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"UltraWize High Current Connectors and Cable Assemblies" are products developed specifically for data center applications, featuring excellent power distribution performance. Utilizing the well-established conical COEUR socket technology, which ensures a wide conductive area. The conical structure minimizes contact resistance and voltage drop, reducing heat generation and enabling the transmission of high currents. Additionally, by routing the cables sideways, wiring space is minimized, providing further high efficiency and design flexibility. 【Features】 ■ Minimizes stack height ■ Reduces processing costs and shortens time to market ■ Ensures reliable connector mating ■ Minimizes PCB footprint requirements ■ Reduces misalignment on-site and decreases failures *For more details, please download the PDF or feel free to contact us.

In the automotive industry, particularly in the EV charging sector, there is a demand for reliable connectors that can safely and efficiently transmit high voltage and high current. With the spread of EVs, enhancing charging infrastructure and improving charging performance on the vehicle side have become important, making technology that suppresses heat generation and ensures stable power supply essential. Inappropriate connectors can lead to reduced charging efficiency and, in the worst case, safety issues. Our UltraWize high-current connectors have been optimized for EV charging to address these challenges, leveraging excellent power distribution performance developed in data center applications. 【Usage Scenarios】 - EV charging stations - On-board charging systems - Battery management systems 【Benefits of Implementation】 - High-efficiency power transmission - Improved safety through heat suppression - Increased design flexibility

In railway vehicle power systems, high-efficiency and reliable power supply is essential. Particularly as vehicle electrification advances, the importance of connectors that can safely and stably transmit high currents is increasing. Insufficient wiring design and issues caused by heat generation can lead to operational delays and vehicle failures. Our UltraWize high-current connectors provide excellent power distribution performance developed in data center applications, tailored for railway vehicles to address these challenges. 【Usage Scenarios】 - Electric drive systems for vehicles - Battery systems - Inverter and converter connections 【Benefits of Implementation】 - High-efficiency power transmission - Improved reliability through heat generation suppression - Increased design flexibility through space-saving wiring

In the aerospace field, power supply requires high reliability and efficiency. In particular, reliable power transmission in limited space is essential for the stable operation of systems. The use of inappropriate connectors increases the risk of contact failure and overheating, which can impact mission execution. Our UltraWize high-current connectors provide excellent power distribution performance and design flexibility to address these challenges. 【Application Scenarios】 - Power systems within aircraft - Power connections for satellite-mounted equipment - Power supply for ground support equipment 【Benefits of Implementation】 - Stable supply of high current - Efficient use of wiring space - Improved reliability

In the field of industrial equipment, particularly in robot control, there is a demand for stable supply of high currents due to increased power output, as well as efficient wiring in limited spaces. Inadequate wiring design can lead to decreased performance and potential failures of the equipment. Our UltraWize high-current connectors offer excellent power distribution performance developed through data center applications, supporting powerful robot operations. The design that allows cables to exit sideways minimizes wiring space, achieving design flexibility and high efficiency. 【Usage Scenarios】 - Drive units of industrial robots - Power supply for automation lines - Control of high-output motors 【Benefits of Implementation】 - Maintenance of robot performance through stable supply of high currents - Increased design freedom due to space-saving - Improved efficiency in wiring work

In the field of renewable energy, particularly in grid interconnection, stable power supply and high reliability are required. Due to the handling of large currents, reducing contact resistance and suppressing heat generation are essential for the safe and efficient operation of the system. Inadequate wiring design can lead to space constraints and decreased maintainability. Our UltraWize high-current connectors have excellent power distribution performance developed for data centers, addressing these challenges. 【Usage Scenarios】 - Connection between power conditioners and the grid in solar power generation systems - Connection between battery storage systems and the grid - Connection of high-voltage cables in wind power generation systems 【Benefits of Implementation】 - Suppresses contact resistance and voltage drop, minimizing heat generation - Cable side exit design minimizes wiring space and improves design flexibility - Minimizes stack height, contributing to efficient use of installation space - Reduces the risk of misalignment on-site, lowering the risk of failure

In data center server power supplies, stable high current supply and efficient wiring in limited space are required. Particularly in server racks where high density is progressing, managing cables and suppressing heat generation are essential for maintaining system reliability. Improper design can increase the risk of unstable power supply and failures due to overheating. Our UltraWize high current connectors are specifically developed for data center applications, addressing these challenges with excellent power distribution performance and cable exit design. 【Usage Scenarios】 - Power supply within server racks - Wiring in high-density implementation environments - Systems requiring heat generation suppression 【Benefits of Implementation】 - Increased density by minimizing wiring space - Reduced heat generation by suppressing contact resistance and voltage drop - Improved design flexibility

