L700 Series Loaders for 55-330 hp (41-246 kW) TractorsCase IH L700 Series agricultural loaders give operators a wider choice of models to handle any farmstead chore, and provide the superior performance, productivity and durability you demand. This series includes the high-capacity L780 that’s tailored to fully utilize the power and performance of Case IH Magnum™ tractors.
The right capacity for your needs. Lift capacity at maximum height ranges from a minimum of 2,100 pounds (953 kg) on the L720 to 5,250 pounds (2381 kg) on the L780, measured at a height of 31.5 inches (800 mm). Maximum height for the loaders also spans a wide range, from 124 to 187 inches (3.2 to 4.7 m).
Fast, easy locking system. The automatic lock system ensures the loader is mounted and can easily be removed. The spring-loaded locking pin requires no tools to disconnect the loader from the unit.Ultimate ride and comfort. A load-sensing accumulator is safely located inside the torque tube and allows the operator to have total control of every load. A progressive shock absorber allows the operator to easily activate with a switch at the operator’s seat - reducing stress on operator and equipment.Central hydraulic valve and hoses. The central hydraulic valve distributes flow evenly to all loader functions, is easily expandable for a third or fourth function remote and is protected on the torque tube with a durable cover. Hoses are routed through loader arms for protection and exceptional visibility.Electro-hydraulic joystick and mid-mount valve. Electro-hydraulic control from an ergonomic joystick with remote functions and a slow function for precision control. Conveniently located at the operator’s fingertips, with functions embossed on the joystick.Durability. Larger, stronger main beams with overlapping knee plates and a powerful subframe add to the loader longevity without jeopardizing visibility.Mechanical self leveling. Reduces spillage and allows you to move more quickly and confidently. Standard on the L770 and L780; optional on all other models.