John Deere 130G Specifications and Key Features

The John Deere 130G delivers impressive power and versatility for a variety of construction tasks. Equipped with a 4.5L 4-cylinder engine, this machine provides a strong balance between fuel efficiency and operational output. With a gross horsepower of 92 horsepower and a maximum operating weight of 13,300 kg, it is designed to handle demanding excavation and lifting projects with ease.

The hydraulic system of the 130G is built to support powerful digging and lifting capabilities, with a flow rate of 169 L/min that enhances machine performance. The durable boom and arm assembly are optimized for high lifting capacity, contributing to the machine’s exceptional lifting height and reach, crucial for precision excavation work.

Operator comfort is prioritized in the 130G with a spacious, ergonomic cab that reduces operator fatigue during long hours of operation. The machine’s advanced joystick controls allow for smooth, precise movements, making it easier to handle intricate tasks and tight spaces.

John Deere 130G Specifications

The John Deere 130G is designed for precision and power, built to handle demanding tasks with ease. Equipped with a 74.3 hp (55.4 kW) engine, it provides the muscle needed for heavy-duty operations. With a maximum digging depth of 14 feet 4 inches (4.37 m) and a reach of 23 feet 5 inches (7.14 m), it excels in tight spaces and challenging terrains.

The hydraulic system delivers a flow rate of 51.6 gpm (195 l/min), ensuring fast cycle times and efficient use of attachments. The machine’s operating weight of 28,400 lbs (12,886 kg) gives it stability during use while maintaining maneuverability in varied conditions. The John Deere 130G boasts an arm force of 14,150 lbf (62.9 kN), capable of tackling tough materials with confidence.

With a fuel tank capacity of 74.4 gallons (282 L), it ensures long working hours between refuels. The undercarriage has a 23.5-inch (600 mm) track, enhancing traction and minimizing ground pressure, making it ideal for soft or unstable surfaces.

The machine’s operator station is equipped with intuitive controls and excellent visibility. The adjustable seat and climate control system improve operator comfort, increasing productivity over long hours.

Engine Performance and Power Output of the John Deere 130G

The John Deere 130G delivers impressive power, ideal for demanding tasks. Equipped with a robust engine, it offers a rated power output of 92 kW (123 hp) at 2,000 rpm. This ensures strong performance in various operational conditions.

With its 4.5L, 4-cylinder engine, the 130G provides a solid balance between power and fuel efficiency. Its design helps maximize torque and reduce fuel consumption, making it reliable for extended working hours. Whether in construction or landscaping, this engine’s power helps maintain productivity without sacrificing durability.

Additionally, the hydraulic system is paired with the engine to enhance lifting capabilities. It provides an optimized fuel-to-power ratio, helping operators get the job done without unnecessary fuel consumption. This balance of power and efficiency increases machine longevity while keeping operating costs manageable.

For operations requiring quick response times and power, the engine’s performance is smooth and predictable. The engine is tuned to ensure that the 130G performs well under various load conditions, maintaining efficiency even in tough environments.

Hydraulic System Features and Capabilities in the John Deere 130G

The John Deere 130G features a highly reliable hydraulic system, designed to enhance productivity and performance. The hydraulic system utilizes a powerful pump that ensures smooth operation, even under heavy loads. With a maximum flow rate of 121 liters per minute, this system is equipped to handle various attachment demands without strain.

One of the key features is the variable displacement piston pump, which adjusts flow based on the machine’s needs. This allows for precise control over the hydraulic functions, optimizing fuel consumption while maintaining consistent power output. The system’s efficiency is further supported by the auto-idle feature, which reduces engine speed during low-demand operations, conserving energy when full power isn’t required.

The John Deere 130G also includes a load-sensing hydraulic system, which adapts the pressure according to the work conditions. This reduces stress on the components and enhances the overall longevity of the system. The advanced filtration system ensures that contaminants are kept at bay, maintaining fluid cleanliness and preventing costly maintenance issues.

Operators can benefit from the system’s responsive controls, which allow for smooth transitions between functions like boom, arm, and bucket operations. The design of the hydraulic components contributes to reduced maintenance intervals, making the John Deere 130G a dependable choice for long-term use in demanding environments.

Dimensions and Weight Considerations for Optimal Performance of the John Deere 130G

The John Deere 130G’s dimensions and weight are key factors influencing its performance and efficiency in various applications. When selecting this machine for specific tasks, pay close attention to these specifications to ensure the equipment operates at its best.

• Operating Weight: 13,750 kg – This weight provides the necessary stability for lifting and digging while minimizing machine bounce during operation. It is essential to match the machine’s weight with the job requirements for optimal performance.
• Length with Boom: 8,410 mm – This dimension ensures sufficient reach and maneuverability when operating in tight spaces, such as construction sites with limited space.
• Width: 2,550 mm – The width contributes to the machine’s ability to navigate narrow paths while maintaining balance. Consider the work environment’s space constraints before operating in tight areas.
• Height (with cab): 3,315 mm – This height is an important factor when considering clearance in overhead structures like bridges or low-hanging power lines.
• Tail Swing Radius: 2,570 mm – The tail swing radius directly affects the machine’s ability to operate in confined spaces. It’s crucial for safety and efficiency in areas where obstacles are present.

Always ensure that the machine’s weight distribution is considered when lifting heavy materials. Uneven distribution can cause instability, reducing the operational capacity and safety of the 130G.