TType 1to2 Solar Branch Connector Pair, 1000 V Description A compact, reliable Ttype branch connector pair designed for paralleling solar panels in photovoltaic systems. Each pair supports both 1 male to 2 female (M/FF) and 1 female to 2 male (F/MM) configurations for flexible stringing and easy system extension. Built for outdoor use with a watertight seal and durable conductive materials. Key benefits Fast installation: Plug and play design requires no special tools, enabling quick onsite connections and reduced installation time. Flexible compatibility: Works as M/FF or F/MM, allowing you to split or combine panel strings without additional adapters. Durable conductivity: Copper contacts with silver plating provide reliable electrical connection and low contact resistance. Robust outdoor performance: Sealing ring and IP67 water resistance protect against moisture and dirt to maintain longterm operation in outdoor environments. Wide temperature range and mechanical strength: Operates from 40 C to 90 C and offers flame retardancy, strength, and resistance to weathering and temperature cycling. Practical applications Paralleling solar panels in rooftop or groundmounted PV arrays to increase system current output. Extending or reconfiguring panel strings during field installation or maintenance without rewiring. Temporary or permanent connections for offgrid systems, portable solar rigs, and solar testing setups. Specifications Quantity: 1 pair Type: Ttype branch connector, 1to2 Configurations: 1 male to 2 female (M/FF) and 1 female to 2 male (F/MM) Voltage rating: 1000 V Contact material: Copper with silver plating Operating temperature: 40 C to 90 C Protection: IP67 water resistance with sealing ring Mechanical: Flame retardant and strength construction What makes this connector useful This Ttype branch connector pair solves common wiring challenges when expanding or reconfiguring PV arrays by providing a simple, tool way to split or combine strings. Its plated copper contacts and sealed housing minimize electrical losses and exposure to the elements, helping maintain reliable connections over time.