Detailed Technical Specifications and Performance Features of the John Deere 310SL Backhoe
The John Deere 310SL delivers 81 horsepower from its four-cylinder diesel engine, providing reliable power for a wide range of digging and loading tasks. Its backhoe reach extends up to 18 feet 9 inches, allowing for deep excavation and precise material handling in confined spaces.
Equipped with a hydraulic system capable of 23 gallons per minute flow rate, this machine offers smooth and responsive control for all boom and bucket movements. The loader features a lifting capacity of approximately 4,200 pounds at full height, making it well suited for heavy-duty loading and transport operations.
The 310SL weighs around 17,900 pounds, offering a solid balance between stability and maneuverability. Its compact design allows easy transport on trailers and efficient operation on job sites with limited room. This backhoe also features a spacious operator station with ergonomic controls, enhancing comfort and reducing fatigue during long shifts.
Detailed Specifications of John Deere 310SL Backhoe for Practical Use
The John Deere 310SL delivers a reliable performance with a 74.3 horsepower diesel engine, ensuring sufficient power for demanding tasks. Its operating weight stands at approximately 16,900 pounds, providing stability during excavation and loading.
Key dimensions support maneuverability and jobsite access:
- Overall length: 23.6 feet
- Width: 7.6 feet
- Height to top of cab: 10.5 feet
- Wheelbase: 8.1 feet
The digging capabilities suit a wide range of applications:
- Maximum digging depth: 14.5 feet
- Reach at ground level: 20 feet
- Loading height: 11.3 feet
- Bucket breakout force: 15,678 pounds
Hydraulic system specifications enable smooth control and versatility:
- Hydraulic flow rate: 22 gallons per minute
- Hydraulic pressure: 3,000 psi
Additional practical features include:
- 4-wheel drive for improved traction on uneven surfaces
- Power shuttle transmission with 4 forward and 4 reverse gears for efficient speed adjustments
- Operator comfort ensured by an ergonomic cab with adjustable seat and climate control options
These specifications position the 310SL as a solid choice for construction, landscaping, and agricultural work requiring reliable digging, lifting, and loading capacity.
Engine Performance and Fuel Capacity for John Deere 310SL Backhoe
The John Deere 310SL Backhoe features a 74.3 horsepower diesel engine delivering reliable power for demanding tasks. Its torque output supports efficient digging and lifting, maintaining steady performance under load. The engine’s design optimizes fuel injection and combustion, ensuring consistent operation with minimal downtime.
The fuel tank capacity stands at 26.4 gallons (100 liters), providing extended work periods between refills. This capacity suits prolonged jobsite use, reducing interruptions for refueling. Monitoring fuel levels regularly helps maintain optimal engine function and prevents unexpected shutdowns during critical operations.
Maintaining the engine within recommended operating ranges enhances longevity and performance. Regular oil changes and fuel filter replacements protect the engine from wear and contaminants. Using high-quality diesel fuel contributes to cleaner combustion and improved efficiency, supporting both power output and fuel economy.
Operators should take advantage of the engine’s power curve by matching work intensity to fuel consumption patterns, balancing performance with operational costs. Proper engine care combined with the generous fuel capacity makes the 310SL Backhoe a dependable asset for continuous work cycles.
Hydraulic System Pressure and Flow Rates in John Deere 310SL Backhoe
The hydraulic system in the John Deere 310SL delivers a maximum pressure of 3,000 psi, ensuring strong and reliable performance during heavy-duty tasks.
The main pump provides a flow rate of 18.5 gallons per minute (GPM), which supports smooth operation of the boom, dipper, and bucket functions.
This flow rate allows for precise control and quick cycle times, enhancing overall productivity on the job site.
The system includes a dedicated steering pump that operates at 9.5 GPM, maintaining responsive steering under load without sacrificing hydraulic power for digging operations.
Hydraulic oil capacity reaches 12 gallons, contributing to consistent pressure stability and efficient heat dissipation during extended use.
Maintaining hydraulic pressure at recommended levels ensures optimal force output and protects components from premature wear.
Regular inspection of flow rates and pressure gauges is advised to detect potential leaks or pump inefficiencies early, preventing downtime.
Operational Dimensions and Weight Limits for John Deere 310SL Backhoe
The John Deere 310SL backhoe measures 21 feet 6 inches in total length, allowing for maneuverability on tight job sites. Its width stands at 7 feet 4 inches, fitting through narrow access points without difficulty. The overall height reaches 11 feet 6 inches, including the cab, ensuring clearance under most overhead obstacles.
With an operating weight of approximately 16,000 pounds, this model balances power and transportability. The backhoe’s maximum digging depth reaches 14 feet 5 inches, enabling effective excavation across a range of applications. The reach at ground level extends up to 20 feet 5 inches, optimizing digging radius without repositioning the machine frequently.
The loader bucket capacity is 0.8 cubic yards, providing efficient material handling. The machine’s maximum lift height with the loader bucket is 11 feet 5 inches, supporting loading tasks with ease. The recommended maximum payload on the loader bucket is 3,300 pounds, maintaining stability during lifting operations.
Track width at 7 feet 4 inches contributes to stability on uneven terrain, while the turning radius of 15 feet allows for precise control in confined spaces. The backhoe’s transport height and width meet highway regulations, minimizing the need for special permits during relocation.
Adhering to these dimensions and weight limits ensures optimal performance and safety. Regularly verify machine setup against site requirements to maximize productivity and avoid operational setbacks.