Oupiin Group is at the forefront of electronic connector technology with its innovative high-power board-to-board (BTB) connectors. Designed for robust performances, these BTB connectors can support a wide range of currents; anywhere from 60AMPs to 150AMPs. The introduction of the 9310 Series is one of these revolutionary technological advancements. Want to know more? Continue reading to learn about this uniquely strong, durable, and efficient high power BTB connector.

 

 

Oupiin Group wants to introduce the 9310 Series, a high-power board-to-board connector designed for demanding applications: industrial controllers, servers, and power systems. This original technology combines advanced design features with superior performance, ensuring reliable and efficient power transmission. Used for a variety of modern industries, it would be a mistake to not incorporate this part into your own product designs. The key details for this modern part doesn't just emphasize how advantageous it is over other manufacturers, but highlights its exceptional prowess within the electronic connector industry.

 

 

High Current Rating: The 9310 Series connector can handle a current rating of 100AMPs for each of its four pins, making it perfect for applications demanding high-power transmission. This ensures power is delivered efficiently and reliably, as well as support devices requiring substantial intensity without compromising performance. In turn, the product using this electronic connector will last for 200 of mating cycles and activities.

 

Multi-Contact Design: The female terminal in this connector features four leaf springs with convex tips. This engineering reduces contact impedance, which is known as resistance to the electrical current flow. By minimizing this impedance, it prevents malfunctions during pivotal moments of use.

 

Smooth Insertion: The connector's contact points are designed with rounded tips angled at 35 degrees. This allows a smooth and seamless insertion process, reducing the risk of damage to the connector or the contacts during matings and connections. This consistent insertion enhances user experience by making the connection process easier and more reliable.

 

Simultaneous Contact: Each pin in the female connector makes simultaneous contact with eight points on the male end. Guaranteeing robust connectivity and reliability, even in complicated situations and environments with intense vibrations. With this connection being incredibly stable and secure, it provides an effectively reliable performance for the engineers, designers, and, most importantly, the consumer. 

 

Versatile Insertion: The male contacts of the connector have guiding angles on the top and bottom, which, when combined with the female contacts' design, allow for insertion in multiple orientations—front-to-back, up-and-down, and forward-and-reverse. This versatility simplifies the installation and confirms correct alignment, essential characteristics maintaining reliable connections and preventing misalignment issues.

 

 

The 9310 Series is meant to help individuals and brands with their power needs but at an enhanced rate. Not only are both 9310 Series options durable in every environment, but they are long-lasting and affordable. You will not find another high-power board-to-board electronic connector like them because of the innovative engineering team at Oupiin Group. You can also obtain more technical and specific information identifying all of the crucial details for each 9310 Series option by directly downloading 9310-1's drawing and specifications or 9310-4's equivalent documents.

 

If you want to start the process of obtaining such a unique high-power board-to-board connector, please contact us as soon as you are ready. Just email us at sales@oupiin.com or give us a call at 1(661) 294-0228 for our Valencia, California, United States of America, location. You can also contact our headquarters at the Taoyuan, Taiwan, location by calling +886-3-3655030 or emailing sales@oupiin.com.tw. Oupiin Group is eager to push your design to new heights with an innovative, powerful, and affordable electronic connector.