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Membrane accumulators

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Brand
Content
Max. pressure
Connection oil (internal thread)
Height (mm)
Diameter (mm)
Compression ratio
brand

Specifications

Content
2 l
Max. pressure
250 bar
Connection oil (internal thread)
3/4" bsp
Height (mm)
242
Diameter (mm)
172
Compression ratio
6:1
brand
OMT

Information

SKU
AC.20450
Stock
14

Datasheets
Attachment Size
SPECS 503.49 KB
3D drawing
Attachment Size
stp 131.98 KB
Your price
€ 240,50
Shown price does not include VAT

Specifications

Content
2 l
Max. pressure
350 bar
Connection oil (internal thread)
3/4" bsp
Height (mm)
242
Diameter (mm)
172
Compression ratio
6:1
brand
OMT

Information

SKU
AC.20460
Stock
4

Datasheets
Attachment Size
SPECS 503.49 KB
3D drawing
Attachment Size
stp 132.05 KB
Your price
€ 311,10
Shown price does not include VAT

Specifications

Content
2.8 l
Max. pressure
250 bar
Connection oil (internal thread)
3/4" bsp
Height (mm)
268
Diameter (mm)
172
Compression ratio
4:1
brand
OMT

Information

SKU
AC.20500
Stock
9

Datasheets
Attachment Size
SPECS 503.49 KB
3D drawing
Attachment Size
stp 119.91 KB
Your price
€ 308,50
Shown price does not include VAT

Specifications

Content
3.5 l
Max. pressure
250 bar
Connection oil (internal thread)
3/4" bsp
Height (mm)
321
Diameter (mm)
172
Compression ratio
4:1
brand
OMT

Information

SKU
AC.20550
Stock
4

Datasheets
Attachment Size
SPECS 503.49 KB
3D drawing
Attachment Size
stp 110.35 KB
Your price
€ 314,60
Shown price does not include VAT

Specifications

Content
3 L
Max. pressure
250 bar
Connection oil (internal thread)
3/4" bsp
Height (mm)
281
Diameter (mm)
174
Compression ratio
4:1
Connection Gas (external thread)
M28 x 1,5
brand
SAIP
internal code
WA30250

Information

SKU
AC.22076

Datasheets
Attachment Size
specs 175.21 KB
AC.22076.pdf 764.99 KB
Your price
€ 302,20
Shown price does not include VAT

Accumulator

Different forms of energy can be stored in different ways. The desire to store energy may arise from the need to have a supply for later use or to guarantee the operation of a circuit or structure thanks to the influence exerted by the accumulators used. A hydropneumatic accumulator is a device specifically used for storing liquid under pressure.
Since liquids are incompressible for all practical purposes, this is achieved by utilising the compressibility of gases. A flexible rubber separator, i.e. a diaphragm, is inserted into the accumulator shell.