Miller Smith 210 Silverline High Purity Regulator CGA 580 0-200 PSI

Miller Smith 210 Silverline: High Purity Performance

When precision and purity cannot be compromised, the Miller Smith 213-41-09 Silverline High Purity Analytical Regulator delivers the performance professionals trust. This single-stage regulator is specifically crafted for applications requiring the control of high purity, non-corrosive gases without the need for ultra-precise delivery pressure regulation found in dual-stage models. It is perfectly suited for automotive emissions testing, instrument calibration, and general laboratory use. The unit comes equipped with a CGA 580 fitting, making it compatible with standard inert gas cylinders such as Argon, Nitrogen, and Helium.

The construction of the 213-41-09 sets it apart from standard industrial regulators. It features a stainless steel diaphragm which is essential for maintaining the purity of the gas stream, as it does not absorb or release contaminants like rubber diaphragms might. The entire assembly, including the brass bar stock body and bonnet, is plated to maintain a clean, professional appearance and resist environmental corrosion. A key feature for longevity is the filtered seat, which protects the internal mechanism from particulate damage, ensuring consistent performance over time. Additionally, the body is tapped for rear panel mounting, providing versatile installation options for test benches and integrated systems.

Operators will appreciate the clarity of the large 2-1/2 inch gauges, which provide distinct readings for both tank pressure and delivery pressure. The regulator is rated for a maximum inlet pressure of 3500 PSI and offers a delivery pressure range of 0-200 PSI, providing ample versatility for various analytical tasks. It is also engineered to withstand vacuum conditions during purging, preventing damage during cylinder change-outs or system cleaning. Backed by Miller's reputation for quality, the Silverline 210 series is a robust solution for high-purity gas regulation needs.