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This solution is designed for the operating conditions of industrial automation machine tools, robotic arms, servo control systems, and other equipment. It focuses on the core requirements of anti-interference, bending resistance, high flexibility, and stable signal, and solves problems such as frequent breakage of ordinary cables, signal interference, transmission distortion, and poor oil and wear resistance. It is suitable for wiring applications of servo motor power lines, encoder signal lines, and control circuits.
The solution utilizes highly flexible shielded servo cables with a multi-layered shielding structure, effectively isolating frequency converter harmonics and electromagnetic interference to ensure accurate servo signal transmission. The cables feature flame-retardant and oil-resistant sheaths, withstanding high-frequency reciprocating bending and tensile wear, making them suitable for complex industrial environments such as dynamic equipment movement and damp, oily machine tools. Installation employs a separate laying method for power and signal lines to avoid crosstalk, with standardized wiring and fixing, and allowance for bending during movement.
Simultaneously, strict grounding and shielding measures are implemented to prevent signal drift and equipment jitter malfunctions. This solution is compatible with various automated servo devices, featuring stable and durable wiring with strong anti-interference capabilities. It can significantly reduce equipment failure rates, ensuring continuous, precise, and stable operation of automated production lines, and is suitable for long-term industrial high-frequency operation requirements.
