825-6600 - Miller Smith 820 Silverline High Pressure Analytical Regulator, 0-2000 PSI Delivery

Miller Smith 825-66-00 Silverline High Pressure Analytical Regulator

The Miller Smith 825-66-00 is a premium component of the 820 Silverline series, engineered specifically for the rigorous demands of high-pressure analytical applications. Unlike standard diaphragm regulators, this unit utilizes a robust piston sensor design, providing enhanced structural reliability when managing inlet pressures up to 6000 PSIG. This design architecture makes it an ideal choice for specialty gas delivery systems where precision and durability are paramount.

Constructed from high-quality brass, the regulator features a comprehensive nickel plating on the body, bonnet, and gauges. This plating not only provides a professional aesthetic but, more importantly, protects the unit from corrosion, significantly extending its service life in laboratory and industrial environments. The regulator is cleaned for oxygen service and is 100% tested at its maximum rated operating pressure to ensure safety and compliance with industry standards.

Operational efficiency is maximized through the inclusion of a self-relieving adjusting screw. This low-torque control mechanism permits effortless adjustment of delivery pressures between 0 and 2000 PSIG, even in closed or dead-end systems. The unit is equipped with large 2-1/2 inch single scale gauges, allowing operators to easily monitor pressure readings from greater distances compared to conventional 2-inch gauges. Furthermore, the bonnet includes a 1/16-inch tapped vent hole, enabling the installation of a captured vent system to safely divert gases away from the immediate work area.

Designed for versatility, the 825-66-00 features 1/4-inch FNPT inlet and outlet connections, making it compatible with a wide range of piping and panel mount configurations. Whether utilized in chemical plants, manufacturing processes, or R&D laboratories, this Miller Smith regulator delivers consistent, high-pressure performance for non-corrosive inert gases.