MAD100B-0200-SA-C0-BG0-35-N1
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MPN: R911306497
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MAD100B-0200-SA-C0-BG0-35-N1 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 MAD100B-0200-SA-C0-BG0-35-N1 is a compact yet capable servo motor engineered for accuracy and reliable motion control across a range of automation tasks. One of its key components is the incremental encoder with 2048 increments, which plays a critical role in feedback and positioning. This type of encoder generates a series of pulses as the motor shaft rotates, each pulse representing a fixed angle of rotation, allowing the connected control system to track speed, direction, and relative position. With 2048 counts per revolution, the motor offers fine-resolution feedback that enhances precision and system responsiveness, particularly in tasks requiring smooth and coordinated movement.
The MAD100B-0200-SA-C0-BG0-35-N1 motor is equipped with standard bearings and features a flange-and-foot mounting design, offering both stability and versatility during installation. It operates with a maximum speed of 9000 rpm and delivers a rated output of 5.9 kW at a rated speed of 2000 rpm. The motor generates a maximum torque of 66 Nm, while the continuous current at standstill is measured at 15.3 A. Internally, it carries a rotor inertia of 0.019 kgxm2, with a mass of 43 kg, contributing to a balanced combination of responsiveness and control.
It is built for a duty cycle of 10 minutes and has a thermal time constant of 30 minutes, supporting stable performance under moderate thermal loads. The MAD100B-0200-SA-C0-BG0-35-N1 motor's discharge capacity is rated at 6 nF, and electrical connections are positioned on side B. The cooling system operates in axial blowing mode, with an air volume of 230 m3/h and a fan current draw of 0.12 A, ensuring sufficient airflow for thermal regulation. Proper attention to environmental conditions, mechanical integration, cooling management, and regular monitoring of bearings and electrical connections is vital for achieving their intended operational lifetime and efficiency.
