213-4000 - Miller Smith 210 Silverline High Purity Regulator 0-150 PSI 1/4 FNPT

Precision Control for Analytical Applications

The Miller Smith 213-40-00 Silverline High Purity Analytical Single Stage Regulator is engineered to meet the rigorous demands of laboratory and analytical environments. Part of the esteemed 210 Silverline Series, this regulator is designed to control high-purity, non-corrosive gases with exceptional reliability. It is the ideal choice for applications where maintaining the integrity of the gas stream is paramount, such as in instrument analysis, biological research, and chemical processing.

Superior Construction and Purity

At the heart of this regulator is a stainless steel diaphragm, which provides precise pressure control while eliminating the risk of elastomeric contamination often found in standard regulators. The body and bonnet are constructed from rugged brass bar stock and are fully plated to offer superior protection against external corrosion and wear. A key feature of the 213-40-00 is its filtered seat, which not only enhances the purity of the gas stream but also extends the service life of the unit by preventing particulate damage.

Designed for Versatility and Safety

This model features a delivery pressure range of 0-150 PSIG and is rated for a maximum inlet pressure of 3500 PSIG. It comes equipped with 1/4" FNPT inlet and outlet connections, allowing for flexible integration into custom piping systems, panels, or manifolds. The body is tapped for rear panel mounting, making it a versatile solution for fixed installations. Safety is prioritized with a built-in capturable preset safety relief valve. The large, easy-to-read 2-1/2 inch gauges ensure that operators can monitor pressure levels with accuracy and ease.

Key Applications

Whether you are conducting automotive emissions testing or managing gas delivery in a biological laboratory, the Miller Smith 213-40-00 delivers the consistent performance required for sensitive tasks. Its construction materials are selected to prevent contamination of the gas stream and are highly resistant to inboard diffusion of atmospheric contaminants, ensuring your results remain accurate and reliable.