John Deere 410C, 1991 Technical Specifications

John Deere 410C, 1991 Technical Specifications

The John Deere 410C, a backhoe loader model, was introduced in 1991. This model was ideal for excavation, earthmoving, and construction tasks. The 410C was designed to be versatile, reliable, and efficient in completing its tasks by combining the capabilities of a wheel loader and excavator. The purpose of this article is to analyze and discuss the advantages and disadvantages of the relevant features and specifications of the John Deere 410C and incorporate real-world examples that illustrate the practical applications of these features and specifications.

SideShift or CenterMount

The John Deere 410C comes with a CenterMount (CM) feature that enhances stability and efficiency. This feature allows for better visibility and accuracy in digging and positioning the backhoe with precise movements. It removes the need for stabilizers, which means the machine can easily be moved from one job site to another, making it an ideal option for contractors who need to move from one location to another frequently. On the other hand, the SideShift feature has more mobility and flexibility in tight spaces, which makes it a better choice for indoor construction sites. It also allows the operator to dig deeper and achieve a greater digging angle than the CenterMount. The SideShift feature can be a hindrance in rough terrains and uneven surfaces, as it may cause soil displacement and accidents.

SAE dig depth (mm)

One of the most critical features of the John Deere 410C is its SAE dig depth of 4670mm. The SAE dig depth is the distance between the ground level and the deepest point where the machine can dig in a vertical position. This depth is important for construction projects that require deeper excavations, such as pipelines and basement construction. A deeper dig depth means a lower probability of encountering unexpected obstacles underground, which can cause delays and safety issues. However, the increased depth also brings about the risk of instability, and the operator should be careful not to exceed the recommended operating depth to avoid accidents.

Reach @ ground level (mm)

The John Deere 410C has a reach of 5610mm @ ground level. This is the distance between the bucket’s pivot pin and the surface level below the machine’s wheels. This feature is vital for accessing areas that are hard to reach or for excavation projects that require the operator to dig below the machine’s wheels, such as trench digging and foundation construction. A greater reach also means that the operator can work from a safe distance and avoid obstacles while working. However, a greater reach can cause instability, and the operator should be careful not to exceed the machine’s limits to avoid tipping over.

Loading height (mm)

The loading height of the John Deere 410C is 3610mm. This feature is crucial for loading trucks and transporting materials to different job sites. The loading height should also be taken into consideration when selecting a dump truck as it should align with the machine’s loading height. A higher loading height allows for loading of larger trucks and efficient material transportation, but it can cause stability issues and the operator should avoid exceeding the recommended limits.

Bucket width, min-max (mm)

The John Deere 410C’s bucket width ranges between 305mm to 914mm. This feature allows the operator to adjust the bucket width to suit the excavation project’s requirements. A wider bucket width allows for faster excavation, reduces cycle time, and increases productivity. A narrow bucket width, on the other hand, allows the operator to access tight spaces and reduce soil displacement. However, the operator should be careful not to exceed the recommended loading capacity to avoid tipping over and accidents.

Bucket breakout (kgf) and Dipper breakout (kgf)

The John Deere 410C has a bucket breakout force of 5310kgf and a dipper breakout force of 2860kgf. These features are vital for breaking through hard soils and rocky terrains. The greater the breakout force, the easier it is for the machine to break through hard soils and rocky terrains. These features are important for excavation projects that require the machine to work with tough terrains. A greater breakout force means less time spent excavating, increased productivity and efficiency. However, exceeding the recommended breakout force can cause machine damage and accidents.

Slew System

The John Deere 410C’s Slew System employs a cylinder. A cylinder is a hydraulic component that changes linear motion into rotary motion; thus, it helps to rotate the backhoe easily. The cylinder allows the machine to undertake a 180-degree swing, which is ideal for projects that require digging trenches, drainage ditches, and pipeline laying activities. A slower slew speed allows for greater accuracy and precise movements, while a faster slew speed provides greater movement in less time. However, the operator should be keen not to exceed the recommended slew speed to avoid accidents and machine damage.

Loader Bucket Capacity (m3)

The John Deere 410C has a loader bucket capacity of 1m3. This feature is vital for loading and unloading materials from trucks. The greater the bucket capacity, the less time it takes to load and unload a truck, thereby increasing productivity and efficiency. The loader bucket capacity is also important when transporting materials across long distances. A greater capacity means that fewer trips are needed, reducing fuel costs and improving equipment performance.

Dump height (mm) Bucket width (mm) Bucket breakout (kgf)

The John Deere 410C has a dump height of 2740mm, a bucket width of 2340mm, and a bucket breakout force of 3992kgf. These features are essential for loading and unloading materials into trucks or other equipment. The higher the dump height, the greater the efficiency of loading trucks and quicker operation. A larger bucket width allows for quicker loading and reduced cycle time. A greater breakout force allows the operator to excavate and load heavier and denser materials. However, the operator should be careful when loading materials not to exceed the recommended loading capacity, as this can lead to accidents and machine damage.

Engine Make & Model, Engine power (kW@rpm), Engine displacement (lit) and Number of cylinders

The John Deere 410C is powered by a JD 4-276D engine, which produces 56 kW of power at 2200 RPM. The size of the engine’s displacement is not indicated, but the machine has an unspecified number of cylinders. This engine offers excellent fuel efficiency, reliability, and performance, making it more cost-effective for contractors and operators. A more powerful engine means that the machine can work longer hours, reducing downtime and increasing productivity. However, a more powerful engine also means higher fuel consumption and increased noise levels, which can affect the operator’s safety and comfort.

Pump type and Pump flow (lit/min)

The John Deere 410C’s pump type is a CCRP, and its pump flow capacity is 133 liters per minute. The pump is responsible for transferring hydraulic fluids inside the machine and powering the machine’s movements. A greater pump flow means less time spent on digging, moving, and excavating materials, increasing productivity and efficiency. This feature is important when selecting a machine for excavation or earthmoving projects.