2AD132D-B35OB1-BD13-B2N1
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MPN: R911257055
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The Bosch Rexroth Indramat 2AD132D-B35OB1-BD13-B2N1 is part of the 2AD 3-Phase Induction Motors series and features a blower-cooled system. This asynchronous servo motor delivers a rated power of 11 kW with a torque of 71 Nm. It has an IP65 protection level and weighs approximately 97 kg.
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Product Description:
The Bosch 2AD132D-B35OB1-BD13-B2N1 Servo Motor comes with a flexible mounting as it supports both flange and foot mounting. It is aligned with the 2AD 3-Phase Induction Motors series and includes features such as nominal torque of 140 nm and peak speed of 7000 rpm that are useful for performing operation in an industrial automation environment.
The 2AD132D-B35OB1-BD13-B2N1 Servo Motor comes with an axial blower which is used for cooling by drawing air from side B and expels it at side A. The mechanical power it delivers is 22 kilowatts which is enough for nominal operation. It has a relatively high 0.018 kg·m² rotational inertia which means it is suited for applications where smooth and steady motion is preferred. The module includes an electrically engaged holding brake which is often used for vertical loads to prevent the axis from dropping when powered off. It comes with standard bearing types which implies no special bearing configurations such as high precision or high load types. It has a grade R vibration severity grade which defines a specific vibration tolerance level according to standards such as ISO 10816. It incorporates digital feedback typically via an encoder or resolver, to relay precise position and speed information to the servo controller.
The 2AD132D-B35OB1-BD13-B2N1 Servo Motor has a winding designation of 2AD132D - BD winding which refers to specific winding configuration. Its motor shaft does not include a key and is not sealed which makes it suitable for applications where clamping or press-fit couplings are preferred. The steady state current required for this motor to produce the rated torque and power is 80 amperes. To enable closed loop control it also includes a shaft on side B. It functions well on a nominal supply voltage of 217 volts which is usually the line-to-line voltage in a three-phase system.
Frequently Asked Questions about 2AD132D-B35OB1-BD13-B2N1:
Q: How does the axial blower cooling benefit the 2AD132D-B35OB1-BD13-B2N1 servo motor?
A: The axial blower enhances thermal management by directing airflow from side B to A. This ensures consistent motor performance during continuous or high-load operations.
Q: Why is a holding brake important in vertical load applications?
A: The holding brake prevents unintentional axis movement when power is off. It maintains stability and safety in gravity-affected vertical setups.
Q: How does digital servo feedback improve motor control accuracy?
A: Digital feedback provides high-resolution position and speed data. It allows precise and responsive motion control in automation systems.
Q: What role does the smooth shaft play in coupling design?
A: A smooth shaft enables easy integration with clamping or press-fit couplings. It reduces mechanical backlash and improves alignment accuracy.
Q: Why does the 2AD132D-B35OB1-BD13-B2N1 use standard bearings instead of high-precision types?
A: Standard bearings balance cost and performance. They are suitable for general-purpose automation tasks where extreme precision isn't required.
