2AD132D-B35LL1-AS03/S007

Product Description:

The 2AD132D-B35LL1-AS03/S007, which is provided by Bosch Rexroth Indramat, is an induction motor. It is belonging to the 2AD 3-Phase Induction Motors series and intended for heavy industrial applications. The motor, with a nominal voltage of 290 Volts, offers a nominal power output of 22 kW, with stable and efficient energy conversion for heavy-duty applications.

With a nominal torque of 140 Nm, the 2AD132D-B35LL1-AS03/S007 offers stable rotating force, and it works resolutely under all conditions of loads. The 135 kg motor balances power with dependable performance to withstand regular usage. With a temperature range of 0 to 45 degrees Celsius, the motor is stable in standard industrial environments, and the insulation class F rating offers enhanced thermal resistance, allowing the motor to handle high temperatures without loss of performance. Flange mounting gives steady and precise mounting, keeping the motor secure in place during usage. The power terminal is placed at the end, for ease of wiring and electrical connection convenience. For heat dissipation, the motor employs an axial blower cooling mode, naturally circulating air to prevent the accumulation of heat and promote operating stability. The 2AD132D-B35LL1-AS03/S007 does not feature a holding brake, and the motor is optimized for smooth and unhampered rotation, making it suitable for applications where constant movement and high-speed performance are prioritized. Slim in integration into Bosch Rexroth Indramat automation solutions, it ensures universality in integration with various industrial configurations.

Its 2AD132D-B35LL1-AS03/S007 by Bosch Rexroth Indramat offers robust power delivery, secure mounting, and effective heat dissipation. Its high-rated torque capability, position-high mounted power terminal, and heavy-duty insulation provide the stability and reliability required for its accuracy in the working conditions of demanding industrial environments where stability and accuracy are required of its power transmission.