Hydraulic pressure intensifier for increased hydraulic end pressure from existing low pressure source

jbj Techniques Limited, quality products for mechanical and fluid power

pressure intensifiers
Achieve high pressure from low pressure hydraulic power sources.
Advantageous where space is of a premium in existing or new hydraulic circuits.

Expand existing pressure range with minimum effort, minimum cost, maximum effect!

hydraulic circuit incorporating Scanwill pressure intensifier from jbj Techniques

» Hydraulic Workholding on Machine Tools

» Hydraulic Power Packs

» Subsea R.O.V.’s

» Press Applications

» Pressure Die Casting Machines

» Static and Impulse Testing Equipment

» Stone Crushing Machines

» Hydraulic Construction Tools

» Demolition Tools

» Quick Die Changing Equipment

These hydraulic pressure intensifiers are reciprocating and automatically increase a supplied pressure to a higher end pressure.
Pilot operated check valves can be built in to allow high pressure side to be relieved through the intensifier.

» MP-T, In-Line Pressure Intensifier (rating to 800 bar)

» MP-C, Cetop D03/NG6 Pressure Intensifier (rating to 500 bar)

» MP-F, Flange-On Pressure Intensifier (rating to 700 bar)

» MP2000, In-Line Pressure Intensifier (rating to 2,000 bar)

» MPM, In-Line Pressure Intensifier for flows up to 35 LPM (rating to 800 bar)

» MPL, In-Line Pressure Intensifier for flows up to 80 LPM (rating to 800 bar)

Intensification Ratio (i)	Inlet flow (lpm)	Outlet flow Q1 (lpm)	Outlet flow Q2 (lpm)	Inlet pressure (bar)	Outlet pressure (bar)
1.5	8.0	0.8	0.3	200	300
2.0	8.0	0.8	0.2	200	400
3.4	15.0	2.2	0.5	200	680
4.0	14.0	1.8	0.4	200	800
5.0	14.0	1.4	0.3	160	800
7.0	13.0	1.1	0.2	114	800
9.0	13.0	0.7	0.1	89	800

pressure intensifier graph indicating pressure / flow

Example of pressure intensifier performance (MP-T in-line version)

The supplied flow and pressure to the MP-T are dependant on the intensification ratio chosen. The table shows the flow and pressure for each model. Flow Q1 is when the pump pressure has been reached, and flow Q2 is moving up the vertical part of the curve (see graph left).

Please note flow values will vary with the viscosity of the fluid. Inlet values must not be exceeded.

Filtration of hydraulic media is essential due to the precise tolerances built into each quality unit.

Link to » Applications

For full specification of pressure intensifier range see pdf catalogue »

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