In hydraulic systems, the accumulator NXQ-AB-10/31.5-L-E plays a crucial role. It acts like an energy guardian, providing a stable and reliable energy reserve for the system to ensure its normal operation. This article will provide a detailed introduction to the characteristics, applications, and important roles of the accumulator NXQ-AB-10/31.5-L-E in hydraulic systems.

The accumulator NXQ-AB-10/31.5-L-E is connected to the oil system through an accumulator block, which has two shut-off valves for easy isolation from the system for online testing or maintenance of the accumulator. This accumulator can withstand the maximum working pressure of 14.5MPa and the minimum working pressure of 11.2MPa in the fire-resistant fuel system. In terms of nitrogen charging pressure, the accumulator is usually set to 9.0 ± 0.5 MPa. In addition, the low-pressure accumulator is installed on the pressurized return oil pipeline, with a nitrogen filling pressure of 0.21 ± 0.05 MPa, which is the same as the pressure in the pressurized return oil pipeline.

As an indispensable hydraulic accessory in hydraulic systems, the accumulator NXQ-AB-10/31.5-L-E has multiple functions. Firstly, it can store energy and provide a stable source of energy for the system during pressure fluctuations. Secondly, the accumulator can stabilize pressure, eliminate pressure pulsation in the system, and ensure the smoothness of system operation. In addition, the accumulator can also absorb shocks and reduce the impact load on the system during sudden pressure changes. At the same time, it also has the function of compensating for capacity and leakage, improving the operational efficiency of the system.

The working principle of the accumulator NXQ-AB-10/31.5-L-E is to utilize the compressibility of gas. When the system pressure increases, the oil enters the accumulator and compresses the gas; when the pressure drops, compressed gas expands and hydraulic oil enters the circuit. In this way, the accumulator achieves the function of providing stable energy output to the system during pressure fluctuations.

It is worth mentioning that the accumulator bladder NXQA-40/31.5-L-EH of the accumulator NXQ-AB-10/31.5-L-E uses hydraulic oil as the working medium and nitrogen gas is injected into the capsule, which can work normally within the range of -10 to 70 degrees. In addition, the accumulator can also be customized with two types of threaded connections and flange connections to meet the needs of different occasions.

In summary, the accumulator NXQ-AB-10/31.5-L-E plays a crucial role in hydraulic systems. It has become an indispensable energy guardian in hydraulic systems due to its stable performance, reliable quality, and wide application range.