2AD134D-B35ODE-DS0C-D2N1

MPN: R911295308

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The 2AD134D-B35ODE-DS0C-D2N1 is a servo motor with a flange mounting style and a rated torque of 160 Nm. Developed by Bosch Rexroth Indramat as part of the 2AD 3-Phase Induction Motors series, it delivers 25 kW of rated power and runs at 1500 rpm. This blower-cooled motor features IP65 protection and weighs 68 kilograms.

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Product Description:

The 2AD134D-B35ODE-DS0C-D2N1 is a Bosch Rexroth Indramat’s product, and it operates at a nominal voltage of 248 Veff. This 3-phase induction motor has a nominal current of 54.4 Aeff to support consistent power input and maximum electrical usage.

Fitted with DS windings, this 3-phase induction motor allows for effective heat dissipation and smooth current flow during extended periods of operation. The shaft of the 2AD134D-B35ODE-DS0C-D2N1 3-phase induction motor includes a shaft sealing ring to prevent external contamination. This shaft is also balanced with an entire key to provide accurate rotation with minimal axial runout. This motor’s shaft length is 110 mm for compatibility with most couplings and gear assemblies. This motor is manufactured with a nominal Torque of 115 Nm, which makes it suited to handle medium to heavy loading needs in continuous-duty-driven applications. This motor is rated as insulation F, according to DIN VDE 0530 Part 1, which guarantees the winding temperatures of this motor to be increased to higher limits without performance deterioration, so that long duty cycles can be achieved. This induction motor’s rotor possesses 0.076 kgm2 inertia to ensure it does not overshoot the motion profiles during acceleration.

The 2AD134D-B35ODE-DS0C-D2N1 motor uses standard bearings, designed to accommodate axial and radial loads effectively. The total mass of this motor is 115 kg to reflect its robust construction and material density, which also aids in vibration damping during operation. This induction motor is suitable for mounting in setups located up to 1,000 meters above sea level, maintaining performance without derating within this installation range. The ambient temperature of this induction motor for operation is 0°C to 40°C, consistent with typical industrial conditions. The maximum speed of 7500 min-1 provides this motor with good dynamic headroom where high rotational speed is demanded.

Ambient temperature range
0-40 Degrees Celsius
Bearings type
Standard
Installation altitude
Up to 1,000 meters above sea level
Insulation classification DIN VDE 0530 Teil 1
F
Mass
115 kg
Nominal current
54.4 Aeff
Nominal torque
115 Nm
Nominal voltage
248 Veff
Output shaft
With shaft sealing ring, whole key balanced
Peak speed
7500 min-1
Rotor inertia
0.076 kgm2
Shaft length
110 mm
Windings designation
DS
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Frequently Asked Questions about 2AD134D-B35ODE-DS0C-D2N1:

Q: Why is the rotor inertia of 0.076 kgm² important in this motor?

A: It enables smooth acceleration and deceleration in motion applications. This is essential in maintaining control over dynamic load shifts.

Q: How does the shaft sealing ring improve operational performance in 2AD134D-B35ODE-DS0C-D2N1?

A: It prevents contaminants from entering the motor housing. This increases bearing life and maintains torque transmission efficiency.

Q: What advantage does a whole key balanced shaft provide?

A: It ensures stable mechanical connection with minimal vibration. This directly supports longevity and precision at high speeds.

Q: Why is insulation class F critical in high-cycle operations?

A: It withstands higher winding temperatures without breakdown. This allows longer duty cycles without risking insulation failure.

Q: How does the motor maintain performance at 1,000 meters elevation?

A: The motor is designed to handle reduced air density up to this altitude. It operates without the need for derating under these conditions.


Internal Product Review

  • ‘‘The 2AD134D-B35ODE-DS0C-D2N1 motor delivers 248 Veff nominal voltage, 115 Nm torque, and a 7500 min⁻¹ peak speed for dynamic motion control. Its DS windings ensure thermal efficiency under load, while the F-class insulation supports extended operational life. This motor’s 0.076 kgm² rotor inertia enhances responsiveness in automation systems.’’

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