NorthStar 3in High Pressure Pump (10550 GPH, 116 PSI, Honda GX270)

Description

NorthStar 3in High Pressure Water Pump (10,550 GPH, 116 PSI, Honda GX270)

The NorthStar 3-Inch High Pressure Water Pump is a professional-grade centrifugal pump engineered for applications requiring both high flow and high pressure performance. Powered by a dependable Honda GX270 OHV commercial engine, this pump delivers up to 10,550 GPH (176 GPM) and produces an impressive 116 PSI, making it ideal for long-distance water transfer, firefighting support, irrigation systems, dust suppression, and agricultural operations.

Built with a rugged cast iron impeller and volute, the pump is designed to withstand demanding jobsite and field conditions while providing reliable, continuous-duty performance. Its self-priming design ensures quick startup, while the heavy-duty steel frame protects the engine and pump components during transport and operation.

The combination of high discharge pressure and durable construction makes the NorthStar 3in High Pressure Pump a preferred choice for contractors, farmers, municipalities, and emergency response teams requiring powerful water movement over extended distances and elevations.

Key Features

• Honda GX270 commercial-grade engine
• Delivers up to 10,550 GPH (176 GPM)
• Generates up to 116 PSI pressure
• Maximum head of 268 feet
• Self-priming centrifugal pump design
• Heavy-duty cast iron impeller and volute
• Premium silicon carbide mechanical seal
• Rugged steel roll cage protection
• Excellent for long-distance water transfer
• Reliable performance in demanding environments
• Fuel-efficient and low-maintenance Honda engine
• Designed for professional and industrial applications

Applications

• Firefighting support operations
• Agricultural irrigation systems
• Long-distance water transfer
• Dust suppression projects
• Construction water supply
• Municipal water management
• Livestock watering systems
• Emergency response and disaster relief
• Tank filling and reservoir transfer
• Industrial pumping applications

NorthStar 3in High Pressure Pump (10550 GPH, 116 PSI, Honda GX270): Buying Considerations

The NorthStar 3in High Pressure Water Pump features a Honda GX270 engine, delivering up to 10,550 GPH and 116 PSI. Designed for irrigation, firefighting support, and long-distance water transfer, this self-priming pump provides reliable high-pressure performance in demanding applications.

Before ordering the NorthStar 3in High Pressure Pump (10550 GPH, 116 PSI, Honda GX270) from NorthStar, review the points below against your actual site conditions and workload. Published specifications describe the equipment under test conditions, and real-world performance depends on how closely your application matches those conditions. Buyers in the United States, Canada, and Asia should also confirm local voltage and frequency requirements, applicable safety or emissions standards, and freight or import logistics for the destination before finalizing an order.

What to Check Before You Buy

• Define required flow and total dynamic head at the discharge point – engine-driven pumps are commonly undersized when only flow rate is considered.
• Check suction lift, priming method, and maximum solids size the pump can handle without clogging.
• Verify fuel type and runtime requirements match the application, especially for extended dewatering or irrigation jobs.
• Confirm hose/fitting size matches the pump's rated port size to avoid unnecessary friction loss.

How much reserve capacity should an engine-driven pump have over the calculated requirement?

A reasonable margin accounts for pipe friction losses, fitting losses, and any future demand growth – undersizing based purely on a theoretical flow calculation without real-world losses is a common reason pumps underperform once installed.

For sizing help across the full Engine Driven Pumps category, compare specifications side by side before committing to a specific model, and confirm current pricing, availability, and freight details for your location. Keep the supplier data sheet and any acceptance criteria on record for future maintenance and replacement decisions.