MAD160B-0200-SA-M0-AP5-35-N1
MPN: R911311189
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The Bosch Rexroth Indramat MAD160B-0200-SA-M0-AP5-35-N1 is an AC Servo Motor from the MAD IndraDyn A Motors series, featuring a frame size of 160 mm. It delivers a rated power of 20 kW, a torque of 127 Nm, and operates at a rated speed of 1500 rpm. With an IP65 protection class, it uses air cooling.
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Product Description:
The MAD160B-0200-SA-M0-AP5-35-N1 Servo motor gives precise motion in industrial automation. The Bosch Rexroth made this servo motor. The motor delivers a rated torque of 160.0 Nm in standard operation. The continuous standstill torque is rated at 160.0 Nm. Its maximum torque reaches up to 375.3 Nm under peak load.
The MAD160B-0200-SA-M0-AP5-35-N1 Servo motor offers a rated power output of 33.50 kW. The servo motor provides a maximum power of 68.68 kW. The rated current for this motor is specified at 75.8 A. Its maximum effective current is measured at 157.4 A. The servo motor achieves a rated speed of 2000 rpm. The maximum speed varies based on the installed bearing type. Bearing types H and M support up to 6000 rpm. Bearings A and V limit maximum speed to 3000 rpm. The rotor inertia is specified at 0.250 kgm2. The MAD160B-0200-SA-M0-AP5-35-N1 servo motor has a thermal time constant of 35.0 minutes. The cycle duration at S6 - 44% is rated at 10 minutes. The discharge capacity of the motor is 34.4 nF. The power wire cross-section required is 25.0 mm2. This servo motor includes 2 pole pairs in its construction. The ambient temperature range of the motor during use is 0 to +40 °C. The sound pressure level reaches 75 dB with a 3 dB tolerance.
The MAD160B-0200-SA-M0-AP5-35-N1 servo motor fan uses a 3-phase AC voltage supply. The fan airflow is directed from side B to side A. The mean airflow volume is specified at 520.0 m3/h. The fan operates on 400 or 480 volts at 50 or 60 Hz. An optional holding brake provides 100.0 Nm holding torque. The total motor weight is listed as 201.0 kilograms. It follows insulation class 155 under DIN EN 60034-1.
Frequently Asked Questions about MAD160B-0200-SA-M0-AP5-35-N1:
Q: Why is the holding brake's 100.0 Nm torque significant for the MAD160B-0200-SA-M0-AP5-35-N1 servo motor?
A: The 100.0 Nm holding brake maintains position in power-off conditions. It's critical for vertical or safety-sensitive applications with the MAD160B-0200-SA-M0-AP5-35-N1 motor.
Q: What impact does the 75 dB sound pressure level have in industrial settings using the MAD160B-0200-SA-M0-AP5-35-N1 motor?
A: The 75 dB level complies with industrial noise standards. It supports quieter environments, improving operator comfort in facilities using the MAD160B-0200-SA-M0-AP5-35-N1.
Q: How does the thermal time constant of 35.0 minutes affect the motor's durability?
A: A 35.0-minute thermal time constant indicates excellent heat dissipation capability. It minimizes the risk of thermal damage under prolonged usage.
Q: How does the fan's airflow direction (B to A) improve the MAD160B-0200-SA-M0-AP5-35-N1 motor's efficiency?
A: The airflow from B to A ensures optimal cooling of internal components. This configuration prevents overheating and supports extended duty cycles for the MAD160B-0200-SA-M0-AP5-35-N1.
Q: Why does the MAD160B-0200-SA-M0-AP5-35-N1 servo motor include 2 pole pairs in its construction?
A: Having 2 pole pairs allows better torque production and smoother control at lower speeds. It contributes to the motor's high efficiency and precise motion control.