2AD180C-B35OL1-BS03-B2N1
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MPN: R911287743
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The Bosch Rexroth Indramat 2AD180C-B35OL1-BS03-B2N1 motor is part of the 2AD 3-Phase Induction Motors series and features a frame size of 180 with motor length C. It is blower cooled with a Bosch resolver for feedback and offers IP54 protection. The motor supports a rated voltage of 400V AC.
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Product Description:
The Bosch Indramat develops the 2AD180C-B35OL1-BS03-B2N1 Induction motor for continuous-duty industrial automation applications. It delivers a continuous power output of 44 kW. It produces a torque of 281 Nm at a base speed of 1500 rpm. It runs on a supply voltage of 322 V. The presence of a shaft end on side B allows connection of an encoder or mechanical interface.
The 2AD180C-B35OL1-BS03-B2N1 induction motor is capable of operating up to a maximum speed of 6000 rpm. It requires a current input of 92 A under rated load. The motor includes a plain shaft with a shaft sealing ring. It is protected by an IP65-rated enclosure for both the shaft and connectors. The power connection is located at the top, and the cable exits to the left. The rotor inertia is 0.373 kg·m² to support stable performance during speed changes. The motor has a thermal response time of 70 minutes. This allows it to maintain temperature under prolonged operation. The 2AD180C-B35OL1-BS03-B2N1 induction motor has an axial cooling blower to provide forced ventilation. It has the airflow directed from side B to side A. The blower uses 3-phase AC at 400 V. It operates at 50/60 Hz, drawing 220 VA. It delivers a cooling air volume of 1950 m³/h to manage heat dissipation effectively. The motor has an approximate weight of 315 kg.
The 2AD180C-B35OL1-BS03-B2N1 induction motor supports high radial load conditions as it is equipped with a reinforced bearing system. It performs reliably in ambient temperatures ranging from 0°C to +45°C. Its Type 3 high-resolution feedback system ensures accurate control. It offers ±0.02° absolute accuracy and ±0.01′ relative precision. The motor is equipped with Class F insulation, adhering to the DIN VDE 0530 specifications.
Frequently Asked Questions about 2AD180C-B35OL1-BS03-B2N1:
Q: How does 2AD180C-B35OL1-BS03-B2N1 motor respond to uneven load transitions?
A: The 2AD180C-B35OL1-BS03-B2N1 induction motor maintains velocity stability during abrupt torque demands. This is due to its optimized control loop responsiveness and rotor inertia characteristics.
Q: What interface challenges occur with 2AD180C-B35OL1-BS03-B2N1 encoder feedback?
A: The 2AD180C-B35OL1-BS03-B2N1 induction motor’s feedback requires low-latency digital sampling and shielded cabling. It prevents resolution loss in EMC-sensitive environments.
Q: How does 2AD180C-B35OL1-BS03-B2N1 handle harmonic distortion?
A: The 2AD180C-B35OL1-BS03-B2N1 induction motor benefits from power conditioning filters. It reduces harmonic resonance in VFD-driven networks operating at variable carrier frequencies.
Q: What effect does mounting orientation have on 2AD180C-B35OL1-BS03-B2N1 cooling?
A: The 2AD180C-B35OL1-BS03-B2N1 induction motor’s axial blower orientation requires horizontal alignment to prevent cooling inefficiencies from gravity-induced flow distortion.
Q: How does 2AD180C-B35OL1-BS03-B2N1 perform under rapid directional changes?
A: The 2AD180C-B35OL1-BS03-B2N1 induction motor delivers smooth reversals with minimal lag due to balanced shaft geometry and dynamic rotor alignment under high-speed feedback control.
