1～7 item / All 7 items
To optimize the connection and bring out the inherent characteristics of the coaxial cable, a ground blade is configured.
The HSMDR connector is a broadband cable system compatible with the 3M MDR system. It supports coaxial cable connections with a diameter of 2.0 mm or less.
Automated rapid charging system for various E-mobility commercial vehicles!
The "QCC" is an automatic rapid charging connector that achieves high efficiency with minimal contact resistance. The innovative "QCC" for high-performance charging systems provides a universal solution for automatic charging of various types of electric vehicles, including AGVs, buses, trucks, mobile machinery, and even ships. The "QCC" is designed to meet the most demanding requirements, such as those in port logistics and mining. Stäubli's QCC rapid charging solution allows for 4 to 5 hours of continuous operation with just a 20-minute charging time, depending on the battery and charging station. The lineup includes the versatile "QCC2" for various applications and the high-power automatic charging plug "QCC3." With a design that absorbs angle and positional deviations, there is no need for expensive position measurement and correction elements. It is also designed to withstand numerous connect and disconnect cycles and long maintenance intervals. 【Features】 ■ Highly reliable fully automated solution ■ High cost performance ■ Excellent safety performance ■ Protection from external influences ■ Suitable for limited spaces *For more details, please refer to the PDF materials or feel free to contact us.
Press-fit pin processing of coaxial cable terminals.
It is a connector that is press-fitted into the through holes of a printed circuit board for connection.
To optimize the connection and bring out the inherent characteristics of the coaxial cable, a ground blade is configured.
The HFS connector is a socket housing that significantly expands the frequency range while maintaining compatibility with MIL 2.54mm 2-row connectors.
It supports coaxial cable connections with a diameter of 2.0 or less.
The "HFS series" is a socket housing that significantly expands the frequency range while maintaining compatibility with MIL 2.54mm 2-row connectors. To fully utilize the inherent characteristics of coaxial cables, a ground blade has been installed to optimize the connection. Additionally, the socket contacts use the same crimping method as standard MIL, and the coaxial cable shield is soldered to the ground blade. It is equipped with notches to secure the coaxial cable with heat shrink tubing to the GND blade. 【Features】 ■ Support for high-speed transmission ■ Compatible with standard MIL connectors, 3M, Hirose Electric HIF3 series, and others ■ Contact socket: crimping, coaxial shield: solder connection method ■ Incorporates cable strain relief *For more details, please contact us or download the catalog.
It supports coaxial cable connections with a diameter of 2.0 or less.
The "HS-MDR Series" is a broadband cable system compatible with the MDR system manufactured by 3M. To maximize the inherent characteristics of coaxial cables, a ground blade has been installed to optimize the connection. The connection to the plug connector is done via soldering, with the shield of the coaxial cable soldered to the ground blade. A strain relief fitting using cable ties ensures reliable performance. 【Features】 ■ Support for high-speed transmission ■ Designed to fit 3M's MDR receptacle ■ Solder connection method ■ Integrated cable strain relief *For more details, please contact us or download the catalog.
Ideal for industrial applications! Bus connectors that utilize cost-effective bus system terminals.
The "BUS EPIC DATA CAN TR M12" is a bus connector suitable for mechanical engineering and plant engineering. Space-saving due to compact design. It features a robust design and employs cost-effective bus system terminals. 【Features】 ■ Cost-effective bus system terminals ■ Space-saving due to compact design ■ Robust design ■ 120W termination resistor for DeviceNet/CANopen *For more details, please refer to the PDF document or feel free to contact us.
