MKD025A-144-GG0-KN | Bosch Digital AC Synchronous Servo Motor

Technical Specifications  

Information About MKD025A-144-GG0-KN

The MKD025A-144-GG0-KN is a digital AC synchronous servo motor categorized under Servo Products, specifically designed for precise motion control in industrial applications. It belongs to the MKD Series and is engineered to provide reliable performance in environments that demand accurate torque and speed regulation. The motor’s design and features make it suitable for integration into various automation systems, such as manufacturing equipment, robotics, and material handling systems, where high precision and durability are essential.

The motor size is designated as 025, indicating its relatively compact form factor. This makes the MKD025A-144-GG0-KN ideal for applications where space is limited but performance requirements are still high. The smaller motor size allows for easier installation in confined spaces without compromising on power or control accuracy. Despite its compact size, the motor is capable of delivering sufficient torque and speed to handle demanding tasks in industrial automation systems.

The motor length is specified as Motor Length A, which refers to the physical length of the motor’s stator and rotor. Motor Length A is optimized for applications that require a balance between size and performance, providing enough power output while maintaining a smaller footprint. This motor length is particularly advantageous in systems where compactness and efficiency are necessary, such as in automated assembly lines or precision machining operations.

The 144 winding code defines the motor’s winding configuration, which directly influences its electrical and performance characteristics. The specific arrangement of the windings in the MKD025A-144-GG0-KN is designed to maximize efficiency and optimize torque output at different speeds. The 144 winding code ensures that the motor operates smoothly across a range of load conditions, making it suitable for tasks that demand high precision and consistent performance. The motor’s winding configuration also contributes to its ability to maintain stable operation even under varying load demands, which is crucial in industrial environments where the motor is expected to perform consistently throughout long cycles of operation.