Reliable manure pumping solutions for dragline and PTO-driven applications. Designed for durability, efficiency, and long service life in demanding farm conditions.
Hoover Ag supplies both Cornell Pumps and Hoover Ag PTO-driven manure pumps for dragline and manure hauling applications. We provide complete pump system solutions including pump selection, plumbing configuration, and service support.
Proper inlet and outlet pressure are critical for long pump life. Matching engine horsepower, head pressure, and pump size improves fuel efficiency, reduces wear, and ensures consistent performance in demanding manure environments.
Whether you operate a PTO-driven pump or a trailer-mounted dragline system, Hoover Ag can help size, install, and support your pumping system.
Built for Dragline & PTO Applications
Both Cornell and Hoover Ag PTO pumps are engineered for high-volume manure transfer in dragline and pumping operations. Designed for durability and efficiency under continuous use.
Correct Pump Sizing Matters
Matching horsepower, flow rate, and discharge pressure prevents cavitation, reduces vibration, and extends seal and bearing life.
Reduced Downtime
Proper plumbing design, bypass systems, and pressure control reduce system stress and improve reliability during long pumping sessions.
Complete Pumping Systems Available
Hoover Ag can supply full systems including valves, plug launchers, bypass assemblies, and remote monitoring options for efficient field operation.
Why Inlet Pressure Is Critical
Insufficient suction pressure can cause cavitation, leading to premature wear and reduced pump efficiency. Proper hose size and layout are essential for both PTO and dragline pumps.
Sand & Abrasive Wear
Sand-laden manure significantly increases wear on impellers and internal components. Pumps must be properly configured when operating in abrasive conditions.
Understanding Dragline Hose
The dragline hose typically ranges from 6″ to 10″ in diameter and lays flat when not pressurized. Proper system layout ensures efficient manure transfer with minimal field compaction.
Need a parts list for your Cornell or Hoover Ag PTO pump? Submit your pump model and serial number and we will provide a model-specific PDF parts list.
Hoover Ag provides service support, seal kits, wear components, and troubleshooting assistance for both manufacturers.
What is the difference between Cornell and PTO pumps?
Cornell pumps are often engine or trailer-driven centrifugal pumps, while Hoover Ag PTO pumps are powered directly by tractor PTO systems. Selection depends on your operation size and configuration.
How much horsepower is required?
Horsepower requirements depend on flow rate, hose length, head pressure, and manure consistency. Contact Hoover Ag for proper sizing recommendations.
Can these pumps handle sand?
Yes, but abrasive conditions require proper pump configuration and maintenance to prevent excessive wear.
Do you provide full system builds?
Yes. Hoover Ag can supply complete pumping systems including plumbing, valves, bypass controls, and field-ready setups.
Hoover Ag supplies both Cornell Pumps and Hoover Ag PTO-driven manure pumps for dragline and manure hauling applications. We provide complete pump system solutions including pump selection, plumbing configuration, and service support.
Proper inlet and outlet pressure are critical for long pump life. Matching engine horsepower, head pressure, and pump size improves fuel efficiency, reduces wear, and ensures consistent performance in demanding manure environments.
Whether you operate a PTO-driven pump or a trailer-mounted dragline system, Hoover Ag can help size, install, and support your pumping system.
Both Cornell and Hoover Ag PTO pumps are engineered for high-volume manure transfer in dragline and pumping operations. Designed for durability and efficiency under continuous use.
Matching horsepower, flow rate, and discharge pressure prevents cavitation, reduces vibration, and extends seal and bearing life.
Proper plumbing design, bypass systems, and pressure control reduce system stress and improve reliability during long pumping sessions.
Hoover Ag can supply full systems including valves, plug launchers, bypass assemblies, and remote monitoring options for efficient field operation.
Cornell pumps are often engine or trailer-driven centrifugal pumps, while Hoover Ag PTO pumps are powered directly by tractor PTO systems. Selection depends on your operation size and configuration.
Horsepower requirements depend on flow rate, hose length, head pressure, and manure consistency. Contact Hoover Ag for proper sizing recommendations.
Yes, but abrasive conditions require proper pump configuration and maintenance to prevent excessive wear.
Yes. Hoover Ag can supply complete pumping systems including plumbing, valves, bypass controls, and field-ready setups.
Why Inlet Pressure Is Critical
Insufficient suction pressure can cause cavitation, leading to premature wear and reduced pump efficiency. Proper hose size and layout are essential for both PTO and dragline pumps.
Sand & Abrasive Wear
Sand-laden manure significantly increases wear on impellers and internal components. Pumps must be properly configured when operating in abrasive conditions.
Understanding Dragline Hose
The dragline hose typically ranges from 6″ to 10″ in diameter and lays flat when not pressurized. Proper system layout ensures efficient manure transfer with minimal field compaction.
Need a parts list for your Cornell or Hoover Ag PTO pump? Submit your pump model and serial number and we will provide a model-specific PDF parts list.
Hoover Ag provides service support, seal kits, wear components, and troubleshooting assistance for both manufacturers.
Check the inside of the manure or you might accidentally buy a worn-out one. Hoover Ag provides dragline equipment and hose reels.
Every farm operates differently. HooverAg builds durable dribble bars designed around real-world needs—so you get solutions that work the way you do.
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