Product Description
Rexroth Bosch's MAD160C-0200-SA-M0-AP0-05-N1 motor has a multiturn absolute encoder with 512 increments. It is important for motor applications where position accuracy is critical. A multiturn absolute encoder not only measures the position of a shaft within one revolution but also counts several revolutions, which makes it highly useful for precise tasks related to shaft positioning. The 512 increments refer to the resolution of the encoder per revolution. These are the number of output signals that divide the whole turn into 512 steps. This high-resolution setup allows the motor to position the motor and other components with a high degree of precision which is important in robotic and automation systems.
Multiturn absolute encoders provide advantages because the positional information is stored even after the power loss. This enables the motor to continue rotation from where it left off without having to reset or return to its original position. These types of encoders offer accurate information in industrial operations with complex movements, where the definite position of the motor is essential i.e., in CNC machinery. This motor has an A-side power connection, which makes wiring and installation easy. This connection on the A-side allows less mechanical interference and increases heat dissipation. This connection is very helpful in compact locations, where maintaining cable arrangement is beneficial for the effectiveness and security of the motor. The A-side power connection along with the multiturn absolute encoder makes the motor suitable to meet the demands of the industrial applications.
Standard bearings are used to support the rotor and other rotating components. These bearings can work under high and continuous loads, thus helping the motor to run with high efficiency and no wear.
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