2AD134D-B35OC1-DS17-H2N1
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MPN: R911296009
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The 2AD134D-B35OC1-DS17-H2N1, manufactured by Bosch Rexroth Indramat as part of the 2AD 3-Phase Induction Motors series, is an AC Servo Motor with blower cooling. It has a frame size of 134 mm and a rated speed of 3000 rpm. The motor features IP65 enclosure protection and uses digital servo feedback (DS).
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Product Description:
Bosch Rexroth Indramat produces the 2AD134D-B35OC1-DS17-H2N1 Induction Motor for industrial automation applications. The length of this motor is marked as size D within the model configuration. It has a combined flange and foot mounting structure. The power cable enters from the top of the motor housing. Its cable outlet is directed with the connector facing side B.
The 2AD134D-B35OC1-DS17-H2N1 induction motor includes an electrically activated holding brake mechanism. It has a multiturn absolute encoder with a digital signal that provides position feedback. The output shaft is keyed and balanced with a sealing ring. A rear shaft extension is provided at the B side of the motor. It includes a standard bearing system for operational support. It has a power output of 26.0 kilowatts. The torque generated by the 2AD134D-B35OC1-DS17-H2N1 induction motor is 166 newton-meters. The elemental operational speed is set at 1500 rpm. The peak permissible speed limit is 7500 revolutions per minute. The current supplied for the motor operation is 52 amperes. The motor operates at a supply voltage of 387 volts. The heating time constant of the windings is measured at 55 minutes. The noise emission level is rated at 75 dB(A) at a 1-meter distance, which measurement is based on PWM frequency set at 4 kilohertz.
The 2AD134D-B35OC1-DS17-H2N1 induction motor weighs about 135 kilograms including the fan. This weight does not include the holding brake assembly. The ambient operational temperature range is from 0 to +45 degrees Celsius. The induction motor offers stable output at rated current and rated torque. Voltage input and inertia values ensure suitable response in industrial systems. Standard bearing and reduced vibration class help maintain motion consistency. The inertia of rotation is 0.118 kilogram-meter square. Rear shaft presence in the motor adds adaptability in dual-shaft applications.
Frequently Asked Questions about 2AD134D-B35OC1-DS17-H2N1:
Q: How does the keyed shaft design improve performance in motor 2AD134D-B35OC1-DS17-H2N1?
A: The keyed shaft ensures better torque transmission and mechanical fit in load-driven systems. It minimizes slippage and maintains alignment under dynamic load conditions.
Q: Why is a multiturn absolute encoder beneficial in 2AD134D-B35OC1-DS17-H2N1?
A: It allows accurate position tracking over multiple rotations without reset. This enhances motion precision in automated systems using motor 2AD134D-B35OC1-DS17-H2N1.
Q: How does the axial fan contribute to thermal management in this motor?
A: The axial fan improves airflow and heat dissipation efficiency. This helps maintain optimal winding temperatures during high-load operation.
Q: Why is a standard bearing system used in 2AD134D-B35OC1-DS17-H2N1?
A: Standard bearings reduce complexity and offer dependable support for rotor dynamics. They ensure consistency in long-duty cycle operations of 2AD134D-B35OC1-DS17-H2N1.
Q: What is the purpose of the vibration tolerance class R in this motor?
A: Class R limits the allowable vibration amplitude during operation. This ensures stable running and prolonged component lifespan in industrial environments.
