レスター Product Lineup

The "Sentrality High Current Pin & Socket Interconnection System" is a product equipped with a self-adjusting function of +/-1.00mm to alleviate cumulative misalignment in socket assemblies, allowing for three types of mating configurations: vertical, horizontal, and rear mating. It provides the necessary flexibility required in product design and contributes to the manufacture of products with excellent electrical performance. The socket position self-adjusts due to the rebound of the wave spring. 【Features】 ■ Low contact resistance ■ Adopts a conical socket assembly, reducing dimensions compared to many equivalents ■ Applicable to board-to-board connection applications with height restrictions ■ The socket can move freely in the radial direction by +/-1.00mm within the assembly, ensuring that deformation of the contact beam during mating operations is reliably avoided. *For more details, please download the PDF or feel free to contact us.

The "PowerWize Connector" minimizes contact resistance and voltage drop, thereby reducing heat generation at the contact surface to a minimum. The positive lock header and receptacle provide tactile and auditory feedback during system integration. The crimp contacts are available in two wire gauges, allowing customers to match the appropriate wire size to their application's current transmission needs while minimizing cable assembly costs and supplying the necessary power. 【Features】 ■ Provides appropriate current capacity ■ Offers touch-safe headers and receptacles ■ Ensures stable mating and prevents disconnection of cable assembly headers due to shock, vibration, or handling errors ■ Prevents mis-mating and reverse of white/natural receptacles and black headers *For more details, please download the PDF or feel free to contact us.

The "PowerWize BMI Connector" utilizes Molex's COEUR socket technology to achieve high current transmission through right-angle/vertical headers. It features a blind-mating design available in three sizes: 3.40 millimeters (75.0A), 6.00 millimeters (110.0A), and 8.00 millimeters (185.0A), allowing for reliable connections even in hard-to-see, tight spaces. The 8.00 millimeter connector offers a vertical header option. 【Features】 ■ Provides an option to connect vertical headers and panel mount receptacles as needed ■ Allows for +/-2.00 millimeter radial float in panel mount receptacles to mitigate tolerance stacking issues ■ Supports correct orientation for right-angle headers when mounted on printed circuit boards or busbars *For more details, please download the PDF or feel free to contact us.

The "SW1 Connector" adopts COEUR socket technology and achieves high current capacity in three sizes: 6.00mm (120.0A), 8.00mm (185.0A), and 11.00mm (300.0A). Its unique positive lock design allows for secure mating. The cable assembly can be rotated 360° around the pin, making it easier to dress the cable assembly during system integration. 【Features】 ■ Low contact resistance ■ Compact design ■ User-friendly positive lock ■ Positive lock allowing 360° rotation of the cable assembly *For more details, please download the PDF (English version) or feel free to contact us.

The "HyperQube Connector" contributes to reliable connections, simplification of mounting work, and optimization of performance. The HyperQube product family is an innovative high-performance connector system designed for high voltage and high current applications, utilizing Molex's Couer socket technology. The Couer socket technology increases the contact surface area to minimize heat generation, achieving high current transmission capabilities to meet the demands of space-constrained applications. 【Features】 ■ Achieves compact design for space-saving ■ Easy accurate fitting, contributing to reduced work time ■ High power density ■ Stable electrical performance *For more details, please download the PDF or feel free to contact us.

In EV charging systems, it is essential to transmit high voltage and large current safely and stably. Particularly, to achieve rapid charging and long lifespan, suppressing heat generation and ensuring reliable connections are crucial. Inadequate connections and heat generation can lead to decreased charging efficiency and deterioration of components. The HyperQube connector increases the contact surface area through Couer socket technology, minimizing heat generation and enabling large current transmission capabilities even in space-constrained applications. 【Usage Scenarios】 - EV charging stations - Onboard chargers - Battery systems 【Benefits of Implementation】 - Improved charging efficiency - Enhanced overall system reliability - Space-saving due to compact design

