591IN1500-680 - Gentec 591IN High Pressure Regulator, CGA 680, 1500 PSI Delivery

High-Performance Pressure Regulation for Industrial Gases

The Gentec 591IN-1500-680 is a specialized high-pressure regulator engineered to meet the rigorous demands of industrial gas management. Designed for professionals who require precise control over high-pressure inputs, this unit is capable of handling a maximum inlet pressure of 5500 PSI. It is specifically configured with a CGA 680 inlet connection, making it the standard choice for high-pressure cylinders containing inert gases such as Argon, Helium, and Nitrogen, as well as Methane (CH4). The regulator's robust internal mechanism ensures stable gas flow and pressure reduction, critical for applications involving system purging, pressure testing, and chemical processing.

Accuracy and readability are paramount in high-pressure scenarios. The Gentec 591IN series addresses this with dual 2-1/2" gauges that provide clear visibility of both cylinder contents and delivery pressure. The delivery pressure range of 100 to 1500 PSI allows for versatile application across various industrial requirements, from charging accumulators to high-pressure leak detection. The outlet is fitted with a 1/4" swaged lock, ensuring a leak-proof and secure connection to downstream equipment, which is essential when operating at pressures exceeding 1000 PSI. This attention to detail in connectivity and monitoring reflects Gentec's commitment to safety and reliability in the field.

Durability is a core component of the 591IN-1500-680's design. Constructed to withstand the mechanical stresses of high-pressure gas expansion, the body and components are manufactured from high-quality materials that resist corrosion and wear. Whether utilized in a laboratory setting for gas chromatography support or in a heavy manufacturing environment for pneumatic testing, this regulator maintains consistent performance. By integrating high inlet capacity with precise delivery control, Gentec provides a solution that enhances operational efficiency while adhering to strict safety standards required for handling high-pressure inert and flammable gases.