Dwyer TVA-22110 Fluoropolymer Flowmeter 1/2″ NPT 3.43 GPM

Dwyer TVA-22110 Fluoropolymer Flowmeter (1/2″ NPT, 3.43 GPM)

The Dwyer TVA-22110 is a specialized all-fluoropolymer flowmeter engineered to deliver elite operational performance for measuring the flow rates of highly corrosive or ultra-pure liquids. By addressing the requirement for total chemical inertness, this Series TVA instrument features a wetted path constructed entirely of fluoropolymer materials, effectively minimizing measurement uncertainty and preventing contamination in sensitive semiconductor or chemical processes. The metrological architecture of the TVA-22110 ensures absolute traceability through a 125 mm precision scale with 0 to 10 graduations, providing a discrete and reliable reference for water flow rates up to 3.43 GPM (13 LPM).

Built for industrial longevity in extreme environments, the TVA-22110 is designed with 1/2″ female NPT connections to facilitate seamless integration into existing high-purity piping systems. Its technical sophistication is centered on its ability to maintain structural integrity when exposed to aggressive acids and bases that would degrade standard metallic or plastic meters. With its specialized focus on managing corrosive fluid stimulus, the Dwyer TVA-22110 stands as a high-trust solution for laboratory and industrial applications where maintaining fluid purity and instrument durability are non-negotiable professional requirements.

Technical Specifications & Metrological Data

• Material Integrity: All-fluoropolymer construction for maximum resistance to corrosive and ultra-pure media.
• Flow Capacity: Precision rated for water flow up to 3.43 GPM (13 LPM).
• Connection Scale: 1/2″ female NPT process ports for secure system integration.
• Visual Intelligence: 125 mm linear scale with 0-10 discrete graduations for rapid flow verification.
• Metrological Trust: Designed to provide stable, repeatable readings in aggressive chemical environments.
• Application Focus: Ideal for semiconductor manufacturing, chemical processing, and high-purity labs.
• Durability Profile: High-grade chemical resistance ensures a long service life under harsh liquid stimulus.