In the power supply of railway vehicles, stable power supply and reliable connections under harsh environmental conditions are required. Particularly in vehicles where electrification is advancing, the challenge is to accommodate high voltage and large current while fitting into limited space. Inadequate connections and heat generation can potentially affect the operation of the vehicles. Our "HyperQube Connector" addresses these challenges by ensuring reliable connections, simplifying installation work, and optimizing performance. 【Usage Scenarios】 - Power supply systems accompanying the electrification of railway vehicles - Power supply to onboard equipment - Connection and disconnection work during maintenance 【Benefits of Implementation】 - Stable transmission of high voltage and large current - Improved installability due to space-saving design - Reduction of work time and assurance of safety

In aerospace power systems, high reliability and safety are required. In particular, providing a stable supply of high-capacity power in limited space is a critical challenge that affects system performance and safety. The use of inappropriate connectors increases the risk of performance degradation due to heat generation and system downtime due to poor connections. Our HyperQube connector has been developed to address these challenges by adopting Couer socket technology, creating an innovative high-performance connector system that supports high voltage and high current. 【Application Scenarios】 - Power supply systems in aircraft - Electrified aircraft systems - Installation locations with space constraints 【Benefits of Implementation】 - Minimizes heat generation, achieving stable power supply - Contributes to space-saving through compact design - Reduces work time and improves reliability through precise fitting

In the field of renewable energy, particularly in grid interconnection, stable power supply and safety assurance are required. Due to the handling of high voltage and large current, it is important to suppress heat generation at the connection points and ensure reliable connections. Inadequate connections can lead to power loss and equipment failure. Our HyperQube connector minimizes heat generation through Couer socket technology, achieving high current transmission capability. 【Usage Scenarios】 - Connection between power conditioners and the grid in solar power generation systems - Connection between battery storage systems and the grid - Connection points in wind power generation facilities 【Benefits of Implementation】 - Reduction of power loss due to heat suppression - Stable operation of the system through reliable connections - Easier implementation in space-constrained locations

In data center server power supply, stable power supply and high reliability are required. Particularly, with the densification and high performance of servers, the importance of connectors that can safely and efficiently transmit larger currents is increasing. Insufficient power supply or poor connections pose risks of server downtime and data loss. Our HyperQube connector addresses these challenges and supports stable server operation. 【Usage Scenarios】 - Server power supply lines - High-density mounted servers - Systems requiring improved power efficiency 【Benefits of Implementation】 - Contributes to stable server operation - Energy savings through reduced power loss - Reduction of installation space

In the electrification of construction machinery, reliable connections in harsh environments and high-efficiency power transmission are required. In particular, stable operation in sites with high levels of vibration and dust is a crucial factor that affects the reliability of the equipment. Our HyperQube connector addresses these challenges and contributes to the optimization of the performance of electrified systems. 【Usage Scenarios】 - Electric powertrains for construction machinery - High-output battery systems - Electric hydraulic systems 【Benefits of Implementation】 - Reliable connections in harsh environments - Performance improvement through high-efficiency power transmission - Simplification of installation work and reduction of work time

In medical devices, particularly in MRI power supplies, stable transmission of high voltage and high current, as well as miniaturization and high density of equipment, are required. Additionally, ensuring safety and improving maintainability are also important challenges. Improper connections and heat generation can lead to equipment malfunctions or failures, and even pose risks to patient safety. Our HyperQube connector, utilizing Couer socket technology, achieves high current transmission capability while minimizing heat generation, meeting the demands of applications with space constraints. By ensuring reliable connections and simplifying installation tasks, it contributes to optimizing performance. 【Usage Scenarios】 - Power supply units for MRI machines - Medical devices requiring high voltage and high current - Medical device designs that require space efficiency 【Benefits of Implementation】 - Improved equipment reliability - Reduced installation space - Increased efficiency in assembly tasks - Lower operational costs

