MAD160B-0100-SA-S0-KH0-35-N2
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MPN: R911315095
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The Bosch Rexroth Indramat MAD160B-0100-SA-S0-KH0-35-N2 motor is part of the MAD IndraDyn A Motors series and features a frame size of 160B with self-ventilated cooling. It delivers a rated power of 10 kW and operates at a rated voltage of 400 V. The motor has an IP65 degree of protection and reaches a maximum speed of 3500 rpm.
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Product Description:
The Bosch Indramat makes the MAD160B-0100-SA-S0-KH0-35-N2 as an asynchronous servo motor. It is part of the MAD servo motor series designed for industrial automation tasks requiring accurate motion control. The motor gives a maximum torque of 200.0 Nm and a maximum output of 20.94 kW.
The MAD160B-0100-SA-S0-KH0-35-N2 servo motor runs at a rated speed of 1,000 rpm. When under normal use, it has a rated current of 50.8 A. The torque of the servo motor is up to 520.0 Nm. The top speed goes to 3,000 rpm when fitted with Bearing A. The capacity of the motor is 58.00 kW, and its current load is limited to 110.0 A. The servo motor can be carefully controlled in many different load situations with a torque constant of 4.44 Nm/A at 20°C. The motor provides continuous torque of 200.0 Nm even when at standstill. It draws a continuous current rating of 53.7 A under those conditions. The thermal time constant of MAD160B-0100-SA-S0-KH0-35-N2 servo motor is timed at 35.0 minutes. It allows the motor to keep operating within prescribed safety limits. The cycle duration under S6 – 44% duty is specified as 10 minutes. This makes the motor suitable for cyclic operations. An improved level of safety is ensured by a discharge capacity of 35.0 nF. The electrical behavior and structure of the motor’s field are determined by the 2-pole structure of its stator.
The rotor moment of inertia on the MAD160B-0100-SA-S0-KH0-35-N2 servo motor is 0.250000 kg·m². This can influence the responsiveness of the motor in dynamic applications. The motor weighs 201.0 kg and uses a 10.0 mm² section of cable for the electrical circuit. The requirements ensure the motor can function well in tough environments that need constant reliability.
Frequently Asked Questions about MAD160B-0100-SA-S0-KH0-35-N2:
Q: Why is the rotor moment of inertia important in MAD160B-0100-SA-S0-KH0-35-N2 applications?
A: Rotor moment of inertia affects how quickly the motor accelerates or decelerates. In MAD160B-0100-SA-S0-KH0-35-N2, it ensures smoother operation under rapid load changes.
Q: How does a 10.0 mm² cable section benefit MAD160B-0100-SA-S0-KH0-35-N2 installations?
A: A 10.0 mm² cable section provides better current handling and thermal performance. This minimizes voltage drops and enhances long-term reliability for MAD160B-0100-SA-S0-KH0-35-N2.
Q: How does the 2-pole stator design in MAD160B-0100-SA-S0-KH0-35-N2 improve performance?
A: The 2-pole stator enhances high-speed rotation and precise torque control. This design improves overall motor responsiveness and efficiency in dynamic tasks.
Q: What is the role of the 35.0-minute thermal time constant in MAD160B-0100-SA-S0-KH0-35-N2?
A: The 35.0-minute thermal time constant allows gradual heat buildup. This helps MAD160B-0100-SA-S0-KH0-35-N2 to operate safely under varying thermal loads.
Q: Why is a torque constant of 4.44 Nm/A significant for MAD160B-0100-SA-S0-KH0-35-N2?
A: A 4.44 Nm/A torque constant ensures predictable torque generation. For MAD160B-0100-SA-S0-KH0-35-N2, this enhances control accuracy during precision operations.
