Overview

Servo motor drive, a kind of high-efficiency servo drive unit, is the key component of AGV power system, which can convert electric energy into mechanical energy efficiently and reduce power loss. By matching with servo motor, it is an excellent pair of combination, which can control the running trajectory of AGV more accurately. The servo drive unit receives commands from the AGV control system, and through the built-in algorithm, it is able to make real-time adjustments to the servo motor's rotational speed, torque, and other parameters to ensure that the AGV is able to drive stably and move accurately.

AGV servo drive unit has advanced control and sensing technology. One of the very important encoder, real-time monitoring of the position and speed of the motor, and these data feedback to the drive. The drive then makes real-time adjustments based on the data to ensure the stability and accuracy of the motor's operation. This closed-loop control system not only improves the navigation accuracy of the AGV, but also enables the agv to maintain stable operation in complex environments.

In addition to the above advantages, the AGV servo drive unit also has excellent dynamic response performance and energy efficiency ratio, and can quickly respond to the commands from the control system and make rapid adjustments to the movement state of the AGV. At the same time, the agv servo motor parameters optimise the motor operating parameters, reduce energy consumption and improve the overall operating efficiency of the AGV.

Dimension

MDSM25B60G-ROBOT

Specification

ltem	Parameters
Model	MDSM25B60G-2
Limit Power Supply Range	18~96VDC
Single Channel Rated Current	25Arms±2%
Single Channel Maximum Current	50Arms±1%
Maximum Overload Time of Single Channel	10S
Single Channel Overload Recovery Time	90S
Rated insulation withstand voltage	Input and output DC 1000V leakage current to the enclosure less than 3mA.
Drive Frequency	6~21KHz±0.1KHz
Insulation resistance of the whole machine	≥1M at 40°temperature and 95%humidity
Power Control Method	Vector control
Mean time between failures(MTBF)	≥5000 hours