In the shipping industry, particularly in port charging, there is a demand for stable supply of high voltage and large current, as well as safe and efficient connections. Given the constraints of space in the hull, reliable connections and simplification of installation work are crucial elements that directly impact operational efficiency. Inadequate connections can lead to heat generation and performance degradation, potentially causing delays and risks during charging operations in ports. The "HyperQube Connector" is an innovative high-performance connector system that utilizes Molex's Couer socket technology to address these challenges. By increasing the contact surface area, it minimizes heat generation and achieves large current transmission capabilities even in applications with space constraints. 【Usage Scenarios】 - Charging facilities in ports due to the electrification of ships - Power supply systems for ships requiring large currents - Onboard equipment where space efficiency is required 【Benefits of Implementation】 - Reduced heat generation, enabling safe large current transmission - Space-saving due to compact design - Shortened work time through precise fitting - Improved reliability due to stable electrical performance

In the mining sector, excavation equipment requires stable power supply under harsh conditions and improved reliability of the equipment. Particularly in electrified excavation equipment that handles high currents, secure connections and heat suppression are essential for reducing equipment downtime and ensuring safe operations. Inadequate connections and excessive heat generation can lead to equipment failure and decreased productivity. Our HyperQube connector, utilizing Couer socket technology, achieves high current transmission capability while minimizing heat generation, making it suitable for applications with space constraints. 【Use Cases】 - Electric excavators - Underground transport vehicles - Drilling equipment - Other electrified mining heavy machinery 【Benefits of Implementation】 - Improved equipment reliability - Reduced maintenance costs - Maintenance or increase in productivity - Enhanced safety of the working environment

In weapon systems, reliable connections under harsh environments and high-efficiency power transmission in limited spaces are required. In particular, maintaining system reliability and optimizing performance are critical elements directly linked to operational capabilities. Improper connections can lead to system malfunctions or performance degradation, potentially resulting in significant risks. Our HyperQube connector adopts Couer socket technology to address these challenges, providing an innovative connector system that supports high voltage and high current. 【Application Scenarios】 - Power systems for combat vehicles - Radar and sensor equipment - Communication devices - Weapon control systems 【Benefits of Implementation】 - Reliable connections under harsh environments - High-efficiency power transmission in limited spaces - Improved overall system reliability - Performance optimization

As the automation of agricultural machinery progresses, there is a growing demand for reliable power supply that can handle high voltage and large current. In particular, stable power supply to complex control systems and sensors is essential for safe and efficient operation. Inadequate power supply can lead to system malfunctions or performance degradation, increasing the risk of work delays and accidents. Our "HyperQube Connector" minimizes heat generation through Couer socket technology, enabling high current transmission capabilities even in space-constrained agricultural machinery. 【Usage Scenarios】 - Control systems for autonomous tractors - Power supply for pesticide spraying drones - Connection of sensors and actuators in harvesting robots 【Benefits of Implementation】 - Improved overall system reliability - Enhanced work efficiency - Increased design flexibility due to space-saving features

In the automotive industry, particularly in the EV charging sector, high efficiency in power supply and safety are essential. Voltage drop and heat generation during charging can lead to performance degradation and safety risks. Additionally, reliable connections during system integration and flexibility in the manufacturing process are also important. The PowerWize connector is designed to address these challenges by keeping contact resistance low, minimizing voltage drop and heat generation. During system integration, the positive lock header and receptacle provide tactile and audible feedback to support secure mating. Furthermore, crimp contacts that accommodate two wire gauges allow for the selection of wire sizes that meet the current transmission needs of the application, enabling the supply of necessary power while keeping cable assembly costs down. 【Usage Scenarios】 - Connector section of EV charging stations - Internal connections of onboard chargers - High-power battery systems 【Benefits of Implementation】 - Maintenance of charging performance through improved power efficiency - Assurance of safety through suppression of heat generation - Enhanced system reliability through secure connections - Optimization of manufacturing costs

