Johnson Pump Cartridge Motor 1250 GPH - 24V

The Johnson Pump Cartridge Motor 1250 GPH - 24V is a compact, reliable fluid transfer solution engineered for mobile field operations, emergency response vehicles, and tactical support missions where space and weight constraints demand efficient performance. Built for law enforcement, military, and emergency services personnel, this 24-volt electric motor delivers consistent 1250 gallons-per-hour flow capacity in a lightweight 0.65-pound package. Whether you're managing water systems in remote operations, decontamination protocols, or auxiliary fluid transfer during extended deployments, this cartridge motor provides the dependable circulation you need without sacrificing portability.

Johnson Pump's cartridge motor design integrates seamlessly into existing pump housings and manifold systems, leveraging proven self-priming technology that eliminates air lock issues common in field environments. The 24-volt DC specification matches standard vehicle and tactical equipment electrical systems, ensuring compatibility with military-grade power supplies, portable generators, and mobile command platforms. Compact dimensions of 7 x 3 x 9 inches allow integration into tight compartments within vehicles or equipment racks, while the brushless cartridge construction minimizes maintenance downtime during critical operations. The motor's efficient electrical consumption extends run time on battery-backed or generator-fed power systems typical in forward-deployed scenarios.

Tactical teams, vehicle-mounted decontamination units, and emergency response coordinators benefit from this motor's reliability in high-demand environments where mechanical failure isn't an option. Installation requires standard SAE flange mounting and basic 24-volt DC electrical integration—tasks well within the capabilities of field maintenance personnel. Verify compatibility with your existing pump housing specifications and confirm 24-volt power availability before deployment; this motor performs optimally in duty cycles matching typical tactical fluid-transfer applications and emergency service requirements.