825-0028 - Miller Smith 820 Silverline High Pressure Regulator, 0-2000 PSI, CGA 680

Precision High-Pressure Control for Analytical Applications

The Miller Smith 825-00-28 Silverline High Pressure Analytical Brass Single Stage Regulator is engineered to meet the rigorous demands of specialty gas delivery. Part of the esteemed 820 Silverline series, this regulator is specifically designed to control high pressures from a wide variety of non-corrosive inert gases. With a delivery range of 0-2000 PSIG and a maximum inlet pressure capability of 6000 PSIG, it is the ideal solution for demanding environments such as R&D laboratories, chemical plants, and high-pressure testing facilities.

Robust Piston Sensor Design

Unlike standard diaphragm regulators, the 825-00-28 utilizes a piston sensor design. This engineering choice provides superior structural reliability, particularly when handling the stress of high-pressure systems. The piston mechanism ensures stable pressure delivery and durability that exceeds conventional designs, making it a trusted component for critical charging and purging operations.

Corrosion Resistance and Purity

Constructed with a nickel-plated brass body and bonnet, this regulator offers enhanced protection against corrosion, extending the service life of the unit even in challenging industrial atmospheres. The gauges are also nickel-plated to match the body's durability. Furthermore, every regulator in this series is cleaned for oxygen service, ensuring a high level of cleanliness and suitability for analytical applications where contamination must be minimized.

User-Friendly Features

The regulator features a low-torque control adjusting screw that is self-relieving, permitting easy and precise adjustment of pressures even in closed or dead-end systems. The large 2-1/2 inch single scale gauges are designed for readability, allowing operators to monitor pressure levels accurately from greater distances. Additionally, the bonnet includes a tapped 1/16-inch vent hole, allowing for the installation of a captured vent line to safely divert gases away from the work area, enhancing safety in enclosed spaces.