140971-2

TE Connectivity AMP Connectors's 140971-2 redefines power distribution in Terminals - Quick Connects, Quick Disconnect Connectors, optimized for renewable energy systems. These high-current terminals feature innovative thermal management designs that maintain stable connections under continuous load. The corrosion-resistant materials ensure decades of reliable service in solar farm and wind turbine applications.The Standard configurations address diverse power distribution needs. The dual-stud designs enable parallel conductor connections for high-current applications.With Male options available, these terminals support various busbar configurations. The female receptacles feature torque-controlled clamping mechanisms.Engineered to 0.250" (6.35mm) dimensions, the contacts distribute current evenly. The flared designs prevent hot spots in high-amperage connections.The 0.032" (0.81mm) material specification ensures mechanical robustness. The heavy-duty construction withstands mechanical stresses in outdoor installations.The 0.370" (9.40mm) specification ensures proper conductor engagement. This dimension is critical for maintaining low contact resistance over time.At 0.925" (23.50mm), these terminals facilitate proper creepage distances. The extended insulation collars meet high-voltage safety standards.Crimp methods cater to different conductor types. The compression versions feature hexagonal crimp patterns for optimal conductor grip.Supporting 13-17 AWG conductors, these terminals handle utility-scale power distribution. The color-coded entry guides prevent incorrect wire insertion.The Non-Mating End Insulated options provide necessary dielectric protection. The UV-resistant materials maintain integrity in direct sunlight exposure.Free Hanging (In-Line) variants address various installation scenarios. The DIN rail-mounted versions enable quick installation in combiner boxes.Designed with Serrated Termination, these terminals exceed industry standards. The integrated temperature sensors enable condition monitoring in smart grid applications.The Blue identification system aligns with international power standards. The bright orange versions indicate high-voltage applications.Utilizing Brass, the contacts achieve optimal conductivity. The aluminum alloys provide excellent corrosion resistance in coastal environments.Tin treatments provide enhanced surface properties. The silver-plated versions minimize contact resistance in high-current paths.