Solar PV Panel Connector, H Branch 3 to 1

Solar panel H branch 3 to 1 connector waterproof rating reaches IP68. The conductor and the insulating shell are closely combined, and the virtual position is small. The male seat and the female seat are opposite each other and the empty space is small. Insertion force is low and flexible cords can be used.

Features

• High quality PPO material: High-quality materials, radiation resistance, low temperature resistance, high temperature resistance, high strength, impact resistance, and flame retardant.
• T2 copper conductor: Copper is tin/silver plated, wear-resistant, corrosion-resistant, oxidation-proof, with low resistance and strong conductivity.
• High strength waterproof ring: The product adopts high-strength waterproof ring, insulating silicone, waterproof and dustproof, and protection grade IP68.
• Stable self-locking structure: The joints are connected by compression, and the male and female heads have a self-locking structure.

Specificatons

Dimension ( Unit: mm )

Application

Tips: What is a Solar Panel H Branch 3 to 1 Connector?

• Purpose: The primary purpose of the H Branch 3 to 1 Connector is to streamline the wiring of solar panels in an array. It allows for the parallel connection of three solar panels, merging their individual outputs into a single connection point.
• Design: The connector typically has a design resembling the letter "H," where three input branches (representing the outputs of three solar panels) converge into a single output branch. The physical structure facilitates a clean and organized way to combine the electrical outputs of multiple panels.
• Reduction of Cables and Connections: By using this connector, the number of cables and connections in a solar panel system is reduced. This can lead to a more efficient and aesthetically pleasing installation. Fewer connections also mean a lower likelihood of electrical resistance and potential points of failure.
• Parallel Connection: The connector works by allowing the solar panels to be connected in parallel. In a parallel configuration, the voltage across each panel remains the same, but the total current is the sum of the currents from each panel. This is in contrast to a series connection, where the voltage adds up, but the current remains the same.