Hydraulic intensifiers, with block housing

Hydraulic intensifiers increase hydraulic pressure by a fixed ratio. With this method it is possible, eg. to use a low-pressure machine hydraulic system for consumers that can profitably benefit from a pressure that is multiple higher. The intensification is achieved by means of a fixed ratio between two pistons surface areas. That means that the secondary pressure can be controlled by means
of the primary supply pressure.

Once the adjusted default min. pressure in the integrated sequence valve is reached, the intensifier piston is activated and the operating pressure in the system increases by a factor of 3.85. With this the oil amount is of minor importance. Another advantage is that there is no oscillatory piston movement required in the intensifier. Thus, the susceptibility to wear of components is reduced. Also a higher outlet pressure is immediately available.

Operating conditions:

In the high pressure range the required volume must not exceed the internal volume of the intensifier. To monitor the high pressure range we recommend the use of a pressure gauge. We also recommend the use of a pressure filter with a filter mesh of max. 10 µm to garantee optimal functioning. The filter has to be connected at the low-pressure port PN of the intensifier.

Before putting the intensifier into service the hydraulic system must be completely vented. Make sure that no fluids can penetrate into the housing through the vent port Z. Is there a danger of penetration, the sinter filter can be removed and instead a vent line can be connected to the G1/4 threaded port.

• versatile connectivity

• vent line possible

• adjustable supply pressure

• adjustable supply pressure

• stable design

• standard intensifiers and special designs available

Operating pressure:

inlet pressure max. 125 bar, outlet pressure max. 500 bar

 

Operating method:

single-acting, hydraulically : hydraulically

 

Ratio:

3,85 : 1

 

Sequence pressure:

30-100 bar

 

Volume flow:

8 l/min

Oil volume:

21 cm³ usable

Oil supply:

G1/4 threaded port or manifold connection with O-ring

Data sheet (PDF):

 

For technical details and dimensional drawings download the current data sheet.

 

Product configurator:

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• request a quote
• download of 3D models