2013 John Deere S670 Combine Harvester Specifications and Features

The 2013 John Deere S670 is built for high efficiency in the field, offering impressive power and reliability. With its 9.0L engine, the combine produces 375 horsepower, making it a solid choice for large-scale harvesting operations. The power is delivered through a robust drivetrain, ensuring consistent performance even in challenging conditions.

The S670 features a 12-row corn header and an advanced chopper system that ensures clean crop residue management. The 400-bushel grain tank reduces downtime, while the patented Active Yield system provides accurate grain moisture readings for precise harvesting decisions. These features are key for maximizing output and reducing waste.

Designed for operator comfort, the cab is spacious and well-equipped with a CommandCenter display. This allows for easy monitoring of machine parameters, helping the operator to make adjustments on the go. The advanced diagnostics and real-time data provided by the system keep performance at its peak throughout the harvest season.

With a maximum unloading rate of 3.3 bushels per second, the S670 ensures efficient grain handling without slowing down the operation. These specifications make the 2013 John Deere S670 an excellent choice for farmers looking to improve their productivity during harvest time.

2013 John Deere S670 Specs

The 2013 John Deere S670 is equipped with a 9.0L engine, delivering 340 horsepower. This combines power with fuel efficiency, ensuring reliable performance across large-scale harvesting operations. Its grain tank has a 300-bushel capacity, allowing for longer work intervals before unloading is required.

The combine is designed with a hydrostatic drive system, offering smooth transitions between forward and reverse movements. The 2013 model features a 35-foot unloading auger that provides an efficient flow rate, minimizing downtime during harvesting. It also comes with a 120-inch wheelbase, enhancing its stability in the field.

With a threshing system designed for high throughput, the S670 utilizes a twin rotor configuration, providing effective grain separation and improved quality. This setup is paired with the Advanced AutoTrac system for precision steering and monitoring, reducing operator fatigue and enhancing overall productivity.

The machine has a 22-inch rear tire and an adjustable clearance of up to 28 inches, making it versatile for different crop types and field conditions. Its adjustable rotor speed ranges from 200 to 1,000 rpm, allowing the operator to tailor the settings to specific conditions.

The S670 also features a comfortable cab with an intuitive display, providing easy access to critical machine information. With a 3,000-hour engine life expectancy and high durability, it is built to withstand the demands of a full harvesting season without compromising performance.

Engine Specifications and Power Output of the 2013 John Deere S670

The 2013 John Deere S670 is powered by a 9.0L PowerTech™ PSX 6-cylinder engine, delivering a reliable and consistent output of 370 horsepower. This engine is designed to provide high torque at low RPM, optimizing fuel efficiency while ensuring peak performance during harvesting operations. The high torque helps in maintaining speed and efficiency even under heavy load conditions.

Equipped with a variable-speed fan and a turbocharged air-to-air aftercooler, the engine supports optimal cooling and air intake, even in extreme conditions. The combination of these features ensures that the engine operates at its peak capacity with minimal downtime for maintenance.

For fuel efficiency, the S670 features a high-pressure common rail fuel system. This system optimizes fuel combustion, contributing to reduced emissions and a more economical operation, making the S670 a solid choice for long hours of fieldwork.

The engine’s design also incorporates a robust air filtration system, which minimizes the entry of dust and debris, extending the lifespan of engine components. The air intake system works in tandem with the engine’s cooling system, providing a constant flow of clean, cool air, which enhances the machine’s durability and overall performance in tough environments.

Operational Capacity and Performance Features of the 2013 John Deere S670

The 2013 John Deere S670 combines robust performance with impressive operational capacity to ensure optimal harvesting efficiency. Equipped with a 9.0L, 6-cylinder engine, it delivers a power output of 375 horsepower. This engine is paired with a variable-speed fan and a high-capacity cooling system, optimizing fuel efficiency during extended operations.

With a maximum unload rate of 2.3 bushels per second, the S670 is designed to handle large-scale harvesting tasks. Its 300-bushel grain tank allows for extended operation before unloading is required. The large capacity ensures fewer stops, improving field productivity.

The combine’s self-leveling cleaning system adapts to varying field conditions, maintaining consistent grain quality. Additionally, the 4WD configuration provides superior traction, reducing soil compaction and enabling efficient performance across different terrains.

Performance is enhanced by the Active Yield system, which continuously monitors and adjusts for precise yield measurements. This feature is invaluable in optimizing the harvesting process and improving overall output accuracy.

The S670’s high-efficiency threshing system, combined with a large cleaning shoe, delivers high-quality separation and cleaning. The system minimizes grain loss and maximizes throughput, ensuring the best possible harvest in varying conditions.

Maintenance Requirements and Service Considerations for the 2013 John Deere S670

Regular maintenance is key to ensuring the longevity and efficiency of the 2013 John Deere S670 combine. Here’s a breakdown of the key service aspects you should follow:

• Engine Oil and Filters: Change the engine oil every 100 hours of operation or at least once per season. Replace the oil filters during each oil change to maintain engine performance and avoid contaminants.
• Air Filters: Inspect and clean the air filters every 50 hours of operation. Replace them when damaged or excessively clogged to ensure optimal engine performance.
• Fuel System: Check the fuel filters after every 250 hours. Replace the primary filter at least once every season to avoid fuel system failures.
• Cooling System: Regularly clean the radiator and cooling fins to prevent overheating. Check the coolant levels and top up as needed to maintain proper temperature control during operation.
• Hydraulic System: Monitor hydraulic oil levels and condition. Replace hydraulic oil filters every 500 hours of operation and top up the hydraulic fluid as required.
• Belts and Chains: Inspect belts and chains for wear and adjust tension as needed. Replace worn or damaged belts immediately to prevent equipment breakdown.
• Grain Bin and Auger: Clean the grain bin and auger system thoroughly at the end of the harvest season to avoid the buildup of residue that can interfere with the next operation.
• Threshing and Separating System: Periodically check the threshing elements and separator components for wear. Replace worn parts promptly to avoid operational inefficiency and crop damage.
• Transmission and Axles: Inspect the transmission and axle components for any signs of wear or leakage. Regularly grease all moving parts to ensure smooth operation.

Proper storage at the end of the season is also critical. Clean and store the S670 in a dry location to prevent rust and damage from the elements. If the combine is to be idle for an extended period, it’s recommended to add fuel stabilizer to the fuel tank to avoid fuel degradation.