
When your operation requires high purity gas control without the complexity of a two-stage system, the Miller Smith 213-00-02 Silverline Regulator is the industry standard choice. Designed for non-corrosive gases, specifically Carbon Dioxide (CO2) via a CGA 320 connection, this regulator combines the durability of industrial equipment with the precision required for laboratory-grade tasks. It is an excellent solution for chemical process plants, automotive testing facilities, and any environment where brass construction is acceptable but gas contamination is not.
Durability and readability are key features of the 210 Silverline series. The regulator sports large, 2-1/2 inch single-scale gauges that are easy to read from a distance, allowing operators to monitor cylinder and delivery pressure at a glance. The entire exterior—including the body, bonnet, and gauge cases—is plated to resist corrosion and maintain a clean, professional appearance over years of service. Internally, the stainless steel diaphragm provides precise pressure control and eliminates the "off-gassing" associated with elastomeric diaphragms, ensuring your downstream equipment receives clean, stable gas flow.
Safety and versatility are built right in. The 213-00-02 includes a built-in capturable preset safety relief valve, adding an extra layer of protection for your downstream equipment. For installations requiring panel mounting, the body is tapped for rear panel mounting, making integration into test benches or gas manifolds seamless. Whether you are purging systems or running continuous analysis, the Miller Smith 213-00-02 delivers consistent performance you can trust.
| Additional Information |
|---|
| Brand:Smith Equipment |
| Gas Type:Carbon Dioxide (CO2) |
| Packaging Description:1 Per Ea |
| Series:210 Silverline |
| Stage Type:Single Stage |
| Inlet Connection:CGA 320 |
| Delivery Pressure Range:0-150 PSIG |
| Max Inlet Pressure:3500 PSIG |
| Diaphragm Material:Stainless Steel |
| Body Material:Plated Brass |
| Outlet Connection:1/4" FNPT |