2AD134B-B05OL1-ES07-A2N1/S032

The Bosch Rexroth Indramat 2AD134B-B05OL1-ES07-A2N1/S032 motor is a precision-engineered component in the 2AD 3-Phase Induction Motors series, designed for demanding industrial motion control applications. This AC Induction Motor combines a robust Motor Size Code: 134 and a compact Motor Length Code: B to deliver reliable performance in automated manufacturing systems. With an Axial Blower cooling system and a standard bearing arrangement, it ensures consistent heat dissipation and smooth operation. The motor’s flange mounting design facilitates straightforward integration into existing machine frames, making it ideal for conveyor drives, packaging machinery, and general-purpose industrial drives.

Incorporating a digital servo feedback device with a multiturn absolute encoder, the 2AD134B-B05OL1-ES07-A2N1/S032 provides high-resolution position and speed feedback for precise motion control. The smooth shaft without seal and the absence of a shaft end on side B simplify coupling to gearboxes and other transmission elements, while the power plug connection with blower attachment on the top and directed to the left streamlines electrical installation. The winding code ES07 ensures controlled insulation performance, and the vibration grade R meets stringent requirements for low-vibration operation, supporting stability in high-speed or high-torque processes.

Built to operate reliably within an ambient temperature range of 0–40 Degrees Celsius, this motor is rated for continuous duty without a holding brake, offering flexibility in system design where brake modules are managed separately. The flange mounting, combined with the power connection type Power Plug (Blower with plug), enhances serviceability and reduces maintenance downtime. Without the complexity of an integrated brake or shaft seal, the 2AD134B-B05OL1-ES07-A2N1/S032 achieves high efficiency and long-term durability. In industrial environments, its sturdy construction and precise feedback capabilities translate into reduced operational costs, increased throughput, and dependable performance across varied applications.