Griffin Pump & Equipment, Inc. Datasheets for DC Powered Pumps
DC powered pumps use direct current from motor, battery, or solar power to move liquids such as acids, chemicals, lubricants and oil, as well as water, wastewater, and potable water.
DC Powered Pumps: Learn more
| Product Name | Notes |
|---|---|
| Griffin’s Vacuum-Assisted Wellpoint Pumps are available in 4”, 6”, 8” and 10” models. These pumps are designed for handling high volumes of water and air. The pump automatically primes and... | |
| Griffin's Variable-Use, Vacuum-Assisted, Non-Clog Pumps are available in 4" to 16" models. These pumps are fully automatic, dry-priming and dry-running, non-clog portable pumps. They operate efficiently under continuous or intermittent... | |
| MODEL FEATURES Fully automatic, dry priming and dry running, self-contained, portable pump, non-clog pump unit Handles large volumes of air, water, and trash Operates efficiently under intermittent flow conditions Automatically... | |
| MODEL FEATURES Fully automatic, dry priming and dry running, self-contained, portable pump, non-clog pump unit Handles large volumes of air, water, and trash Operates efficiently under intermittent flow conditions Automatically... | |
| MODEL FEATURES Self-contained, portable pump, jet pump unit Capable of producing high pressure flow for jetting standard wellpoints, well casings, or pilings Operates efficiently under intermittent flow conditions | |
| MODEL FEATURES Self-contained, portable, diesel-driven, self-priming, trash pump Silent operation Secondary containment of oils and fuels Operates efficiently at a wide range of conditions Able to pass 1.8” solids Rugged,... | |
| Griffin’s High Pressure Jet Pumps are available in 4” and 6” models. These pumps are self-contained and portable. These pumps are capable of delivering flow up to 1350 gpm and... | |
| MODEL FEATURES Self-contained, portable pump, jet pump unit Capable of producing high pressure flow for jetting standard wellpoints, well casings, or pilings Operates efficiently under intermittent flow conditions |