2AD160B-B35RR1-BS03-B2N1
The Bosch Rexroth Indramat 2AD160B-B35RR1-BS03-B2N1 AC induction motor from the 2AD 3-Phase Induction Motors series is a robust asynchronous drive solution engineered for industrial applications. Featuring a motor size code 160 and motor length code B, this unit delivers reliable performance across a broad range of automation tasks. Designed and manufactured by Bosch Rexroth Indramat, the motor supports both flange and foot mounting configurations for flexible system integration. Its high-resolution motor feedback system ensures precise control and monitoring during high-dynamic operations. The compact design without a holding brake emphasizes simplicity and cost-effectiveness in both new installations and retrofit projects.
The motor’s electro-mechanical architecture incorporates standard bearings and an axial blower cooling type to maintain optimal thermal conditions under continuous operation. It is specified as a product type AC Induction Motor with a winding code BS suited to heavy-duty industrial environments. Power is routed through a terminal box located on the right side (viewed from the front towards the shaft), providing a power connection direction to right and a secure power connection type terminal box interface. The design omits a shaft seal and side B shaft end, resulting in a shaft type without shaft seal, with balanced entire key and shaft end (Side B) without shaft end. This combination reduces maintenance requirements and enhances lifecycle cost efficiency. The motor meets vibration grade R criteria and operates reliably in ambient temperatures from 0 to 40° Celsius, ensuring consistent performance within its designated environmental range.
Operationally, the 2AD160B-B35RR1-BS03-B2N1 motor delivers smooth torque output with asynchronous induction performance, minimizing cogging and vibration during startup and speed transitions. Continuous operation is supported by the integrated axial blower which dissipates heat effectively, preventing thermal overload even under high-duty cycles. The high-resolution feedback device enables advanced closed-loop control, improving speed regulation and dynamic response in servo applications. Without a holding brake, the design prioritizes direct coupling to gearboxes or driven machinery to maximize efficiency and reduce installation complexity. Flange and foot mounting options facilitate precise alignment and vibration damping, enhancing mechanical stability and extending bearing life under variable load conditions.
System integration is simplified through standardized mounting dimensions and right-oriented power connections, allowing straightforward adaptation to existing motor control centers and drives. The motor’s asynchronous induction characteristics make it compatible with a wide range of inverters, soft-starters, and programmable frequency drives, supporting modular automation architectures. Its resilient design and ambient rating suit it for conveyor systems, machine tools, material handling equipment, and general-purpose industrial drives where reliable, low-maintenance operation is paramount.
