John Deere 210 Long Reach Excavator Specifications and Features
The John Deere 210 Long Reach Excavator offers impressive performance and versatility, particularly for projects requiring extended reach. With a boom length of up to 28 feet, it provides excellent digging depth and increased operational range. The powerful engine delivers 150 horsepower, enabling the machine to handle demanding tasks with ease.
When selecting this excavator, focus on the hydraulic system that powers its long reach capabilities. The hydraulic pump delivers up to 300 liters per minute, ensuring smooth operation even under heavy load conditions. With its robust system, the John Deere 210 can perform tasks such as trenching, material handling, and demolition at extended distances without compromising stability.
For maximum stability, the excavator features a wide track width of 8 feet, providing a stable base when working on uneven or soft ground. This design ensures the equipment maintains excellent balance, even when extending its reach to the maximum range. Operators should take advantage of the adjustable counterweights for better load distribution when working at extended distances.
John Deere 210 Long Reach Excavator Specifications
The John Deere 210 Long Reach Excavator delivers high performance for digging, lifting, and material handling tasks. With a long reach arm design, it excels in operations requiring extended range and stability. This model features a robust engine and hydraulic system designed for demanding work environments.
The 210 Long Reach Excavator is powered by a 6.8L engine, offering 158 horsepower at 2,000 rpm. This ensures consistent power, especially during extended use in heavy-duty applications. The machine’s impressive reach extends up to 28 feet, making it ideal for digging in deep trenches or working over obstacles.
Its hydraulic system is designed to provide smooth and precise control of the boom, bucket, and arm. The system is optimized for high lifting capacities, with the ability to lift up to 18,000 pounds at full reach. The excavator’s digging depth reaches up to 22 feet, allowing for efficient work in both shallow and deep digging conditions.
Weight distribution and stability are enhanced by the long reach configuration, providing better balance during operation. The undercarriage is designed for durability, ensuring reliable performance on various terrains. The machine’s serviceability is straightforward, with easy access to key components for maintenance and repairs.
For increased productivity, the 210 Long Reach Excavator comes with advanced hydraulics that offer superior breakout force. The operator’s cabin is designed with comfort and visibility in mind, allowing for improved control and reduced fatigue during extended hours of operation.
Maximum Reach and Digging Depth of the John Deere 210
The John Deere 210 long reach excavator offers impressive reach and digging depth, making it suitable for a variety of demanding tasks. Its maximum reach extends up to 32 feet 6 inches, allowing it to access hard-to-reach areas while maintaining strong lifting capacity. This extended reach makes it ideal for trenching, grading, and deep excavation projects.
For digging, the John Deere 210 achieves a maximum digging depth of 22 feet 2 inches. This depth ensures that operators can effectively handle deep foundations, utility installations, and other deep excavation tasks with ease. The combination of reach and depth enhances the machine’s versatility, providing both precision and power in large-scale operations.
When operating at full extension, the excavator maintains stable performance, with an arm and bucket design that ensures minimal strain. This enables efficient and safe digging even at maximum reach and depth, increasing productivity on challenging job sites.
Engine Power and Fuel Efficiency in the John Deere 210
The John Deere 210 long reach excavator features a powerful engine that delivers consistent performance for demanding tasks. It is equipped with a 6.8-liter, 4-cylinder engine that provides 173 horsepower. This robust engine ensures reliable operation under varying work conditions, from digging to lifting heavy materials.
Fuel efficiency is optimized through advanced fuel injection technology, which enhances combustion and reduces fuel consumption. The excavator is designed to operate with a fuel tank capacity of 208 liters, allowing for extended operation without frequent refueling. In standard operation, the John Deere 210 achieves fuel efficiency of approximately 10-12 liters per hour, depending on load and working conditions.
- Engine Power: 173 horsepower
- Fuel Tank Capacity: 208 liters
- Fuel Consumption: 10-12 liters per hour (variable)
Regular maintenance and proper usage further optimize fuel consumption, making the John Deere 210 a cost-effective choice for long-term operation in various environments. Maintaining correct engine oil levels, air filters, and fuel systems will help ensure the machine continues to operate smoothly and efficiently.
Hydraulic System Capacity and Performance
The John Deere 210 long reach excavator is equipped with a high-performance hydraulic system designed to deliver maximum power and reliability for demanding tasks. The hydraulic system has a pump capacity of 340 liters per minute, providing a steady flow of power to the digging arm and attachments.
With a working pressure of 350 bar, the system ensures precise control and consistent force during operation, even in tough conditions. The hydraulic tank has a capacity of 240 liters, allowing for extended operation without the need for frequent refills. This setup minimizes downtime and keeps productivity high.
For better performance in heavy-duty tasks, the system’s hydraulic components are designed to reduce energy loss, providing optimal force while consuming minimal fuel. The integration of advanced filtration systems ensures the longevity of components by keeping the fluid clean, reducing maintenance requirements.
Operators can expect smooth and responsive actions from the hydraulic system, whether performing digging, lifting, or other attachment-based tasks. With proper maintenance and regular checks, the hydraulic system will continue to perform at its best, delivering consistent and reliable results over time.