Taking into account the requirements of deep underground mining scenarios, this oil tank demonstrates a deep consideration for operational efficiency in its detailed design. Addressing the pain points of limited underground tunnel space and inconvenient maintenance operations, the oil tank adopts a side-mounted quick-release maintenance opening design, combined with an external filter structure. Operators do not need to disassemble the main body of the equipment; they can simply complete maintenance tasks such as oil replacement and filter cleaning using specialized tools. The single maintenance time is reduced from the traditional 2-3 hours to less than 40 minutes. At the same time, an intelligent liquid level monitoring module is integrated at the top of the oil tank, which can provide real-time feedback on the oil level and cooperate with the equipment's central control system to achieve low-level warning, avoiding the risk of brake failure due to insufficient oil. At the bottom, a sewage valve is designed to facilitate regular cleaning of oil sediment impurities, further improving the cleanliness of the oil and ensuring the stable operation of the braking system.
In terms of application value extension
this right-side fuel tank is not only suitable for the XUL518 underground loader, but can also be adapted to similar large-sized underground mining equipment through structural fine-tuning, covering various underground mining scenarios such as metal mines and non-metal mines. In deep shaft operations in metal mines like iron and copper mines, its stable braking performance can ensure the equipment to brake precisely at a rated load of 14-16 tons, avoiding the risk of runaway due to the slope of the shaft (maximum 17%). In the material transportation of non-metal mines like limestone mines, its wear-resistant and impact-resistant properties can adapt to the wear caused by the impact of the ore, ensuring the continuous operation of the equipment. In addition, the environmental design of this fuel tank also meets the current green development requirements of the mining industry. The sealed structure can effectively prevent oil leakage and avoid polluting underground water resources and soil, helping mining enterprises pass the environmental protection acceptance.
From the perspective of industry development trends
intelligence and efficiency are the core directions of underground mining. The design of the right oil tank also reserves space for intelligent upgrades. The sensor interfaces reserved in it can be adapted to unmanned mining systems, enabling remote and real-time monitoring of oil fluid status and oil tank conditions. Combined with unmanned bulldozers, it can complete automated mining operations, reducing the frequency of personnel entering dangerous tunnels and improving operational safety. Xiangyu Baoyuan, with a deep understanding of underground mining conditions, integrates material science, structural engineering, and intelligent technology into the design of the oil tank, making this product a key component that drives the safety upgrade and efficiency improvement of the underground mining industry.
Product Features
1.Dual-effect protection design, independent cavity prevents oil contamination, special alloy material is resistant to high pressure and corrosion, suitable for extreme underground conditions.
2. Precise size matching. The dimensions of 2975*940*1640mm take into account both the storage capacity and the flexibility of the equipment, enabling long-term continuous operation.
3. Optimization of operation efficiency, with quick-disconnect maintenance ports and external filter element design, significantly reducing the maintenance time in the underground confined spaces.
Tips
1.It is recommended to check the sealing performance of the oil tank and the condition of the filter element every 300 hours of operation, to prevent the accumulation of impurities from affecting the accuracy of the braking system.
2. Select the dedicated hydraulic oil that is compatible with the XUL518 model. Use the intelligent monitoring data of the oil tank to replenish the oil in a timely manner, to prevent equipment damage caused by incompatible oil types or insufficient oil supply.