MAC092B-0-QD-3-C/095-B-2/S018
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MPN: R911248894
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MAC Permanent Magnet Motor manufactured by Bosch Rexroth Indramat. This motor has a power connecter on Side B. This motor also includes a B encoder and a Natural Convection blocking brake.
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Product Description:
The servo motor MAC092B-0-QD-3-C/095-B-2/S018 is designed to provide accurate control in challenging industrial settings. Its motor has an initial speed of 2000 min-1 & can provide an absolute maximum force of 10.5 Nm. At impasse, it delivers an average torque of 7.2 Nm. At still, the motor runs steadily at 11.9 Amperes, with an ultimate power of 17.4 Amperes. It possesses a constant torque of 0.67 Newton-meter/Amperes at 20 degrees, a rotor moment of inertia assessment of 36 x 10-4 kilogram-meter^2, winding resistance assessment of 0.97 Ohm, & winding inductance assessment of 5.1 mH. The torque available at maximum RPM is determined by the value in field (4): M100 is the maximum torque at 100% AC mains power and M90 is the highest torque at 90% AC mains power.
There are numerous options to determine the reference point on motors that are supplied with absolute encoders installed. The first step is to line up the absolute encoder's zero point with the mechanical point of reference. First, in jog mode, set the servo drive to the chosen reference point. Next, attach the absolute encoder to the control unit and, using the adjustment tool (part no.: 243 044), disconnect the connection that was made between the absolute encoder & the motor shaft. After setting the absolute encoder to zero, the control unit should assess it. Lastly, carry out a trial run.
In the second step, the mechanical end of the axis is where the absolute encoder's measurement range ends. Connect the absolute encoder to the control unit after moving the mechanical system to its final position. Using the adjustment tool (part no.: 243 044), disconnect the absolute encoder from the motor shaft. Reinstall the connection between the absolute encoder and the motor shaft after turning it to the appropriate end position. To make sure everything is working properly, perform a test. You may guarantee precise and dependable performance of the servo motor and its parts in industrial applications by adhering to these methods.
