Product Description

The 2AD104C-B35OA1-CS06-B2N1 is an AC asynchronous, squirrel cage, induction motor from Bosch Rexroth's esteemed 2AD series, designed for peak performance under specific environmental and mechanical conditions. This motor operates most efficiently within an ambient temperature range of 0 to 40 degrees Celsius and at altitudes from 0 to 1000 meters above sea level. If used outside these parameters, performance may be impacted, requiring adjustment by a factor known as the utilization factor to ensure accurate data under varying conditions.

A distinguishing feature of the 2AD series motor is its precision, achieved through integrated feedback systems such as encoders and resolvers. These components provide precise position and speed information to the drive system, enabling smooth and accurate control. This level of precision is critical for applications requiring exact positioning, such as CNC machines, where even slight inaccuracies can result in significant defects in the final product. The variety of the 2AD motors is demonstrated by their wide range of torque and speed capabilities, catering to various industrial needs from small machinery to large-scale operations. This motor series includes models with forced air cooling via a blower, which allows them to maintain optimal performance even under continuous and demanding conditions. This adaptability is enhanced by multiple mounting options, including flange mounting (B05) and flange and foot mounting (B35), offering flexibility in installation to meet diverse application requirements.

The applications for the 2AD series span numerous industries. In machine tools, they provide the necessary precision and speed for high-quality machining processes. In packaging machinery, their capability to handle high-speed operations ensures efficient and accurate packaging. The textile and printing industries benefit from their precise control and efficiency, which are essential for maintaining high production quality. Additionally, their high dynamic response and precision control make these motors ideal for robotics, where they contribute to the agility and accuracy of robotic systems.