Expertly Crafted Harris 702-050-540-ai - 702050540ai - Oxygen Regulator Price Crushed By 80% [FgUxtkP5]

Harris 702-050-540-AI Oxygen Regulator

Introducing the Harris 702-050-540-AI Oxygen Regulator, a high-purity, two-stage cylinder regulator designed for general laboratory use. This model stands out with its chrome-plated brass construction and stainless steel diaphragm, ensuring durability and precision. The HP702 Oxygen Regulator is built to provide consistent delivery pressure across the entire cylinder life, making it an ideal choice for a wide range of applications.

Key Features and Specifications

The Harris 702-050-540-AI Oxygen Regulator is equipped with a 2-1/8" - 302 Stainless Steel diaphragm, which effectively eliminates contamination from diffusion or out-gassing. This feature, along with the one-piece encapsulated seat design and 10 micron sintered internal filter, ensures the purity of the gas being delivered. The regulator also features 2" chrome-plated brass dual scale gauges (psi/bar) for easy reading, an ergonomic ABS plastic knob for improved grip, and a chrome-plated brass body, bonnet, and fittings for long-lasting performance. With a maximum inlet pressure of 3000 psig and a 1 x 10-8 cc/sec inboard helium leak rate, this regulator is designed to maintain gas purity levels and deliver reliable service for years to come.

Applications and Benefits

Whether you're working with non-corrosive gases, purging, pressure testing, blanketing, or incubators, the Harris 702-050-540-AI Oxygen Regulator is a versatile tool for your laboratory needs. Its robust construction and precise pressure control make it an essential component for maintaining the integrity of your experiments and processes. With its wide range of delivery pressures, CGA/inlet fittings, and accessories, this regulator can be customized to meet your specific requirements. Invest in the Harris 702-050-540-AI Oxygen Regulator and experience the benefits of a reliable, high-performance regulator that will enhance your laboratory operations.