In railway vehicle power systems, a stable supply of high current and reliable connections are essential. Particularly in power transmission, which is crucial for vehicle operation, even slight voltage drops or contact failures can lead to increased heat generation and a decrease in overall system reliability. PowerWize connectors help maintain low contact resistance and minimize voltage drops, thereby suppressing heat generation and supporting the stable operation of vehicle power systems. 【Usage Scenarios】 - Power transmission systems for railway vehicles - Power supply for electrified vehicles - Use in harsh environments 【Benefits of Implementation】 - Reduction in energy consumption through improved power efficiency - Enhanced safety due to reduced heat generation - Increased overall system reliability

In the aerospace field, high reliability and stable power supply are required. Particularly, as equipment becomes smaller and high-density mounting progresses, efficient power management and reliable connections in harsh environments become crucial. The use of inappropriate connectors can lead to performance degradation due to voltage drops and risks associated with heat generation. PowerWize connectors address these challenges and support reliable power supply in the aerospace sector. 【Application Scenarios】 - Power systems for aircraft and spacecraft - Power supply for high-output equipment - System integration where reliability is essential 【Benefits of Implementation】 - Reduction of power loss due to lower contact resistance - Minimization of voltage drops - Improved safety through reduced heat generation - Stabilization of systems through reliable connections

In industrial equipment, particularly in robot control, stable power supply and reliable connections are directly linked to the system's reliability and operational rate. In robotic arms and drive components that handle high currents, even slight voltage drops or contact failures can lead to unexpected malfunctions or heat generation, increasing the risk of production line stoppages. The PowerWize connector addresses these challenges by keeping contact resistance low and minimizing voltage drops, thereby suppressing heat generation and ensuring stable power supply. This contributes to the improvement of the reliability of robotic systems. 【Usage Scenarios】 - Power supply to the drive components of industrial robots - Power transmission to various devices in automation lines - Internal wiring of industrial equipment requiring high currents 【Benefits of Implementation】 - Improved energy efficiency through reduced power loss - Reduced risk of heat generation due to contact failures - Enhanced overall system reliability and reduced downtime

In the field of renewable energy, particularly in energy storage systems, stable power supply and overall system efficiency are required. In devices related to energy conversion and storage, reliable connections and low-loss power transmission are directly linked to system reliability and operational costs. Inadequate connections and high voltage drops can lead to risks from heat generation and energy loss, potentially resulting in decreased performance of the entire system. The PowerWize connector minimizes heat generation at contact points by maintaining low contact resistance and reducing voltage drop, thereby achieving stable power transmission. 【Use Cases】 - Integration of solar power generation systems and storage batteries - Construction of power storage systems - Power supply lines from renewable energy sources 【Benefits of Implementation】 - Improved energy efficiency through reduced power loss - Ensured safety by mitigating heat generation risks - Enhanced overall system reliability

In data center server power supplies, stable power supply and high power efficiency are required. In particular, reliable connections during equipment expansion and maintenance, as well as heat suppression during long hours of operation, are essential for maintaining the overall reliability of the system. Inadequate connections and power losses can lead to server downtime and increased operational costs. The PowerWize connector minimizes contact resistance and voltage drop, thereby suppressing heat generation and achieving stable power supply. 【Usage Scenarios】 - Power wiring within server racks - Power supply in high-density implementation environments - Reliable connections during maintenance 【Benefits of Implementation】 - Reduction of operational costs through improved power efficiency - Stable server operation and reduced downtime - Improved work efficiency through safe connections

In the electrification of construction machinery, high-efficiency power supply and reliability under harsh conditions are required. In particular, robustness to withstand vibrations and shocks during operation, as well as stable power transmission, are essential for maintaining equipment performance and longevity. Insufficient power supply or poor connections can lead to increased equipment downtime and unexpected failures. The PowerWize connector addresses these challenges by reducing power loss through low contact resistance and improving reliability through secure mating. 【Application Scenarios】 - Electric powertrains for construction machinery - Battery systems - Power connections for high-output equipment 【Benefits of Implementation】 - Extended operating hours due to improved power efficiency - Enhanced equipment reliability and reduced maintenance costs - Ensured safety through secure connections

