2AD160C-B05OL1-DD07-A2N1

MPN: R911285253

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The 2AD160C-B05OL1-DD07-A2N1 is a synchronous servo motor manufactured by Bosch Rexroth Indramat. Part of the 2AD 3-Phase Induction Motors series, it features blower cooling with forced ventilation directed to the left from the shaft view. The motor has a rated speed of 1500 rpm and boasts a rated power of 16.3 kW.

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Product Description:

The 2AD160C-B05OL1-DD07-A2N1 3-Phase Induction Motor belongs to Bosch company which is known for manufacturing durable motion and drive technology. The product is identified as a 2AD induction motor and is built for demanding industrial use. It is designed with a motor size 160 and motor length C for efficient performance.

The 2AD160C-B05OL1-DD07-A2N1 3-Phase Induction Motor uses a flange mounting system that ensures firm installation. The position of the power connection is located above for a practical cable arrangement. The output direction of the power connection is to the left with a terminal box. Cooling is managed through an axial blower which maintains stable temperature levels. The blower uses an air current direction from B to A for consistent airflow. The power consumption of the motor blower is specified at 220 VA. The 2AD160C-B05OL1-DD07-A2N1 induction motor axial blower runs on a nominal voltage of 3 x AC 400 V at 50 or 60 Hz. The average air volume produced by the cooling system is 1120 m^3/h. The winding designation is labeled as DD for this model. The induction motor feedback is digital servo feedback with an integral multiturn absolute encoder. This ensures precise operational monitoring and accurate position control. The motor feedback absolute accuracy is maintained at ± 0.009°.

The 2AD160C-B05OL1-DD07-A2N1 3-Phase Induction Motor has an output shaft designed as a plain shaft without a sealing ring. This allows a smooth mechanical connection with compatible components. This 2AD 3-phase induction motor is engineered with vibration severity level R which meets industrial standards for reliability. Each specification of this motor contributes to its efficiency and durability in continuous operation.

Average Air volume
1120 m^3/h
Cooling type
Axial blower (Air current B --> A)
Motor length
C
Motor size
160
Mounting type
Flange Mounting
Nominal Voltage
3 x AC 400 V
Output direction of the power connection
to the left, terminal box
Position of power connection
Above
Power consumption of motor blower
220 VA
Winding designation
DD
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Frequently Asked Questions about 2AD160C-B05OL1-DD07-A2N1:

Q: How does digital servo feedback benefit this motor's performance?

A: The digital servo feedback enables precise speed and position monitoring. This results in smoother automation and accurate machine control over long cycles.

Q: What is the significance of having a plain shaft without a sealing ring?

A: The plain shaft offers direct coupling to mechanical systems with minimal friction loss. It simplifies alignment and reduces mechanical wear over time.

Q: Why is the axial blower’s airflow direction from B to A important?

A: The B to A airflow ensures internal heat is expelled away from critical motor components. This orientation helps maintain stable internal temperature gradients during high loads.

Q: Why does the 2AD160C-B05OL1-DD07-A2N1 induction motor use a terminal box with left-side cable output?

A: The left-side terminal arrangement ensures ergonomic cable routing. This design prevents strain on power lines in tight industrial cabinets.

Q: Why is 220 VA blower power suitable for the cooling demands of this motor?

A: The 220 VA consumption balances energy use and cooling effectiveness. It supports a consistent 1120 m³/h airflow rate to prevent thermal buildup.


Internal Product Review

  • ‘‘The 2AD160C-B05OL1-DD07-A2N1 induction motor excels in performance due to its digital servo feedback, vibration level R certification, and axial cooling system. The multiturn absolute encoder ensures accurate positional control for automation. Its robust flange mount supports heavy-duty installation and have 1120 m³/h airflow of blower for cooling purpose.’’

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