2024/10/08
Challenges in Handling High-current Equipment
The introduction of energy storage systems, to store clean energy and UPS (Uninterruptible Power Supply) to prepare for power failures, is progressing rapidly. In recent years, there have been an increasing number of cases where high currents are being handled by various equipment, such as AGVs and robots.
This chapter introduces JAE connector solutions commonly encountered in high-current equipment.
No Screw Termination - positional Misalignment Absorbed by Floating Structure
Having a floating structure reduces the work-hours and space required in order to hard mount using screws in the rear of the system while and allowing for absorption of positional misalignment. The floating structure also supports a rack and panel storage system making blind-mating possible.
Cable Connection Prevents Mis-mating and Electric Shock
The cable connection types in this series feature different mating shapes and housing colors to prevent different polarities from being connected incorrectly. The structure of the housing prevents easy contact with the terminals to avoid mis-mating and electric shock. Additionally, the structure also prevents short circuit accidents.
Effortless Busbar Connection
The number of operation hours required to assemble and maintain can be reduced by converting from a traditional screw connections to an operation-simplified clip to connect busbars. Also, the space required for operating with screws is no longer necessary, and the wiring inside equipment can be made more dense and gives more flexibility to the installation location of equipment.
Learn More about the DW Series for High-current Equipment
Check out this technical guide to learn more about key features
and advanced specifications of this robust high-current connector series.
Subject to change without notice. Errors and omission excepted.