John Deere 250 GLC Specifications and Performance Details

The John Deere 250 GLC offers a balanced combination of power and durability, making it ideal for demanding construction and digging tasks. Equipped with a 196 hp engine, this model ensures strong performance in a variety of environments. Whether working on excavation or lifting, it provides the necessary force to complete tasks efficiently.

For fuel efficiency, the 250 GLC features a final drive system designed to reduce fuel consumption while maintaining productivity. Its advanced hydraulic system ensures smooth operation even under heavy load, providing superior lifting and digging capabilities.

With a bucket capacity of up to 1.2 cubic meters and a maximum reach of 10.6 meters, this machine is versatile, capable of handling large loads and working in confined spaces with ease. The hydraulic quick-coupler further enhances its utility by allowing rapid attachment changes, improving job site efficiency.

John Deere 250 GLC Specs

The John Deere 250 GLC is designed to meet the demands of heavy-duty construction and forestry work. This excavator is equipped with features that enhance performance and fuel efficiency, making it a top choice for operators looking for reliable power and versatility.

• Engine Power: The 250 GLC is powered by a 173-horsepower engine, offering strong performance for various digging, lifting, and material handling tasks.
• Operating Weight: With an operating weight of approximately 25,500 kg (56,000 lbs), it strikes a balance between stability and maneuverability on a variety of job sites.
• Hydraulic System: The machine features a hydraulic system with a pump capacity of 472 liters per minute, ensuring fast cycle times and smooth operation of attachments.
• Bucket Capacity: The 250 GLC is capable of handling a bucket capacity up to 1.5 cubic meters (2.0 cubic yards), which is optimal for material handling tasks.
• Digging Depth: The maximum digging depth is 7.6 meters (25 feet), allowing for deep excavation in demanding environments.
• Max Reach: The reach at ground level is 11.1 meters (36 feet), providing extended versatility for various tasks.
• Fuel Capacity: The fuel tank has a capacity of 400 liters (105 gallons), enabling extended work hours without frequent refueling.
• Cab Features: The machine is equipped with a comfortable cab, featuring a large, adjustable seat, air conditioning, and advanced controls for better operator comfort and productivity.

The John Deere 250 GLC offers the right combination of power, durability, and precision for construction and excavation projects. Its robust engine, efficient hydraulics, and spacious cab make it a reliable choice for demanding work environments.

Engine Performance and Power Output of the John Deere 250 GLC

The John Deere 250 GLC features a robust engine that delivers impressive power for various heavy-duty tasks. Its engine is a 6.8L Final Tier 4 (FT4) turbocharged diesel unit, designed for high performance while meeting stringent emission standards.

With a power output of 173 horsepower (129 kW) and a peak torque of 766 Nm, this machine provides the necessary force to handle demanding excavation, lifting, and digging jobs. The engine’s advanced fuel injection system ensures optimal combustion efficiency, contributing to fuel savings without compromising performance.

For smooth operation, the engine is paired with a hydraulically driven fan that adjusts based on engine temperature, enhancing cooling efficiency. Additionally, the 250 GLC’s engine operates quietly, reducing noise levels on-site, which is beneficial for both operator comfort and compliance with noise regulations.

In terms of fuel efficiency, the John Deere 250 GLC optimizes power usage and reduces consumption through its intelligent power management system. This system dynamically adjusts engine power depending on the load, ensuring that fuel is only used when necessary, thereby maximizing operational uptime and lowering overall running costs.

Hydraulic System Capacity and Efficiency of the John Deere 250 GLC

The John Deere 250 GLC is equipped with a high-performance hydraulic system designed for optimal efficiency in demanding tasks. The system features a variable-displacement pump that ensures consistent flow, reducing fuel consumption while maintaining high lifting and digging forces. It supports a maximum hydraulic flow rate of 380 L/min, delivering strong power for attachments and digging tasks.

With a hydraulic tank capacity of 320 liters, the John Deere 250 GLC maintains an ample supply for extended operation. The system’s advanced filtration reduces wear and tear, extending the lifespan of components and ensuring smooth operation. The high efficiency of the hydraulic components minimizes energy loss, contributing to better fuel efficiency and reduced operating costs over time.

For operators, the system’s responsiveness is key. The load-sensing hydraulics automatically adjust pressure to match the task at hand, optimizing performance in varying conditions. This ensures that the hydraulic power is used only when needed, enhancing the machine’s overall productivity and reducing unnecessary strain on the engine.

Dimensions and Weight of the John Deere 250 GLC for Transportation

The John Deere 250 GLC weighs approximately 25,800 kg (56,900 lbs) when equipped with a standard boom and counterweight. For transportation, the dimensions are crucial. The machine has a length of 11,380 mm (448 inches) with the boom in a retracted position and a height of 3,360 mm (132.3 inches) when the cab is raised. The width of the undercarriage is 3,300 mm (129.9 inches).

For transporting the John Deere 250 GLC, ensure that the trailer used can accommodate a gross weight of up to 30,000 kg (66,138 lbs), considering fuel, attachments, and optional equipment. Secure the equipment to avoid shifting during transit, and verify that the machine’s dimensions fit within road regulations.

When disassembling components for transportation, remove any accessories or extended parts, such as the counterweights, to reduce the overall load. This ensures better weight distribution on the trailer and complies with the maximum axle weight limits during transport.