MAD180D-0200-SA-M2-KG0-35-A1
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MPN: R911324096
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MAD180D-0200-SA-M2-KG0-35-A1 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 Rexroth Bosch's MAD180D-0200-SA-M2-KG0-35-A1 is built to be a long-lasting motor drive for use in various industries. To facilitate the efficient performance of the MAD180D-0200-SA-M2-KG0-35-A1 servo motor, it has an advanced feature to dissipate heat that might affect the functionality of the motor. Cooling in this model is done through an axial fan that blows air directly at the motor parts. A special feature and benefit of the axial fan design is heat distribution while it is operating. The cooling system can, therefore, make the motor more reliable and durable for use in many industries.
Proper cooling is essential for maintaining the rated torque and speed. Like other motors, when the servo motor is loaded or exposed to harsh operating conditions, it develops heat. This leads to thermal overloading of the motor reducing its efficiency, and sometimes even causing a total failure or permanent damage. To counter this, the MAD180D-0200-SA-M2-KG0-35-A1 model is equipped with a cooling unit (axial fan) that facilitates proper air movement and the direction of airflow - towards the operating unit. This feature is especially applied in systems that require a long run time and comprise robotic and automation solutions.
In addition, the cooling system greatly affects the efficiency of the MAD motor. By controlling the temperature of the motor, operation is effective thus minimizing thermal issues. Another feature is the improved multiturn absolute encoder with the 2048 increments to enhance the performance of the motor providing positioning along with digital signals. Therefore, the cooling system can be considered as the component that is especially influential in the motor specifications since it improves the motor's dependability, longevity, and reliability in critical operations.
