MAD160B-0150-SA-S0-FQ0-05-N1
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MPN: R911324059
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MAD160B-0150-SA-S0-FQ0-05-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:
Rexroth Bosch’s MAD160B-0150-SA-S0-FQ0-05-N1 is an asynchronous motor that belongs to the MAD series. It is of 160 size with length B. One significant feature of the motor is an axial fan. The axial fan plays a significant role in cooling motors where motors are under constant load. It ensures high airflow throughout the motor structure to dissipate the heat. Controlled temperature is important in preventing thermal damage to several parts, improving the motor’s durability and reducing the risk of potential failure. Due to its cooling efficiency, an axial fan is suitable for motors that are used in industrial applications that require constant operation for a long time.
The MAD160B-0150-SA-S0-FQ0-05-N1 motor consists of an A-side terminal box connection, which is advantageous for use in industries. The terminal box is fixed on the A side of the motor’s structure, so the wiring and power connection of the motor are more convenient to install and maintain. This connection helps minimize complex wiring around the motor structure and is a suitable way of fixing it with equipment. Also, a terminal box at the A-side is an effective method of controlling power supplies, particularly in conditions when space is limited. The terminal box also protects the internal connections from dust, moisture and mechanical impacts, thus increasing the lifespan of the motor and providing reliability.
This motor does not have a holding brake meaning that this can only be used in areas where there is constant movement rather than stopping at a fixed point. Without holding the brake, the motor is solely dependent on the control system to control its motion and speed. This is perfect for usage in pumps, fans or conveyor systems where constant movement without a holding force is desired.
