Kickless Cable (also known as Secondary Water-Cooled Cable) is a specialized insulated conductor designed for electrical equipment operating with low voltage and high current. It features a compact structure with a small cross-section capable of carrying extremely high working currents, achieving excellent heat dissipation through a unique internal water-cooling channel. The cable uses stranded soft copper wires as the conductor, sheathed by a special rubber water hose, with an annular water circulation space reserved between the conductor and the hose. The copper terminals at both ends are securely welded to the conductor strands and connected via a steel ferrule, with internal water ports linking to the coolant path. This design provides exceptional flexibility and ease of movement, making it a critical component for efficient and reliable power transmission and thermal management in automated welders, medium-frequency furnaces, and similar equipment

• Excellent Conductivity & Low-Impedance Design: Utilizes high-quality soft copper wires as the conductor, achieving minimal electrical impedance between the transformer output and the welding gun. This significantly reduces energy loss during transmission, ensuring high-efficiency delivery of high currents.

• Superior Flexibility & Fatigue Resistance: The cable assembly and its internal components offer exceptional flexibility, withstanding frequent bending, twisting, and movement during operation without compromising the internal waterway or conductivity. This greatly enhances equipment maneuverability.

• Efficient Water Cooling & Low-Pressure Drop System: The optimized annular water channel design ensures smooth coolant flow with minimal flow resistance and pressure drop, resulting in high cooling efficiency. It rapidly dissipates the substantial Joule heat generated by the conductor, ensuring long-term stable cable operation.

• Robust Mechanical & Environmental Protection: The outer special rubber hose and internal support structure provide excellent pressure, heat, and abrasion resistance, offering strong protection against physical impact and harsh environmental conditions, ensuring cable reliability in demanding applications.

• Low Inductance & Anti-Magnetic Interference: The unique construction and stranding process effectively reduce the cable's self and mutual inductance, resulting in minimal magnetic field interference (magnetic induction impact). This reduces effects on nearby sensitive equipment and ensures more stable operation.

• Easy Installation/Replacement & Long Service Life: The modular design and reliable connection technology allow for quick and easy installation and replacement, significantly reducing maintenance downtime. High-quality materials and craftsmanship ensure a long service life, offering high cost-effectiveness