hydraulic oil tank
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Hydraulic oil tank hydraulic system, hydraulic cylinder
The hydraulic oil tank is a crucial component of the hydraulic system, mainly used to store the oil required to ensure the operation of the hydraulic system.
Introduction to hydraulic oil tank
A hydraulic oil tank is a specially designed container that not only stores hydraulic oil, but also has the function of dissipating heat and settling oil stains. The design of hydraulic oil tanks needs to consider various factors, such as heat dissipation performance, effective separation of air in the oil, management of pollutant precipitation, and separation of condensate water, to ensure the stable operation of the hydraulic system.
Characteristics of hydraulic oil tank
Diverse structures: Hydraulic oil tanks can be divided into integral and separate types according to their structure, rectangular and cylindrical shapes according to their shape, and open and closed types according to whether the liquid level is connected to the atmosphere. Open type fuel tanks have a simple structure and are easy to install and maintain, while closed type fuel tanks are used in hydraulic systems that have strict requirements for working stability and noise.
Comprehensive function: The hydraulic oil tank not only stores oil, but also plays a role in heat dissipation, impurity precipitation, and air escape, effectively protecting the hydraulic system from pollution and overheating.
Good sealing: The closed fuel tank maintains its sealing by filling it with inert gas or installing airbags, spring pistons, etc., preventing external pollutants from entering and reducing oil evaporation and oxidation.
Flexible installation: The separated hydraulic oil tank is arranged flexibly, easy to maintain and dissipate heat, and suitable for various complex mechanical equipment.
Performance of hydraulic oil tank
Heat dissipation performance: The hydraulic oil tank effectively dissipates the heat generated during the operation of the hydraulic system through its wall, pipeline accessories, and cooling circuit structures, ensuring that the oil temperature remains within an appropriate range.
Air separation performance: The design inside the oil tank helps to effectively separate air from the oil, reduce the impact of bubbles on the hydraulic system, and improve the stability and reliability of the system.
Pollutant sedimentation performance: The bottom of the fuel tank is usually designed with a sloping surface, which is conducive to pollutant sedimentation and discharge, and maintains the cleanliness of the oil.
Pressure bearing capacity: The high-pressure oil tank can withstand higher pressure, meet the needs of special hydraulic systems, and ensure stable operation of the system in high-pressure environments.
The usage scenario of hydraulic oil tank
Hydraulic oil tanks are widely used in various mechanical equipment, including but not limited to:
Construction machinery, such as excavators, loaders, rollers, etc., require high stability and reliability of hydraulic systems.
Metallurgical equipment, such as rolling mills, ironmaking blast furnaces, etc., hydraulic systems play an important role in transmission and control tasks in these devices.
Special vehicles, such as fire trucks, rescue vehicles, etc., need to work in complex and changing environments, which have higher requirements for the performance of hydraulic oil tanks.
In other industrial fields such as aerospace and shipbuilding, hydraulic systems also play an important role. As one of the key components of the system, the performance of the hydraulic oil tank directly affects the overall operation of the system.