated "Not For Oxygen." This classification indicates that the materials, lubricants, and internal components are compatible with inert gases (such as Argon, Helium, Nitrogen, or CO2 mixes) but are not cleaned or rated for oxygen service. Using non-oxygen rated components in oxygen systems presents significant safety hazards; therefore, this gauge is strictly for use with inert shielding or purging gases. The electronic nature of the gauge offers superior readability and reliability compared to purely mechanical alternatives, often featuring digital indicators or enhanced dial faces that facilitate quick visual checks from a distance.

Installation of the 16266 assembly restores the full functionality of compatible Miller Smith equipment, ensuring that safety protocols and operational efficiency are maintained. As an OEM part, it guarantees correct thread engagement, pressure ratings, and electrical compatibility with the host system's alarm circuitry (where applicable). MRO professionals can rely on this component to extend the service life of their gas distribution infrastructure, minimizing downtime associated with component failure or unmonitored gas run-outs. The assembly is constructed to withstand the rigors of industrial environments, resisting vibration and minor impacts common in welding zones.