MAD130C-0250-SA-C0-BP0-35-N1
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MPN: R911319793
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The MAD130C-0250-SA-C0-BP0-35-N servo motor by Bosch Rexroth ensures high precision. It offers 250 Nm peak torque and a 2,500 rpm speed. It features 0.108 kg² rotor inertia for responsive motion control.
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Product Description:
The MAD130C-0250-SA-C0-BP0-35-N1 is a Bosch Rexroth Servo motor. This motor is part of a series of IndraDyn A Asynchronous Drives. It also has a nominal power rating of 26.2 kW to guarantee optimal performance with regard to the intended use in industrial automation settings. It has a rated torque capacity of 100.0 Nm in order to offer an effective force in different mechanical applications.
The MAD130C-0250-SA-C0-BP0-35-N1 servo motor has a continuous performance speed of 2,500 rpm. The servo motor also supports various speed requirements up to a maximum of 3000 rpm. The electrical current required by the motor is a rated current of 62.0 A. It has three poles as a pair arrangement of magnetic poles to add to the smooth operation of the motion. The weight of this motor is 124.0 kg. This MAD130C-0250-SA-C0-BP0-35-N1 servo motor has a maximum torque of 250.0 Nm. The maximum power is 53.7 kW to provide flexibility for different machinery. The maximum active current needed to reach maximum torque is 126.6 A. The motor ensures smooth rotational behavior with a rotor moment of 0.108kg·m². Thermal stabilization of the servo motor occurs within a 30-minute period. It makes the motor cool during long running hours.
The MAD130C-0250-SA-C0-BP0-35-N1 servo motor has a stand-still torque of 110.0 Nm. It is torque sensitive to facilitate accurate control, which comes to 1.96 Nm/A. It has an operating duty cycle of S6 - 44% with 10 minutes of operation demanding an interleave. The discharge capacitance of the servo motor is 20.1 nF, and it helps in stabilizing this operation. Its conductor cross-section size is 16.0 mm² to facilitate appropriate electrical circulation. The noise emission level is 70 dB(A) and is acceptable in any industrial setting.
Frequently Asked Questions about MAD130C-0250-SA-C0-BP0-35-N1:
Q: Why does the MAD130C-0250-SA-C0-BP0-35-N servo motor use three poles?
A: The MAD130C-0250-SA-C0-BP0-35-N servo motor uses three poles to promote balanced magnetic fields resulting in smoother more stable rotation under varying loads.
Q: How does the MAD130C-0250-SA-C0-BP0-35-N rotor inertia of 0.108 kg² help?
A: In the MAD130C-0250-SA-C0-BP0-35-N motor 0.108 kg² rotor inertia enhances control during high-speed transitions reducing overshoot and improving servo accuracy.
Q: Why is the MAD130C-0250-SA-C0-BP0-35-N thermal response set to 30 minutes?
A: The MAD130C-0250-SA-C0-BP0-35-N servo motor’s 30-minute thermal response ensures efficient heat management extending operational lifespan during prolonged or cyclic use.
Q: How does the MAD130C-0250-SA-C0-BP0-35-N discharge capacitance of 20.1 nF help?
A: The 20.1 nF discharge capacitance in MAD130C-0250-SA-C0-BP0-35-N stabilizes electrical fluctuations which minimizes EMI and protects sensitive control components.
Q: Why is a 16.0 mm² conductor used in MAD130C-0250-SA-C0-BP0-35-N?
A: The MAD130C-0250-SA-C0-BP0-35-N uses a 16.0 mm² conductor to support high current flow with minimal resistance improving operational safety and energy transfer.