In ship propulsion systems, high power supply capability and long-term reliability are required. In particular, stable operation in harsh marine environments is essential for maintaining system performance. The use of inappropriate connectors can increase the risk of power loss, heat generation, and even system shutdown. Our "PowerWize Connector" helps support the stable operation of propulsion systems by keeping contact resistance low and minimizing voltage drop, thereby suppressing heat generation. 【Usage Scenarios】 - Transmission of high current in ship propulsion systems - Connection of electrical systems in harsh environments - Ensuring reliable connections during maintenance 【Benefits of Implementation】 - Reduction of energy consumption through improved power efficiency - Enhanced system reliability due to reduced heat generation - Decreased risk of misconnection or disconnection through secure mating

In the mining sector, particularly in excavation equipment, stable power supply and maintenance of equipment reliability are required in harsh environments. In environments with high levels of vibration and dust, poor contact in connectors can directly lead to equipment stoppage or failure. Additionally, reducing power loss is also important for managing operational costs. PowerWize connectors are designed to address these challenges by maintaining low contact resistance, minimizing voltage drop, and reducing heat generation to a minimum. 【Application Scenarios】 - Power supply lines for excavation equipment - Electrification systems for heavy machinery and transport vehicles - Equipment connections in harsh environments 【Benefits of Implementation】 - Contributes to stable operation of equipment - Reduces operational costs through decreased power loss - Lowers maintenance frequency

In medical devices, especially high-power equipment, stable power supply and safety are extremely important. To maximize the performance of the device and ensure safety for patients, components that can suppress heat generation and maintain reliable connections are required. Insufficient power supply or poor connections can lead to malfunctions or performance degradation of the device. The PowerWize connector helps support the stable operation of high-power devices by keeping contact resistance low and minimizing voltage drop, thereby suppressing heat generation at the contact points. 【Usage Scenarios】 - Power supply for high-power medical devices - Stable operation of imaging diagnostic equipment - Precise control of surgical assistance robots 【Benefits of Implementation】 - Reduction in running costs due to improved power efficiency - Increased reliability of devices and reduced downtime - Assurance of safety and peace of mind for patients

In military and defense weapon systems, reliable power supply under harsh conditions and improved overall system reliability are essential. Particularly in modern weapons, which are increasingly high-powered, reducing power loss and ensuring stable operation are crucial. The PowerWize connector minimizes heat generation at contact surfaces by maintaining low contact resistance and reducing voltage drop, supporting stable system operation. Additionally, the positive lock header and receptacle provide reliable mating feedback during system integration, preventing misconnection and accidental disconnection. This reduces the risk of system downtime in critical missions. 【Application Scenarios】 - High-power weapon systems - Vehicle-mounted electronic equipment - Aerospace field - Operations in harsh environments 【Benefits of Implementation】 - Maintenance of system performance through improved power efficiency - Reduced risk of system downtime due to reliable power supply - Prevention of misconnection and disconnection through secure mating - Optimization of cable assembly costs

In agricultural machinery's autonomous driving systems, high-precision control and stable power supply are required. Particularly under harsh operating conditions and during long hours of continuous use, reducing power loss and ensuring reliable connections are crucial for the system's reliability. Insufficient power supply or poor connections can lead to system malfunctions and increased downtime. The PowerWize connector minimizes heat generation at contact points by keeping contact resistance low and reducing voltage drop, thereby achieving stable power supply. 【Application Scenarios】 - Control systems for autonomous tractors - Power supply for GPS guidance systems - Power supply for sensors - Power supply for electric actuators 【Benefits of Implementation】 - Extended battery life due to improved power efficiency - Enhanced overall system reliability - Reduced maintenance costs - Improved work efficiency

