2AD132D-B35LA1-BD03-A2N1

Product Description:

In harsh industrial environments, accurate motion control, effective cooling, and reliable functionality are essential. The cutting-edge 2AD132D-B35LA1-BD03-A2N1 servo motor encompasses all of these features. It comes with a compact size 132 frame and D-length build whereas its flexible foot and flange mounting interface (B35) adds to its versatility, facilitating its merging into variety of operational configurations. Its maintenance is made simple. The < whereas electrical connections are straightforward with the manufacturers having position the safe terminal box on the blower with left routed connections (A). This allows for improved cable management. The axial blowing mechanism allows the air to be channeled from Side B towards A (1), keeping the critical features safe from overheating, ensures optimal operation during extended use in strenuous conditions. To maintain energy efficiency and consistent performance voltages, the motor uses <. Due to the holding brake's omission (0), this model is intended for external brake relying systems. A key characteristic is the feedback mechanism enabled with high resolution motor feedback variant (3) that assists in accurate positioning thereby supporting motion control in automated machinery. The motor's plain shaft design without seals (A)allows for smooth power transmission by reducing mechanical friction. Also, the missing Side B shaft end (2) augments the load balancing on direct couplings, improving the mechanical stability. The standard bearings (N) also contributes to the smooth rotation of the motor which increases the reliability of the device and saves maintenance cost. The servo motor's vibration severity grade R (1) allows it to operate reliably under heavy loads during industrial work.

The design of the 2AD132D-B35LA1-BD03-A2N1 motor incorporates features that allows for reliable cooling and winding to optimize energy consumption, along with the flexibility of changing the mounting position. This makes it suitable for processes that require constant precision and stability.