MAD130B-0200-SL-S2-RH0-35-N1
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MPN: R911316243
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The MAD130B-0200-SL-S2-RH0-35-N1 is a flange-mounted AC servo motor with a frame size of 130 mm and a rated torque of 6.4 Nm. Manufactured by Bosch Rexroth Indramat as part of their MAD IndraDyn A Motors series, it has a rated power of 2.0 kW and an ingress protection of IP65. The motor supports self-cooling.
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Product Description:
The MAD130B-0200-SL-S2-RH0-35-N1 Asynchronous Servo Motor offers a rated power of 16.8 kW and supports dynamic motion control. It is suitable for demanding industrial applications with precise feedback and integrated cooling. The motor ensures high torque accuracy and reliable performance in compact form.
This Rexroth MAD130B-0200-SL-S2-RH0-35-N1 asynchronous servo motor operates with a rated current of 43.0 A and has three pole pairs. The servo motor has a moment of inertia is 0.084 kg·m² that enables responsive acceleration. It delivers a torque constant of 2.47 Nm/A at 20 °C that ensures consistent torque across operational loads. The motor supports a cycle duration of 10 minutes that is efficient for intermittent duty tasks. The maximum speed of this servo motor is 7500 RPM. It features a fan top cooling mode with an integrated fan cowl that effectively manages heat dissipation. The flange socket used for this motor is the INS380 with coupling type INS038x. This combination allows for a terminal range of 6 to 35 mm² and a current carrying capacity of up to 100 A. The sound pressure level remains within 70 dB (+3 dB) that makes it suitable for environments with acoustic limitations. The discharge capacity of the component is rated at 16.1 nF that supports proper EMI shielding and surge handling. The MAD series motor has an insulation class of 155 to ensure thermal durability and long term operation under harsh conditions.
The encoder type incorporated in this MAD130B-0200-SL-S2-RH0-35-N1 asynchronous servo motor is a singleturn absolute EnDAT 2.1. This encoder provides 2048 increments for precise positional feedback. The electrical connection between the encoder and the controller requires a coupling that mirrors the pole image of the motor socket. The connector socket and cable side coupling must be screwed together manually.
Frequently Asked Questions about MAD130B-0200-SL-S2-RH0-35-N1:
Q: How does the Rexroth MAD130B-0200-SL-S2-RH0-35-N1 ensure consistent torque under variable loads?
A: This model maintains a torque constant of 2.47 Nm per ampere at 20 degrees Celsius. It provides steady output torque even when operational demands fluctuate.
Q: Can the MAD130B-0200-SL-S2-RH0-35-N1 handle high-speed industrial applications?
A: The motor supports a peak rotational speed of 7500 RPM for rapid cycle tasks. It delivers reliable performance during high-speed intermittent operations.
Q: What makes the MAD130B-0200-SL-S2-RH0-35-N1 suitable for thermally intense environments?
A: It comes with an insulation class of 155 that resists high thermal stress. This rating ensures long-term stability under harsh working conditions.
Q: How does the MAD130B-0200-SL-S2-RH0-35-N1 servo motor manage heat during operation?
A: The fan top cooling system includes an integrated fan cowl for efficient heat dispersion. It actively maintains safe temperature levels during dynamic motion control.
Q: How does the encoder in MAD130B-0200-SL-S2-RH0-35-N1 enhance positional accuracy?
A: It uses a singleturn absolute EnDAT 2.1 encoder with 2048 increments for precise feedback. Manual connection ensures alignment with the motor socket pole.
