John Deere 735 Discbine Specifications and Features Overview

The John Deere 735 Discbine is engineered to offer unmatched performance for hay and forage harvesting. Equipped with an impressive 9’3″ working width, this model provides efficient cutting, even in dense crop conditions. With its rugged build and advanced technology, it delivers fast and clean cuts, reducing downtime and maximizing productivity.

One of the standout features of the 735 Discbine is its smooth, reliable driveline system. The machine is powered by a 540 rpm PTO, ensuring consistent energy transfer and optimal operation. The patented quick-change blade system allows for easy maintenance and less time spent on repairs, which means more time spent in the field.

In terms of durability, the John Deere 735 is equipped with a high-strength frame and cutting discs that ensure longevity, even under tough working conditions. Its shock-absorbing suspension system further enhances its ability to handle rough terrain without compromising performance. Whether you are working on a flat field or navigating uneven ground, the 735 Discbine maintains stability and precision.

The machine’s hydraulics are equally impressive, offering superior control over the cutting height and tilt, adapting easily to different crop types and ground contours. This ensures an even cut every time, which is critical for optimizing the drying process of your hay.

With its efficient design, user-friendly features, and powerful specs, the John Deere 735 Discbine stands out as an excellent choice for farmers looking to enhance their hay cutting operations.

John Deere 735 Discbine Specs

The John Deere 735 Discbine delivers a solid combination of cutting power and durability. With a cutting width of 9 feet 3 inches (2.8 meters), this mower conditioner is well-suited for large-scale hay operations.

The machine is equipped with a high-performance 540 PTO (Power Take-Off), ensuring smooth and reliable operation across various field conditions. The working speed can range from 7 to 10 mph (11 to 16 km/h), making it a versatile choice for different field types and crop conditions.

For maximum uptime, the John Deere 735 features an advanced conditioning system that gently processes the crop for faster drying, improving efficiency. The use of two steel rolls guarantees uniform conditioning and minimizes the risk of crop loss. The machine’s suspension system is designed to follow the ground contours, ensuring consistent cutting even in rough terrain.

Another notable feature is the pivoting cutterbar, which offers improved maneuverability and better performance on uneven ground. The 735 Discbine comes equipped with replaceable wear parts, helping reduce maintenance costs over time.

Maintenance is streamlined with the hydraulic fold system, allowing for easy transport between fields. The overall design focuses on durability, with high-quality components that stand up to tough conditions while keeping the operating costs low.

In terms of compatibility, the John Deere 735 Discbine is built to integrate seamlessly with John Deere tractors, offering a reliable, efficient solution for demanding hay producers.

Disc Cutting System and Mowing Width

The John Deere 735 DiscBine features a high-performance disc cutting system designed for maximum cutting efficiency. The system utilizes a series of discs that rotate at high speeds, ensuring clean cuts even in tough conditions. Each disc is equipped with a serrated edge, which minimizes plant damage and ensures uniform cutting, improving the overall quality of the forage.

With a working width of 10′ 5″ (3.17 meters), the 735 DiscBine provides an ideal balance between productivity and maneuverability. This width allows for faster operation, reducing the time spent in the field without compromising the quality of the cut. The wide cutting width is particularly useful in larger fields, where speed and precision are essential for maintaining workflow efficiency.

The discs on the 735 are designed to maintain consistent cutting depth, even in challenging terrain. This ensures that the mower maintains a uniform swath, regardless of variations in ground conditions. The system’s design also reduces the risk of clogging, improving uptime and reducing the need for frequent maintenance.

For those looking to improve cutting performance and increase productivity, the John Deere 735 DiscBine offers a powerful combination of cutting system precision and wide mowing width, making it an ideal choice for large-scale operations.

Engine and Power Requirements for Optimal Performance

The John Deere 735 Discbine performs best with an engine capable of delivering consistent and reliable power. For optimal operation, the machine requires a tractor with a minimum of 90 horsepower at the PTO (Power Take-Off). This ensures that the cutting and conditioning systems run smoothly, especially in demanding field conditions.

A tractor equipped with a 100-120 horsepower engine is ideal for achieving the highest performance, particularly when tackling dense or wet grass. The additional power allows the machine to maintain proper speed and cutting efficiency without overloading the engine or reducing throughput.

The PTO speed is set at 1000 RPM, which is standard for the 735 model. This is a key factor in ensuring that the hydraulic and mechanical systems work at their optimal capacity. If the tractor operates at lower RPMs, performance will drop, leading to less effective cutting and conditioning.

Fuel consumption can increase with excessive engine load, so pairing the 735 Discbine with a tractor that matches its power needs will prevent unnecessary fuel wastage. Always monitor the engine’s operating temperature and load to avoid stress and potential overheating.

For best results, ensure that the tractor’s hydraulics are capable of handling the requirements of the Discbine. The system needs to maintain proper flow to adjust the cutterbar and implement lift functions efficiently. Check the tractor’s hydraulic output before use to avoid underperformance.

Maintenance Guidelines for Longevity and Reliability

Regularly check the oil levels and replace it every 100 hours of operation. Use high-quality oil to ensure optimal engine performance and reduce wear on the engine components.

Inspect the cutterbar and conditioning rolls for wear. Clean debris from the conditioner rolls after each use to prevent clogging and ensure smooth operation. Replace damaged or worn parts immediately to prevent further damage to the machine.

Lubricate all moving parts, including the pivots, bearings, and drive components, at least once a day. Use the manufacturer-recommended grease to minimize friction and avoid premature wear.

Verify that the belts are properly tensioned and in good condition. Adjust belt tension as needed to maintain proper operation. Replace belts that show signs of cracking, fraying, or other damage to prevent breakdowns in the field.

Inspect the hydraulic system for leaks and ensure all hoses are securely fastened. Change the hydraulic fluid every 500 hours to maintain system efficiency and prevent overheating or failure.

Check tire pressure regularly. Proper tire inflation ensures optimal weight distribution and reduces the risk of tire damage during operation.

Periodically inspect the PTO shaft and its connections. Tighten any loose fittings and ensure the shaft is free of damage or rust. Lubricate the PTO joints to avoid friction-related damage.

Regularly clean the machine, especially the undercarriage and frame, to prevent dirt and debris buildup. This reduces stress on components and improves airflow to the engine.

Ensure that the safety guards and shields are in place and intact. Replace any broken or damaged guards immediately to prevent injury and maintain the machine’s safety standards.

Schedule professional maintenance checks at regular intervals. Technicians can identify potential issues before they escalate, increasing the machine’s lifespan and reliability.