With the rapid development of new energy vehicles, car charging stations are rapidly becoming popular. The market's demand for high power, safety, and intelligence of charging piles is gradually receiving attention.
The connector product portfolio provided by TXGA for new energy charging piles has characteristics such as stability, reliability, and high performance, which can meet the diverse design requirements of new energy charging piles and accelerate the construction of the new generation of charging piles.
In the field of new energy charging piles, charging power is a highly anticipated key performance. The TXGA charging station module power connector adopts a crown spring structure design for the socket, with a large terminal contact area and low contact impedance. It can transmit a maximum current of 75A and a maximum voltage of 1000V. The product casing is made of high-performance materials, which can operate normally at -55 ℃~125 ℃, ensuring the safety of new energy charging stations in harsh environments. According to different models, connectors can be used for DC and AC charging stations to meet different user needs.
To facilitate the connection of the power cord of the charging station to the PCB board, TXGA provides nut terminals that can directly tighten and fix the wires with wiring noses with screws, completing the wiring installation. The high contact pressure brought by screw fixation ensures a firm connection between the wiring nose and the nut terminal, which is not easy to loosen. The maximum current support of the product is 120A, which can achieve flexible and reliable PCB board wiring for high-power charging stations.
With the further popularization of Internet of Things technology, the intelligence of charging stations has become an important development trend in the industry. Through the Internet of Things for charging stations, various functions such as fault diagnosis, remote control, and remote charging can be achieved, achieving more efficient, intelligent, and real-time intelligent management of charging stations.
The TXGA RJ45 connector has a transmission bandwidth of 1000Base-T, stable and reliable data transmission, and is an important Ethernet interface for achieving wired communication of charging stations. Through the RJ45 connector, charging station data can be directly transmitted to the management center and database, achieving stable remote IoT monitoring.
The SIM card holder is an important bridge that enables charging stations to connect to wireless networks and achieve wireless communication. The TXGA SIM card holder adopts a self popping structure design, with a insertion and extraction life of over 5000 times. The product is easy to operate, reliable and durable, and can achieve convenient wireless network data communication for new energy charging stations.
TXGA has a team of senior R&D engineers and nearly a hundred product patents, which can provide customers with innovative and reliable systematic connection solutions to meet the various interconnection needs of new energy charging station equipment, and build a solid foundation for the innovative development of the technology industry.
