2AD164C-B35OB1-BS06-H2N1
2AD 3-Phase Induction Motors
The 2AD164C-B35OB1-BS06-H2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat in the 2AD 3-Phase Induction Motors series. It features axial blower cooling rated at 400V, digital servo feedback, and is designed for flange and foot mounting. With no holding brake, it uses a sealed shaft with half key, side-B power plug at the top, vibration grade R, and operates between 0-40°C.
Technical Specifications
Bearings
Standard
Cooling Type
Axial Blower
Axial Blower Voltage
400V
Brake
Without holding brake
Feedback Device
Digital servo feedback
Motor Length Code
C
Motor Size Code
164
Mounting
Flange and foot mounting
Shaft Type
with shaft seal, balanced with half key
Power Connection Direction
To Side B
Power Connection Type
Power Plug (Blower with plug)
Power Connection Position
Top
Product Type
AC Induction Motor
Shaft End (Side B)
Without shaft end
Vibration Grade
R
Winding Code
BS
Ambient Temperature Range
0-40 Degrees Celsius
Motor Designation
2AD
Frequently Asked Questions
How does the 0.229 kg·m² moment of inertia of the rotor impact motor performance?
The 0.229 kg·m² moment of inertia helps smooth the motor's response during acceleration and deceleration, reducing fluctuations in speed and providing more stable performance in high-speed or dynamic applications.
What role does the 240 kg mass of the motor play in its operation?
The 240 kg mass of the motor adds to its mechanical stability, reducing vibrations and helping to maintain smooth operation under load, which is critical for high-torque or continuous-duty applications.
How does the motor’s standstill continuous torque of 240 Nm improve performance during load changes?
The 240 Nm torque allows the 2AD164C-B35OB1-BS06-H2N1 motor to handle significant load changes without affecting its stability or performance, ensuring continuous and reliable operation under varying load conditions.
What are the advantages of having a large standstill continuous current of 93.5 A in this motor?
The large standstill continuous current allows the motor to start up efficiently and manage heavier loads at startup, which is important in applications where strong initial torque is required.
Why is the moment of inertia (0.229 kg·m²) significant for high-precision operations?
The moment of inertia ensures smoother control of rotational speed, reducing delays in acceleration or deceleration. This improves the motor's precision in applications requiring fast and accurate movements.
Common Misspellings
2AD164C B35OB1 BS06 H2N1
2AD164CB35OB1BS06H2N1
2AD164C-B350B1-BS06-H2N1
2AD164C-B35OB1-BSO6-H2N1
2AD164C-835O81-8S06-H2N1
2AD164C-835O81-8SO6-H2N1
2AD164CB350B1BS06H2N1
2AD164CB35OB1BSO6H2N1
Internal Product Review
The Bosch Rexroth 2AD164C-B35OB1-BS06-H2N1 motor delivers robust performance with standstill continuous torque of 240 Nm and a derating speed of 1,830 rpm. With a moment of inertia of 0.229 kg·m², it offers precise control in high-torque applications. The motor is built to handle continuous operation under demanding conditions, making it ideal for industrial machinery. Its compact design ensures high durability and smooth performance in critical applications.
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