Case 580SLE 4WD RC, 1998 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)	305-914
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)	64@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	4WD
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)	7530
Model	580SLE 4WD RC

Introduction

The Case 580SLE 4WD RC is a backhoe loader designed with powerful features to accomplish tasks in different scenarios including excavation, construction, landscaping, mining, agriculture, and other operations. It’s equipped with a SideShift or CenterMount and has a standard 4-wheel drive. In this article, we will analyze its features and specifications, both the advantages and disadvantages, and provide real-world examples where applicable.

SideShift or CenterMount (SS)

The SideShift or CenterMount is an excavator attachment that enables the movement of the backhoe from side to side or centrality while still in a fixed position. The SS provides the operator with greater flexibility when working in confined spaces. For example, when digging a trench, the SS allows the operator to dig along a wall or corner of a building without moving the machine as a whole.

Advantages of SS:

Increased flexibility when working in confined spaces.

Easier to reach difficult areas without moving the entire machine.

Disadvantages of SS:

Not applicable for all scenarios

SS can increase maintenance costs, as it adds another mechanical component to the machine.

Sae Dig Depth (mm)

The SAE Dig Depth measures the depth at which the backhoe can dig to reach a given level. The Case 580SLE 4WD RC is capable of 4390 mm, which is relatively deep and ideal for most excavation tasks.

Advantages of SAE Dig Depth:

The machine can reach deeper depths compared to other backhoes.

It can handle most excavation tasks with ease, reducing the need for additional equipment.

Disadvantages of SAE Dig Depth:

Excessive digging depth may result in complications when handling loadout and transport of materials.

The additional depth can increase the likelihood of accidents and injuries due to unstable soil or trench collapses.

Reach @ Ground Level (mm)

This specification measures the maximum horizontal distance that the backhoe can reach at ground level. The Case 580SLE 4WD RC has a Reach @ Ground Level of 5850 mm, making it suitable for reaching points that may be impossible for other machines to reach.

Advantages of Reach @ Ground Level:

The machine can reach more extensive distances, making it suitable for tasks that require excavation in hard-to-reach areas.

Higher ground reach equates to greater overall flexibility

Disadvantages of Reach @ Ground Level:

Heavy loads at the outer edge of the machine’s reach can reduce stability and increase the potential for tipping.

The operator must take extra care while using the machine to avoid accidents or damage to the machine and surroundings.

Loading Height (mm)

This specification measures the height at which the machine can load material into the bucket. The Case 580SLE 4WD RC has a Loading Height of 3390 mm, which is suitable for loading material onto trucks or other elevated platforms easily.

Advantages of Loading Height:

The higher loading height enables the machine to load materials onto trucks easily, reducing the need for additional equipment.

The height provides the operator with a clear view while loading, reducing the likelihood of accidents and damage.

Disadvantages of Loading Height:

The higher loading height can be challenging for the operator to control the machine, especially if the materials being loaded are heavy and unstable.

The high loading position can reduce stability and increase the potential for tipping when carrying a loaded bucket.

Bucket Width, Min-Max (mm)

This specification describes the range of bucket widths that can be fitted to the machine. The Case 580SLE 4WD RC has a range of 305-914 mm, making it suitable for handling materials of varying sizes.

Advantages of Bucket Width:

The range of bucket widths enables the machine to handle materials of different sizes, reducing the need for additional equipment.

The versatility helps operators complete tasks more efficiently since they can swap between different bucket sizes to suit specific worksites.

Disadvantages of Bucket Width:

The range of bucket widths may limit the load capacity of the machine, reducing the efficiency when handling large volumes of materials.

The operator may need to change the bucket frequently, adding time to the work process.

Bucket Breakout (kgf)

This specification measures the bucket’s force required to dig into a given material. The Case 580SLE 4WD RC has a bucket breakout of 5955 kgf, which is relatively high and suitable for most excavation tasks.

Advantages of Bucket Breakout:

The high bucket breakout enables the machine to dig into difficult materials easily, such as compacted soil or rock.

The power of the bucket reduces the need for additional equipment, saving time and effort.

Disadvantages of Bucket Breakout:

The high breakout force can be challenging for the operator to control the machine when dealing with unstable materials.

Excessive force could be counterproductive when digging materials that require delicate excavation, such as damaged pipes, cables, or tree roots.

Dipper Breakout (kgf)

This specification measures the digging force required by the machine’s dipper to break through a given material. The Case 580SLE 4WD RC has a Dipper Breakout of 3730 kgf, which is ideal for most excavating operations.

Advantages of Dipper Breakout:

The high dipper breakout enables the machine to break through hard materials like compacted soil and rock more easily, reducing the need for additional equipment.

Higher dipper forces allow for quick movement of materials, thus increasing efficiency.

Disadvantages of Dipper Breakout:

The high dipper breakout might reduce the operator’s control of the machine when dealing with fragile materials.

If not careful, excessive force can damage pipes, cables, tree roots, or other delicate materials.

Slew System

The Slew System is the internal mechanism that controls the movement of the loader’s arm. The Case 580SLE 4WD RC has a twin-ram slew system.

Advantages of Slew System:

The twin-ram system is relatively more robust and more resilient to failure compared to other systems.

The system enables the machine to cover more ground and achieve a wide range of motion, enhancing overall maneuverability.

Disadvantages of Slew System:

Twin ram systems require more maintenance, which can be costly and add extra downtime to the machine’s operation.

The twin-ram system may exhibit reduced limberness in its movements than other solutions, reducing overall flexibility.

Loader Bucket Capacity (m3)

The Loader Bucket Capacity measures the maximum volume of materials that the machine can carry. The Case 580SLE 4WD RC has a Loader Bucket Capacity of 1m3, which is ideal for handling most heavy-loading occasions.

Advantages of Loader Bucket Capacity:

The high loader bucket capacity reduces the need for additional equipment, reducing the cost of purchasing and maintaining extra equipment.

The increased loading volume allows the operator to complete tasks more efficiently, increasing productivity.

Disadvantages of Loader Bucket Capacity:

The higher load capacity can reduce the stability of the machine, increasing