310SE John Deere Backhoe Specifications and Features

The 310SE John Deere backhoe is built for performance and reliability, delivering solid capabilities across various job sites. Equipped with a robust engine, it provides ample horsepower for demanding tasks, ensuring smooth operation even under heavy workloads. The machine’s hydraulic system is designed to handle complex digging and lifting tasks, offering exceptional power and precision.

With a comfortable and user-friendly operator station, the 310SE promotes efficient operation with minimal downtime. The controls are intuitive, allowing operators to focus on the task at hand. The backhoe’s design allows for optimal maneuverability, even in tight spaces, while maintaining stability. This ensures greater productivity in confined areas and on challenging terrain.

For those requiring a durable and powerful machine, the 310SE John Deere backhoe delivers top-tier performance across construction, excavation, and material handling jobs. With a reliable structure and advanced hydraulic capabilities, it proves to be an essential tool for contractors seeking a versatile and durable piece of equipment.

310SE John Deere Backhoe Specifications

The 310SE backhoe is built for heavy-duty tasks, featuring a 92-horsepower engine that provides a reliable power source for both digging and lifting operations. The unit is equipped with a 4-cylinder turbocharged diesel engine, ensuring consistent performance across various work conditions. With a maximum digging depth of 14 feet, the 310SE excels in excavation and trenching jobs.

The front loader can lift a maximum of 3,500 pounds, making it ideal for material handling. The hydraulic system is designed to offer superior lifting and digging forces, with the boom reaching up to 14 feet for deep trenching and the dipperstick allowing for extended reach in tight spaces.

The 310SE’s operating weight is approximately 15,500 pounds, ensuring a stable and balanced operation, even in challenging environments. Its fuel tank capacity of 24 gallons ensures longer working hours without frequent refueling.

For maneuverability, the backhoe is equipped with a 4-wheel drive system, improving traction on rough or uneven terrain. It also includes a Powershift transmission, providing smooth shifts and allowing for faster cycle times. The machine’s serviceability is enhanced by easy access to key components, reducing downtime during maintenance.

Engine Performance and Power Output

The engine in the 310SE John Deere backhoe delivers robust power, featuring a 4.5L turbocharged diesel engine. With an output of approximately 92 horsepower, it provides optimal power for demanding tasks in construction and excavation. The engine’s efficiency is enhanced by the advanced fuel injection system, ensuring consistent performance even under heavy load conditions.

For operators, this power translates into improved digging and lifting capabilities. The 310SE can easily handle a variety of attachments and materials, making it suitable for a wide range of job sites. Its engine also offers excellent fuel efficiency, balancing power with operational cost-effectiveness.

The transmission is designed to efficiently transfer power, providing smooth operation across varying terrain. Operators can rely on the engine’s torque for both high-speed travel and powerful digging, maintaining productivity even in challenging environments.

Hydraulic System and Digging Capabilities

The hydraulic system in the 310SE John Deere backhoe ensures high performance during digging tasks. The system is powered by a high-capacity hydraulic pump capable of delivering ample force to the boom, dipper, and bucket. The pump operates with impressive efficiency, providing quick cycle times and consistent power output, allowing for smooth, uninterrupted digging operations.

The digging depth of the machine reaches a maximum of 14 feet 9 inches (4.5 meters), which allows for deep trenching and precise digging in various soil conditions. Combined with the powerful hydraulic cylinders, the backhoe can handle tough materials with ease, ensuring that projects are completed efficiently.

The bucket breakout force is rated at 7,500 pounds, enabling the backhoe to easily break through compact soil and tough materials. This strength is complemented by a well-balanced design that maximizes digging performance while maintaining stability during operations.

The hydraulic system also features load-sensing technology, which automatically adjusts pressure levels depending on the load, ensuring optimal power is applied only when necessary. This reduces fuel consumption and enhances operational efficiency.

When combined with the machine’s digging capabilities, the hydraulic system makes the 310SE John Deere backhoe a versatile tool for a wide range of excavation tasks, from utility work to landscaping and more demanding applications.

Dimensions and Operational Maneuverability

The 310SE John Deere backhoe is engineered for compact maneuverability and optimal dimensions suited for a variety of worksite tasks. With an overall length of 22.5 feet (6.86 meters), the backhoe offers a balance between stability and mobility, allowing for tight turns in limited spaces.

Key specifications for maneuverability include:

• Width: 7.5 feet (2.29 meters), ensuring access to narrow workspaces without compromising stability.
• Height: 10.5 feet (3.20 meters) for clearance over obstacles while maintaining a low center of gravity.
• Wheelbase: 7.8 feet (2.38 meters) to optimize turning radius, enhancing performance in confined environments.
• Ground Clearance: 12.2 inches (31 cm) providing ample protection for undercarriage components while navigating rough terrain.

The backhoe’s turning radius of 17.2 feet (5.24 meters) facilitates quick direction changes, making it ideal for tasks requiring frequent repositioning. The machine’s articulated frame design improves maneuverability in tight areas such as urban construction sites or landscaping projects.

For superior operational efficiency, the 310SE is equipped with advanced hydraulic steering systems that reduce the effort needed to make tight turns, which is particularly valuable during extended work hours.

When considering lifting and digging operations, the combination of compact dimensions and agile design allows for smooth transitions between tasks, improving productivity on the job site.