Product Description
The 2AD132B-B35OB1-BS03-B2V1 motor from the 2AD series of Bosch Rexroth is known for its durability as well as high performance These asynchronous induction motors are designed to provide high dynamic response, that is high starting and stopping torques, suitable for applications where the speed is frequently varied or reversed. The mechanical design of the 2AD motors is relatively compact and robust, thus the motor can be easily connected to drive controllers. These motors do not require any maintenance if used under the given conditions but if conditions are changed maintenance may be required.
One of the most important characteristics of the 2AD series motor is the high-precision operation, which is achieved due to the presence of integrated feedback devices, including encoders and resolvers. These components give the drive system correct positions and speed, thus giving it good control. This level of accuracy is crucial in applications that require precise positioning, for instance, the computer numerical control (CNC) machines where any form of inaccuracy may cause defects in the finished product. The adaptability of the 2AD motors is reflected in their available torque and speed options suitable for a variety of industries including small machines to huge equipment. This motor series contains models which are cooled by forced air through a blower to ensure that they operate at their best even under conditions of continuous and high stress. This flexibility is enhanced by various forms of mounting; flange mounting (B05) and flange and foot mounting (B35) that enable the gear to be installed in a variety of applications.
The 2AD series are used in many fields as listed below. In the machine tool industry they give the right accuracy and speed for accurate machining processes. In packaging machinery, their performance during high-speed operations cannot be matched hence they help in packaging the products effectively. Textile and printing industries are most advantageous by their control and efficiency as both are important in setting high standards of production. Furthermore, due to the high dynamic response and precision control, these motors are suitable for application in robotics with the aim of enhancing the flexibility and reliability of the mechanical structure of robotic systems.