| Customization: | Available |
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| Certification: | CE, ISO9001 |
| Pressure: | High Pressure |
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This type of energy accumulator plays a crucial role in protecting hydraulic cylinders and the associated equipment from sudden fluctuations in pressure that may occur due to operational faults or unexpected system changes. By effectively absorbing and compensating for abrupt increases or decreases in hydraulic pressure, the energy accumulator ensures that pressure changes happen smoothly and steadily, thereby preventing potential damage to the hydraulic components and extending the overall service life of the system.
In hydraulic systems, sudden pressure spikes or drops can cause significant stress on cylinders, valves, seals, and other critical components, often leading to premature wear or failure. The energy accumulator acts as a buffer, temporarily storing hydraulic energy during pressure surges and releasing it when pressure drops, thus stabilizing the entire hydraulic circuit. This stabilization not only enhances system safety but also improves operational reliability and efficiency.
Moreover, by smoothing out hydraulic pressure variations, the accumulator reduces noise, vibration, and shock loads transmitted through the machinery, which contributes to quieter and more comfortable operation. It also helps maintain consistent movement and force in hydraulic actuators, resulting in more precise and controlled equipment performance.
These accumulators are widely used in various industrial and mobile hydraulic applications, including construction machinery, agricultural equipment, manufacturing systems, and energy sectors. Their ability to handle dynamic pressure changes makes them indispensable for any hydraulic system that requires stable and safe operation under varying load conditions.
With robust construction and high-quality materials, these energy accumulators are designed to withstand harsh working environments and provide long-term durability. They can be customized to meet specific pressure ratings, volume capacities, and response times, ensuring optimal integration into diverse hydraulic circuits.
In summary, incorporating an energy accumulator into a hydraulic system is essential for preventing sudden pressure fluctuations, protecting equipment, and enhancing overall system performance and longevity.
| Metric volume | Model | Description | Size | Weight |
| 0.5L | BOB D-0.5/33-Y080 | 0,5L welded diaphragm energy accumulator | φ110*155mm | 2.7kg |
| BOB | BOB D-075/33-Y080 | 0.75 Lwelded diaphragm energy accumulator | φ126*174mm | 4.2kg |
| 1.0L | BOB D-1/33-Y080 | 1L welded diaphragm energy accumulator | φ140*190mm | 5.3KG |
| 1.4L | BOB D-1.4/33-Y080 | 1.4Lwelded diaphragm energy accumulator | φ150*209mm | 6.8kg |
| Metric pressure | Ball material | Inner material | Working temperature | |
| 33Mpa | Carbon steel | Nitrile rubber diaphragm | -20~80ºC | |
| Assebling direction | Connection(threaded) | Media | top Nitrogen input | Structure |
| Normally vertical | G1/2inner inch thread | Hydraulic oil | M28X1.5 | welded diaphragm |
| Hydraulic equipment pressure range | max.pressure beared outside | Oil seal by | ||
| 10-20Mpa | 33MPA | O shape ring or combined gasket | ||
| warning: (1)This accumulated tin is with high pressure,only can input99% pure Nitrogen while increasing pressure in case of explosion!!! (2)Energy accumulator only can be assembled or took apart by professional,stop machine and release the hydraulic pressure before handling!!! |
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