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The XGMA XG955 III is a powerful machine with numerous features. Here are some of the key details about its types, which mostly depend on its working capacities and functional features.
Working Capacity:
The working capacity of an XGMA wheel loader is usually linked to its total mass, rated load mass, lifting height, and other aspects.
For example, its total mass is 3,900 kg, with a rated load mass of 3,300 kg. Furthermore, its working capacity also depends on factors such as its high torque motor and how freely it moves in different environments.
All these factors increase its working capacity and make it better than many others in the market. The working mass of an XG955 III is relatively high, and it can easily move even larger masses.
Besides this, other models have a lower working capacity. For example, the XG930 III model has a 3,100 kg load mass. This makes it suitable for smaller tasks like unloading farm produce and other similar activities.
Functional Features:
multiple functional features of an XGMA wheel loader include different kinds of buckets and attachments. Some of them are as follows:
Multifunctional bucket: This bucket is used for a wide range of tasks, such as material transfer, loading, and unloading. Its handling is efficient for loose, granular materials like sand, soil, and gravel. The bucket can also be changed through different attachments. Some of them include a separator bucket for more targeted, finer material handling or a crop catcher attachment for picking up unprotected crops from the ground. This type of bucket also has other attachments, such as a quick coupler for faster and easier bucket changes and an anti-spill device that keeps materials from spilling while transporting them.
Toothed bucket: Also known as a dig bucket, this one is specifically designed to dig into the ground. It is used for more precise excavation, especially at hard and tough soil layers. As the name suggests, a tooted bucket has teeth on its edges that provide better traction and digging capability.
Carry bucket: This bucket is specifically designed to carry out a task such as loading and carrying of bulk materials. It usually has a high capacity and gentle slopes corresponding to the inner side of the bucket. The carry bucket is primarily suited for handling lighter materials or tasks that require minimal spillage for maximum use.
Other buckets include a lumber fork and a snow shovel. An XG955 III also comes with other attachments like a lumber fork that is used for more targeted handling tasks. An example of this is when one needs to handle long poles, such as timber or lumber. Another example is a snow shovel that is specifically designed to remove or clear snow. It is also used to transfer snow to a specific location.)
With its vast functional features, the XG955 III is ideal for heavy and regular tasks, such as loading and unloading in mining and construction fields.
Many people prefer it to other models like the XG926 III that has 2,800 kg of load mass and is suitable for dealing with light materials in everyday tasks.
Specifications for XGMA XG955 III may vary based on different models and optional configurations.
Working Parameter
Operation Weight: Total weight, including the loader's own weight and the maximum payload it can carry.
Net Horsepower: The power output of the engine after accounting for losses within the system.
Engine
Model: The specific type or series of the engine that is used in the loader.
Torque: Engine twisting force, often associated with driving power and load capacity.
Transmission
Model: Similar to the engine, this refers to the specific type of transmission system used in the loader.
Type: The kind of transmission, e.g., hydraulic, mechanical, automatic, etc.
Number of Gears: This refers to how many distinct gears the transmission system has.
Wheel
Wheel Base: The distance between the front and rear wheels, influencing stability and maneuverability.
Overall Dimension: The total size, including length, width, and height.
Some general tips for routine maintenance and inspection are as follows:
Construction projects
As a general-purpose wheel loader, the XGMA 955 is the main load-bearing and depopulated vehicle in the construction of many infrastructure projects, including urban and rural roads, high/low-voltage lines, stations, bridges, airports, beautification zones, etc. It mainly carries building materials (steel, wood, cement, etc.) and earthwork (soil, rock, etc.) for on-site clearance, excavation, loading, transportation, unloading, and other tasks.
Agriculture
Large wheel loaders are widely used in agricultural production for daily farm management tasks, such as loading feed, cleaning barns, and flatbed stacking operations. Furthermore, in the field of specialized agricultural tasks, they are also responsible for the preparation of farmland and the handling of agricultural products. The versatile accessories of large wheel loaders can meet the agricultural production needs of different scenarios.
