Home » Shop » hot sale » 1 Gallon Hydraulic Bladder Accumulator

1 Gallon Hydraulic Bladder Accumulator

Original price was: $134.84.Current price is: $88.06.

Sale!
SKU: ATO-HBA-4L Category:

The provided 1 gallon hydraulic accumulator is a bladder type accumulator, and the medium can be hydraulic oil and Nitrogen. Hydraulic accumulator with a 4L capacity is commonly used in hydraulic systems where constant pressure needs to be maintained.

Specifications

  • Model: ATO-NXQ-A-4/31.5-L-Y
  • Nominal Capacity: 4L (About 1 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
4L M42*2 530mm 152mm 18.5kg

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 hydraulic accumulator?

A hydraulic accumulator is a device that stores hydraulic fluid under pressure, which can be used to power hydraulic systems. It consists of a pressure vessel and a piston or bladder that separates the hydraulic fluid from a gas or spring. When hydraulic fluid is pumped into the accumulator, it compresses the gas or spring, storing energy that can be used later to provide a burst of hydraulic power.