612-83020000 - Miller Smith Silverline 610 Series High Purity CO2 Regulator 0-100 PSI

Precision Control for High Purity Applications

The Miller Smith 612-83-02-00-00 Silverline High Purity Brass Single Stage Regulator is engineered to meet the rigorous demands of analytical laboratories, specialty gas delivery systems, and precision industrial processes. Part of the renowned 610 Series, this regulator is specifically designed to maintain the integrity of high-purity gases, ensuring that your downstream processes remain free from contamination. With a CGA 320 inlet, it is optimized for Carbon Dioxide (CO2) service, providing a stable delivery pressure range of 0-100 PSI.

Advanced Material Construction

Unlike standard industrial regulators that utilize elastomeric diaphragms, the Silverline 610 Series features a stainless steel diaphragm. This critical design choice eliminates the risk of off-gassing and absorption associated with rubber components, which can compromise the purity of sensitive gas streams. The regulator utilizes a metal-to-metal seal between the body and the diaphragm, further enhancing leak integrity and ensuring a clean flow path. The body itself is machined from brass bar stock and finished with nickel plating, offering both durability and a clean, professional aesthetic suitable for laboratory environments.

Reliable Performance and Safety

Accuracy is paramount in high-purity applications. The stainless steel diaphragm provides exceptional sensitivity to pressure changes, allowing for precise regulation even at varying flow rates. To protect the internal seating mechanism from particulate damage, a 316 stainless steel filter is integrated into the inlet. Safety is also a key focus; the bonnet includes a 1/16" FNPT port, allowing for a capturable vent connection to pipe hazardous or displaced gases away safely in the unlikely event of a diaphragm failure. Whether used for chromatography, laser mixtures, or emission monitoring, this Miller Smith regulator delivers the consistency and purity required for critical operations.