Kinze 1051 Grain Cart

Listing image
Specifications

Model 1051 Grain Cart Category Name Agriculture Year 2017
Sale Type New Manufacturer Kinze Capacity 1050 bu.
Unload Speed 475 bu./min. Price Contact for price CAD
Description
The Kinze 1051 single auger grain cart is setting a different standard for grain handling performance. This single auger cart features: a front folding corner auger, frame design, adjustable spout, 20" Ultraflyte™ auger, low ground pressure radial tires, torque limiting clutch, simple high-performance design, powder coat finish, 20 bolt hubs and pit-dump door. Simplicity, reliability and innovation that makes a difference - the Difference is Kinze.
  Frame/Grain Tank
Frame Design
 
Provides Easy Maneuverability And Unmatched Visibility Of Combine And Cart Spouts.
Pit-dump Door
 
Easy-to-use, Sliding Pit-dump Door Matches The Contour Of The Auger Housing And Limits The Grain Left In The Auger During Normal Operation.

  Augers/Drive System

20" Ultraflyte Auger™

Computer balanced auger with concave carrying face flighting that has a smooth transitioned thickened edge and is made of carbon steel that unloads grain up to 475 bushels per minute. These unique auger features provide better wear, longer life and the potential for reduced auger costs per bushel and more up time.

Adjustable Spout - Single Auger Grain Carts
 
Adjustable Spout Has A 42 Degree Range Of Motion And Helps Control Grain Flow And Precise Placement.
Torque Limiting Clutch
 
Protects Driveline And Automatically Resets Without Replacing Components.
Front Folding Corner Auger
 
Front Fold Design Easily Extends And Folds While Next To Truck.
  Design
Powder Coat Finish
 
Long Lasting, Durable Finish Keeps The Cart Looking Good And Potentially Worth More At Trade-in.
  Undercarriage
20 Bolt Hubs
 
Standard 20 Bolt Hubs Versus The Competitor's 10 Bolt Ensure The Heaviest Of Loads Remain Balanced.
Low Ground Pressure Radial Tires
 
Diamond Tread (If900/65r32cfo/191b, R3) Or Lug Tread (If900/60r32cfo/188b, R1) Radial Tires Evenly Distribute Weight For Lower Ground Contact Pressures.