Electronic component manufacturer Oupiin has recently released three new Oupiin ODB2 connectors for the automotive market. These connectors make it easy to access the data contained in vehicle engine control units. Service technicians use this data to troubleshoot issues inside vehicles.
With its new line of Series 5050 connectors, Oupiin offers even more choices to the automotive market. OBD2 connectors have become increasingly important as cars include more and more electronics and computer components.
Series 5050-16MTRB2BA Oupiin ODB2 Connector
The Series 5050-16MTRB2BA OBD2 connector from Oupiin is a right-angle, male connector. Its current rating is 4 AMP and its dielectric withstanding voltage is 1000V AC. The connector has a minimum insulation resistance of 100 megohms and a maximum contact resistance value of 20 megohms. The housing for the Series 5050-16MTRB2A is PC UL94V-0. Its power contacts are tin-plated brass over nickel.
Series 5050-16MTxxEA1BA ODB2 Connector
The Series 5050-16MTxxEA1BA OBD2 connector from Oupiin is a male connector molded with wire solder. Its current rating is 4 AMP and its dielectric withstanding voltage is 1000V AC. The connector has a minimum insulation resistance of 100 megohms and a maximum contact resistance value of 20 megohms. The housing for the Series 5050-16MTxxEA1BA is PA66, UL94V-0. Its power contacts are tin-plated brass over nickel.
Series 5050-16FTEA1BA ODB2 Connector
The Series 5050-16FTEA1BA OBD2 connector from Oupiin is a female connector molded with wire solder. Its current rating is 4 AMP and its dielectric withstanding voltage is 1000V AC. The connector has a minimum insulation resistance of 100 megohms and a maximum contact resistance value of 20 megohms. The housing for the Series 5050-16FTEA1BA is PA66, UL94V-0. Its power contacts are tin-plated brass over nickel.
For more information on these or other connectors for the automotive market, get in touch with the experts at Imtron today. Our team can help you select the right OBD2 connector for your end application.