Fully insulated terminals protect against possible damage to the terminals during handling as well as mating and minimize the risk of short circuits due to debris.
To meet the diverse requirements of OEMs, for example, the Micro-Fit family from Molex offers the right connectors:
- Especially in hard-to-reach applications, such as slide-in units or fan trays, connections must be able to be closed and opened without or with limited visual contact. This is time-consuming and can result in damage. With Micro-Fit BMI (Blind Mate Interface), Molex provides blind-mateable cable-to-cable and cable-to-board connectors, with up to 2.54 mm tolerance to misalignment and self-alignment capability.
- A contact position assurance (TPA) feature reduces contact slippage by providing redundant locking. It can only be closed when the contact is correctly positioned. Molex Micro-Fit TPA connectors prevent interference with end products. They are available in single-row with integrated secondary locking and double-row.
- The CPI specification of the Micro-Fit 3.0 connectors includes a spring-loaded press-fit pin interface while retaining all the features of the standard Micro-Fit 3.0 connector. In conjunction with the Micro-Fit 3.0 receptacle, it is possible to convert printed circuit boards easily from solder to press-fit applications. That allows design costs to be reduced. The pinhole-like shape ensures a reliable connection.
- If applications are to be equipped with connectors that require lower insertion and withdrawal forces or tolerate frequent mating cycles for longer, the Micro-Fit 3.0 RMF contacts come into focus. The pre-lubricated version can be mated up to 250 times and fits into Micro-Fit 3.0 standard housings. The RMF contacts are available in 20 to 30 AWG.
For more information about the Micro-Fit 3.0 connector system from Molex and a direct ordering option, please visit our e-commerce platform at www.rutronik24.com.
Contact Rutronik:
Davis Angler | Corporate Product Manager Connectors | +49 7231 801 1690 | davis.angler@rutronik.com
