CZPT Mounted Displacement Piston motor A2FE28, A2FE32, A2FE45, A2FE56, A2FE63, A2FE80, A2FE90, A2FE107, A2FE125, A2FE160, A2FE180
Brueninghaus Hydromatik CZPT A2FE motor
CZPT mounted motor A2FE28, A2FE32, A2FE45, A2FE56, A2FE63, A2FE80, A2FE90, A2FE107, A2FE125, A2FE160, A2FE180,
Open up and shut circuits
Sequence sixty one and sixty
Measurement 28 to180 Nominal pressure 5800 psi (400 bar)/ Peak force 6500 psi (450 bar)
Dimension 250 to 355 Nominal force 5100 psi (350 bar)/ Peak stress 5800 psi (four hundred bar)
The A2FE fixed plug-in motor with axial tapered piston rotary team of bent-axis design and style, for hydrostatic drives in open up and closed circuits
-Far-reaching integration in mechanical gearbox owing to recessed mounting flange found in the center of the circumstance (extremely room-preserving construction)
-The output speed is dependent on the movement of the pump and the displacement of the motor.
-The output torque boosts with the force differential amongst the high-stress and the minimal-force facet.
-Higher complete efficiency.
-Complete unit, completely ready-assembled and analyzed.
-Easy to install, just plug into the mechanical gearbox.
-No configuration requirements to be noticed when putting in.
Table of values (theoretical values, CZPT effectiveness and tolerances values rounded)
|CZPT A2FE motor||A2FE28||A2FE32||A2FE45||A2FE56||A2FE63||A2FE80|
|Displacement||Vg||cm3||28.1||32||45.six||fifty six.one||sixty three||80.4|
|Input movement Vg||qV||L/min||177||202||255||281||315||362|
|Torque at Vg and||Dp = 350 bar||T||Nm||157||178||254||313||351|
|Dp = four hundred bar||T||Nm||179||204||290||357||401|
|Rotary stiffness||c||kNm/ rad||two.ninety three||3.12||four.18||5.ninety four||six.twenty five||eight.seventy three|
|Moment of inertia||JGR||kgm2||.0012||.0012||.0571||.0042||.0042||.0072|
|Situation quantity||V||L||.two||.2||.33||.45||.forty five||.55|
|Displacement||Vg||cm3||ninety||106.seven||a hundred twenty five||160.four||one hundred eighty||250||355|
|Enter flow||qV||L/min||405||427||five hundred||577||648||675||795|
|Torque at Vg||Dp = 350 bar||T||501||594||696||893||1003||1393||1978|
|Dp = 400 bar||T||573||679||796||1571||1146||–||–|
|Rotary stiffness||c||kNm/rad||nine.14||eleven.two||eleven.nine||17.4||18.2||seventy three.one||ninety six.one|
|Moment of inertia||JGR||kgm2||.0072||.0116||.0116||.571||.571||.061||.102|
|Highest angular||a||rad/s2||6000||4500||4500||3500||3500||ten thousand||8300|
|Mass (approx.)||m||kg||twenty five||34||36||47||48||82||one hundred ten|
Prior to starting project plHangCZPT, you should refer to our info sheets RE 95710 (mineral oil), RE 95711 (environmentally appropriate hydraulic fluids) and RE 95712 (HFD hydraulic fluids) and RE 95713 (HFA, HFB, HFC hydraulic fluids) for comprehensive information relating to the selection of hydraulic fluid and software circumstances. The plug-in motor A2FE is not appropriate for procedure with HFA hydraulic fluid. If HFB, HFC or HFD or environmentally suitable hydraulic fluids are employed, the limitations relating to technical data or other seals must be noticed.
Particulars relating to the choice of hydraulic fluid
The proper option of hydraulic fluid demands knowledge of the running temperature in relation to the ambient temperature: in a shut circuit, the circuit temperature, in an open up circuit, the reservoir temperature. The hydraulic fluid need to be decided on so that the working viscosity in the running temperature selection is inside the ideal selection (νopt), see shaded area of the variety diagram. We recommended that the increased viscosity course be chosen in every single situation. Example: At an ambient temperature of X °C, an functioning temperature of sixty °C is set in the circuit. In the optimum running viscosity assortment (νopt., shaded region) this corresponds to the viscosity lessons VG 46 or VG sixty eight to be picked: VG 68.
Be aware: The scenario drain temperature, which is affected by force and velocity, can be higher than the circuit temperature or reservoir temperature. At no position of the element might the temperature be larger than one hundred fifteen °C. The temperature variation specified underneath is to be taken into account when deciding the viscosity in the bearing. If the above conditions cannot be taken care of owing to severe operating parameters, we advocate the use of a flushing and boost stress valve.
Permissible force loading the service daily life of the shaft seal is affected by the speed of the axial piston device and the case drain strain (scenario strain). The suggest differential pressure of two bar in between the scenario and the ambient force could not be enduringly exceeded at normal running temperature. For a greater differential force at decreased pace, see diagram. Momentary stress spikes (t < 0.1 s) of up to 10 bar are permitted. The service life of the shaft seal decreases with an increase in the frequency of pressure spikes.