EtherCAT Bus Type Motion Controller NC-X0-B-N/NC-X0-B-M

1.Input interface : Used to receive signals from external devices, such as key inputs from the machine tool operation panel, signals from various sensors (e.g., position sensors, temperature sensors), and CNC machining programs transmitted by external devices. Common input interface types include USB, serial, Ethernet, etc., to facilitate connection and data transmission with different external devices.
2.Output interface : Outputs control signals processed by the CNC system to various actuating components of the machine tool, such as drive motors, solenoid valves, indicator lights, etc., to control the motion, actions, and status display of the machine tool. The type and format of output signals must match the connected actuators to ensure accurate signal transmission and execution.
3.Typically uses an LCD or touch screen for displaying the CNC system's operation interface, machining programs, machining parameters, machine status, alarm information, etc., making it easier for operators to monitor and control.
4.Equipped with communication capabilities with external devices, such as data transmission with a host computer (e.g., a PC) to achieve remote monitoring, program transmission, system upgrades, etc.; or networking with other CNC devices to enable collaborative work and centralized management of multiple devices. Communication methods may include wired communication (e.g., Ethernet, serial) and wireless communication (e.g., Wi-Fi, Bluetooth).
5.With leading multi-core CPU architecture and a powerful supercomputing-level platform, it offers an incredibly smooth operating experience.
6.Equipped with 2GB of ample storage space, ensuring smooth program execution and handling various tasks effortlessly.
7.High anti-interference design, passing 4.5KV EFT tests and CE certification.
8.Supports highly stable RS485 communication, making it more reliable when expanding peripheral devices.
9.Supports up to 256 input/output points , enabling control of more mechanisms.
10.Supports control of up to 64 axes , showcasing unparalleled control capabilities.
11.USB 3.0 interface for fast and convenient program transfer and import.
12.Program pre-read speed can reach 8000 Block/s , providing stronger processing power.

1.RT-Linux embedded control system platform
2.Fully compiled execution module
3.Configuration-based IoT development platform
4.Remote assistance for fault diagnosis and upgrades
5.Platform-based design concept
6.64-bit high-speed, high-precision contour control
7.Conversational auxiliary program editing
8.Special curve machining: Supports constant line-speed machining of parabolas and spline curves for a smoother surface finish; the spline curve teaching function automatically fits curves between points using cubic equations, providing smoother curves than traditional teaching methods.
9.Integration of open UI and PLC platforms, allowing customers to freely customize interfaces and functions, providing an unprecedented personalized operation experience.
10.Self-assignment of permissions greatly enhances the system's flexibility and adaptability, allowing each user to customize access rights according to their needs.
11.Supports graphical simulation, conversational programming, and custom M-code functionality.
12.Fast execution speed: Short PLC scan time enables quick response to machining commands, improving machining efficiency.
13.Supports open macro program design - MACRO
14.Supports CAD/CAM auxiliary programming
15.High-speed path processing technology, achieving up to 1000 blocks/second for high-speed small segment machining, while optimizing segment paths with NURBS to smooth singular points, ensuring machining accuracy and improving machining efficiency.
16.NURBS spline fitting technology, performing multiple fittings on segments to optimize paths and generate smooth curves with controllable accuracy suitable for production machining.
17.Supports constant JERK control technology for smoother high-speed machining.
18.Supports full closed-loop control to ensure precise positioning at the mechanical end.

1. Open industrial motion controller

2. High cost-performance ratio

3. High stability

4. Fast execution speed

5. Complete compensation functions

6. Supports G-code editing

7. Comprehensive communication protocol

1. 3C Electronics (Inserts, PCB Depaneling, Tray, etc.), Visual Inspection Machine

2. 3D Tool Machine

Hot Tags: EtherCAT Bus Type Motion Controller NC-X0-B-N/NC-X0-B-M, China EtherCAT Bus Type Motion Controller NC-X0-B-N/NC-X0-B-M manufacturers, suppliers