612-00070000 - Miller Smith 610 Series Silverline High Purity Regulator CGA 510 0-100 PSI

Precision Control for High Purity Applications

The Miller Smith 612-00-07-00-00 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 esteemed 610 Series, this regulator is specifically designed to prevent contamination in high-purity systems, ensuring that the gas delivered to your instrumentation remains as pure as the source. The unit features a robust brass bar stock body that is nickel-plated, offering a clean, durable exterior that resists environmental corrosion while maintaining a professional appearance suitable for laboratory environments.

At the heart of this regulator is a specially designed stainless steel diaphragm. Unlike elastomeric diaphragms that can outgas or absorb contaminants, the stainless steel construction provides a non-reactive surface that ensures the integrity of the gas stream. This metal-to-metal seal between the body and the diaphragm eliminates the need for gaskets that could potentially leak or degrade over time. The result is a regulator capable of withstanding internal vacuum, making it versatile for various purging and evacuation procedures essential in high-purity setups.

Operational safety and reliability are further enhanced by the inclusion of a 316 stainless steel filter on the inlet, which prevents particulate matter from damaging the seat or contaminating downstream equipment. The filtered seat design adds another layer of protection, ensuring consistent performance and extending the service life of the regulator. For safety in handling potentially hazardous non-corrosive gases, the bonnet is equipped with a 1/16-inch FNPT port, allowing for the capture and safe venting of gases in the unlikely event of a diaphragm failure. With a delivery range of 0-100 PSI and a CGA 510 connection, this regulator is a critical component for professionals requiring precise pressure control without compromising gas quality.