MAD130B-0200-SA-M0-BP0-35-N1
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MPN: R911311958
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The MAD130B-0200-SA-M0-BP0-35-N1, part of Bosch Rexroth Indramat's MAD IndraDyn A Motors, is a 130mm frame AC servo motor with flange mounting. It features blower cooling, a 35-bit encoder, and delivers 2.0 kW of rated power. The motor operates at a maximum speed of 3000 rpm and offers IP65 protection.
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Product Description:
The MAD130B-0200-SA-M0-BP0-35-N1 Servo Motor is produced by Bosch Rexroth Indramat for industrial automation applications. It is built to provide an output torque of 80.0 Nm. Its maximum rated power is 16.80 kW. It maintains a continuous, immediate current of 43.0 A while running. It is rated to run at 2000 revolutions per minute.
The main speed of the MAD130B-0200-SA-M0-BP0-35-N1 servo motor is set at 1500 revolutions per minute. Different types of bearings work well on this motor for multiple speeds. It can spin at 7500 revolutions per minute while operating with bearing type A. Using the H-type bearing, the engine can run at a maximum of 10,000 rpm. N and V bearings have a maximum speed rating of 7500 rpm. The motor can produce a maximum torque of 187.2 Nm. The biggest power output is noted as 34.44 kW. The peak current that the MAD130B-0200-SA-M0-BP0-35-N1 servo motor can consume is 80.8 A. It has a standstill torque of 85.0 Nm. A continuous current of 44.5 A is required at a standstill condition. The value of the torque constant at a temperature of 20°C comes out to be 2.47 Nm per ampere.
The MAD130B-0200-SA-M0-BP0-35-N1 servo motor has a 0 to +40 °C ambient operating temperature range. The normal operating period at 44% duty with S6 is 10 minutes. The component discharge capacity has a value of 16.1 nF. Here, 3 pole pairs are found in this Servo Motor. The motor needs a power wire that is 10.0 mm² in size. According to the statement, the unit has a total mass of 105.2 kg. The table shows the rotor moment of inertia as 0.0840000 kg·m². The noise level while using the machine is measured at 70 dB(A), and it may increase by 3 dB.
Frequently Asked Questions about MAD130B-0200-SA-M0-BP0-35-N1:
Q: How do different bearings impact MAD130B-0200-SA-M0-BP0-35-N1 motor?
A: Different bearings in MAD130B-0200-SA-M0-BP0-35-N1 influence max speed and vibration. This optimizes motor performance per application.
Q: How does the 16.1 nF discharge capacity aid MAD130B-0200-SA-M0-BP0-35-N1?
A: The 16.1 nF discharge capacity in MAD130B-0200-SA-M0-BP0-35-N1 reduces electrical noise. It improves signal integrity and protection.
Q: Why is a 10.0 mm² power wire necessary for MAD130B-0200-SA-M0-BP0-35-N1?
A: MAD130B-0200-SA-M0-BP0-35-N1 requires 10.0 mm² power wire to handle high current safely. This prevents overheating and power loss.
Q: What benefits come from 3 pole pairs in MAD130B-0200-SA-M0-BP0-35-N1?
A: MAD130B-0200-SA-M0-BP0-35-N1’s 3 pole pairs reduce torque ripple. This enhances smooth torque delivery and efficiency.
Q: How does continuous current influence MAD130B-0200-SA-M0-BP0-35-N1?
A: Continuous current of 43 A in MAD130B-0200-SA-M0-BP0-35-N1 supports sustained motor operation. It prevents thermal damage during use.
