Chem Flow CF30V1 Mechanical Diaphragm Metering Pump - 30 GPD / 100 PSI

The Chem Flow CF30V1 is a high-capacity mechanical diaphragm metering pump engineered for demanding water treatment applications. Delivering an impressive 30 Gallons Per Day (GPD) at pressures up to 100 PSI, this pump is designed for large-scale residential well systems, commercial cooling towers, and agricultural irrigation where high-volume chemical dosing is a requirement.

Equipped with a standard 115V grounded plug, the CF30V1 offers industrial-grade performance with simple, plug-and-play installation for immediate operation.

Technical Specifications

• Model Number: CF30V1

• Max Output: 30 Gallons Per Day (GPD)

• Max Pressure: 100 PSI

• Power: 115V AC (Includes pre-installed 3-prong plug)

• Adjustment: Manual stroke length knob for precise, high-resolution flow control

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

Applications

• High-Flow Well Treatment: Perfect for injecting chlorine, soda ash, or peroxide into high-volume residential and commercial well systems.

• Agricultural Irrigation: Reliable delivery of fertilizers and nutrients for greenhouses and large-scale farming.

• Commercial Cooling Towers: High-output dosing of scale and corrosion inhibitors for large multi-unit systems.

• Industrial Wastewater: Accurate chemical injection for pH adjustment and flocculation in processing plants.

Why Choose the CF30V1?

• Superior Capacity: At 30 GPD, this model provides the necessary volume for heavy-duty treatment jobs that standard pumps simply cannot handle.

• Universal Fit: Featuring an industry-standard footprint, the CF30V1 is a direct "drop-in" replacement for most legacy 30 GPD pumps, fitting existing mounts and tubing seamlessly.

• Rugged Performance: Built with premium internal components and an IP-rated housing to withstand the high humidity and harsh vapors of treatment rooms.

• Accurate Dosing: The fine-tuned stroke adjustment ensures you deliver exactly the amount of chemical needed, reducing waste and maintaining water standards.