Heavy Equipment Maintenance Rexroth A2FM A2FE 1000 Hydraulic Pump Spare Parts

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Rexroth A2FM 6X Series Axial Piston Fixed Motor

Features:
--Fixed motor with axial tapered piston rotary group of bentaxis design, for hydrostatic drives in open and closed circuits
--For use in mobile and stationary applications
--The output speed is dependent on the flow of the pump and the displacement of the motor.
--The output torque increases with the pressure differential between the high-pressure and the low-pressure side.
--Finely graduated sizes permit far-reaching adaptation to the drive case
--High power density
--Small dimensions
--High total efficiency
--Good starting characteristics
--Economical design
--One-piece tapered piston with piston rings for sealing

Technical data

MODEL OPTIONS:
A2FM10 A2FM12 A2FM16 A2FM23 A2FM28 A2FM32 A2FM45 A2FM56 A2FM63 A2FM80 A2FM90 A2FM107 A2FM125 A2FM160 A2FM180 A2FM200 A2FM250 A2FM355

ADVANTAGES:
100% New and original
Wide range & adequate stock for fast delivery
Quick responce & comprehensive pre-sales and after-salesservice
Strong package for good protection

– A2FM motors are designed for use in open and closed circuits.

– Project planning, installation and commissioning of axial piston units must be carried out by qualified personnel.

– Before using the axial piston unit, read the corresponding instruction manual completely. Available on request from Bosch Rexroth.

– Risk of burns from the axial piston unit during and shortly after operation. Appropriate safety measures should be taken (eg wearing protective clothing).

– The characteristics of the axial piston unit may vary due to different operating conditions (operating pressure, fluid temperature).

– Work line ports:

· Ports and fixing threads are designed for maximum specified pressure. The machine or system manufacturer must ensure that the safety factors of connecting elements and lines meet the specified operating conditions (pressure, flow, hydraulic oil, temperature).

• Work line ports and function ports are for hydraulic lines only.

– The data and instructions contained here must be followed.

– The product cannot be approved as a component following the general safety concept of machinery of ISO13849.

– Use the following tightening torques:

· Connector:

See the manufacturer's instructions for the tightening torque of the fittings used.

· Mounting bolts:

For mounting bolts with ISO metric threads in accordance with DIN13 and threads in accordance with ASMEB1.1, we recommend checking the tightening torques of the individual housings according to VDI2230.

· Threaded hole for axial piston unit:

The maximum permissible tightening torque MGmax is the maximum value for threaded holes and must not be exceeded.

· Locking screws:

For the metal locking screws supplied with the axial piston unit, the tightening torque MV required for the locking screw should be used.

Installation Precautions

During commissioning and operation, the axial piston unit must always be filled with hydraulic oil and vented with air. The above precautions must also be observed after a relatively long period of inactivity, since the axial piston unit may drain hydraulic oil back into the tank via the hydraulic line.

Especially in the "transmission shaft up" installation position, oil filling and exhaust must be carried out thoroughly, otherwise there will be dangers such as oil-free operation.

drain oil in the pump housing must be drained to the tank through the highest drain ports (T1, T2).

For combinations of multiple devices, ensure that the corresponding pressure for each device is not exceeded. When a differential pressure exists at the drain ports of the equipment, the common drain line must be replaced so that the minimum allowable pressure for all connected equipment is not exceeded under any circumstances. If this is not possible, a separate drain line should be laid if necessary.

To obtain favorable noise values, all connecting lines should be separated with elastic elements and installation above the tank should be avoided.

Under all operating conditions, the drain line must lead to a point below the minimum oil level in the tank.