Finally Texsteam 4326 Series Pump (single Head, 46 Gpd, 300 Psi) (top Rated) [3qNFA2EV]

High-Performance Texsteam 4326 Series Pump

The Texsteam 4326 Series Pump is a top-tier solution for precise chemical injection in various industrial applications. Engineered for reliability and efficiency, this pump stands out with its robust design and versatile capabilities. With a wide range of volumes and pressures, the 4326 Series offers flexibility to meet diverse needs. Key features include a 46 GPD flow rate at 300 PSI, a 3/4" plunger, and a 100:1 gear ratio for optimal performance. The pump's multiplex models can accommodate up to 8 heads, driven by a single motor, and feature interchangeable liquid ends for added convenience.

Technical Specifications and Performance

The Texsteam 4326 Series Pump is equipped with an integral worm gear drive, available in three standard ratios and six plunger sizes. This ensures a broad selection of volumes from 0.063 GPD up to 325 GPD per head, and pressures ranging from 150 to 5000 psig. An optional 10 to 1 gear reducer is available for extra low pumping rates, down to 1/2 pint per day. The pump's micrometer type stroke adjustment allows for precise flow rate control without the need to stop and start the pump. This feature, combined with a repeatable accuracy of 1% of the set point, ensures consistent and reliable performance.

Applications and Benefits

The Texsteam 4326 Series Pump is an ideal choice for oil and gas production facilities, pipelines, process plants, and other industries requiring a rugged, easy-to-maintain proportioning pump. Its packed plunger injector heads are virtually trouble-free, featuring built-in priming valves and a drip-ring type barrier to prevent chemical leakage. The pump is available with high-strength ductile iron or all stainless steel liquid ends, making it suitable for handling a wide variety of chemicals. With its user-friendly design and exceptional performance, the Texsteam 4326 Series Pump is a reliable partner for any chemical injection task.