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Miller Smith Silverline 220 Series High Purity Two-Stage Regulator, CGA 580, 0-100 PSI

$1,021.52/ea $671.35/1 per ea only $671.35/eaSave 34%

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OVERVIEW

Industrial Reliability Meets Laboratory Precision

For professional welders and fabricators who demand the absolute highest quality in gas delivery, the Miller Smith 222-20-09 Silverline Regulator bridges the gap between industrial durability and laboratory precision. While designed for analytical applications, this two-stage regulator is an excellent choice for critical TIG welding applications, such as titanium or aerospace alloys, where shielding gas purity and flow stability are non-negotiable. The two-stage mechanism provides a constant delivery pressure throughout the life of the cylinder, meaning you won't experience flow surge or starvation as your tank runs low, preventing weld defects and rework.

Built for Performance

The Miller Smith 222-20-09 is outfitted with a CGA 580 connection, making it compatible with standard inert gas cylinders like Argon, Helium, and Nitrogen. Its stainless steel diaphragm offers a distinct advantage over standard rubber diaphragms by providing a non-permeable barrier that maintains the strict purity of your shielding gas. This is particularly important in high-spec welding where even trace amounts of atmospheric contamination can compromise the weld integrity. The regulator also features a built-in capturable preset safety relief valve, adding an essential layer of safety to your setup.

Rugged Design for Tough Environments

Miller Smith is synonymous with quality, and the Silverline series is no exception. The regulator features a plated brass body and bonnet constructed from solid bar stock, ensuring it can withstand the rigors of daily use. The large 2-1/2 inch gauges are easy to read from a distance, allowing for quick checks of cylinder and delivery pressure. With a delivery range of 0-100 PSI and a 1/4" MNPT needle valve outlet, this regulator gives you fine-tuned control over your gas output. Whether you are calibrating equipment or performing high-stakes welding, the 222-20-09 delivers the consistent performance professionals trust.

Additional Information
Brand:Miller
Cga Fitting:CGA 580
Item:Regulator
Max Inlet:3500 PSI
Max Outlet:100 PSI
Used On Which Gas:Inert Gases
Packaging Description:1-per-each
Gas Type:Inert Gases, Nitrogen, Argon, Helium
Stage Type:Two Stage
Series:Silverline 220
Diaphragm Material:Stainless Steel
Body Material:Plated Brass Bar Stock
Gauge Size:2-1/2 inch
Outlet Connection:1/4" MNPT Needle Valve

INCLUDED

  • Miller Smith 222-20-09 Two-Stage Regulator
  • 1/4" MNPT Needle Valve Outlet
  • Instruction Manual

APPLICATIONS

  • Gas Chromatography (GC)
  • Thermal Conductivity Detectors
  • Flame Ionization Detectors
  • Electron Capture Detectors
  • High Purity Shielding Gas Delivery
  • Calibration Gas Mixtures
  • Emission Monitoring Systems
  • Research and Development Laboratories

FAQ

A two-stage regulator reduces cylinder pressure in two steps. This maintains a constant delivery pressure regardless of fluctuations in the cylinder pressure as it empties, providing superior stability compared to single-stage models.

The CGA 580 fitting is the standard connection for inert gases, including Argon, Nitrogen, and Helium, as well as many inert gas mixtures.

A stainless steel diaphragm is non-permeable and does not absorb or release gases (outgassing) like rubber diaphragms can. This ensures the purity of the gas stream is maintained for analytical applications.

No, the Miller Smith 222-20-09 is recommended for high purity, non-corrosive pure gases and mixtures. It has a brass body which is not suitable for corrosive service.

This regulator is rated for a maximum inlet pressure of 3500 PSI.

Yes, it features a built-in capturable preset safety relief valve to protect the regulator components from over-pressurization.

The regulator is equipped with a 1/4" MNPT needle valve outlet for precise flow control.

Yes, the design allows the regulator to withstand vacuums generated during purging operations without damage.