2AD134B-B35OB1-ES06-D2N1
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911291955
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The 2AD134B-B35OB1-ES06-D2N1 is a servo motor manufactured by Bosch Rexroth Indramat. Part of the 2AD 3-Phase Induction Motors, it features a frame size of 134 mm and an integrated blower cooling system. The motor delivers a rated power of 4.0 kW. With a protection class of IP65, the motor weighs 28 kilograms.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 2AD134B-B35OB1-ES06-D2N1 is 3-Phase Induction Motor comes from Bosch Rexroth used in industrial automation. The AC motor is designed to operate at 328 V RMS. It uses 27.8 A RMS of current. The motor provides 12.0 kW and exerts a torque of 76 Nm. Its base speed can achieve 1500 rpm.
The 2AD134B-B35OB1-ES06-D2N1 Induction motor has a maximum rating of 7500 rpm. The time it takes to warm or cool down by a large temperature margin is 45 minutes for even temperature regulatory performance. The decibel-A value of the average sound pressure is 75 when the measurement is taken from 1 meter. Its rotor inertia of 0.054 kg·m² allows the motor to respond rapidly during start and stop actions. A motor in this model weighs 90 kg, provided that its holding brake assembly is absent. The 2AD134B-B35OB1-ES06-D2N1 Induction motor has a terminal section area of 6 mm². This approach provides reliable results over different types of industrial work cycles. Achieving fast operation does not involve any drops in motor stability or the ability to control the motor. A wide variety of mounting systems work well due to the design. Motor developers make the machine’s essential features fit for long-term use in automation processes.
A holding brake is included in the 2AD134B-B35OB1-ES06-D2N1 Induction motor, which is engaged electrically. For solid shaft attachment, a holding torque of 100 Nm is considered. The nominal voltage of the brake is set at 24 V for this system with a 10% maximum tolerance. The brake draws 1.5 A nominal current. The brake has a moment of inertia of 0.002 kg·m². The braking energy of the car is limited to 30,000 watt-seconds. The brake system for electric scooters weighs just 4 kg and is linked closely with the motor.
Frequently Asked Questions about 2AD134B-B35OB1-ES06-D2N1:
Q: How does the holding brake in 2AD134B-B35OB1-ES06-D2N1 improve operational safety?
A: The electrically engaged holding brake prevents unintended motor rotation during idle periods, ensuring safer maintenance and positioning. It stabilizes loads on steep inclines or during stops.
Q: Why is a brake moment of inertia of 0.002 kg·m² important in 2AD134B-B35OB1-ES06-D2N1?
A: A low brake moment of inertia reduces additional load on the motor shaft, enabling smoother braking and reducing mechanical stress on components.
Q: How does the terminal section area of 6 mm² optimize the motor’s electrical connections in 2AD134B-B35OB1-ES06-D2N1?
A: A 6 mm² terminal area supports efficient current flow and heat dissipation, reducing resistance and improving long-term electrical reliability.
Q: How does the maximum speed rating of 7500 rpm influence applications of 2AD134B-B35OB1-ES06-D2N1?
A: A max speed of 7500 rpm allows this motor to be used in high-speed industrial processes, offering flexibility for rapid production cycles while maintaining torque output.
Q: What is the importance of the motor’s ability to work with a wide variety of mounting systems in 2AD134B-B35OB1-ES06-D2N1?
A: Versatile mounting options facilitate integration into diverse automation setups, reducing installation time and increasing adaptability across different machinery designs.
