111-4010 - Miller Smith Silverline 110 Series Single Stage Regulator, CGA 590, 0-60 PSI

Reliable Industrial Gas Control

The Miller Smith 111-40-10 Silverline Series General Purpose Single Stage Regulator is engineered to provide dependable performance for a variety of industrial applications. Designed specifically for inert and non-corrosive gases such as Air, Nitrogen, CO2, and Argon, this regulator is an essential component for maintenance, repair, and operations (MRO) environments where consistent gas delivery is required. The unit features a CGA 590 inlet connection, making it compatible with specific industrial gas cylinders often found in manufacturing and testing facilities.

Constructed from rugged brass bar stock, the body of the 111-40-10 is built to withstand the rigors of daily industrial use. The body, bonnet, and gauges are fully plated, offering superior protection against corrosion and wear, which is critical for equipment longevity in harsh shop environments. Inside, the regulator utilizes a large 1-7/8 inch diaphragm which allows for precise control of delivery pressure, ensuring that downstream equipment receives a stable flow of gas. The delivery range of 0-60 PSIG makes it suitable for a wide array of pneumatic tools, purging applications, and low-pressure testing protocols.

One of the standout features of the Silverline Series is the inclusion of a filtered seat. This design element is crucial for maintaining gas stream purity by preventing debris from entering the seating area, thereby extending the service life of the regulator and reducing maintenance downtime. Additionally, the regulator incorporates Miller's Sure-Seat technology, further enhancing reliability. For facilities requiring organized workstations, the body is tapped for rear panel mounting, allowing for clean and secure installation in gas distribution panels or test benches. With large 2-1/2 inch easy-to-read single scale gauges, operators can quickly monitor cylinder and delivery pressures, ensuring safe and efficient operation.