Multiquip QP303H 3" Centrifugal Pump with 5.5 HP Honda Engine

Multiquip QP303H 3" Centrifugal Pump with 5.5 HP Honda Engine

The Multiquip QP303H 3" Centrifugal Pump is engineered to provide reliable and efficient water movement in a wide range of applications, including construction, municipal, and agricultural tasks. Designed for clear water applications with limited solids, this pump can handle up to 10% solids with a maximum solid size of 1/4". Powered by a durable 4.8 HP Honda GX160 gasoline engine, the pump offers a maximum flow rate of 245 gallons per minute and a maximum head of 98 feet. Its lightweight aluminum body, combined with rugged cast-iron fittings and tubular steel frame, makes it highly portable and durable for tough environments. The rotating 180º discharge port allows for flexible hose orientation, providing adaptability to various job site needs. With added features like an engine oil-alert system and abrasion-resistant cast-iron impeller and volute, this pump ensures long-lasting performance and ease of maintenance, making it an ideal choice for professionals.

Features

• Powered by a 4.8 HP Honda GX160 gasoline engine for reliable, high-performance water movement.
• Maximum pumping capacity of 245 gallons per minute, suitable for large-scale water transfer tasks.
• Handles up to 10% solids with a maximum solid size of 1/4", ideal for clear water applications in construction and agriculture.
• Maximum head of 98 feet, ensuring efficient water delivery over long distances.
• Lightweight aluminum body with cast-iron fittings for durability and easy transport.
• Rotating 180º discharge port for flexible hose orientation to meet various job site needs.
• Engine oil-alert system protects the engine by shutting it down in case of low oil levels.
• Tubular steel frame offers added protection and easy mobility across work sites.
• Cast iron impeller and volute provide superior abrasion resistance, ensuring long-lasting durability.
• Perfect for professionals in construction, municipal services, and agricultural settings requiring reliable water transfer.