MS-2503-R

MS-2503-R (N) adopts the latest ARM integrated motor control chip and vector closed-loop control technology, which completely overcomes the problem of step loss in open-loop stepper motors and significantly improves the high-speed performance of the motor. Reduce the heat generation and vibration of the motor, thereby improving the machining speed and accuracy of the machine and reducing its energy consumption. This intelligent bus closed-loop stepper motor driver can control the driver and motor through Modbus commands, as well as support complex single axis motion control programming, with the program saved to the driver for independent operation.

MD-2565-R stepper motor driver is a high-performance bus controlled stepper motor driver that integrates the functions of an intelligent motion controller. The MD-2565-R driver size has been reduced by 20%, and two Phoenix terminals are provided as input (common male connection) and output (common female connection), making it convenient for customers to choose the appropriate driver in terms of installation size and wiring. Improve work efficiency and meet customers' needs for more installation and wiring options. The working voltage is 24-48VDC, suitable for two-phase stepper motors with currents ranging from 1.0-6.5A. The dual port RJ45 connector is used for 485 communication. 5-channel optoelectronic isolated digital signal input, high level can directly receive 12-24V DC level; 3-channel optoelectronic isolated digital signal output, maximum withstand voltage 30V, maximum input or output current 100mA. The driver supports RS485 communication control, built-in programming control, IO control; As a 485 slave station, addresses 1-128 can be set by dialing.

The MS2503-R adopts the latest ARM integrated motor control chip and applies vector type closed-loop control technology to completely overcome the problem of step loss in open-loop stepper motors, while also significantly improving the high-speed performance of the motor. Reduce the heat generation and vibration of the motor, thereby improving the machining speed and accuracy of the machine and reducing its energy consumption. This intelligent bus closed-loop stepper motor driver can control the driver and motor through Modbus commands, as well as support complex single axis motion control programming, with the program saved to the driver for independent operation. Communication control mode: RS485 Adopting unique algorithms, low heat generation, high torque Anti resonance, improve mid frequency stability while increasing torque output

The MSA-2806-R adopts the latest ARM integrated motor control chip and applies vector type closed-loop control technology to completely overcome the problem of step loss in open-loop stepper motors, while also significantly improving the high-speed performance of the motor. Reduce the heat generation and vibration of the motor, thereby improving the machining speed and accuracy of the machine and reducing its energy consumption. This intelligent bus closed-loop stepper motor driver can control the driver and motor through Modbus commands, as well as support complex single axis motion control programming, with the program saved to the driver for independent operation. Communication control mode: RS485 Self checking and parameter customization Host control mode: Receive commands from the host PC or PLC, multi axis bus, real-time control Program residency mode: capable of executing pre stored programs, multitasking, conditional processing, mathematical functions, data register functions

The MS2806-R adopts the latest ARM integrated motor control chip and applies vector type closed-loop control technology to completely overcome the problem of step loss in open-loop stepper motors, while also significantly improving the high-speed performance of the motor. Reduce the heat generation and vibration of the motor, thereby improving the machining speed and accuracy of the machine and reducing its energy consumption. This intelligent bus closed-loop stepper motor driver can control the driver and motor through Modbus commands, as well as support complex single axis motion control programming, with the program saved to the driver for independent operation. Communication control mode: RS485 Self checking and parameter customization Host control mode: Receive commands from the host PC or PLC, multi axis bus, real-time control Program residency mode: capable of executing pre stored programs, multitasking, conditional processing, mathematical functions, data register functions