Mining
Large wheel loaders are mining's workhorses, hauling massive quantities of ores, coal, and rocks from stockpiles or dig sites to crushers, transfer points, or haul trucks. Their exceptional digging capacity allows them to reach deep ore bodies, while their high payloads reduce the number of trips required to process mined materials.
Ports and docks
Large wheel loaders are vital for ports and docks, handling containers, bulk materials, and cargo with ease. Their ability to load trucks, ships, and trailers quickly minimizes vessel turnaround time. With excellent maneuverability in tight spaces, they streamline operations and enhance efficiency.
Logistics and warehousing
In logistics and warehousing, large wheel loaders handle inventory, stack goods, and load trucks. Their versatility accommodates various materials, while advanced technology ensures accuracy and safety. Operating at high throughput, they optimize storage space, supporting smooth supply chain flows and efficient delivery.
Demolition and recycling
Demolition and recycling operations rely heavily on large wheel loaders. They crush, sort, and load scrap metal, plastics, and construction debris into recycling plants or dumps. Equipped with specialized attachments, they enhance material separation and maximize resource recovery, contributing to sustainable practices.
Consider the working environment:
The working environment is where the skid loader is used, which determines the power output of the machine. If it is used at a high altitude and over a large distance, machines with powerful engines, such as one with a 90kW power, should be chosen. In addition to this, the working temperature and humidity should also be taken into account. If the machine is used in a dry and high-temperature site, an open-type radiator should be chosen, while a closed radiator will be more suitable for a humid environment.
Ease of maintenance:
It is also important to consider the maintenance and management costs incurred during the use of skid-steer loaders. The maintenance costs will be higher if the machine requires specialist equipment or spare parts to repair and maintain it. Selecting the correct parts and attachments for a skid loader will also help to reduce maintenance costs. A simple attachment that serves multiple purposes will usually be more cost-effective than a specialized one.
Overall reliability and performance:
When choosing a skid steerer, it is crucial to select one with a proven reliability record and excellent performance. Machines with a higher level of failure are not only more expensive to repair but also result in costly downtime. Choosing a skid steer with ample load-bearing capacity, superior oil- and fuel-bearing capacity, and high adaptability to different sites can also increase productivity. In addition, the proven operational performance of a skid steer can reduce the amount of energy it uses for each task, thereby lowering business expenses.
User feedback:
When determining the type and model of skid steer loader required, it is important to consult with other companies that have already selected and are using the machine. Their experiences can provide valuable insights and help avoid common pitfalls. When deciding which supplier to use, it is also necessary to review other people's feedback on their choice of supplier. The supplier's location in the city is also important, as a nearby supplier will provide faster service than one located at a great distance. Knowing that the supplier can respond quickly in an emergency gives operators and management greater peace of mind.
Q1: What are some of the advantages of XGMA XG955 III loaders?
A1: The XGMA XG955 III loader's strong power and large capacity allow it to complete tasks more quickly and efficiently. Its durability, high cost-performance ratio, and availability of parts and maintenance services ensure that business operations are not interrupted.
Q2: What types of tasks are XG955 III loaders used for in the construction?
A2: The XG955 III loader can be used for a variety of tasks, such as loading and transporting bulk materials like sand, gravel, coal, and ore. It is also used for excavation and trenching, backfilling, leveling and grading, consolidation of loose materials, and excavation of ponds and trenches. In addition, it can be used for demolition, clearing of rubble, and handling of packages and containers. Some loaders are equipped with special accessories that enable them to perform tasks such as asphalt mixing, dredging, and overhauls.
Q3: What is the relationship between the XG955 loader model and its size and power?
A3: Generally speaking, the power and size of the loader will increase as the model number increases. For instance, the XGMA XG955 III power is larger than that of the XGMA XG930 model. Similarly, the operating weight and bucket capacity of the loader will also increase with the model number.
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