2017 John Deere 310SL Specifications and Key Features

The 2017 John Deere 310SL backhoe loader is built to provide reliable performance in heavy-duty applications. With a 4.5L 4-cylinder engine, it offers impressive power while maintaining fuel efficiency. The engine generates up to 100 horsepower, making it suitable for a range of tasks from digging to material handling.

Its hydraulic system is designed to maximize lifting capabilities, with a loader lift capacity of 3,476 kg and a digging depth of 4.4 meters. These figures make the 310SL an excellent choice for both construction and landscaping projects.

The backhoe features a 4-wheel drive system for enhanced traction, even in tough conditions. Its automatic transmission improves control and simplifies operation, ensuring smooth transitions when changing speeds.

When considering the 2017 John Deere 310SL, the high-performance hydraulics and the well-balanced structure contribute to its stability and lifting efficiency, making it ideal for various job sites. The durable construction and versatile capabilities ensure long-lasting operation in demanding environments.

2017 John Deere 310SL Specifications

The 2017 John Deere 310SL is a versatile machine, designed to excel in various construction and excavation tasks. Equipped with a 4.5L PowerTech™ PVS engine, it offers 104 horsepower (77 kW), ensuring reliable performance in demanding environments. The engine is matched with a powershift transmission, providing smooth gear changes and enhanced efficiency.

The backhoe features a digging depth of 14 feet 3 inches (4.34 meters) and a reach of 20 feet 3 inches (6.17 meters). This allows for improved productivity and precision during trenching and digging operations. With a 1.28 cubic yard (0.98 m³) loader bucket capacity, the 310SL handles loading and lifting tasks with ease, making it an excellent choice for a wide range of applications.

The hydraulic system delivers up to 25.2 gallons per minute (95.5 liters per minute) at a pressure of 3,000 psi, ensuring high lifting and digging forces. The enhanced boom and dipper design offer increased strength, while the adjustable stabilizers provide stability on uneven terrain.

With a transport weight of 17,100 pounds (7,750 kg) and an operating weight of approximately 18,500 pounds (8,400 kg), the 310SL offers a balance between power and maneuverability. The well-designed hydraulic braking system ensures safe and efficient stopping power even on inclines.

For improved operator comfort, the 310SL comes with a spacious cab, excellent visibility, and user-friendly controls. The air-conditioning and heating system maintains a comfortable working environment, regardless of the weather conditions.

Engine Power and Performance Overview

The 2017 John Deere 310SL features a robust 4.5L 4-cylinder turbocharged engine, delivering 93 horsepower at 2200 RPM. This engine provides ample power for a range of heavy-duty tasks while maintaining fuel efficiency, ideal for both construction and agricultural applications.

The engine’s advanced cooling system ensures reliable operation, even during long hours of use in challenging environments. With a 4-speed power shift transmission, operators can experience smooth gear transitions for enhanced productivity and performance.

In terms of performance, the 310SL achieves a maximum torque of 375 lb-ft, offering strong pulling power. The engine’s design minimizes fuel consumption without compromising on power output, making it a reliable choice for both short and long-term projects.

For optimal engine performance, regular maintenance and use of high-quality fuel are recommended. These measures help maintain the engine’s efficiency and extend its operational life, ensuring it continues to perform at its best.

Hydraulic System Capacity and Functionality

The hydraulic system in the 2017 John Deere 310SL ensures reliable power delivery for demanding tasks. With a total hydraulic flow rate of 29.3 gallons per minute (110 liters per minute), this system provides the necessary force for smooth operation of the loader and backhoe functions.

For optimal performance, the 310SL is equipped with a gear-type hydraulic pump that supports high-pressure operations. The system operates at a maximum pressure of 3,000 psi (206.8 bar), allowing it to perform heavy lifting, digging, and other demanding operations without compromising power.

To enhance the machine’s functionality, the hydraulic fluid reservoir has a capacity of 19.8 gallons (75 liters), which ensures extended working hours without the need for frequent refills. The system’s design minimizes downtime, enabling operators to stay focused on their tasks for longer periods.

• Flow rate: 29.3 GPM (110 L/min)
• Maximum pressure: 3,000 psi (206.8 bar)
• Hydraulic reservoir capacity: 19.8 gallons (75 liters)

With its efficient hydraulic system, the 310SL can easily handle tough applications, including lifting heavy materials, digging trenches, and other high-demand tasks. The hydraulic functionality is finely tuned to ensure responsive and precise movements for a variety of attachments.

Dimensions and Weight Distribution for Optimal Operation

For optimal operation of the 2017 John Deere 310SL, it is critical to ensure proper weight distribution and understand its dimensions. The machine’s overall width of 82 inches (208 cm) ensures stability on various terrains, allowing for efficient load handling and easy maneuvering in tight spaces.

The wheelbase, measuring 81 inches (206 cm), provides a balanced distribution of weight between the front and rear axles. This configuration enhances the machine’s stability, especially during lifting and digging operations. It ensures that the front-end loader maintains a steady posture under load, preventing unnecessary tilting or instability.

Weight distribution is influenced by the operational load. The 310SL’s operating weight, around 15,800 lbs (7,165 kg), plays a significant role in its stability. The rear axle typically carries a larger proportion of the total weight, ensuring proper traction when handling heavy materials or working on inclined surfaces. Adjusting the bucket and loader arm position can help in maintaining an even load, preventing excessive stress on either axle.

Adjusting tire pressure according to load conditions can also optimize weight distribution. Correct tire inflation improves traction, decreases wear, and prevents overloading one side of the machine, ensuring smoother operation and extending machine lifespan.

Proper weight distribution not only enhances safety but also reduces fuel consumption, as the machine operates more efficiently when balanced correctly. Prioritizing even load distribution will improve the 310SL’s digging, lifting, and hauling capabilities, ensuring maximum performance throughout its operational life.