Last Updated： Aggregation Period:Oct 14, 2026～Nov 10, 2026
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We will propose large current connectors tailored to your needs.
It is possible to miniaturize high-current connectors. We can accommodate small-scale production. Control of insertion and extraction force is possible. We can also design a push-type connector that does not worry about space.
This is a high-current connector designed for use in harsh environments such as mining and oil extraction.
The Cam-Lok large current connector Roughneck series is designed to handle rated voltages of 1000 Volts and rated currents of 1135 Amps (with intermittent maximum currents of 1300 Amps), and it also boasts excellent environmental resistance. Designed for use in harsh environments such as mining and oil extraction, this Roughneck series is among the top-class series of Cam-Lok large current connectors. It delivers peak performance even in adverse conditions, with no compromises on performance, environmental resistance, safety, or reliability, making it an extremely robust connector that strongly supports applications in power generation, mining, and oil extraction.
A flame-retardant type for railway vehicles has also been developed as a series! It excels in operability and space utility.
The "VEAM CIR290" is a connector that combines up to four cores, each capable of handling up to 225A, while maintaining the mechanical and environmental performance of standard CIR. It excels in operability and space utility, making it suitable for various power supply applications, such as three-phase AC power connections for large equipment and main motors for railway vehicles. 【Features】 ■ Connectorization of terminal blocks ■ Suitable for high current supply while ensuring waterproof performance ■ Abundant back shell options ■ PG standard conduit adapters ■ Flame-retardant types available for railway vehicles ■ Rubber protection for the metal surfaces of coupling nuts *For more details, please refer to the PDF materials or feel free to contact us.
High current connectors suitable for battery system-related applications.
In recent years, the growing awareness of energy conservation has led to an increased demand for energy storage systems. The JPC PSL 200 series is an ideal high-current connector for energy storage systems (ESS). It features a design that prioritizes safety by incorporating a double lock plate. We respond to applications related to battery storage systems. Our company is committed to reducing environmental impact through the use of renewable energy with a focus on sustainability, contributing to the formation of a sustainable society. PSL 200 High-Power Connector ✓ Solutions for connectors and cable assemblies available ✓ No tools required for disengagement ✓ Reliable locking mechanism ✓ TÜV certification obtained ★ For more details on the PSL 200 series, you can download the PDF catalog. If you have any questions or requests, please feel free to contact us.
Significantly improved design flexibility in applications with space constraints!
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 AMP+ high current connector system HVP 800 safely transmits high current and high voltage in hybrid and electric vehicles.
High-performance connectors that achieve high current and optimal size. TE's AMP+ high current connector system HVP 800 safely transmits high current and high voltage of up to 250 A (continuous operation) from the battery to the inverter and electric motor over 50 mm² wires. A robust design allows for waterproof connectors that optimize the implementation size and enable the best selection of plugs and headers, facilitating the routing of wire harness assemblies through multiple paths. The two-pole or three-pole connectors and headers with contact protection structure consist of right-angle plugs or straight plugs, integrating HVIL functionality and EMI shielding internally. This connector product family is characterized by a wide operating temperature range and available wire range, and offers multiple keying options considering the applications for many hybrid and electric vehicles. Assembly is easy with lever operation, even with low insertion force.
Additional board maintenance is possible! Ensures minimization of contact resistance between the wire and crimp barrel.
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.
High-current connectors that enhance design flexibility even under space constraints.
In the electrification of construction machinery, connectors that can safely and reliably supply high current in limited spaces are required. In particular, reliability under harsh environmental conditions and improved work efficiency during maintenance are also important factors. The SW1 connector addresses these challenges and enhances design flexibility during system integration. 【Usage Scenarios】 - Powertrains for electric construction machinery and electric forklifts - Battery systems - Inverters and converters 【Benefits of Implementation】 - Equipment miniaturization due to improved space efficiency - Increased reliability through secure connections - Enhanced workability due to ease of cable management
High-current connectors that enhance the design flexibility of excavation machinery.
In the mining sector, particularly in excavation equipment, high reliability under harsh conditions and the construction of efficient systems in limited spaces are required. High current capacity and safe connections are essential for the stable operation of equipment, and the ease of cable management directly impacts the efficiency of installation and maintenance. The SW1 connector was developed to meet these needs. 【Usage Scenarios】 - Heavy machinery and excavation equipment at mining sites - Mineral transport vehicles - Underground work robots 【Benefits of Implementation】 - Improved equipment reliability - Optimization of installation space - Increased efficiency of maintenance work
A compact high-current connector that enhances the design flexibility of high-power devices.
In high-power medical devices, stable power supply and safety are essential. Particularly as devices become more compact and high-performance, reliable connections in limited spaces become crucial. Inadequate connections can lead to device malfunctions, performance degradation, and even safety risks. The SW1 connector addresses these challenges by utilizing COEUR socket technology to achieve high current capacity in a compact design, ensuring safe mating and easy cable wiring. 【Usage Scenarios】 - Power connections for high-power medical devices - Medical devices requiring compact design - Equipment needing frequent maintenance or connection changes 【Benefits of Implementation】 - Improved space efficiency - Enhanced device reliability through stable power supply - Increased efficiency in installation and maintenance tasks
![[Military and Defense] High Current Connector Electrification SW1 Connector](https://image.mono.ipros.com/public/product/image/2107256/IPROS13028919189096213641.png?w=280&h=280)
High-current connectors that enhance design flexibility even under space constraints.
In weapon systems, high reliability and stable operation in harsh environments are required. Particularly in system construction within limited spaces, compact connectors with high current capacity are essential. The use of inappropriate connectors can lead to decreased system performance and potential failures. The SW1 connector achieves high current capacity in three sizes through COEUR socket technology, enabling secure mating and easy cable management. 【Usage Scenarios】 - Power supply lines for weapon systems - Mounting on radar, communication equipment, etc. - Integration into vehicles, aircraft, and ships 【Benefits of Implementation】 - Easier system design in limited spaces - Improved system reliability through secure power supply - Enhanced maintainability
High-reliability high-current connector supporting the power transmission of the excavator.
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
Connector that ensures high current connection for energy storage.
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
