Jabsco Par-Max 2 Water Pressure Pump - 24V - 2 GPM - 35 PSI

The Jabsco Par-Max 2 Water Pressure Pump 24V delivers reliable, self-priming water delivery for mobile operations, marine platforms, and remote field stations. This 2 GPM, 35 PSI model combines compact efficiency with the durability demanded in demanding environments where fresh water access is critical to mission readiness and personnel welfare.

Operating at 24 volts DC, the Par-Max 2 integrates seamlessly into vehicle power systems and portable water supply configurations common to tactical operations, field camps, and maritime vessels. The 2 GPM flow rate suits applications requiring steady water pressure without excessive electrical draw—critical in power-limited environments. At 35 PSI maximum, this pump delivers sufficient pressure for shower systems, washdown operations, and pressurized tank filling while maintaining mechanical simplicity and low maintenance. The self-priming design eliminates the need for manual priming, reducing setup time and operational friction when deploying from varied water sources.

This configuration serves personnel in field medicine, decontamination protocols, sanitation systems, and mobile command posts where potable water must be pressurized on demand. Military units, law enforcement tactical teams, and emergency response personnel operating in remote locations or austere conditions rely on dependable pressure pumps to maintain hygiene standards and operational capability. The Par-Max 2's proven track record in marine and RV applications translates directly to field deployment scenarios where durability and consistent performance define mission success.

Jabsco's engineering in the Par-Max line focuses on eliminating common failure points: self-priming capability removes air-lock complications, brushless-motor variants extend service life, and robust construction handles temporary dry-running and pressure cycling without immediate failure. At 4.5 pounds with compact dimensions (6 x 5 x 15 inches), the pump integrates into tight spaces typical of vehicle cargo systems and portable water carts without consuming critical mission-essential storage.