Case 580SLE 2WD RC, 1999 Technical Specifications
SideShift or CenterMount | SS |
SAE dig depth (mm) | 4390 |
Reach @ ground level (mm) | 5850 |
Loading height (mm) | 3390 |
Bucket width, min-max (mm) | 300-900 |
Bucket breakout (kgf) | 5955 |
Dipper breakout (kgf) | 3730 |
Slew System | Twin ram |
Loader Bucket Capacity (m3) | 1 |
Dump height (mm) | 2960 |
Bucket width (mm) | 2360 |
Bucket breakout (kgf) | 4195 |
Engine Make & Model | Case4T-390 |
Engine power (kW@rpm) | 68@2200 |
Engine displacement (lit) | 3.9 |
Number of cylinders | 4 |
Pump type | Gear |
Pump flow (lit/min) | 140 |
Relief valve pressure (bar) | 210 |
Transmission type | P’Shuttle, TC |
Drive | 2WD |
Speeds, FR | 44 |
Maximum speed (km/h) | 34.5 |
Ride control (Std/Opt/NA) | — |
Travel length (mm) | 5640 |
Travel height (mm) | 3340 |
Width (mm) | 2360 |
Turn circle radius without brakes (mm) | 10400 |
Operating weight (kg) | 7070 |
Model | 580SLE 2WD RC |
Introduction
The Case 580SLE 2WD RC is a backhoe loader that was manufactured in 1999. This machine has many features that are specifically designed to be utilized in construction work. This comprehensive analysis will take a closer look at the advantages and disadvantages of the features and specifications of this piece of equipment.
Advantages of the Case 580SLE 2WD RC
SideShift or CenterMount
The SideShift or CenterMount feature is an advantage of the Case 580SLE 2WD RC. This feature allows the operator to move the backhoe to the side or center of the machine. This makes it easier and more efficient to work in tight spaces where maneuverability is limited.
For example, if a construction worker needs to dig a trench next to a building or wall, the SideShift or CenterMount feature allows them to move the backhoe to the side of the machine, making it easier to access the work area without damaging the building or wall.
SAE Dig Depth and Reach at Ground Level
Another advantage of the Case 580SLE 2WD RC is its SAE Dig Depth and Reach at Ground Level. This feature allows the operator to extend the backhoe arm and bucket to reach further distances, making it easier to dig deeper holes or trenches. With a maximum SAE Dig Depth of 4390 mm and a maximum Reach at Ground Level of 5850 mm, this machine can cover a large area in a short amount of time.
This feature can be very useful in applications like digging foundations, where the excavation needs to be deep and wide enough to support the weight of the building. The Case 580SLE 2WD RC’s SAE Dig Depth and Reach at Ground Level make it easier and more efficient to perform this type of work.
Loader Bucket Capacity
The Loader Bucket Capacity of the Case 580SLE 2WD RC is one cubic meter. This is an advantage because it allows the operator to move large amounts of material quickly. This feature is particularly useful in applications like site preparation, where large amounts of dirt, gravel, or sand need to be moved from one location to another.
For example, if a construction worker needs to grade a large area of land, they can use the Loader Bucket Capacity of the Case 580SLE 2WD RC to move dirt from high spots to low spots or vice versa, making it easier to level the area.
Transmission Type
The Case 580SLE 2WD RC is equipped with a P’Shuttle, TC transmission type. This type of transmission provides smooth shifting and does not require the operator to stop the machine to change gears. This feature is an advantage because it allows the operator to keep the machine moving without losing momentum or stopping work.
This feature is particularly useful in applications like road construction, where the machine needs to move quickly and keep up with the pace of the work. The transmission type of the Case 580SLE 2WD RC allows the operator to keep the machine moving smoothly, making it easier and more efficient to complete the work.
Disadvantages of the Case 580SLE 2WD RC
Drive
The Case 580SLE 2WD RC is a 2WD machine. This can be a disadvantage in applications where the ground is soft or uneven. This machine may struggle to maintain traction in these conditions, making it more difficult to move or operate.
For example, if a construction worker needs to dig a trench in soft soil, the 2WD drive of the Case 580SLE 2WD RC may cause the machine to slip or get stuck, making it more difficult to complete the work.
Ride Control
The Case 580SLE 2WD RC does not come standard with Ride Control. This feature can be an advantage for machines that are frequently used on rough terrain or uneven surfaces. Ride Control can help reduce operator fatigue by reducing the amount of shock and vibration that is transmitted to the cab.
Without Ride Control, the operator may experience more fatigue and discomfort over long periods of operation. This can be a disadvantage in applications where the machine needs to be operated for extended periods of time.
Turn Circle Radius Without Brakes
The Turn Circle Radius Without Brakes of the Case 580SLE 2WD RC is 10,400 mm. This can be a disadvantage in applications where the machine needs to maneuver in tight spaces. This machine may struggle to make sharp turns or fit into narrow areas, making it more difficult to complete the work.
For example, if a construction worker needs to maneuver the machine in a busy construction site, the Turn Circle Radius Without Brakes of the Case 580SLE 2WD RC may make it difficult to maneuver through narrow passages or make sharp turns, causing the work to take longer than anticipated.
Overall Assessment
The Case 580SLE 2WD RC has a number of advantages and disadvantages. Its SideShift or CenterMount feature, SAE Dig Depth and Reach at Ground Level, Loader Bucket Capacity, and transmission type are all advantages that make this machine easier and more efficient to operate in many construction applications.
However, its 2WD Drive, lack of Ride Control, and Turn Circle Radius Without Brakes are all disadvantages that can make this machine more difficult to operate and less efficient in some applications.
Overall, the Case 580SLE 2WD RC is a good machine for many construction applications, but operators should be aware of its limitations and choose the appropriate machine for each job to maximize productivity and efficiency.