213-4002 - Miller Smith 210 Silverline High Purity CO2 Regulator, Single Stage, 150 PSI

Precision Control for Analytical Applications

The Miller Smith 213-40-02 Silverline High Purity Analytical Single Stage Regulator is engineered to meet the rigorous demands of laboratory and industrial analytical environments. Designed specifically for high-purity, non-corrosive gases, this regulator ensures that the integrity of your gas stream remains uncompromised. The core of its performance lies in the stainless steel diaphragm, which provides a non-contaminating surface and exceptional sensitivity for precise pressure control. Unlike standard rubber diaphragms, the stainless steel construction eliminates the risk of off-gassing or absorption, making it an ideal choice for instrument analysis, biological laboratories, and emission testing where gas purity is paramount.

Durability and cleanliness are woven into the design of the 210 Silverline series. The regulator features a rugged brass bar stock body, bonnet, and gauges that are fully plated. This plating not only enhances the aesthetic appeal but provides superior protection against environmental corrosion and wear. The unit is equipped with a filtered seat mechanism that traps particulates before they can damage the seating surface, significantly extending the service life of the regulator and maintaining consistent performance over time. Furthermore, the design is robust enough to withstand vacuums generated during purging operations, ensuring versatility in complex gas management systems.

Safety and ease of use are critical in high-pressure gas handling. The 213-40-02 includes a built-in capturable preset safety relief valve, adding a layer of protection against over-pressurization. The large, 2-1/2 inch single-scale gauges are easy to read, allowing operators to monitor cylinder and delivery pressure at a glance. With a maximum inlet pressure of 3500 PSI and a delivery capacity of up to 150 PSI via a CGA 320 connection, this regulator is perfectly suited for Carbon Dioxide (CO2) applications requiring stable, high-purity flow.