Tailored Terminal Blocks For Specific Industries
Although universal terminal blocks are widely used, it is often difficult to balance safety, efficiency, and cost when facing harsh working conditions in specific industries. Tailored terminal blocks for industries such as new energy, rail transit, or intelligent manufacturing are designed to solve these "unsuitability" issues.
Taking the new energy storage industry as an example, the value of customized terminals is particularly prominent. For energy storage cabinets with high voltage, high current, and limited space, customized solutions are no longer limited to standardized plastic casings and copper bar combinations. By using nylon materials with higher CTI (Relative Leakage Traceability Index) grades, the creepage distance requirements of 1500V DC systems are met, eliminating the risk of high-voltage arcing; In terms of current carrying structure, traditional screw crimping is abandoned, and instead an integrated copper conductor and infrared automatic welding structure is designed. This not only reduces the contact resistance of individual terminals by more than 30%, but also can be combined with automated wire harness processing to nearly double the assembly efficiency.
In addition, customization means precise control over "environmental adaptability". For the anti-corrosion needs of coastal or chemical industries, terminal metal parts can be silver plated or tin plated, and the shell can be added with anti UV and anti salt spray additives; In response to the strong vibration characteristics of the rail transit industry, cage springs and anti loosening locking mechanisms are integrated to ensure stable electrical connections under continuous impact.
The transition from "standard product selection" to "scenario based definition" is essentially about providing customers with ultimate reliability. Tailored terminal blocks can not only optimize the internal space utilization of the equipment, but also reduce the intermediate transfer links, lower the fault points from the source, and ultimately achieve the optimization of the entire life cycle cost.
