Shurflo by Pentair 2000 Bilge Pump - 24VDC, 1500 GPH, Submersible with 1-1/8" Outlet

2000 Bilge Pump - 24VDC, 1500GPH - 1-1/8" Port Submersible

Heavy duty and built to last. SHURFLO's 2000 GPH nylon bilge pumps offer a unique motor cooling system to ensure efficient performance and long life. Installation is a snap with our swivel base and 6' tinned wire assembly. 3 Year Warranty

Specifications:

• 24 VDC, 1500 GPH [5677 LPH]
  
• 4 Amps (Max.)
  
• Bilge Applications
  
• Continuous Duty
  
• Submersible with 6' [1.8M]
  
• Wire Assembly
  
• Swivel Baseplate
  
• Commercial Duty
  
• Ignition Protected
  
• 1- 1/8" [29mm] Outlet

Dimensions: 7.2" [184mm] X 6" [154mm]
This product may not be returned to the original point of purchase. Please contact the manufacturer directly with any issues or concerns.

The Shurflo by Pentair 2000 Bilge Pump is a heavy-duty, reliable solution designed for demanding bilge applications. Operating on 24 VDC, this pump delivers up to 1500 gallons per hour, making it suitable for marine and industrial environments where efficient water removal is critical. Its submersible design ensures easy installation and maintenance, with a sturdy 6-foot tinned wire assembly for secure electrical connections. The pump features a swivel baseplate that simplifies positioning and installation, reducing setup time and ensuring a secure fit in various bilge compartments. With a robust construction and a 3-year warranty, this pump is built to last under continuous duty conditions and withstand harsh operational environments.

Features:

• High-capacity 1500 GPH flow rate for effective bilge water removal

• Operates on 24 VDC with a maximum current draw of 4 amps

• Submersible design with a 6-foot tinned wire assembly for durability and easy wiring

• Swivel baseplate for straightforward installation and positioning

• Commercial duty construction with ignition protection for safe operation

• 1-1/8 inch outlet port for versatile connection options

• Designed for continuous duty applications in demanding environments