MDD112C-L-020-N2L-130GB0
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MPN: R911276172
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In-Stock, Ships 3-5 Days
The MDD112C-L-020-N2L-130GB0 Servo Motor is manufactured by Bosch Rexroth Indramat. This unit operates with a 2000 Min nominal speed, Digital Servo Feedback, a(n) Plain Output Shaft, and it is Not Equipped with a blocking brake.
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Product Description:
Bosch Rexroth manufactures a wide range of industrial automation equipment. AC servo motors, frequency converters, drive converters, inverter modules, and drive controllers are some of the company's resources that are commonly used in the market.
The MDD112C-L-020-N2L-130GB0 model can perform at a maximum speed of 2000 RPM, with a peak current of 110.5 A and a torque of 97.3 Nm. The model includes a simple output and a sealing ring for lubricant protection, as well as a moment of inertia of 170 x 10-4 kgm2. When combined with a drive controller, the MDD112C AC servo motor provides a cost-effective and efficient method of tracking and regulating your activities while also increasing overall performance. This AC servo motor is one of the products available from the company that provides clients the most adaptability and modification to meet their needs. It has a balancing class of N and a digital servo feedback encoder. The model power values cannot be derived unless the necessary installation height and temperature of 1000m above sea level and 0 to +45 degrees Celsius, accordingly, are fulfilled. At 20 degrees Celsius, the MDD112C AC servo motor has a winding resistance of 0.31 ohms and torque constant of 0.94 Nm/A.
The model MDD112C-L-020-N2L-130GB0 features an IP65 protection grade and a centering diameter of 130 mm, as well as a power connector on the B-side of the motor housing. The contouring accuracy of the model is outstanding, which is especially important while cutting at high speeds, and it produces a constant torque of 28 Nm while drawing a continuous current of 29.7 A. The model (MDD112C-L-020-N2L-130GB0) has a winding inductivity of 5 mH and the time of the imposed pulse controls the rotation angle, which is based on the pulse width modulation principle.
