Working Principle
1. Charging Process: When the hydraulic pump starts, hydraulic oil is forced into the accumulator, causing the internal gas bladders to deform under pressure, reducing the gas volume. At this time, the hydraulic oil is "stored" in the accumulator.
2. Discharging Process: When the system needs to replenish energy or stabilize pressure, the accumulator extracts the stored hydraulic oil and uses the force of gas expansion to push the hydraulic oil back into the system, thus compensating for and storing energy.
Main Components
1. Bladder Accumulator Body: The core energy storage unit, usually consisting of multiple accumulators connected in parallel to meet capacity requirements.
2. Mounting Bracket and Installation Structure: Used to secure the accumulator, ensuring its safe and reliable installation on site.
3. Control valve assembly and ball valves: Control the opening and closing of the oil circuit and regulate system pressure.
4. Inlet and outlet oil lines: Connect to the main oil circuit of the hydraulic system, responsible for the input and output of oil.
5. Safety valves and shut-off valves: Provide overpressure protection to prevent system malfunction.
Ordering Note
1. Volume of each bladder accumulator, collocated parts, and requirements are needed when ordering.
2. Contact us if a special requirement is needed.
3. Design change rights is retained by our company, and revisions are effective without further notice.