I. Introduction to Mini Wheeled Skid-Steer Loaders
Mini wheeled skid-steer loaders are compact, versatile engineering machinery marvels. Designed with a wheeled mobility system, they boast agile steering and highly efficient operation, making them indispensable for a range of tasks.
II. Application Areas
1. Landscape Engineering
In landscape construction, these loaders excel in green plant planting, maintenance, and site cleanliness. They effortlessly transport seedlings, level terrain, and clear away leaves, making them essential for landscaping professionals.
2. Municipal Engineering
Ideal for urban road upkeep, sewer cleaning, and small-scale construction, they transport building materials, clear street debris, and adeptly handle partial excavation tasks, maintaining city infrastructure efficiently.
3. Farm Engineering
On farms, these loaders are vital, streamlining tasks such as feed and fertilizer transport, barn cleaning, and land plowing, significantly enhancing overall farm productivity.
III. Functional Expansion
Equipped with various attachments, mini wheeled skid-steer loaders unlock a plethora of functionalities:
1. Forklift Function
With fork attachments, these loaders adeptly handle material transport and loading/unloading, ideal for warehouses, logistics hubs, and compact construction sites.
2. Excavator Function
Outfitted with excavation tools, they perform efficient earth and stone loading, perfect for small earthwork and trenching projects.
3. Trencher Function
Configured with trenching attachments, they precisely dig trenches to accommodate diverse pipe and cable installation needs.
4. Auger Function
Equipped with an auger, they handle drilling tasks such as tree planting and utility pole installation with ease.
5. Cultivator Function
Connected with cultivation tools, they efficiently plow and till, supporting land reclamation and preparing vegetable fields effectively.
6. Sweeper Function
Outfitted with sweeping attachments, they maintain cleanliness by removing dust and debris from roads, squares, and industrial sites.
7. Blower Function
With a blower attachment, they clear away leaves, dust, and light debris, perfectly suited for autumn foliage cleanup.
8. Drilling Machine Function
Outfitted with specialized drilling attachments, they perform precise drilling for construction and facility installations, accommodating depth and diameter requirements.
9. Crusher Function
Equipped with crusher attachments, they break down concrete and rocks, ideal for demolition tasks and road surface repairs.
Below is a glimpse of the performance parameters for the mini wheeled skid-steer loader:
Rated Load Capacity: 200 kg. This denotes the maximum permissible load weight during standard operation.
Bucket Capacity: 0.15 m³. Indicates the maximum volume of material the bucket can hold.
Lifting Force: 375 kg. This is the maximum force exerted by the loader for lifting materials.
Operating Speed: 0 - 6 km/h. Indicates the speed range within which the loader operates effectively.
Rated Pressure: 17 MPa. This represents the optimal pressure level maintained while the hydraulic system of the loader operates smoothly and efficiently.
Engines: 'Briggs & Stratton' and 'Kopu' signify distinguished engine brands available to cater to various configuration needs, offering flexibility and reliability.
Output Power: Offering dynamic capabilities with 17.1 kW and 14 kW respectively, these power ratings demonstrate the engine's robust performance, ensuring vigorous driving force and operational efficiency.
Lifting Time: A swift 4.3 seconds is all it takes for the bucket to ascend gracefully from its lowest position to its peak, enhancing productivity and efficiency.
Lowering Time: An efficient 3.3 seconds for the bucket to descend from its zenith to the base, underscoring speed and operational efficacy.
Dumping Time: In just 1.5 seconds, the bucket completes a seamless dumping maneuver, promoting fast cycle times and enhanced task execution.
Gradeability: Mastering slopes up to 30%, this loader showcases its climbing prowess, navigating gradients as steep as approximately 16.7°, where tanα = 30% and α symbolizes the slope angle.
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