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Case 580SL 2WD, 1998: Features and Technical Specifications

Case 580SL 2WD, 1998 Technical Specifications

SideShift or CenterMount CM
SAE dig depth (mm) 4390
Reach @ ground level (mm) 5510
Loading height (mm) 3400
Bucket width, min-max (mm) 305-914
Bucket breakout (kgf) 5839
Dipper breakout (kgf) 3658
Slew System Twin ram
Loader Bucket Capacity (m3) 0.77
Dump height (mm) 2720
Bucket width (mm) 2080
Bucket breakout (kgf) 4668
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) 214
Transmission type P’shuttle, TC
Drive 2WD
Speeds, FR 44
Maximum speed (km/h) 41.5
Ride control (Std/Opt/NA) —
Travel length (mm) 6830
Travel height (mm) 3300
Width (mm) 2180
Turn circle radius without brakes (mm) 7520
Operating weight (kg) 6449
Model 580SL 2WD

Case 580SL 2WD, 1998 Technical Specifications: Advantages and Disadvantages Analysis

Introduction

The Case 580SL 2WD, 1998 Technical Specifications show a machine designed for heavy-duty work, being able to handle different tasks such as digging, loading, and excavating. In this article, we will analyze the different features and specifications of the Case 580SL 2WD, highlighting its advantages and disadvantages.

SideShift or CenterMount

The Case 580SL 2WD has a CenterMount. This feature allows the operator to have better visibility and control over the load. The CenterMount also provides better stability and balance during operation, which is important when carrying heavy loads. However, the SideShift feature could be an advantage in certain circumstances, such as when working in tight spaces, where it may provide greater flexibility and maneuverability.

SAE dig depth

The SAE dig depth of the Case 580SL 2WD is 4390 mm. This is a relatively deep dig depth, which is advantageous when working on projects where deep excavation is required, such as building foundations, tunnels, and trenches. However, this deep digging capability can also be a disadvantage when working in areas with shallow soil layers or when working in areas with underground utilities, as the risk of damaging the infrastructure is increased.

Reach @ ground level

The reach at ground level for the Case 580SL 2WD is 5510 mm. This feature is advantageous when working on projects with wide excavation areas, as it allows the operator to reach further without having to adjust the machine’s position, reducing unnecessary wear and tear on the machine. However, this feature can be a disadvantage in tight or confined areas where a shorter reach would be more beneficial.

Loading height

The loading height of the Case 580SL 2WD is 3400 mm. This feature is advantageous when loading materials onto higher surfaces, such as dumping into a truck bed or loading onto a raised platform. However, it can be a disadvantage when loading materials onto a lower surface, such as loading materials onto a curb as the loading height can make it difficult to get close enough to the surface.

Bucket width, min-max

The bucket width for the Case 580SL 2WD ranges from 305-914 mm. The ability to adjust the bucket width is an advantage, as it allows the operator to match the width of the bucket to the project’s specifications. A wider bucket can be beneficial when excavating large areas, whereas a narrower bucket can be useful for precision excavation work. However, having to change the bucket width during operation can be a disadvantage, as it can cause downtime and slow down the project.

Bucket Breakout and Dipper Breakout

The bucket breakout for the Case 580SL 2WD is 5839 kgf, while the dipper breakout is 3658 kgf. These features are advantageous when working with heavy or compact materials, such as rocks or concrete, as it allows the machine to break up the material more efficiently. However, this high breakout power can also be a disadvantage when working with softer or more delicate materials, as it can cause damage to the material during excavation.

Slew System

The Case 580SL 2WD uses a twin ram slew system. This feature provides a smoother and more precise rotation of the machine’s arm, which is advantageous when working in tight or confined spaces. Additionally, the twin ram system provides better stability and precision, reducing the risk of accidents and damage to the machine. However, the twin ram system may be more expensive to maintain and repair than a simpler hydraulic system in the long run.

Loader Bucket Capacity and Dump Height

The loader bucket capacity for the Case 580SL 2WD is 0.77 m3, while the dump height is 2720 mm. These features are advantageous when working with materials that need to be moved quickly and efficiently, such as loading and unloading construction materials on a job site. Additionally, the dump height is high enough to clear most trucks, making it ideal for loading trucks or other raised surfaces. However, working with larger or heavier materials can be a disadvantage, as the loader bucket capacity may be too small for the task, leading to slower operation times.

Engine

The Case 580SL 2WD is powered by a Case 4T-390 engine with a power output of 64 kW at 2200 rpm, a displacement of 3.9 liters, and four cylinders. These specifications allow the engine to provide enough power to operate the machine’s hydraulic systems and provide enough force to dig, load, and excavate heavy materials. However, the engine’s power and fuel consumption may be a disadvantage when working on smaller projects where a smaller engine could be sufficient, leading to higher operating costs.

Pump Type, Pump Flow, and Relief Valve Pressure

The Case 580SL 2WD uses a gear pump type with a flow rate of 140 liters per minute and a relief valve pressure of 214 bar. These specifications allow the machine to operate at a high flow rate, providing enough force to operate the hydraulic systems, dig, load, and excavate. However, the high flow rate can also lead to higher fuel consumption and increased wear and tear on the machine’s hydraulic systems.

Transmission Type and Drive

The Case 580SL 2WD uses a P’shuttle, TC transmission type with a drive system of 2WD. The transmission type provides a smoother and more efficient operation during forward and reverse movement, reducing operator fatigue and increasing productivity. The 2WD drive system is advantageous when working on flat or level surfaces as it provides better fuel efficiency and cost savings. However, the 2WD drive system may be a disadvantage when working on uneven, sloping, or rough terrain, where a 4WD system would be better suited.

Speeds and Maximum Speed

The Case 580SL 2WD has a total of 44 forward and reverse speeds, with a top speed of 41.5 km/h. These specifications allow the machine to operate quickly and efficiently, reducing downtime and increasing productivity. Additionally, having 44 forward and reverse speeds provides greater flexibility in operation, allowing operators to adjust the speed to match the project’s specifications. However, having too many speeds can also be a disadvantage, as it can be confusing and difficult to find the right speed for the task at hand.

Ride Control

The Case 580SL 2WD does not have a standard ride control feature. Ride control is advantageous as it helps to reduce operator fatigue and increase productivity by providing a more comfortable ride for the operator. This feature is particularly useful when working on rough or uneven terrain. However, the lack of ride control in the Case 580SL 2WD can lead to a bumpier and less comfortable ride for the operator, causing fatigue and potentially reducing productivity.

Travel Length, Travel Height, Width, and Turn Circle Radius

The Case 580SL 2WD has a travel length of 6830 mm, a travel height of 3300 mm, a width of 2180 mm, and a turn circle radius without brakes of 7520 mm. These specifications are advantageous when working in tight or confined spaces, as the machine can navigate through smaller areas with ease. Additionally,

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