In the automotive industry, particularly in EV charging systems, stable transmission of high voltage and large current, as well as reliable connections under space constraints, are essential. Reducing charging time and improving system reliability require low contact resistance and secure mating. Insufficient connections can lead to heat generation and voltage drops, potentially resulting in decreased charging performance and safety issues. Our "PowerWize BMI Connector" utilizes Molex's COEUR socket technology to address these challenges. 【Usage Scenarios】 - Internal wiring of EV charging stations - Connection between onboard chargers and batteries - High-power charging infrastructure 【Benefits of Implementation】 - Reduced charging time through large current transmission - Ease of installation due to reliable connections in tight spaces - Heat generation suppression and improved energy efficiency through low contact resistance

In railway vehicle power systems, stable transmission of high current and reliable connections in limited spaces are required. Especially in harsh environments exposed to vibrations and temperature changes, the reliability of connections directly impacts the overall safety and performance of the vehicle. Uncertain connections can lead to instability in power supply and failures, potentially affecting operations. Our PowerWize BMI connector utilizes Molex's COEUR socket technology to address these challenges. 【Application Scenarios】 - Power transmission systems of vehicles - Wiring in narrow installation spaces - Connections to equipment requiring high current 【Benefits of Implementation】 - Minimizes contact resistance between wires and crimp barrels, achieving stable high current transmission - Blind mating design allows for reliable connections even in hard-to-see locations - Tolerance-allowing design improves workability during assembly

In the aerospace field, power supply requires high reliability and secure connections. Particularly in wiring tasks within narrow spaces where visibility is limited, it is crucial to reduce the risk of incorrect connections and ensure safe and efficient work. Our "PowerWize BMI Connector" utilizes Molex's COEUR socket technology to achieve high current transmission through right-angle/vertical headers. The blind mating design allows for secure connections even in hard-to-see narrow spaces, contributing to solving power supply challenges in the aerospace sector. 【Usage Scenarios】 - Power wiring in limited spaces within aircraft and spacecraft - Secure connector connections during maintenance or renovations - Construction of power systems requiring high current 【Benefits of Implementation】 - Improved work efficiency through secure connections in confined spaces - Assurance of reliability by reducing the risk of incorrect connections - Maintenance and enhancement of system performance through high current transmission

In the field of industrial machinery, particularly in robot control, there is a demand for stable transmission of large currents due to increased power output, as well as reliable connections in limited spaces. Inadequate connections can lead to equipment malfunctions, performance degradation, and even failures. Our "PowerWize BMI Connector" utilizes Molex's COEUR socket technology to achieve large current transmission through right-angle/vertical headers. The blind mating design enables reliable connections even in hard-to-see narrow spaces, supporting high-reliability connections in areas with limited installation space, such as inside robot arms. 【Application Scenarios】 - Wiring inside robot arms - Power supply to servo motors - Wiring inside control panels of industrial robots - Power connections for automation equipment 【Benefits of Implementation】 - Increased design and implementation flexibility due to reliable connections in tight spaces - Support for high performance and high output of robots through large current transmission - Reduction of voltage drop and heat generation by lowering contact resistance - Decreased work errors and improved reliability through mis-mating prevention features

In the field of renewable energy, particularly in grid interconnection, stable power supply and system reliability are required. Reliable transmission of large currents is essential for maintaining generation efficiency and the stable operation of the entire system. Connection work in narrow spaces that are difficult to see and ensuring the reliability of connection points are significant challenges in system construction. Our "PowerWize BMI Connector" addresses these challenges and enables safe and efficient grid interconnection. 【Usage Scenarios】 - Connection between power conditioners and transformers in mega-solar systems - Connection between blade control systems and main circuits in wind power generation facilities - Connection between charge and discharge control units and the grid in battery storage systems 【Benefits of Implementation】 - Maintenance of system efficiency through large current transmission - Reliable connections in confined spaces due to blind mating design - Reduction of voltage drop and heat generation by lowering contact resistance

