220-0109 - Miller Smith Silverline 220 Series High Purity Two-Stage Regulator CGA 580 15 PSI

Reliable High Purity Gas Regulation

When your work demands the highest level of accuracy, the Miller Smith 220-01-09 Silverline Regulator delivers. This high-purity, two-stage regulator is the ideal choice for professionals working with inert gases like Nitrogen, Argon, or Helium in analytical settings. Whether you are managing carrier gases for chromatography or handling calibration mixtures, the Silverline 220 Series ensures that your gas delivery is smooth, stable, and free from contamination. The two-stage mechanism is a game-changer for long-duration processes, automatically compensating for dropping cylinder pressure so you can focus on your results, not your equipment.

Built to Last with Miller Quality

Miller Smith is synonymous with durability and quality, and the 220-01-09 is no exception. The regulator features a fully plated body and bonnet, giving it a sleek, durable finish that resists corrosion and wear. Inside, a stainless steel diaphragm provides the sensitivity needed for fine pressure adjustments while ensuring material compatibility with high-purity gases. The filtered seat adds another layer of reliability, protecting the internal components from particulates and extending the lifespan of the regulator. This unit is built to handle the tough demands of daily use while providing laboratory-grade performance.

User-Friendly Features

Designed with the user in mind, this regulator features large 2-1/2 inch gauges that make monitoring cylinder and delivery pressure effortless. The CGA 580 inlet connection is standard for inert gases, making it compatible with a wide range of supply cylinders. With a delivery pressure range of 0-15 PSI, it offers the fine control necessary for delicate instruments. Safety is also built-in, with an automatic reseating relief valve and the ability to withstand vacuum purging. Invest in the Miller Smith 220-01-09 for a regulator that combines industrial strength with analytical precision.