613-02060000 - Miller Smith Silverline 610 Series High Purity Regulator CGA 350

Precision Control for High Purity Applications

The Miller Smith 613-02-06-00-00 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, this regulator is specifically designed to prevent contamination in high-purity systems, making it an essential component for laboratories and industrial facilities utilizing specialty gases. The unit features a CGA 350 inlet connection, typically utilized for flammable gases such as Hydrogen, Methane, Carbon Monoxide, and Ethylene, ensuring compatibility with standard high-pressure cylinders.

At the core of this regulator's performance is its stainless steel diaphragm. Unlike elastomeric diaphragms that can outgas or permeate contaminants, the stainless steel construction provides an impermeable barrier, preserving the integrity of the gas stream. This is complemented by a metal-to-metal body-to-diaphragm seal, which eliminates the need for O-rings that could degrade or introduce impurities over time. The regulator body is machined from brass bar stock and nickel-plated, offering a robust and corrosion-resistant housing that withstands the rigors of industrial environments while maintaining a clean aesthetic suitable for laboratory settings.

Operational safety and reliability are built into the design. The regulator includes a 316 stainless steel filter and a filtered seat, which work together to trap particulates and protect the seating surface from damage, thereby extending the service life of the unit. For safety in handling hazardous gases, the bonnet is equipped with a 1/16-inch FNPT port, allowing for the capture and venting of gases in the unlikely event of a diaphragm failure. With a maximum inlet pressure of 3500 PSIG and a precise delivery range of 0-250 PSIG, this single-stage regulator provides stable pressure control for non-corrosive gas applications.