2AD200C-B35OA1-AS07-D2N1
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MPN: R911290948
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The 2AD200C-B35OA1-AS07-D2N1 asynchronous motor features an axial blower cooling method, IP65 protection class, and a frame size of 2AD200. Designed as part of the 2AD 3-Phase Induction Motors series from Bosch Rexroth Indramat, it incorporates winding type AS and an electrical connection of O1.
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Product Description:
The Bosch Rexroth Indramat produces the 2AD200C-B35OA1-AS07-D2N1 AC induction motor. The motor's steady torque and efficient cooling make it ideal for use in industrial automation applications. The mounting on both the flange and the foot ensures steady operation. The motor has a balanced shaft arrangement, a complete key, and a shaft seal.
The 2AD200C-B35OA1-AS07-D2N1 AC induction motor uses axial blower cooling, and the motor operates without the use of a holding brake. A multiturn absolute encoder is used in the motor's digital servo feedback system. A shaft seal ensures protection against containment and balancing. Power connections are directed to Side A via a junction box located on top of the structure of the motor. At rest, the motor can deliver 500 Nm of torque and a continuous current rating of 184.6 A. For optimal utilization of the motor, a derating speed of 1500 revolutions per minute is specified. It is required that the power cable has a minimum cross-section of 2 × 25 mm³. Additionally, the AS winding code is utilized for the cable. The code C indicates the motor's length, and 200 is the motor's size. The shaft end's non-extension configuration is visible on Side B. The motor has the vibration grade that is indicated as R.
The 2AD200C-B35OA1-AS07-D2N1 servo motor is able to maintain torque stability due to its rotor moment of inertia rating of 0.85 kg·m². The motor's mechanical capacity is proportional to its overall mass, which is 450 kg. This device is employed in industrial environments where secure mechanical production is indispensable. The ambient working environment has a temperature range of 0 to 40 degrees Celsius, which is the operational temperature range. The motor is designated with the number 2AD.
Frequently Asked Questions about 2AD200C-B35OA1-AS07-D2N1:
Q: Why does the 2AD200C-B35OA1-AS07-D2N1 motor use an axial blower as its cooling type?
A: The axial blower cooling improves air circulation across the motor surface. It helps maintain thermal stability during operation. It supports consistent temperature control across long duty cycles and reduces internal heat buildup.
Q: Why does the 2AD200C-B35OA1-AS07-D2N1 motor have a digital multiturn absolute encoder?
A: The digital multiturn absolute encoder enables precise position tracking. It retains position information without reset and provides accurate feedback for automation systems requiring high-resolution shaft movement data.
Q: How does the junction box on the 2AD200C-B35OA1-AS07-D2N1 motor simplify power connection?
A: The junction box provides a fixed and protected interface for electrical input. It enables secure side A connection and supports top-mounted cable entry for structured cable management and connection safety.
Q: Do the flange and foot mounting on 2AD200C-B35OA1-AS07-D2N1 improve installation flexibility?
A: Yes, flange and foot mounting allow dual installation options. It ensures stable anchoring and structural compatibility in various machine configurations, offering secure fitting on different base surfaces.
Q: Why is the rotor inertia of 0.85 kg·m² important in the 2AD200C-B35OA1-AS07-D2N1 motor?
A: The rotor inertia of 0.85 kg·m² helps maintain motion stability. It supports smoother acceleration and deceleration and provides better torque regulation during fast changes in load demands.