In data center server power supplies, as high density and high current become more prevalent, stable power supply and reliability are required. In particular, reliable connections in limited spaces are essential for the stable operation of the entire system. Inadequate connections can lead to voltage drops and heat generation, potentially causing server malfunctions or failures. Our "PowerWize BMI Connector" addresses these challenges and supports the stable operation of server power supplies. 【Usage Scenarios】 - Connection between the server power unit and the circuit board - Inside server racks where high-density mounting is required - Areas where reliable connections are needed during maintenance 【Benefits of Implementation】 - Reduces contact resistance between wires and crimp barrels, suppressing voltage drops and heat generation - Achieves easy and reliable connections even in narrow spaces through a blind mating design - Enhances design and manufacturing flexibility, supporting system construction

In the field of medical devices, particularly those requiring precise control and high current transmission like MRI systems, reliable connections are essential. Secure connections in hard-to-see, narrow spaces impact the stable operation and safety of the equipment. Uncertain connections can lead to risks such as signal miscommunication and overheating. Our "PowerWize BMI Connector" utilizes Molex's COEUR socket technology to achieve high current transmission and addresses these challenges with a blind mating design. 【Usage Scenarios】 - Power supply lines inside MRI machines - Connection points for high-output medical devices - Wiring work in confined spaces 【Benefits of Implementation】 - Reliable connections even in tight spaces - Stable equipment operation due to high current transmission - Improved flexibility in design and manufacturing

In hydraulic drive systems for construction machinery, stable high-current transmission under harsh conditions is required. Particularly during work or maintenance in tight spaces, reliable and easy connections are crucial. Inadequate connections can lead to system malfunctions or performance degradation. Our PowerWize BMI connectors utilize Molex's COEUR socket technology to address these challenges. 【Usage Scenarios】 - High-current supply to hydraulic pumps and actuators - Reliable connections in environments with vibrations or shocks - Maintenance work in low-visibility areas 【Benefits of Implementation】 - Improved system reliability - Increased efficiency of maintenance work - Reduced downtime

In the mining sector, particularly in the power transmission of drilling machines, a stable supply of high current under harsh conditions is essential. Reliable power supply under severe conditions such as vibrations, dust, and temperature changes affects the efficiency and safety of drilling operations. Inadequate connections or poor contact can lead to unexpected stoppages or equipment damage. Our "PowerWize BMI Connector" addresses these challenges with a robust design and high reliability. 【Usage Scenarios】 - High current transmission associated with the electrification of drilling machines - Reliable connections in narrow spaces that are difficult to see - Stable power supply in environments with high vibrations and shocks 【Benefits of Implementation】 - Improved efficiency of drilling operations and reduced downtime - Increased reliability of equipment and reduced maintenance costs - Safe operation in harsh environments

In ship propulsion systems, high reliability and stable high current transmission are essential. In particular, wiring work in limited spaces and reliable connections in environments with high vibration and humidity are directly linked to maintaining system performance and safe operation. Inadequate connections can lead to unstable power supply and equipment failure. Our "PowerWize BMI Connector" adopts a blind mating design that enables reliable connections even in hard-to-see narrow spaces, meeting the demands of ship propulsion systems. 【Usage Scenarios】 - High current wiring in narrow engine rooms - Reliable connections in high-vibration environments - Ensuring reliability in humid ship interiors 【Benefits of Implementation】 - Stable operation of the propulsion system through reliable high current transmission - Improved work efficiency and reliable connections in confined spaces - Enhanced maintainability and reduced downtime

In the field of robotics, particularly in arm drive, a stable supply of high current to high-output motors is essential. Reliable power supply is required for smooth operation and precise control of the arm. If the power supply is unstable, it can lead to malfunctioning of the arm and a decrease in control accuracy. Our "PowerWize BMI Connector" utilizes Molex's COEUR socket technology to achieve high current transmission through right-angle/vertical headers. [Application Scenarios] - Motor drive units of robotic arms - Joint sections of industrial robots - Conveying robots in automated lines [Benefits of Implementation] - Stable supply of high current necessary for arm drive - Improved operational reliability of robots - Achievement of precise control

