2AD160C-B05OB2-BS03-B2V2
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MPN: R911258079
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The 2AD160C-B05OB2-BS03-B2V2 is an asynchronous induction motor designed with flange mounting (IM B5) and operates at 380-480 V AC. Manufactured by Bosch Rexroth Indramat as part of their 2AD 3-Phase Induction Motors, it features surface-cooled (B2V2) technology. It has a TEFC enclosure and IP54 or higher protection class.
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Product Description:
The 2AD160C-B05OB2-BS03-B2V2 Induction motor is intended for industrial drive tasks. It is part of the 2AD motor line and is built by Bosch Rexroth with a frame dimension of 160. The motor has an extended C length, which increases the winding area. This enables steady torque generation and consistent electrical output across a range of speeds. The continuous output is specified at 46 kW.
The 2AD160C-B05OB2-BS03-B2V2 induction motor features a flange-type B05 interface for solid attachment to machinery. The supply connection is arranged on the upper side of the motor. The outlet orientation is directed from the B side to provide systematic cable guidance. This structural design ensures correct placement during installation. The cooling method uses a radial fan assembly fitted on top of the housing. The airflow passes from the B end toward the A end. The fan absorbs 330 VA of electrical load when running. The blower produces an air displacement of 1120 cubic meters per hour. The electrical ratings make the 2AD160C-B05OB2-BS03-B2V2 induction motor a reliable power element. The turning force under the rated load is 220 Nm. The rated shaft speed is 2000 RPM. The top permissible speed is 6000 rev/min. The current demand is 109 A with a rated voltage of 316 volts. The rotating inertia is calculated at 0.229 kgm2. The heating time constant is defined as 65 minutes. The connection requires a cable with at least 35 mm2 cross-section.
The 2AD160C-B05OB2-BS03-B2V2 induction motor incorporates a digital encoder feedback option 03. The coil setup is marked BS, which corresponds to the standard 2AD160C winding type. This feedback and winding combination provides accurate motion tracking and efficient functioning. Its flange interface and fan-driven ventilation support a long service life of the motor used in industrial automation.
Frequently Asked Questions about 2AD160C-B05OB2-BS03-B2V2:
Q: What effect does extended length have on the 2AD160C-B05OB2-BS03-B2V2 motor?
A: The extended C length in the 2AD160C-B05OB2-BS03-B2V2 induction motor increases winding area. This supports steady torque output over varying operational speeds.
Q: Why is the BS winding type used in the 2AD160C-B05OB2-BS03-B2V2 motor?
A: The BS winding in 2AD160C-B05OB2-BS03-B2V2 induction motor optimizes thermal stability. It ensures continuous power delivery without risking insulation breakdown.
Q: How does the 2AD160C-B05OB2-BS03-B2V2 motor manage airflow cooling?
A: The 2AD160C-B05OB2-BS03-B2V2 induction motor uses a radial fan from the B to A end. This top-mounted airflow preserves uniform housing temperature during operation.
Q: What role does digital encoder 03 play in the 2AD160C-B05OB2-BS03-B2V2 motor?
A: The 2AD160C-B05OB2-BS03-B2V2 induction motor includes encoder 03 for motion feedback. This enables precision control in high-performance industrial drive applications.
Q: Why does the 2AD160C-B05OB2-BS03-B2V2 motor require 35 mm² cables?
A: The 2AD160C-B05OB2-BS03-B2V2 induction motor pulls 109 A under rated load. Large cross-section cabling minimizes resistive losses and prevents voltage drop.
