As an important hydraulic auxiliary component, accumulator NXQAB-40/31.5-L-A has multiple functions such as energy storage, pressure stabilization, pulsation elimination, shock absorption, capacity compensation and leakage compensation.

The working principle of accumulator NXQAB-40/31.5-L-A is based on the compressibility of gas. When the pressure in the hydraulic system increases, the oil is pressed into the accumulator, causing the gas in the accumulator to be compressed. When the system pressure drops, the compressed gas expands and presses the oil back into the hydraulic circuit. In this way, the accumulator realizes the storage and release of energy, providing stable pressure and compensation capacity for the hydraulic system.

Functional characteristics of accumulator NXQAB-40/31.5-L-A

1. Energy storage: In the hydraulic system, accumulator NXQAB-40/31.5-L-A can store energy and provide the system with instantaneous high-flow oil to meet the needs of equipment startup or impact load.

2. Stabilize pressure: The accumulator can absorb system pressure fluctuations, maintain hydraulic system pressure stability, and improve equipment operation accuracy.

3. Eliminate pulsation: In the hydraulic system, the flow pulsation of the pump and the reciprocating motion of the hydraulic cylinder will generate pressure pulsation. The accumulator NXQAB-40/31.5-L-A can effectively eliminate these pulsations and reduce system noise.

4. Absorb shock: The accumulator can absorb the impact energy in the hydraulic system and protect the system components from damage.

5. Compensate capacity: In the case of insufficient oil supply from the hydraulic pump, the accumulator can compensate for the system capacity to ensure the normal operation of the equipment.

6. Compensate leakage: The accumulator can compensate for system leakage, reduce the pressure drop caused by leakage, and extend the service life of the hydraulic pump.

The application of the accumulator NXQAB-40/31.5-L-A in the hydraulic system is of great significance. Its unique functional characteristics provide stable, efficient and safe operation guarantee for the hydraulic system. When designing a hydraulic system, the accumulator should be reasonably selected according to actual needs to achieve the best performance. At the same time, in daily maintenance, attention should be paid to the operating status of the accumulator, and regular inspection and replacement should be carried out to ensure the normal operation of the hydraulic system.