MAD130C-0200-SA-C0-KH0-35-N1
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MPN: R911307879
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The Bosch Rexroth Indramat MAD130C-0200-SA-C0-KH0-35-N1 servo motor is part of the MAD IndraDyn A Motors series and features a frame size of 130. This motor delivers a rated power of 2 kW, a rated speed of 2000 rpm, and a maximum torque of 28.6 Nm. It is self-cooled and equipped with an IP65 protection class.
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Product Description:
The MAD130C-0200-SA-C0-KH0-35-N1 Servo Motor from Bosch Rexroth Indramat company is build for industrial automation applications. The insulation grade of the MAD130C servo motor is Class F. It produces a nominal power of 23.00 kW and a rated torque of 110 Nm. The motor has a maximum power output of 47.15 kW.
The MAD130C-0200-SA-C0-KH0-35-N1 servo motor draws a peak current of 106.7 A. The motor has an operating speed of 2000 rpm. It can reach 3,000 RPM with Bearing A and 6,000 RPM with Bearing H. The motor provides a maximum torque of 252.9 Nm. At a standstill, the motor gives a continuous torque of 139.9 Nm. At this moment, the motor draws a constant current of 51.0 A. The necessary current for the servo motor is 57.0 A. It operates with a cycle duration of 10 minutes in S6 operation at 44%. The MAD130C-0200-SA-C0-KH0-35-N1 servo motor has a thermal response delay of 30 minutes. The motor has an angular inertia of 0.1080 kg·m². The motor uses a power wire cross-section of 10 mm². The motor is equipped with an optional holding brake. The holding torque is 100 Nm.
The brake of MAD130C-0200-SA-C0-KH0-35-N1 servo motor operates with a rated voltage of 24 V. It is equipped with a cooling fan working at a voltage supply of 400 V and utilizes 132 VA of power. The maximum speed of the holding brake is 8,000 RPM. This brake consumes an operating current of 1.50 A. The torque constant of the motor is 2.64 Nm/A at 20°C. The brake has a moment of inertia of 0.00318 kg·m² and a disconnection time of 65ms. The motor weighs 124 kg. The operational ambient temperature is between 0 and 40°C.
Frequently Asked Questions about MAD130C-0200-SA-C0-KH0-35-N1:
Q: What is the use of 400 V cooling fan in MAD130C-0200-SA-C0-KH0-35-N1 motor?
A: The 400 V fan ensures consistent cooling, enabling the motor to sustain high torque outputs for extended durations without overheating.
Q: How does the holding torque of 100 Nm improve performance of MAD130C-0200-SA-C0-KH0-35-N1?
A: The 100 Nm holding torque prevents motor shaft movement when idle, maintaining positional accuracy during power-off states in MAD130C-0200-SA-C0-KH0-35-N1.
Q: Why is the 8,000 RPM brake speed significant for MAD130C-0200-SA-C0-KH0-35-N1 servo motor?
A: The 8,000 RPM brake capability ensures that the brake can handle high-speed deceleration without performance degradation in MAD130C-0200-SA-C0-KH0-35-N1 servo motor.
Q: Why is a torque coefficient of 2.64 Nm/A important in MAD130C-0200-SA-C0-KH0-35-N1?
A: A torque coefficient of 2.64 Nm/A reflects efficient torque generation per ampere, minimizing energy usage while maintaining high torque in MAD130C-0200-SA-C0-KH0-35-N1.
Q: How does the brake disconnection time of 65 ms affect the MAD130C-0200-SA-C0-KH0-35-N1's performance?
A: Fast 65 ms brake disconnection allows rapid disengagement, enhancing machine safety and responsiveness in emergency stop scenarios.
