Low price 5 gallon (20L) hydraulic accumulator uses a flexible bladder to separate hydraulic oil and gas, widely used in aerospace applications such as landing gear systems and hydraulic flight control systems to provide energy storage and pressure regulation.
Specifications
- Model: ATO-NXQ-A-20/31.5-L-Y
- Nominal Capacity: 20L (About 5 gallon)
- Nominal Pressure: 31.5Mpa
- Connection Method: Thread
- Material: 35CrMo Steel
- Bladder Material: Nitrile Rubber
- Working Medium: Hydraulic Oil, Nitrogen
Precautions
- Welding and machining are not allowed on the hydraulic accumulator shell.
- The hydraulic accumulator capsule is only allowed to be filled with nitrogen, and oxygen and other flammable and corrosive gases are not allowed.
- Hydraulic accumulators should be installed in hydraulic systems with overflow valves or other safety valves.
- It is strictly forbidden to use overpressure.
Dimension
Volume |
DM (Connection Size) |
H |
φ |
Weight |
20L |
M60*2 |
1000mm |
219mm |
62kg |
Working Principle
Note: The hydraulic accumulator is equipped with a one-way gas valve and can be recharged with gas. The silver one is the protective cover of the gas valve.
Matching One-Way Valve Specifications
- Inflatable Tool Interface Size: M14*1.5
- Bladder Accumulator Interface Size: M16*1.5
Applications
Hydraulic bladder accumulator is a type of hydraulic accumulator that use a flexible bladder to separate gas and hydraulic fluid, widely used in hydraulic systems in aerospace, automotive, marine industries and industrial applications.
Tips: What is a nitrogen accumulator?
A nitrogen accumulator is a type of hydraulic accumulator that uses compressed nitrogen gas to store hydraulic fluid under pressure. It works on the same principle as a hydraulic accumulator, with a pressure vessel and a piston or bladder that separates the hydraulic fluid from the compressed nitrogen gas. When hydraulic fluid is pumped into the accumulator, it compresses the nitrogen gas, storing energy that can be used later to provide a burst of hydraulic power.