SYDFEN-2X/100R-PSC62N00-0000-A0R0VXX

The SYDFEN-2X/100R-PSC62N00-0000-A0R0VXX is produced by Bosch Rexroth within the SYD Hydraulic Control Systems series and serves as a controllable pump unit for automated hydraulic loops. Its displacement is 100 cm³, so each shaft revolution moves that volume of fluid to charge cylinders and motors. The assembly withstands a maximum operating pressure of 280 bar, enabling high-force actuation without auxiliary boosters. A peak flow of 200 l/min supports fast stroke cycles when the unit works at full geometric volume. The maximum speed of 2000 rpm at V_g Max balances flow demand with bearing life during continuous duty. A housing filling quantity of 2.2 l keeps internal components lubricated even in vertical or inclined mounting positions. Control electronics draw from a 24 VDC nominal supply voltage, tying the pump into standard machine power buses. IP65 protection seals the housing against dust and water jets for reliable operation beside spray-prone machinery. The mass is 52 kg without a through-drive, allowing technicians to maneuver the unit with common lifting gear during installation or service.

The splined shaft can transmit a maximum drive torque of 1104 Nm, making direct coupling to an electric prime mover practical. Hydraulic generation within the unit reaches 445 Nm of torque at 280 bar, giving designers a limit for torsional load calculations. A moment of inertia of 0.0167 kg·m² minimizes acceleration energy, letting servo drives follow dynamic speed profiles. The mechanism tolerates 2400 rpm when the displacement is below V_g Max, so brief flow surges are attainable without excessive stress. Axial thrust up to 4000 N and radial force up to 2300 N protect the bearings when pulleys or belts impose side loads. Continuous power capability is 70 kW at 280 bar and 1500 rpm, rising to 93 kW at the nominal speed point, giving machine builders two rating options for motor sizing. These mechanical limits frame the performance envelope needed by presses, injection units, and other hydraulic equipment that demand rapid, precise energy transfer.