2AD180C-B35OL1-BS01
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MPN: R911234890
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The 2AD180C-B35OL1-BS01 is a synchronous servo motor manufactured by Bosch Rexroth Indramat. Part of the 2AD 3-Phase Induction Motors series, it has a frame size of 180 mm and features square flange B3 mounting. The motor is liquid-cooled and offers IP65 protection. It weighs approximately 40–70 kilograms depending on configuration.
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Product Description:
The 2AD180C-B35OL1-BS01 Induction motor features both flange and foot mounting styles for versatile installation in industrial automation. The motor is developed by Bosch Rexroth and it belongs to the 2AD180C model line. The motor has a mass of 310 kilograms.
For cooling, the 2AD180C-B35OL1-BS01 induction motor uses an axial blower that moves air from the B side to the A side. The motor includes a Type 3 high-resolution feedback system. It delivers precise control with a position accuracy of ±0.02 degrees. It has an IP65 rating for its connectors to offer strong protection against dust and moisture. However, the shaft without a seal is protected to an IP40 level. This motor is designed to deliver a continuous power of 52 kW and generate a steady torque of 321 Nm. The 2AD180C-B35OL1-BS01 induction motor operates at a standard speed of 1500 rpm and can accelerate up to 6000 rpm when needed. The voltage requirement is 322 V. It typically draws 110 amps during normal use. The rotor has a rotational mass of 0.373 kg·m², which contributes to its smooth rotational behavior. It has a heat buildup duration of 70 minutes. This allows it to run effectively before thermal limits are reached. The integrated brake is electrically activated and holds with a force of 300 Nm.
The 2AD180C-B35OL1-BS01 induction motor uses F-class insulation to withstand elevated temperatures during demanding tasks. It performs best in ambient conditions ranging from 0°C to +45°C. The motor can be installed at heights up to 1000 meters above sea level. It uses a blower that consumes 220 VA and circulates 1950 m3/h to manage internal temperatures. The airflow system of the 2AD motor ensures thermal balance during long periods of operation.
Frequently Asked Questions about 2AD180C-B35OL1-BS01:
Q: How does 2AD180C-B35OL1-BS01 induction motor handle thermal spikes?
A: The 2AD180C-B35OL1-BS01 induction motor manages thermal spikes via axial airflow stabilization, limiting hotspot formation during torque surges in high-cycle industrial automation systems.
Q: What integration constraints exist with 2AD180C-B35OL1-BS01 motor feedback?
A: The 2AD180C-B35OL1-BS01 induction motor’s Type 3 feedback system requires motion controllers with high-resolution encoder compatibility and tight latency tolerances for optimal closed-loop control.
Q: How does altitude affect 2AD180C-B35OL1-BS01 motor efficiency?
A: The 2AD180C-B35OL1-BS01 induction motor may experience reduced cooling performance above 1000 meters, requiring derating curves for accurate torque and speed configuration.
Q: What impact does blower airflow have on 2AD180C-B35OL1-BS01 duty cycles?
A: The 2AD180C-B35OL1-BS01 induction motor’s 1950 m³/h axial blower stabilizes winding temperatures, extending duty cycles under continuous operation in thermally constrained enclosures.
Q: Which braking conditions reduce longevity of 2AD180C-B35OL1-BS01 motor?
A: The 2AD180C-B35OL1-BS01 induction motor’s 300 Nm electrically activated brake may wear prematurely under frequent high-inertia deceleration without external braking resistors or buffers.
