NiMotion motion controller provides a multi-axis motion controller designed to provide the ultimate performance and agility for your application scenarios. The multi-axis motion controller achieves intelligent and unique functions by controlling and managing the motion on multiple axes of the automation system.
What is a multi-axis motion controller?
For a long time, motion control design has been simple. Each shaft has a motor, each motor has a driver, and all are connected by cables and installed in a housing. More shafts means more complicated designs and excessive heat.
Difference between Motion Controller (PAC) and PLC
A multi-axis motion controller: can control up to thousands of stepper or servo motor axes
Then, the advent of digital buses such as CANopen and EtherCAT enabled smarter multi-axis drives. These smart drives eliminate the need for centralized motion controllers and implement a more distributed architecture.
How does the multi-axis motion controller work?
Multi-axis drives supported by multi-axis controllers can reach performance levels that are almost impossible to achieve with single-axis distributed drives. In this way, the multi-axis controller is an important part of the advanced motion control system.
Multi-axis motion controller improves motion control ability
NiMotion motion controller product advantages
Multi-axis motion controller is an important part of advanced motion control system, especially the efficient EtherCAT network is suitable for industrial environment, it is the world's first-class multi-axis controller.
NIMC2000 series motion controllers follow the EtherCAT and CANopen network standards, and can achieve precise multi-axis control through cost-effective integration, and can be quickly implemented using standard programming environments (such as IEC 61131-3, PLCopen, .NET and Win32 C++).
Support all 5 programming languages ??of IEC60031-3 standard: ST, LD, FBD, SFC, CFCØ Support Modbus, CANopen, EtherCAT and other field buses
Support Modbus-RTU, Modbus-TCP, OPC-UA and other methods to communicate with HMI
Support basic motion control, CNC, robot control
Motion control function blocks supporting PLCopen standard
Flexible, convenient and powerful HMI configuration
The most advanced innovative motion control technology
Support standard distributed I/O, can be expanded at will according to application requirements, support EtherCAT, MODBUS, CANopen and other standard fieldbus protocols
The design, manufacture and testing of motion controllers are in compliance with extreme environmental conditions. The durability of NIMC2000 series motion controllers has been certified, verified and tested according to the most stringent environment, EMC and safety standards, surpassing traditional STD.
Operating environment conditions: 0~60 ℃, 5~85% relative humidity, non-condensing
Storage environment conditions: -20~70 ℃, 5~85% relative humidity, non-condensing
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