Features for high performance multi axis network motion control board
• With PCIe interface x1 or x4
• Provide multi network interfaces: high-speed gLink II, general gLink II, and EtherCAT, compatible with various CoE slaves
• Multi axis high-speed and high-precision motion control: 8-24 axes (high-speed gLink II), 16-256 axes (general gLink II/EtherCAT)
• Control cycle: 50us-250us (high-speed gLink II), 250us-4ms (general gLink II/EtherCAT)
• Support high-performance closed-loop, force position, gantry, high-precision+ profile error control, etc
• Equipped with rich functions such as trajectory optimization, feedforward preprocessing, position comparison output, PSO, laser energy control, galvanometer control, etc
• Provide C++, C #, and low code development tool kits, supporting Windows/Linux operating systems
Features for general multi axis network motion control board
• 2/3/4/8 axis motion control board
• DSP high-speed motion trajectory generator
• FPGA precise latch pulse counting, multi axis synchronous control
• Supports Trap, Jog, Gear, Follow, PT, PVT
• Supports arbitrary 2-axis linear and circular interpolation, arbitrary 3-axis and 4-axis linear interpolation, and spatial spiral interpolation
• Equipped with feedforward preprocessing algorithms, reverse clearance compensation, and pitch error compensation
• Two differential position comparison output signals and two independent laser control functions
• Laser energy following speed, position
Features for multi axis network motion control module
• Supports multi axis applications (up to 64 axes)
• DSP high-speed motion trajectory generator
• FPGA precise latch pulse counting, multi axis synchronous control
• Supports incremental encoders or absolute encoders, or can configure multiple GNC controllers for synchronous control
• Supports Trap, Jog, Gear, Follow, PT, PVT
• Support multi axis interpolation, arc interpolation, straight line interpolation, and spatial spiral interpolation
• Equipped with forward preprocessing, reverse clearance compensation, and pitch error compensation
• Support local multi-channel digital input/output and hand pulse
• Networking with GSHD drivers via gLink II bus or EtherCAT bus
• Seamless connection between embedded computers and motion controllers improves the reliability and stability of user control systems
• Supports HDMI, DVI high-definition output, 4-channel USB 3.0, and 4-channel Gigabit Ethernet ports
• Fanless design, capable of working in harsh environments
