Kconbot MIS servo motor is launched, reshaping the power of robots

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In the current era of rapid development of mobile robots, with the acceleration of technological iterations and the continuous expansion of application scenarios, the equipment research and development as well as its implementation are facing numerous practical challenges:

The space for the mobile robot is insufficient, the debugging site is slow and dangerous, the parameters need to be re-adjusted whenever the load or working conditions change, the position is lost after restarting, and the BOM is cluttered with external devices.

Compact space, precise control, and efficient operation have become the core demands of the industry!

Kechong has launched the MIS series of integrated low-voltage servo motors. With its highly integrated design, intelligent control algorithms and full-scenario adaptability, these motors bring performance innovations to mobile robots and solve the pain points in industry applications!

Integrate "driving + debugging + reliability" into a single motor

Ultra-integrated design, saving space and reducing costs

Breaking the traditional design limitation of separating the motor and the driver, the MIS series integrated low-voltage servo motor integrates the core components such as the motor, driver, encoder, and brake in a highly efficient manner. It is equipped with built-in braking resistors and various protection circuits, eliminating the need for additional assembly space and cable costs.

Compared with similar products, the MIS series integrated low-voltage servo motors have a volume reduction of approximately 20%, enabling a more compact space layout without any compromise. They perfectly fit various drive and control scenarios with strict requirements for installation space.

Intelligent operation and maintenance, remote operation is safer

The MIS series integrated low-voltage servo motors, together with the Kexiong robot controller and the accompanying software, can be remotely configured, diagnosed and upgraded via the communication interface. This completely eliminates the inconvenience and potential safety hazards of on-site wiring debugging, significantly improving the operation and maintenance efficiency and reducing labor costs.

With the MD-Fuse algorithm, it's effortless to adapt to various scenarios.

The MIS series integrated low-voltage servo motors are equipped with the exclusive MD-Fuse control and drive integration algorithm. Through intelligent

adaptive technology, it breaks through the traditional parameter adjustment barriers. Without the need for manual intervention, it can precisely match all

scenarios of loads and complex working conditions, optimally optimize the smoothness of heavy-load start and stop, and achieve millisecond-level rapid

response.

Whether it is AMR's walking, turning, lifting, or the flexible docking of the multi-steering wheel chassis, all can be precisely handled, making the motion control in complex scenarios more stable and efficient.

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All-inclusive compatibility, cost-saving, hassle-free and more reliable

Encoder power-off retention function: For the lateral steering wheel chassis, after a power failure, there is no need to recalibrate the position, eliminating the need for an additional recording device.

② Integrated analog position function: Manual forklifts do not require additional installation of analog modules, directly reducing customer costs;

③ Wide Voltage + Multiple Protection: Supports a wide voltage range of 24-60VDC. Equipped with comprehensive protection features such as overvoltage, undervoltage, short circuit, and overheating. With an IP65 protection rating, it is suitable for complex working environments.

④Rich interface configuration: Supports CANopen protocol and RS232 communication, meeting diverse control requirements.

Why choose MIS?

A glance at it: The core advantages of MIS

Parameter model