MAC093C-0-FS-4-C/130-B-0/WI534LX/S005
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MPN: R911232777
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MAC Permanent Magnet Motor manufactured by Bosch Rexroth Indramat. This motor has a power connecter on Side B. This motor also includes a Incremental Encoder with Standard Mounting encoder and a Not Equipped blocking brake.
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Product Description:
The MAC093C-0-FS-4-C/130-B-0/WI534LX/S005 by Rexroth Bosch is designed to drive mechanical loads. The coils of the MAC series AC motor are housed in the stator, which is its immovable outer shell. The stator’s core is composed of magnetic alloys, that have minimal losses and high magnetic permeability. The rotor is the AC motor's rotating inner shell, which is powered by the magnetic fields. One magnet or a set of magnets is used to construct it. Soft magnetic alloys are used in the rotor's construction to improve efficiency and performance.
The MAC093C-0-FS-4-C/130-B-0/WI534LX/S005 has FS-type winding and 3000 rpm speed. Electric motor thermal management is a challenging task due to the many heat transfer pathways, materials, and interfaces that must be passed through to remove heat. The motor's internal thermal temperature gradients are influenced by the heat's capacity to pass through it. The convective cooling technique is the cooling mechanism that eventually removes heat from the AC motor and transfers it into the surrounding environment. If the shaft of an incremental encoder is rotating, it will produce electrical pulses. Following the movement of the incremental encoder, a series of binary impulses is produced that is proportionate to the shaft's rotation.
The shaft position can be determined by measuring the phase differences of the pulses that are generated, which indicate the direction of rotation. The receiver and transmitter components of the incremental encoder are separated by a fixed slot and a spinning slot. The load capacity of the bearings is determined according to the operational needs of the AC motor. Furthermore, the motor bearings can withstand the speed of the motor without losing durability or performance.
