Multiquip QP2TH 2" Gas Trash Pump with 5.5 HP Honda GX160 Gas Engine

Multiquip QP2TH 2" Gas Trash Pump with 5.5 HP Honda GX160 Gas Engine

The Multiquip QP2TH 2" Gas Trash Pump is a powerful and reliable solution for handling dewatering tasks in construction sites, flood control operations, and other settings where water may be mixed with debris. With its 5.5 HP Honda GX160 gas engine, this trash pump can deliver outstanding performance, pumping up to 211 gallons per minute. It is designed to handle solids up to 1 inch in diameter, making it ideal for tough environments where debris-laden water needs to be moved efficiently. The durable aluminum body, along with cast-iron fittings and a tubular steel frame, ensures that this pump is built to withstand demanding job conditions. Weighing in as the lightest trash pump in the Multiquip fleet, the QP2TH is engineered for portability, allowing for easy one-man operation. It also includes an easy clean-out cover, ensuring minimal downtime for maintenance. This pump is perfect for contractors looking for a durable, high-performance trash pump for clear water or water with debris in various applications.

Features

• Powered by a 5.5 HP Honda GX160 gas engine for reliable and efficient performance.
• Handles solids up to 1 inch in diameter, ideal for debris-laden water in construction or flood control applications.
• Pumps up to 211 gallons per minute, making it suitable for high-capacity dewatering tasks.
• Lightweight design for easy one-man operation and portability on job sites.
• Aluminum body with cast-iron fittings ensures durability and long life even in harsh conditions.
• Dual 2-inch discharge ports for versatile water removal applications.
• Tubular steel frame for enhanced protection and easy transportation of the pump.
• Easy clean-out cover for quick maintenance, reducing downtime on the job site.
• Low oil shutdown feature protects the engine by preventing damage from low oil levels.
• Improved mechanical seal (carbon/silicone) ensures long-lasting performance in rugged environments.