Hydraulic Energy Accumulators, Maximizing Hydraulic System Output

• Customization: Available
• After-sales Service: 24 Sales Online Services
• Warranty: a Year
• Model NO.: customized
• Customized: Customized
• Condition: New
• Power Source: Gas
• Automatic Grade: Automatic
• Type: Auxiliary Equipment
• Transport Package: Wooden Case
• Specification: customized
• Origin: Yuci, China
• Production Capacity: 50000pieces/Year

Product Description

Model Specification Explanation

1, Name Code: Hydraulic Bladder Accumulator
 

2, Structural Form: A - Small Mouth 
 

3, Nominal Capacity: 0.4 to 150L 
 

4, Nominal Pressure: 10, 20, 31.5MPa
 

5, Connection Method: L - Thread, F - Flange
 

6,Main Materials: 34CrMo4
 

7,Product Features
It can store the energy in the system in the form of compressive energy or potential energy at the appropriate time. When the system requires it, it will convert the compressive energy or potential energy back into hydraulic or pneumatic energy and release it to replenish the system again. When the instantaneous pressure in the system increases, it can absorb this part of the energy to ensure the normal pressure of the entire system. It is highly responsive, reduces the frequency of operations, and prolongs the service life.
 

8,Product Overview

 

The NXQ series national standard bladder accumulators are accumulators with a bladder-type structural form produced by our company. Due to their excellent characteristics in energy storage, pressure stabilization, energy consumption reduction, and leakage compensation, they are widely used in industries such as automobiles, machine tools, petroleum, and aerospace.

 

9,Working Principle

 

The bladder accumulator mainly stores energy by utilizing the compressibility principle of gas (usually nitrogen). The specific principle is as follows: Nitrogen is filled inside the bladder, while the outside is surrounded by hydraulic oil. When the amount of hydraulic oil continuously increases, the bladder is squeezed and deformed, the volume of the gas shrinks accordingly, and the gas pressure increases. This is the energy storage process. When the gas expands, the hydraulic oil is continuously discharged, which is the energy release process.

 

10,Internal Structure and Overall Dimensions

 

The main parts of the bladder accumulator are the bladder and the housing, and the crucial part is the bladder, which is also the key factor determining the product quality and service life. There are internal threads in the innermost hole at the top of the bladder, which are connected to the inflation check valve. There is a check valve inside the inflation port, and there is a spring behind the valve core. The joint surface between the bladder and the check valve is sealed with a copper gasket. It should be noted that for bladders with different volumes and pressures, their check valves and various auxiliary sealing rings are generally interchangeable.

11,NXQA Model Thread - Connected Accumulator Models and Dimensions

Model	Nominal Volume (L)	Design Pressure (MPa)	Basic Dimensions (mm)									weight
			L	L1	L3	H	D	D1	D2	d4	6-d0	Kg
NXQA-0.4/P-F-Y	0.4	10,20,31.5	253	135	55	2.4-0.00.1	Φ89	Φ77	Φ110		6-Φ17	3
NXQA-0.63/P-F-Y	0.63		303	190								3.6
NXQA-1/P-F-Y	1		323	200			Φ114					5
NXQA-1.6/P-F-Y	1.6		365	251	80		Φ152	Φ99	Φ130	Φ50H9	6-Φ17	11
NXQA-2.5/P-F-Y	2.5		430	280								14
NXQA-4/P-F-Y	4		540	390								16
NXQA-6.3/P-F-Y	6.3		710	560								22
NXQA-10/P-F-Y	10		662	490	100		Φ219	125	160	Φ65H9	6-Φ21	39
NXQA-16/P-F-Y	16		872	700								54
NXQA-25/P-F-Y	25		1572	1000								74
NXQA-40/P-F-Y	40		1692	1520								108
NXQA-20/P-F-Y	20		675	490	105		Φ299	Φ150	Φ200	Φ80H9	6-Φ26	80
NXQA-25/P-F-Y	25		765	580								90
NXQA-40/P-F-Y	40		1045	860								118
NXQA-63/P-F-Y	63		1465	1280								171
NXQA-63/P-F-Y	63		1465	1280								171
NXQA-80/P-F-Y	80		1805	1620								213
NXQA-100/P-F-Y	100		2185	2000								253

 

12,Product Certification

Manufacturing License: An accumulator is a type of pressure vessel and must comply with the specifications for pressure vessels. Its design, manufacturing, and testing should be carried out in accordance with the standards. The installation of other components, as well as its operation, should be in line with the technical regulations of pressure vessels.