Descripción del producto

We are manufacturer of Air Driven Hydraulic Booster Pump and Hydraulic Driven Booster Pump. The supplied flow and pressure to the MP-M are dependant on the intensification ratio chosen. The table below shows the flow and pressure for each model. Flow Q1 is when the pump pressure has been reached, and flow Q2 is when moving up the vertical part of the pressure curve. Ratio Inlet Flow (max.)(LPM / GPM) Outlet Flow Q1(LPM / GPM) Outlet Flow Q2(LPM / GPM) Inlet Pressure (max.)(Bar / Psi) Outlet Pressure(Bar / Psi) 1.8 *5.0 / 6.6 5.0 /1.*2 1.5 / 0.*9 **0 / 2, **0 **0 / 5.**0 3.4 *5.0 / 9.3 5.0 / 1.*2 2.8 / 0.*4 **0 / 2, **0 **0 / 9, **0 4.0 *5.0 / 9.3 4.0 / 1.*6 2.4 / 0.*3 **0 / 2, **0 **0 / *1, **0 5.0 *5.0 / 9.3 3.5 / 0.*3 1.9 / 0.*0 **0 / 2, **0 **0 / *1, **0 7.0 *5.0 / 9.3 3.0 / 0.8 1.3 / 0.*4 **4 / 1, **3 **0 / *1, **0 Ordering Code: OP- G -** Example: OP-G with intensification 4.0: OP-G*4.0 Since the pressure booster came onto the market, it has been used in a large number of systems. The list below gives an idea of its versatility and shows its typical areas of application: • Hydraulic clamping tools • Maintenance equipment for railways • Injection molding machines: locking of mould parts, core holders • Hydraulic tools of various kinds, for example: cutting, spreading and clamping tools • Torque wrenches, bolt drawers, etc. • Rotating couplings for lathes • Test equipment up to ***0 bar • Fork turners on trucks • Concrete crushers