XSF5 series blade controller
Excellent choice for small and medium-sized motion control, targeting advanced manufacturing and complex process industries
XSF5 series blade controller
Among the 64 axes isotropic products in the industry, the volume is smaller.
Compared with XDH-60A64-E, the body size has been reduced by about 70%: significantly reducing installation space.
• Local support for connecting 32 XF expansion modules.
• The new high-speed backplane bus can expand high-speed counting, pulse output, flying beat, communication and other functional modules.
• The entire XSF product line, including the main control unit and expansion unit, supports firmware self updating, and new features can be enjoyed with just one click.
• Equipped with a Type-C port, it can be connected to an upper computer, and online debugging only requires one mobile data cable.
• Support importing and exporting equipment data and project files through USB flash drives and TF cards (under development).
• Standard system slide switch, can immediately stop PLC operation without power outage.
• XSF supports Codesys platform, can adapt to XINJE XS Studio programming software, complies with IEC61131 standard, and supports PLCopen programming specification.
• XS Studio integrates PLC programming, visual HMI, safety PLC, controller real-time core, fieldbus, and motion control functions, providing a complete configuration, programming, debugging, and monitoring environment that can flexibly and freely handle powerful IEC language.
• XSF main control unit is equipped with 3 RJ45 ports, 1 CAN communication port, and 1 RS485 port.
• Support multiple protocols, including Modbus TCP, UDP, OPC UA, TCP/IP, Ethernet/IP, CANopen and Modbus communication.
The second RJ45 port can switch between ENET and ECAT modes for on-demand networking, providing flexibility and freedom.
• Support dual IP settings, achieve equipment internal and external network isolation, and assist in the digital transformation and upgrading of factories.
• Ethernet/IP is built on the TCP/IP communication protocol and can be implemented through software without the need for dedicated ASICs or FPGAs.
• Up to 64 axis EtherCAT bus control, short synchronization cycle.
• Supports multi-line, arc, and spiral interpolation functions, which can be effectively applied to common multi axis interpolation platforms.
In terms of mechanical processing, replacing bulky mechanical cams with electronic cam systems results in higher machining accuracy and greater flexibility, effectively improving production efficiency. Currently, they are widely used in equipment such as capping machines, pillow packaging machines, and blow molding machines.
