Product Description

The 2AD100C-B35OB1-AS03-D2N1 motor is a finely engineered component of the 2AD series, designed for industrial applications demanding precise control and substantial power. The 'C' designation indicates a particular motor length that provides an optimal balance of size and performance for various industrial tasks.

This motor is designed for versatility, with flange and foot mounting options that enable flexible installation. Its power connection is positioned at the top, offering ease of access for setup and maintenance. The power connection's output direction is tailored to the left side, facilitating a streamlined integration into diverse system layouts.

The cooling of the motor is proficiently managed by an axial blower, ensuring effective heat dissipation to maintain performance during high-load operations. Such a cooling mode is paramount for extending the motor's operational life by preventing overheating. The motor has a nominal torque of 35Nm which gives a basic speed of 1500 rev/min. Remember this is at the nominal current of 27 Amperes. At the maximum current and voltage value the speed may reach up to 9000 rev/min. This particular model has 49kg weight and forgoes a holding brake, signifying its use in applications that require constant motion rather than static holding, which also implies a design with potentially lower mechanical complexity and maintenance.

The motor feedback mechanism is advanced, incorporating a high-resolution motor feedback system for precision. It utilizes a digital servo feedback system with an integral multiturn absolute encoder, ensuring exact position and velocity feedback for intricate motion control applications. The output shaft is designed with a shaft seal, providing an additional defense against environmental contamination and thereby enhancing the motor's reliability and lifespan in challenging industrial environments. Featuring standard bearings suitable for a broad range of applications, this motor also boasts a vibration severity level 'R', indicative of its robust construction and ability to handle industrial vibrations without significant performance degradation.