Experience Harris Two Stage Ultra High Purity Brass Barstock Regulator Model 722-015-350-d - 722015350d Pro Version [C6jOaPmN]

Harris Two Stage Ultra High Purity Brass Barstock Regulator

Introducing the Harris Two Stage Ultra High Purity Brass Barstock Regulator Model 722-015-350-D, a premium solution designed for precision gas control in various high-purity applications. This regulator is engineered to deliver consistent pressure from full to near-empty cylinder conditions, making it an ideal choice for research, analysis, and monitoring systems where purity and reliability are paramount.

Key Features and Specifications

Featuring a robust brass barstock construction, the Model HP722 ensures durability and longevity. Its unique two-stage design provides exceptional performance, maintaining gas purity levels at 1 x 10-9 cc/sec inboard helium leak rate. Key features include a 1-11/16" to 316L stainless steel diaphragm, which eliminates contamination from diffusion or outgassing, and a one-piece encapsulated seat design with a 10 micron sintered internal filter to protect the PTFE Teflon seat from particulate contamination. The external relief valve is standard, and the brass barstock body, bonnet, and fittings contribute to the regulator's high-purity performance. Additional specifications include a maximum inlet pressure of 3000 PSIG and dual scale brass barstock gauges (psi/bar) for easy reading.

Applications and Benefits

Whether you're working in gas chromatography, EPA protocol gases, laser gas systems, or emission monitoring systems, the Harris Two Stage Ultra High Purity Brass Barstock Regulator is a versatile tool for your needs. Its front or back panel mountability and compliance with the CGA E-4 standard make it a reliable choice for a variety of high-purity gas applications. With the Model HP722, you can expect enhanced performance, reduced maintenance, and increased efficiency in your gas control systems. Invest in the Harris Two Stage Ultra High Purity Brass Barstock Regulator and experience the difference in purity and precision.