2AD184D-B35OC1-CS06-A2N1

MPN: R911295723

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The 2AD184D-B35OC1-CS06-A2N1 3-phase induction motor features a motor frame size of 184D, a rated power of 6 kW, a rated current of 10.2 A, and a smooth output shaft. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it offers IP65 protection and operates with a rated speed of 3000 rpm.

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Product Description:

Bosch Rexroth Indramat provides dependable motors for automation and drive systems. The 2AD184D-B35OC1-CS06-A2N1 3-Phase Induction Motor is built to offer consistent, high-performance industrial functioning.

The 67 kW rated power is delivered by the 2AD184D-B35OC1-CS06-A2N1 Induction Motor. It provides a rated torque output of 320 Nm. The motor supports a rated current of 151 A. This supports high-load applications and consistent performance over time. It has a D-length motor design and size code 184. The unit uses an axial blower for motor cooling. The blower operates using a 400 V power supply. This system confirms effective cooling during extended operation. The motor has a standard bearing configuration for general use. It includes digital servo feedback for position control. The feedback device supports accurate speed and torque regulation. The motor is built without a holding brake mechanism. The power connection is directed to side A of the unit. It has a smooth shaft without a seal for clean transmission. The shaft type allows low-friction mechanical output. This enables flexible installation in equipment and assemblies and improves base alignment and structural stability. The drive system helps in precise and heavy-duty machine performance. It is ideal for large-scale industrial machines and production systems. The motor has a flange and base mounting capability.

The 2AD184D-B35OC1-CS06-A2N1 induction motor can operate at a rated speed of 1500 rpm. It features Class F insulation that provides thermal endurance for higher operating temperatures and is designed with a thermal time constant of 75 minutes for stable thermal behavior under varying load conditions. With a mass of 75 kg the motor offers a robust mechanical structure suitable for a demanding industrial environment.

Axial Blower Voltage
400 V
Bearings
Standard
Brake
Without holding Brake
Cooling Type
Axial Blower
Feedback Device
Digital Servo Feedback
Motor Length Code
D
Motor Size Code
184
Mounting Thread Length
Flange and foot mounting
Power connection direction
to side A
Rated Current
151 A
Rated Power
67 kW
Rated Torque
320 Nm
Shaft Type
Smooth without seal
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Frequently Asked Questions about 2AD184D-B35OC1-CS06-A2N1:

Q: How does Class F insulation contribute to motor longevity?

A: The Class F insulation allows the motor to withstand higher operating temperatures. This results in reduced wear under thermal stress and extended service life.

Q: What role does the thermal time constant of 75 minutes play?

A: The thermal time constant indicates how long the motor can sustain load changes without overheating. It supports consistent thermal performance in variable industrial workloads.

Q: How does the axial blower using a 400 V supply enhance motor efficiency?

A: The axial blower maintains stable operating temperatures during prolonged use. It ensures continuous airflow, especially beneficial in high-duty cycles.

Q: Why is a smooth shaft without a seal used in the 2AD184D-B35OC1-CS06-A2N1 motor?

A: The smooth shaft without a seal reduces mechanical friction. This allows for efficient torque transmission in clean environments where sealing isn't required.

Q: How does a standard bearing configuration benefit industrial applications?

A: The standard bearing setup supports general-purpose applications. It ensures low-maintenance reliability across varied operational environments.


Internal Product Review

  • ‘‘The 2AD184D-B35OC1-CS06-A2N1 induction motor offers dependable drive output with a 320 Nm rated torque and precise servo feedback for real-time control. Its flange and foot mounting options simplify integration. It has a rated current of 151 A. This motor is vital for automation systems requiring constant operation. ’’

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