2AD134C-B05OA1-HS36-B2N1
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MPN: R911292260
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The 2AD134C-B05OA1-HS36-B2N1 asynchronous servo motor features a frame size of 134 mm, a maximum speed of 6,000 rpm, a resolver feedback system (HS36), and a rotatable connector connection. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it offers IP65 protection.
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Product Description:
Bosch Rexroth created the 2AD134C-B05OA1-HS36-B2N1 three-phase induction motor. This induction motor is a part of the 2AD series and was made with industrial automation standards. In order to ensure proper operation, the voltage requirements for the induction motor are 3 × AC 400 V at 50/60 Hz or 3 × AC 460 V at 60 Hz. The motor, which has a diameter of 134, is designed for flange attachment.
The motor length C and winding code HS are features of the 2AD134C-B05OA1-HS36-B2N1 induction motor. For precise positional feedback, the servo motor has a digital servo feedback device with a multiturn encoder. With a shaft seal, the shaft output is both smooth and sealed. Up top, facing Side A, the power terminal is located. An axial blower controls the cooling process by transferring air from point B to point A. A holding brake is not included with the motor. The motor uses bearings of a heavy-duty type. The degree of severity of vibration for the motor is R. There is no extension specified on the shaft end on Side B. The cooling system moves an average of 1,120 m³ of air each hour.
The 2AD134C-B05OA1-HS36-B2N1 motor is designed for uses that require multiturn encoder feedback and smooth shaft arrangements. The induction motor can work at ambient temperatures ranging from 0°C to 40°C, but it may require derating when used above 40°C. The humidity level must be non-condensing, often less than 90% relative humidity. At altitudes exceeding 1000 meters, performance may suffer due to reduced cooling efficiency. Integration is only specified for the construction type and vibration intensity. Applications requiring defined performance under rated settings are supported by the 2AD motor family, which is used in industrial automation.
Frequently Asked Questions about 2AD134C-B05OA1-HS36-B2N1:
Q: Why does 2AD134C-B05OA1-HS36-B2N1 use vibration level R?
A: Vibration severity level R ensures mechanical stability and operational precision. It supports applications that require low vibration for consistent output.
Q: How does 2AD134C-B05OA1-HS36-B2N1 manage its cooling?
A: It uses an axial blower that directs air from B to A. This supports consistent internal temperature control during extended operation.
Q: Why does 2AD134C-B05OA1-HS36-B2N1 lack a holding brake?
A: The motor is designed for systems not requiring static torque hold. Exclusion simplifies design and reduces energy draw when stationary.
Q: Do heavy-duty bearings in 2AD134C-B05OA1-HS36-B2N1 improve durability?
A: Yes, they support extended load cycles. This enhances mechanical endurance during long-term use without frequent maintenance.
Q: How does 2AD134C-B05OA1-HS36-B2N1 provide feedback?
A: It uses a digital servo feedback system with a multiturn encoder. This ensures precise position tracking across multiple revolutions.
