Product Features

Suitable for servo drivers, frequency converters, stepping motor control boards and CNC host control units. The circuits support multi-axis synchronous high-precision positioning and stable large-torque output, operating stably within -40℃ to 85℃. Equipped with comprehensive fault protection mechanisms, they resist interference from workshop high-power equipment, reduce downtime failure rate, and meet continuous unmanned production requirements of automated assembly, cutting and handling equipment.

Technical & Technological Advantages

Adopt isolated strong and weak current layout to isolate electromagnetic interference between power and signal circuits; integrate overvoltage, overcurrent, stall, overheating and short-circuit multi-layer protection; optimized heat dissipation structure supports long-term high-load operation; compatible with EtherCAT, Modbus, Profinet mainstream industrial bus protocols to realize multi-device linkage control; high anti-aging substrate and sealed packaging slow down corrosion from workshop oil mist and dust.

Application Scenarios

Automated assembly lines complete automatic gluing, assembly, testing and sorting; CNC machine tools achieve high-precision milling, grinding and drilling processing; logistics handling robots realize stable speed and position adjustment; stamping and packaging equipment rely on drive control to realize cyclic automatic production.

Production & Application Challenges

Dense high-power equipment on site generates severe electromagnetic interference, putting forward high requirements for shielding and circuit layout; long-term mechanical vibration easily causes solder joint fatigue and component loosening; different types of mechanical equipment have different torque and response demands, increasing customized design workload; cross-brand equipment protocol differences lead to complex system debugging.