Product Description

The product MAC071B-0-TS-4-C/095-A-0/WI571LX/S001 which is offered by Bosch Rexroth is one of the most flexible and durable precision servo motors that you can find in the market today. It is highly used in advanced automation environments. This model includes a thermal sensor (TS) which is crucial for continuous performance control through temperature monitoring that is necessary for preventing overheating and ensuring longevity. The motor has high torque which is needed where precision is very specific and can run at a speed of up to 4000 rpm that well suits dynamic applications needing fast movement with precise placement.

This part number is a tailor-made configuration of the series MAC071B, denoting several important attributes. Model Type (MAC071B) denotes the type and size of the servo motor. The zero indicates a normal cooling mode and probably natural convection. Motor Design (TS-4) is an example of a particular design specification consisting of specific motor winding types or some other mechanical customization. Encoder Type (C/095) specifies a particular encoder system, possibly emphasizing special feedback mechanisms or resolutions appropriate for precise tasks. Motor Feedback (A-0) is the type of feedback system used, crucial for precise speed and position control in automated systems. Additional Options (WI571LX/S001) are alpha-numeric sequences presumed to represent additional customization for mounting, shaft configuration, or additional sensory capabilities.

The model incorporates several user-centered features which include the simple integration interface and afterward, the compact design that allows easy installation. This engine is therefore not only designed to fit the demands of the present technology but also is made to match the upcoming developments of industrial automation. Common applications include robotics, machine tools, packaging machinery, and other automation systems requiring high dynamic responses and precise control. The product comes with a one-year warranty period.