John Deere 2680H Specifications and Features for Agricultural Machinery

The John Deere 2680H is engineered to offer high-performance results for those tackling heavy-duty fieldwork. With a robust design and optimized features, it’s a go-to for professionals seeking both durability and precision. Let’s break down the specs to help you understand exactly what this machine brings to the table.

Engine Performance: Powered by a 9.0L, 6-cylinder engine, the 2680H boasts 350 horsepower, providing ample power for demanding tasks. Its high-torque capabilities enable it to perform efficiently in challenging conditions, ensuring maximum productivity.

Weight & Size: Weighing in at 23,000 lbs, the 2680H combines heavy-duty capacity with a compact design, allowing for versatility across various types of terrain. This balance between weight and size improves both maneuverability and operational efficiency.

Working Width & Depth: The working width of 26 feet allows operators to cover large areas quickly, reducing downtime and increasing field productivity. The adjustable depth settings give flexibility, enabling precision control for different soil types and conditions.

Hydraulics & Operational Features: Equipped with a reliable hydraulic system, the 2680H ensures smooth, powerful operation. Its integrated hydraulic technology aids in effortless adjustment of the machine’s settings during operation, providing enhanced performance and ease of use.

Comfort & Control: John Deere designed the 2680H with user-friendly controls and an operator’s seat that reduces fatigue during long hours. With its precise steering and responsive feedback, operators can maintain consistent control, boosting both efficiency and comfort.

2680H John Deere Specifications

The John Deere 2680H is engineered for precision and high performance in a variety of agricultural tasks. Equipped with a 9.0-meter wide working width, this disc harrow is optimized for efficiency and consistent soil tillage. It features a robust frame structure, ensuring durability even under heavy field conditions.

Powered by a hydraulic system with a pressure rating of 4,000 psi, the 2680H offers precise depth control and excellent responsiveness. Its hydraulically adjustable wing technology provides adaptability to different field conditions, making it suitable for both conventional and no-till farming practices.

The 2680H operates with a weight of 7,000 pounds, offering stability and reducing the likelihood of bouncing or uneven soil penetration during operation. The machine is equipped with independent gang assemblies, allowing for better adjustment to varying soil types and field conditions.

The 2680H is also compatible with John Deere’s high-speed farming technology, allowing operators to increase productivity without sacrificing quality. The machine’s quick-change blade system reduces downtime for maintenance and blade replacement, increasing operational uptime.

Its field transport system features an easy-to-maneuver design, with a transport width of 3 meters, allowing for swift road transfers between fields. The transport system ensures both safety and convenience during transitions, saving time on the job.

With a simple control interface, the John Deere 2680H makes field adjustments straightforward, ensuring operators can focus on achieving optimal results. The machine is designed for low maintenance and high uptime, helping maximize productivity across various farm sizes.

Engine Specifications and Performance Features of the 2680H John Deere

The John Deere 2680H stands out with its reliable engine specifications, delivering impressive power and efficiency for demanding tasks. Equipped with a 9.0L, 6-cylinder, turbocharged diesel engine, it generates up to 370 horsepower, ensuring consistent performance across a variety of agricultural applications. The engine utilizes advanced technology to maintain low fuel consumption, optimizing operational costs without compromising power.

The 2680H features an electronic fuel injection system for better fuel management and smoother operation, which helps the engine adjust to varying workloads efficiently. The turbocharger enhances the engine’s capacity, providing an excellent balance between power and torque, especially in challenging field conditions. Operating at an RPM range of 1,800–2,000, the engine maximizes fuel efficiency while offering sufficient power for high-speed operations.

Key to its performance, the variable geometry turbocharger improves the engine’s responsiveness and overall power curve, while the diesel oxidation catalyst (DOC) and diesel particulate filter (DPF) help minimize emissions, meeting stringent environmental standards. Combined, these features provide a cleaner, more sustainable operation without sacrificing power.

