MAD180C-0100-SA-M0-KP2-35-N1
MPN: R911307331
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The MAD180C-0100-SA-M0-KP2-35-N1 is a foot-mounted motor with a frame size of 180 mm and a rated power of 100 kW. Built by Bosch Rexroth Indramat as part of the MAD IndraDyn A Motors series, it features standard air cooling (SA) and operates at a rated speed of 3000 rpm. The motor is IP65 rated and runs on 400 V AC.
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Product Description:
Bosch Rexroth Indramat created the MAD180C-0100-SA-M0-KP2-35-N1 Servo Motor. This servo motor is designed for industrial automation systems. It delivers a standard torque of 300 Nm in regular operations. The output power of the servo motor typically reaches 31.40 kW. Its normal operating speed is rated at 1,000 rpm. The typical RMS current during operation is 69.0 A.
The peak torque for the MAD180C-0100-SA-M0-KP2-35-N1 servo motor is 620 Nm under load. The maximum power output can reach up to 64.87 kW. The highest operating current is measured at 147.6 A. At a standstill, the torque remains constant at 330 Nm. The steady current at standstill is maintained at 75.0 A. The torque constant is 5.19 Nm per ampere at 20 °C. The servo motor includes 2 pole pairs for magnetic balance. Its base speed is rated at 500 rpm during standard use. The maximum speed is 3,000 rpm for bearing A and 6,000 rpm for B. The thermal time constant for heating is 45.0 minutes. It has a duty cycle of S6 with 44% for 10 minutes. Its rotor inertia is rated at 0.458000 kg·m² for better response. The total weight of the motor is approximately 334 kg.
The MAD180C-0100-SA-M0-KP2-35-N1 servo motor has built-in axial fan cooling. This cooling airflow moves from B to A to support ventilation. The fan provides an average airflow of 700 cubic meters per hour. It supports a rated voltage of 400 V at 50 Hz. It also works with a 480 V at 60 Hz frequency supply. The Fan current draw is 0.39 A at a 400 V operating condition. At 480 V, the fan current is slightly higher at 0.41 A. The ambient operating temperature should be between 0 °C and +40 °C. It is designed with IP65 protection for dust and water resistance.
Frequently Asked Questions about MAD180C-0100-SA-M0-KP2-35-N1:
Q: Why is rotor inertia important in MAD180C-0100-SA-M0-KP2-35-N1 servo motors?
A: Rotor inertia of 0.458000 kg·m² enables rapid acceleration and deceleration. This improves responsiveness in dynamic positioning systems.
Q: What advantage does the 2 pole pair design bring to the MAD180C-0100-SA-M0-KP2-35-N1?
A: Two pole pairs ensure balanced magnetic operation. This reduces vibrations and increases reliability in MAD180C-0100-SA-M0-KP2-35-N1.
Q: How does axial fan cooling enhance thermal management in MAD180C-0100-SA-M0-KP2-35-N1?
A: Axial fan cooling in MAD180C-0100-SA-M0-KP2-35-N1 ensures efficient heat dissipation. It maintains operational stability during prolonged use under load.
Q: Why is a 16.0 mm² wire size recommended for MAD180C-0100-SA-M0-KP2-35-N1?
A: The 16.0 mm² wire size minimizes voltage drop and handles high current safely. It ensures stable electrical connectivity for optimal motor performance.
Q: How does the torque constant benefit the MAD180C-0100-SA-M0-KP2-35-N1 during precision tasks?
A: The torque constant of 5.19 Nm/A at 20°C ensures accurate control of torque with minimal current variation. This enhances precision in automated operations for MAD180C-0100-SA-M0-KP2-35-N1.