In energy storage systems, stable transmission of high current and safe, reliable connections are required. In particular, at battery connection points, even a slight increase in contact resistance or voltage drop can lead to a decrease in overall system performance and heat generation. Ensuring reliable connections in low-visibility areas is also an important challenge during installation and maintenance. Our "PowerWize BMI Connector" addresses these challenges and enables high current transmission. [Usage Scenarios] - Connections between battery packs - Connections between modules in energy storage systems - Wiring work in tight spaces [Benefits of Implementation] - Minimizes contact resistance between wires and crimp barrels, achieving stable high current transmission - Enables reliable connections even in hard-to-see locations - Improves design and manufacturing flexibility

In the EV charging system industry, connectors that can handle high voltage and high current while being implemented in limited spaces and meeting diverse design requirements are in demand. In particular, to ensure safety and reliability during charging, secure connections and excellent electrical performance are essential. Our "Sentrality High Current Pin & Socket Interconnection System" addresses these challenges and contributes to the manufacturing of products with superior electrical performance. 【Usage Scenarios】 - Interconnection between PCBs of EV chargers - Battery Management Systems (BMS) - Inverters and converters 【Benefits of Implementation】 - Space-saving through increased design flexibility - Realization of reliable electrical connections - Streamlining of manufacturing processes

In the field of traction power for railway vehicles, there is a demand for reliable connections and long-term reliability under harsh environmental conditions while accommodating high currents. Particularly in vehicle design, the arrangement of components in limited space and the ability to withstand vibrations and temperature changes are crucial. In response to these challenges, our "Sentrality High Current Pin & Socket Interconnection System" offers excellent electrical performance and design flexibility, contributing to the reliable manufacturing of vehicles. 【Application Scenarios】 - Traction power systems for railway vehicles - Various railway equipment requiring high currents - Onboard equipment expected to experience vibrations and temperature changes 【Benefits of Implementation】 - Improved system reliability through secure high current connections - Space-saving and layout optimization due to increased design flexibility - Enhanced maintainability

In the field of aerospace power supply, high reliability and stable performance are required. Particularly in harsh environments and complex system configurations, ensuring secure connections and maintaining electrical performance are crucial. Improper connections can lead to system malfunctions or performance degradation. Our "Sentrality High Current Pin & Socket Interconnection System" offers three mating configurations: vertical, horizontal, and rear mating, and is equipped with a self-adjusting feature that mitigates cumulative cross-over, addressing these challenges. 【Application Scenarios】 - Power supply systems for aircraft and spacecraft - Electronic devices requiring high current - Board-to-board connection applications 【Benefits of Implementation】 - Improved design flexibility - Stabilization of electrical performance - Realization of reliable power supply

In the field of industrial machinery, particularly with robotic arms, there is a demand for precise wiring designs that can handle high currents while fitting into limited spaces. Additionally, it is important to achieve both robustness to withstand vibrations and shocks during operation and ease of maintenance. To meet these requirements, reliable electrical connections and connectors that ensure design flexibility are essential. The "Sentrality High Current Pin & Socket Interconnection System" addresses these challenges. 【Usage Scenarios】 - High current transmission at the joints of robotic arms - Interconnection between control boards of multi-joint robots - Use in environments with vibrations and shocks 【Benefits of Implementation】 - Realization of more compact and high-functioning robotic arms due to increased design flexibility - Improved reliability of robots through secure electrical connections - Enhanced workability during maintenance tasks

In the field of renewable energy, particularly in solar power integration systems, there is a demand for flexible designs that can accommodate high currents while adapting to the installation environment. To maintain the reliability of the system, secure electrical connections and connectors that can handle space and layout constraints are essential. Inadequate connections can increase the risk of power loss and system downtime. Our "Sentrality High Current Pin & Socket Interconnection System" offers three mating configurations—vertical, horizontal, and rear mating—and features a self-adjusting function to mitigate cumulative cross, addressing these challenges. 【Usage Scenarios】 - Interconnection between substrates in solar power generation systems - High current transmission in energy storage systems - Internal connections in inverters and power conditioners 【Benefits of Implementation】 - Space-saving due to increased design flexibility - Improved reliability through secure electrical connections - Enhanced maintainability