Product Description

The MAC041B-0-BS-4-E/050-B-1/WI673 servo motor, engineered by Rexroth Indramat, is a marvel of automation technology, capturing the essence of precision and compact design. This motor belongs to the revered MAC series, celebrated for its superior performance and adaptability across a diverse array of industrial applications. With the '041B' configuration, it is a compact powerhouse, delivering exceptional torque and control in a small footprint, a feature particularly important in automated systems where space is at a premium. This servo motor's designation '0-BS-4-E' signifies its specific class within the MAC series, with 'BS' denoting the type of cooling and 'E' indicating the winding type, which together determine its thermal characteristics and electrical performance. The '4' in the sequence suggests a particular feature set or capability, which may encompass various operational parameters or special modifications tailored to unique applications. Delving into the '050-B-1' segment of the part number, '050' likely refers to a winding code that affects the motor's electrical behavior, 'B' relates to the motor length, impacting its dynamic response, and '1' could indicate a unique customization or a special version of the motor, designed to meet stringent requirements of specialized industrial tasks. The 'WI673' code at the end of the part number is indicative of the motor's feedback or encoder type, crucial for delivering accurate control and monitoring. This high-resolution encoder is key for applications that demand exact positional accuracy, such as CNC machining, robotics, and other sophisticated motion systems. With its robust design, the MAC041B-0-BS-4-E/050-B-1/WI673 is built to endure the rigors of industrial operations while maintaining high efficiency and reliability. It's crafted to offer a blend of speed, torque, and precision, all while ensuring a smooth operation with low noise and vibration levels. The integration of this servo motor into a system promises to enhance performance, minimize downtime, and contribute to the overall optimization of production processes.