Chem Flow CF24V2 Mechanical Diaphragm Metering Pump - 24 GPD / 100 PSI - 230V

The Chem Flow CF24V2 is a professional-grade, high-output mechanical diaphragm metering pump designed for industrial environments requiring 230V power. Delivering a powerful 24 Gallons Per Day (GPD) at pressures up to 100 PSI, this pump is the premier choice for large-scale commercial cooling towers, industrial process water, and international water treatment applications.

Built with a 230V motor and matching power connection, the CF24V2 provides heavy-duty performance for high-voltage control panels and facilities where standard 115V power is unavailable.

Technical Specifications

• Model Number: CF24V2

• Max Output: 24 Gallons Per Day (GPD)

• Max Pressure: 100 PSI

• Power: 230V AC (Includes 230V grounded connection)

• Adjustment: Manual stroke length knob for high-resolution flow tuning

• Materials: Anti-corrosive chemical-resistant housing and durable, long-life diaphragm

Applications

• Industrial Cooling Systems: High-capacity delivery of scale and corrosion inhibitors in 230V environments.

• Wastewater & pH Adjustment: Reliable high-volume dosing of flocculants or acids in manufacturing plants.

• Large Commercial Wells: Durable injection of chlorine or soda ash for high-flow water treatment systems.

• Export & International Projects: Fully compatible with 230V electrical grids for global deployment.

Why Choose the CF24V2?

• Maximum Throughput: The 24 GPD capacity handles demanding chemical requirements that smaller pumps cannot meet.

• Seamless Replacement: Engineered with an industry-standard footprint, the CF24V2 is a direct "drop-in" for legacy 24 GPD 230V pumps, utilizing existing mounts and tubing.

• Industrial Build Quality: Features heavy-duty internal components and an IP-rated housing to ensure longevity in high-humidity treatment rooms and harsh chemical environments.

• Precise Control: The high-resolution stroke adjustment allows for exact chemical delivery, ensuring water quality standards are met while minimizing chemical waste.