MAD160C-0200-SA-S2-AH0-05-V1
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MPN: R911324914
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In-Stock, Ships 3-5 Days
MAD160C-0200-SA-S2-AH0-05-V1 Spindle Motor manufactured by Bosch Rexroth Indramat. This motor has a cooling mode with an Axail Fan, Blowing and a Singleturn Absolute, 2048 increments encoder. It also has a mounting style of Flange and a Standard bearing.
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Product Description:
The MAD160C-0200-SA-S2-AH0-05-V1 is an asynchronous motor introduced by Rexroth Bosch. It works on the principle of electromagnetic induction and consists of a squirrel cage rotor. Squirrel cage rotors further consist of conducive bars. Such rotors have greater efficiency, a high starting torque, and a simple and durable design. It is usually not connected to any power source. The stator is provided with an alternating current supply which creates a magnetic field instantly. This magnetic field produced by the stator induces emf also known as electromotive force rotor. This force in return drives the motor.
Such MAD motors have various uses in the textile industry, particularly in machine tools, printing presses, CNS machinery, automated assembly lines, and packaging machinery. Moreover, they are also applied in robotics as well as handling machines and transferring torque. The medical industry uses such induction motors for various applications and machines. These motors have reduced cabling, a simpler design that requires low maintenance, utilizes less space, and overall provides a smooth function.
The MAD160C-0200-SA-S2-AH0-05-V1 comes with a size 160 frame. It has a rated power of 31.4 kW. Its derating speed is 1500 rotations per minute. Derating the speed of an induction motor involves operating a motor at a lower voltage, current, or power than its rated capacity. There are many reasons for this including that it leads to minimizing the amount of heat dissipated during the operation of the motor, managing increased loads, extending duty cycles, and increasing as well as maintaining the efficiency of the motor at high altitudes and unfavorable environments. This properly adjusted derating speed of motor can help maintain performance and prevent premature failure.