For maintenance, the engine is designed with long service intervals, reducing downtime and enhancing productivity. Additionally, the engine’s cooling system, featuring an efficient liquid-cooled radiator, ensures stable temperature management under heavy loads.

Whether tackling tough soil conditions or pulling heavy equipment, the 2680H’s engine delivers smooth acceleration and consistent power delivery, ensuring both performance and reliability in demanding agricultural environments.

Comparing the 2680H John Deere to Similar Models: Key Differences

The John Deere 2680H stands out in its category, but comparing it with similar models like the 2680 and 2730, reveals clear differences in performance, features, and design.

One of the primary differences is in the working width. The 2680H has a larger width of up to 26 feet, allowing it to cover more ground faster. This makes it a solid choice for those needing to maximize productivity without sacrificing precision. In contrast, the 2680 and 2730 models feature slightly narrower widths, which may result in more passes across larger fields but offer better maneuverability in tighter spaces.

The 2680H is equipped with a more advanced hydraulic system, offering enhanced control and responsiveness, especially in varying soil conditions. This is a notable upgrade over the 2680, which lacks some of the finer adjustments available in the 2680H’s system, such as automatic depth control.

Another significant difference is in the weight distribution. The 2680H has improved weight balance, contributing to better ground engagement and stability during operation, reducing the likelihood of soil compaction. On the other hand, the 2680 and 2730 models are slightly lighter, making them more suited to lighter soils or less demanding terrain.

• Working Width: 2680H offers up to 26 feet, while the 2680 and 2730 are narrower.
• Hydraulic System: The 2680H boasts an advanced system for smoother operation compared to the 2680.
• Weight Distribution: The 2680H provides better ground engagement, especially on heavier soils.

When it comes to ease of operation, the 2680H’s user interface is more intuitive, offering better customization options for operators. The 2730, although similar, may require more manual adjustments for certain settings.

If you’re working with varied soil conditions or need to cover large fields efficiently, the 2680H provides the best balance of speed and precision. However, for operators in regions with lighter soils or smaller fields, the 2680 or 2730 models might offer more tailored solutions.

Maintenance and Operating Tips for Maximizing the Lifespan of the 2680H John Deere

Regularly check tire pressure to prevent uneven wear and improve fuel efficiency. Underinflated tires increase rolling resistance, leading to more stress on the machine. Maintain the recommended PSI for optimal performance.

Change hydraulic fluid and filters at intervals suggested in the operator manual. Clean oil keeps components running smoothly and prevents costly repairs. Avoid extending intervals to ensure maximum protection for the hydraulic system.

Keep the engine clean by removing debris and dirt from air intake areas. Blockages can cause the engine to overheat or reduce efficiency. A well-ventilated engine operates better and lasts longer.

Lubricate all moving parts regularly. Make sure to grease all pivot points, bearings, and linkages to avoid friction wear. Follow the manufacturer’s schedule for lubrication, using the correct type of grease to extend component life.

Inspect the cutting blades for damage, sharpness, or wear. Dull blades can overwork the engine and create uneven cutting results. Replace or sharpen blades as needed to maintain performance.

Check fluid levels before each use. Keep the engine oil, coolant, and transmission fluid topped off. Low fluid levels can result in overheating or poor lubrication, causing damage to internal parts.

Clean the radiator and cooling system frequently to prevent overheating. Dirt buildup can restrict airflow, causing the engine to run at higher temperatures. Use compressed air or a gentle wash to keep the fins clear.

Replace air filters as recommended. A clogged air filter reduces engine efficiency and can lead to performance issues. A clean filter improves fuel efficiency and reduces the risk of engine damage.

Store the machine in a dry, sheltered area to protect it from environmental wear. Extreme weather conditions, especially prolonged exposure to rain and snow, can lead to rust and component failure.

During the off-season, conduct a full inspection of the machine. Look for worn parts, loose bolts, and signs of wear that need attention before the next use. Preemptive repairs can help avoid breakdowns during critical work periods.