CASE 1650L
CASE 1650L Crawler Dozer excels in a variety of demanding applications. In landfill operations, this Crawler Dozer efficiently pushes and compacts waste, handling tough conditions with ease. Its powerful engine and durable build make the 1650L Backhoe Loader ideal for mining operations, effortlessly moving earth and transporting heavy materials. In demolition projects, the CASE 1650L's strong blade and robust design allow for effective structure demolition and debris clearance. Additionally, the CASE 1650L is highly valuable in agricultural use, supporting large-scale farming by preparing land, leveling fields, and aiding in the construction of agricultural infrastructure.
CASE 1650L Crawler Dozer features key specifications such as an engine gross power of 116 kW, providing exceptional strength for pushing, leveling, and grading tasks. Its fuel tank capacity of 300 L ensures extended operational time without the need for frequent refueling, allowing for uninterrupted productivity. The blade height of 1183 mm is optimized for handling large volumes of material with precision, while the blade length of 2352 mm is designed to enhance efficiency in clearing and earthmoving tasks.
CASE 1650L Crawler Dozer stands out with its advanced features and reliability. Its Direct Common Rail Injection Diesel Engine provides excellent fuel efficiency, reduced emissions, and strong performance, making the 1650L Crawler Dozer ideal for environmentally conscious heavy-duty tasks. The 2 Helical Gear Reductions to Planetary Reduction Type Oil Final Drive ensures that the CASE 1650L Crawler Dozer transfers maximum torque efficiently, offering enhanced durability in demanding applications. The CASE 1650L also incorporates a Grease Injection Type Track Adjustment in the Undercarriage, which minimizes track wear, extending the life of the machine and reducing maintenance needs. With its Hydrostatic Steering Brakes, the CASE 1650L provides unmatched precision and control, allowing operators to maneuver easily in rough and confined environments.
