2AD134C-B05OB1-HS06-B2V1
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MPN: R911295066
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The Bosch Rexroth Indramat 2AD134C-B05OB1-HS06-B2V1 is part of the 2AD 3-Phase Induction Motors series and features a frame size of 134 mm. It operates at a rated speed of 2000 RPM, provides a rated power output of 10.5 kW, and achieves a rated torque of 49 Nm. The motor has an IP65 enclosure rating for protection.
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Product Description:
The 2AD134C-B05OB1-HS06-B2V1 3-Phase Induction Motor is a precision-engineered motor with a 42 mm shaft diameter to support applications with standard industrial couplings. Manufactured by Bosch Rexroth Indramat, this motor is engineered for demanding industrial drive applications, and its mechanical robustness is guaranteed through its design.
The 2AD134C-B05OB1-HS06-B2V1 induction motor has a flange mounting design to allow rigid assembly integration without extra support structures. The output shaft of this motor is configured with a whole key and is balanced to reduce axial imbalance, thus ensuring low-vibration movement and enhanced coupling accuracy. At the base motor speed of 1500 min⁻¹, this motor supports reliable torque with nominal loads. The 2AD134C-B05OB1-HS06-B2V1features a peak speed capacity of 7500 min⁻¹. This induction motor has a nominal current rating of 54.4 Aeff to ensure stable power consumption. With a nominal voltage of 248 Veff, this motor enables efficient energy consumption under full load conditions and uniform electromagnetic torque. This motor incorporates heavy-duty bearings that are designed to sustain long radial and axial loads for continuous duty applications.
The thermal time constant of 50 minutes allows this motor to withstand long periods of electrical loading without degrading internal temperature within working limits. The operational ambient temperature range of the 2AD134C-B05OB1-HS06-B2V1 induction motor is 0°C to +45°C, and its permissible storage temperature range is from -20°C to +80°C to preserve internal components during transportation or storage. This induction motor is operated at altitudes of up to 1,000 meters to preserve high efficiency. For efficient electrical interfacing of this motor, a minimum cross-sectional connection of 10 mm² is required to lessen cable heating and ensure safe power transfer.
Frequently Asked Questions about 2AD134C-B05OB1-HS06-B2V1:
Q: How does the balanced shaft design improve motor reliability?
A: A balanced shaft reduces radial load on bearings and minimizes vibration. This leads to smoother operation and extended bearing life in continuous-use environments.
Q: Why is a 42 mm shaft diameter used in model 2AD134C-B05OB1-HS06-B2V1?
A: The 42 mm diameter ensures mechanical strength and compatibility with common industrial couplings. It also supports higher torque transfer without shaft deformation.
Q: What role does the 10 mm² cable cross-section play in safety?
A: It minimizes resistance, reducing cable heating under high current. This ensures efficient power delivery and prevents voltage drops in long cable runs.
Q: How do heavy-duty bearings benefit the motor's axial load capacity?
A: These bearings are designed to handle continuous axial forces without wear. They maintain precision alignment during load changes and rotational stress.
Q: Why is a 50-minute thermal time constant important in 2AD134C-B05OB1-HS06-B2V1?
A: It provides better thermal stability under load fluctuations. This allows safe operation during extended duty cycles without overheating the stator windings.
