Octopus 3000CC/min Reversing Gear Pump w/1/4" NPT 24vDC

The Octopus 3000CC/min Reversing Gear Pump w/1/4" NPT 24vDC is a compact, electrically driven hydraulic pump engineered for mobile field operations, emergency response vehicles, and portable tactical systems where AC mains power is unavailable. Built for law enforcement, military support, and emergency services personnel, this pump delivers reliable fluid transfer in high-demand scenarios—from water rescue operations to decontamination deployments and equipment servicing. Its 24-volt DC architecture aligns with standard vehicle electrical systems, making it compatible with patrol cars, tactical vehicles, and portable power sources.

This reversing gear pump operates at a displacement rate of 3000 cubic centimeters per minute, enabling controlled, bi-directional fluid flow for applications requiring precise pressure management and variable direction capability. The 1/4" NPT (National Pipe Thread) ports ensure standardized connection to hoses, manifolds, and auxiliary equipment across military and industrial supply chains. Gear pump design delivers consistent output with minimal pressure ripple, making it suitable for temperature-sensitive payloads and systems demanding steady flow rates under sustained operation. The 24vDC electric motor eliminates dependence on gasoline engines, reducing noise signature and exhaust exposure in enclosed or chemical-sensitive environments.

Tactical teams, hazmat coordinators, and vehicle-mounted system integrators benefit most from this pump's reversible functionality—essential when fluid direction must toggle between suction and discharge without motor reversal. Installation requires a 24vDC power supply (standard in law enforcement and military vehicles) and NPT-threaded hose fittings. At 10 pounds, the pump integrates readily into confined equipment bays or portable skids. This unit suits duty cycles where reliability and electrical simplicity outweigh high-pressure requirements, making it ideal for transfer, circulation, and fluid management missions rather than extreme-pressure hydraulic cutting or lifting applications.