M7683-46

The M7683-46 by Harwin Inc. sets new standards in Shunts, Jumpers performance, developed for harsh environment applications. This robust interconnect solution delivers exceptional reliability in extreme operating conditions.Featuring Closed Top, Grip construction, this design provides IP67-rated environmental protection. The overmolded strain relief prevents wire fatigue in mobile equipment applications.The Female Sockets configuration offers mating versatility for field-serviceable systems. Precision-machined contacts maintain <10m resistance through 5,000 mating cycles.The 2 (1 x 2) array supports balanced power distribution in server backplane applications. Gold-plated power contacts handle 20A continuous current.With 0.100" (2.54mm) spacing, this component enables high-voltage isolation in compact designs. The anti-tracking housing material prevents dendritic growth in humid conditions.The 0.551" (14.00mm) vertical profile accommodates forced-air cooling in power electronics. The low thermal resistance design maintains safe operating temperatures at full load.Tin plating ensures reliable connections in corrosive industrial atmospheres. The multi-layer plating system provides barrier protection against sulfide attack.At 118.1µin (3.00µm), the contact coating exceeds MIL-DTL-83513 requirements for military applications. The uniform plating thickness ensures consistent RF performance.The Blue housing incorporates laser-markable surfaces for permanent identification. High-contrast coloration supports quick visual inspection in maintenance operations.UL94 V-0 rated material maintains structural integrity in fire scenarios. The formulation produces minimal smoke density during combustion.Manufactured from Polyester, the connector body withstands chemical exposure in oilfield applications. The material maintains flexibility at -55 C for arctic deployments.The 250V dielectric strength makes it suitable for medium-voltage industrial equipment. Partial discharge testing confirms <5pC at 150% rated voltage.Rated for 3A continuous current, this solution handles peak loads in EV charging systems. The thermal management design prevents hot-spot formation.