2AD134D-B35OA1-CS07-B2V1
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MPN: R911283573
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The 2AD134D-B35OA1-CS07-B2V1 synchronous servo motor offers blower cooling, a frame size of 134 mm, a rated power of 10.5 kW, and a rated torque of 33.5 Nm. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it includes IP65 protection for durable and reliable operation.
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Product Description:
The 2AD134D-B35OA1-CS07-B2V1 is designed by Bosch Indramat as a 3-phase motor, that belongs from the 2AD series. It has an integrated axial blower which directs air through the motor from side B to A with an average air volume of 588.85 CFM for maintaining ambient temperature. The blower operates on 400/460 VAC at 50/60Hz frequency and it uses 136 W of power.
The 2AD134D-B35OA1-CS07-B2V1 servo motor comes with a balanced shaft that is IP65 protected to resistant dust and water entry while its dimensions are 110 mm L x 42 mm W. This motor features a multiturn absolute encoder with an absolute position retention over 4096 revolutions. It has a power connector on the top with output directing towards side A. The 2AD134D servo motor provide mounting flexibility by possessing B35 constructed to allow foot and flange mounting. It has vibration severity of class R according to DIN ISO 2373 and needs 10 mm square of minimum cross-sectional cable for electrical connectivity. The 2AD134D servo motor has a mass of around 135 kg, a rotor inertia of 0.118 kg·m² and features a 55-minutes rated thermal constant to cool down by itself. Its noise level during operation is classed as 75 dB(A) and it tolerates up to 90% RH humidity in a non-moist condition.
The 2AD134D-B35OA1-CS07-B2V1 servo motor has a nominal power rating of 26000 W and delivers a continuous turn effect of 166 Nm. Its operating nominal speed is 1500 rev/minute while its heavy-duty bearings help to attain a maximum speed of 7500 rev/minute. The 2AD134D servo motor draws a rated current of 52 Aeff from a source of 387 Veff and it possess a class F electrical insulation.
Frequently Asked Questions about 2AD134D-B35OA1-CS07-B2V1:
Q: How does the multiturn absolute encoder improve motor performance?
A: It retains position data over 4096 revolutions, enabling precise control even after power loss—ideal for automated systems needing consistent positioning.
Q: Why is the shaft balanced and IP65 protected in the 2AD134D-B35OA1-CS07-B2V1 motor?
A: The balanced shaft minimizes vibration at high speeds, while IP65 protection ensures durability in dusty or damp environments.
Q: What role do heavy-duty bearings play in this motor’s design?
A: They support the motor’s 7500 RPM maximum speed while reducing wear, extending service life under high mechanical loads.
Q: Why is a 10 mm² cable cross-section required for the 2AD134D servo motor?
A: This cross-section minimizes voltage drop and heat generation, ensuring safe current delivery at the motor’s 52 Aeff nominal current draw.
Q: How does the rotor inertia of 0.118 kg·m² benefit motion control?
A: It provides a balance between responsiveness and stability, essential for accurate load handling and dynamic positioning in automation systems.
