614-00060000 - Miller Smith 610 Series Silverline High Purity Regulator CGA 350

Precision Control for Specialty Gases

The Miller Smith 614-00-06-00-00 Silverline High Purity Brass Single Stage Regulator is engineered to meet the rigorous demands of analytical and process applications where gas purity is paramount. Part of the renowned 610 Series Silverline, this regulator is specifically designed to prevent contamination in high-purity systems while providing accurate and stable regulation of non-corrosive gases. Its robust construction features a brass nickel-plated bar stock body, ensuring long-term durability and resistance to environmental factors.

At the core of this regulator's performance is a specially designed stainless steel diaphragm. Unlike elastomeric diaphragms, the stainless steel construction eliminates outgassing and provides a metal-to-metal seal with the body, ensuring the integrity of the gas stream. This design allows the regulator to withstand internal vacuum conditions, making it suitable for purge cycles and vacuum applications. The unit also incorporates a filtered seat and a 316 stainless steel filter, which work together to trap particulates and further enhance gas stream purity.

Safety and versatility are key components of the 614-00-06-00-00. It features a capturable vent in the bonnet (1/16" FNPT), allowing for the safe piping of hazardous gases away from the work area in the unlikely event of a diaphragm failure. The regulator is equipped with a 2-1/2" single scale gauge for easy monitoring of delivery pressure up to 500 PSI. With a maximum inlet pressure of 3500 PSI and a CGA 350 connection, it is compatible with hydrogen, methane, and other flammable gas mixtures typically used in laboratory and industrial settings.

Installation is flexible, with a threaded bonnet designed for panel mounting and a body tapped for rear panel mounting. Whether used in gas chromatography, emission monitoring, or research laboratories, the Miller Smith 610 Series regulator delivers the reliability and precision required for critical gas delivery systems.