MAD130B-0200-SA-S0-AL0-35-N1
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MPN: R911311987
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The Bosch Rexroth Indramat MAD130B-0200-SA-S0-AL0-35-N1 is part of the MAD IndraDyn A Motors series and is a servo motor with natural cooling. It provides a rated power of 2.0 kW, a continuous torque of 6.37 Nm, and operates at 3000 rpm. The motor features an IP65 protection class and has a peak torque of 14.0 Nm.
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Product Description:
The MAD130B-0200-SA-S0-AL0-35-N1 Spindle motor is manufactured by Bosch for reliable and accurate operation. In applications requiring constant torque and precise speed regulation, the motor is efficient for industrial automation. During operation, the cooling system's axial fan maintains temperature equilibrium.
The spindle motor's flange and foot attachment style allow for greater installation options. The motor's frame has dimensions of 130 mm in width and B in length. The bearing can withstand speeds up to 7,500 revolutions per minute. A torque coefficient of 2.47 Nm/A establishes the link between current and torque. Winding code 0200 is assigned to the motor, which has a total of three pole pairs in its construction. On the other hand, the continuous torque is 80.0 Nm, while the highest torque that can be applied is 187.2 Nm. The connector is of the A-side variety, and the connecting side is where the two halves meet. Electrical compatibility is supported by the conductor's cross-sectional area of 10.0 mm². Mechanical stability is maintained by the vibration grade R. The MAD130B-0200-SA-S0-AL0-35-N1 spindle motor is of the standard bearing type and does not include a holding brake.
The MAD130B-0200-SA-S0-AL0-35-N1 spindle motor weighs a total of 105.2 kg. This spindle motor has an angular inertia of 0.0840000 kg·m². For activities requiring coordinated motion, the encoder type's support of absolute position feedback is crucial. This particular shaft type does not include a shaft seal and is half-key balanced. A 2048-step absolute encoder with a single-turn design is built into the motor. Both mechanical alignment and electrical efficiency are facilitated by the building's design. A cooling setup is built into the spindle motor to control operational temperatures when the motor is under load.
Frequently Asked Questions about MAD130B-0200-SA-S0-AL0-35-N1:
Q: Why does MAD130B-0200 include 0.0840000 kg·m² inertia?
A: The angular inertia ensures stable acceleration and deceleration. It minimizes oscillation during speed changes in rotational drive systems.
Q: How does MAD130B-0200 benefit from 2.47 Nm/A?
A: The torque coefficient defines torque generation per ampere. It optimizes current usage and supports accurate torque control.
Q: Why do MAD130B-0200 motors use vibration grade R?
A: Vibration grade R maintains mechanical stability. It ensures precise shaft alignment and reduces system stress under dynamic conditions.
Q: How does MAD130B-0200 handle 7500 rpm speed?
A: The peak speed capability comes from high-quality bearings. It supports high-speed applications without compromising mechanical integrity.
Q: Does MAD130B-0200 support 10.0 mm² conductors?
A: Yes, the cross-sectional area supports efficient power transmission. It ensures thermal and electrical stability during full-load operation.