In high-power medical devices, stable high current supply and safety are required. Particularly, as devices become smaller and high-density mounting progresses, reliable wiring in limited space becomes crucial. Inadequate wiring design can lead to heat generation and voltage drop, potentially causing performance degradation or failure of the device. Our UltraWize high-current connector, developed for data centers, offers excellent power distribution performance and contributes to solving challenges in high-power medical devices. 【Usage Scenarios】 - High-power laser devices - Power supply units for MRI machines - Power supply for imaging diagnostic devices - Drive units for surgical support robots 【Benefits of Implementation】 - Maintenance of device performance through stable high current supply - Improved safety through heat suppression - Miniaturization of devices through space-saving design - Reduced risk of failure through reliable mating on-site

In the electrification of construction machinery, high-efficiency power supply and reliable wiring are essential. Particularly in harsh environments and designs with limited space, secure connections and compact wiring are crucial. The use of inappropriate connectors can increase the risk of performance degradation and failure due to heat generation. Our UltraWize high-current connectors provide excellent power distribution performance, cultivated in data center applications, to address these challenges for the electrification of construction machinery. 【Application Scenarios】 - Electric powertrains for construction machinery - Power supply to high-output motors - Connection with battery systems 【Benefits of Implementation】 - Increased efficiency of electric drive systems through stable supply of high current - Space-saving and improved design flexibility due to compact design - Reduced maintenance costs through reliable connections

In ship propulsion systems, it is essential to provide a stable supply of high current and ensure the reliability of the system. Particularly in modern vessels where electrification is advancing, high-efficiency power transmission and space-saving design have become critical challenges. The use of inappropriate connectors can increase the risk of performance degradation and failure due to heat generation. Our UltraWize high-current connectors utilize the well-established conical COEUR socket technology to suppress contact resistance and voltage drop, enabling the transmission of high current while minimizing heat generation. Additionally, the cable side exit design minimizes wiring space, offering high efficiency and design flexibility. 【Usage Scenarios】 - High current wiring in electric propulsion systems of vessels - Wiring efficiency in limited onboard spaces - Improved system reliability and reduced maintenance burden 【Benefits of Implementation】 - Maintenance of propulsion system performance through stable supply of high current - Increased design freedom due to reduced wiring space - Enhanced safety and reduced risk of failure through heat suppression

In the mining sector, excavation equipment requires stable power supply in harsh environments and efficient wiring in limited spaces. In particular, reliable high-current transmission is essential for the operation of high-power equipment, and minimizing equipment downtime is crucial. Our UltraWize high-current connectors provide excellent power distribution performance, developed through data center applications, to address these challenges for excavation equipment. 【Use Cases】 - Power supply for mining machinery - Control systems for drilling equipment - Infrastructure facilities within mines 【Benefits of Implementation】 - Stable operation through high-current transmission - Space-saving design with lateral cable exit - Reduced risk of failure by minimizing misalignment on-site

In the field of robotics, particularly in arm drive systems, a stable power supply to high-output motors and efficient wiring in limited spaces are essential. To ensure the range of motion and design flexibility of the arm, the routing of cables and the compactness of connectors are crucial. Insufficient power supply or constraints on wiring space can lead to decreased robot performance and design challenges. Our UltraWize high-current connectors eliminate the need to consider cable bend radius due to their cable side exit design, minimizing wiring space and contributing to the design flexibility and high efficiency of robotic arms. 【Application Scenarios】 - Drive units of industrial robotic arms - Drive units of automated guided vehicles (AGVs) - Joint sections of collaborative robots 【Benefits of Implementation】 - Stable supply of high currents required for arm drive - Easier cable routing, reducing wiring space - Contributes to the miniaturization and lightweight design of robots - Improved design flexibility

In the field of energy storage, particularly in battery connections, it is essential to transmit high currents safely and efficiently. If the resistance at the connection points is high, it can lead to increased heat generation, which may cause a decrease in system reliability or even failure. Additionally, wiring design in limited spaces is also a significant challenge. Our UltraWize high-current connectors provide excellent power distribution performance and design flexibility to address these issues. [Usage Scenarios] - High current connections in battery systems - Internal wiring of energy storage devices - Power units requiring high-density implementation [Benefits of Implementation] - Reduces heat generation and improves system reliability - Increases density by reducing wiring space - Enhances design freedom