09330009820

HARTING's 09330009820 redefines Shunts, Jumpers technology for high-reliability applications. This precision-engineered interconnect solution delivers unmatched performance in critical power distribution systems.The Insulated design incorporates redundant contact points for fail-safe operation. Compared to single-point designs, this configuration improves current density by 40%.With Male Pins interface configuration, this solution supports blind-mating in rack-mounted systems. The anti-decoupling mechanism prevents accidental disconnection under vibration.The 2 (1 x 2) matrix provides optimal signal integrity in high-speed backplane applications. Impedance-controlled layouts maintain <3% variation across contacts.0.181" (4.60mm) center spacing enables high-density packaging without compromising creepage requirements. The optimized geometry reduces parasitic capacitance by 25% versus standard pitches.At 0.445" (11.30mm) seating height, this component facilitates efficient thermal management in power modules. The low-thermal-resistance design maintains junction temperatures within safe limits.The Tin surface treatment provides excellent EMI/RFI shielding effectiveness. The noble metal finish prevents oxidation in high-humidity environments.With 118.1µin (3.00µm) plating, the contacts exceed Telcordia GR-1217 reliability requirements. The uniform coating thickness ensures stable contact resistance over time.The Red housing material incorporates anti-static additives for sensitive electronics. The static-dissipative formulation prevents ESD damage during handling.The UL94 V-0 certification meets nuclear power plant safety standards. The material exhibits zero dripping during vertical burn tests.Fabricated from Polyamide (PA), Nylon, the connector body maintains mechanical properties at 150 C. The high-CTI material (>600V) prevents tracking in polluted environments.The 500V insulation rating qualifies this component for utility-grade equipment. The design withstands 2.5kV impulse voltages per IEC 60664.Capable of 16A continuous current, this solution handles inrush currents in motor drive applications. The optimized contact geometry minimizes voltage drop.