
When working with specialty gases, particularly those that are corrosive or require high purity, standard brass regulators simply cannot compete. The Miller Smith 320 Series Stainless Steel Two-Stage Regulator is the professional's choice for demanding applications. This model (321-00-22-00-00) is built to handle the toughest tasks with a robust 316 stainless steel body and internal components, ensuring that your equipment resists corrosion and maintains performance over time. Whether you are in a laboratory setting or a specialized industrial welding environment, this regulator provides the reliability you need.
The two-stage design is a critical feature for applications requiring constant pressure. Unlike single-stage regulators, which can allow delivery pressure to rise as the cylinder pressure falls (a phenomenon known as decaying inlet characteristic), this two-stage unit compensates for inlet fluctuations. This means you get a steady 0-50 PSI flow from start to finish, without constant manual adjustments. This stability is essential for maintaining process consistency and quality in sensitive operations.
Designed with user safety and operational efficiency in mind, the Miller Smith 320 Series features a captured vent port system. This allows for the safe diversion of hazardous fumes, protecting the operator and the workspace. The regulator is also equipped with clear, easy-to-read 2-1/2 inch gauges, so you can monitor tank and delivery pressure at a glance. Compatible with CGA 330 cylinders, this regulator is the definitive solution for safe, precise, and contamination-free gas control.
| Additional Information |
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| Brand:Miller |
| Packaging Description:1 Per Ea |
| Series:320 Silverline |
| Gas Service:Corrosive Gases, Non-Corrosive Gases, Specialty Gas |
| Stage Type:Two Stage |
| Inlet Connection:CGA 330 |
| Outlet Connection:1/4" FNPT |
| Delivery Pressure Range:0-50 PSIG |
| Max Inlet Pressure:3500 PSIG |
| Body Material:316 Stainless Steel |
| Diaphragm Material:Stainless Steel |
| Seat Material:PCTFE |