High-quality Harris Ultra High Purity Brass Barstock Regulator - Model 723-500-000-be - 723500000be Gift Ready [zOC23rfM]

Harris Ultra High Purity Brass Barstock Regulator

Introducing the Harris Ultra High Purity Brass Barstock Regulator, Model HP723, a state-of-the-art two-stage cylinder regulator designed for constant delivery pressure across a wide range of cylinder conditions. Engineered for high-purity gas applications, this regulator is a reliable choice for research sample systems, process analyzers, gas chromatography, and emission monitoring systems. Its robust construction and precision engineering make it an ideal solution for maintaining gas purity levels in critical environments.

Key Features and Specifications

Featuring a 1-11/16" to 316L stainless steel diaphragm, the Harris HP723 regulator ensures minimal contamination from diffusion or outgassing. The one-piece encapsulated seat design, equipped with a 10 micron sintered internal filter, protects the PTFE Teflon seat from particulate contamination, further enhancing its performance. Other standout features include an external relief valve, brass barstock body and fittings, and dual scale brass barstock gauges. Designed to maintain a 1 x 10-9 cc/sec inboard helium leak rate, this regulator guarantees the highest levels of gas purity. With a maximum inlet pressure of 3000 PSIG and front or back panel mountability, the HP723 is a versatile and durable solution for various gas pressure regulation needs.

Applications and Benefits

Perfect for a wide array of industries, the Harris Ultra High Purity Brass Barstock Regulator is a must-have for high-purity gas applications. Its precision and reliability make it suitable for research and development, industrial processes, and environmental monitoring. The regulator's compliance with the CGA E-4 standard ensures that it meets the highest industry standards for gas pressure regulation. With its extensive range of features and specifications, the HP723 is a valuable asset for any laboratory or industrial setting looking to maintain gas purity and optimize performance.