Solar mounting system

  SUNKEAN  provides low power loss H4 connectors for photovoltaic systems features a locking design that meets  NEC handbook requirements. Contact systems are machined/cold-formed (CF) or stamped & formed (S&F), both with Amphenol’s RADSOK  Insert. Additionally, improved gasket materials enhance reliability for long-term use in any environment. The connectors also include TUV-compliant touch-proof casings for increased product and user safety. H4 connectors  feature self-cleaning, high efficiency grid contacts as well as long-term UV and ozone resistance to extend their life expectancy and performance. By incorporating proven Amphenol contact technology and manufacturing methods, these new connectors offer increased performance at a low price point. Amphenol’s patented RADSOK technology Secure cable sealing with ratcheting lock feature UL 1500V, TÜV 1000V DC approved Meets all 2008/2011 NEC handbook requirements Quick and easy secure snap lock mating, pe...

  Solar connectors   look relatively simple and you may not even notice them when shopping for solar components, but they are an incredibly important part of every system. After all, solar installations are essentially a grouping of connected devices. Connectors do a lot of work. They require precise engineering to meet the safety and efficiency needs of a solar project. They have to be resilient to swings in weather and withstand varying voltage levels. In short, solar connectors attach different solar components together to produce a successful and safe flow of electricity within the solar system. The  H4 Plus connector  provided by SUNKEAN is a robust, dual-certified DC connector with UL 6703 1500V & IEC 62852 (ed.1); am 1 1500V (Class A) specifications and certifications. As an evolution of H4 connector, the H4 Plus connector includes excellent durability, Amphenol-compatible mating configuration, Amphenol’s low resistance RADSOK® contact technology, ability ...

  A solar array is all about connections—panels need to be connected to each other, and to inverters. Connectors attach solar components together to produce a successful flow of electricity. On DC-based projects, panels must be connected into strings. Usually the connectors are installed on the panels at the factory, but they can be field-installed. End-panels have to then be connected to an inverter or combiner box, and those connections are often done in the field. On AC/microinverter projects, connections are made between the panel and the microinverter. These connections are usually pre-installed with cabling, especially on plug-and-play integrated solar modules. Pv Solar Connectors  are one of the final pieces to a solar puzzle, and they’re just as important as the panels themselves. These small components shouldn’t be ignored; they’re essential to a successful project. Our staubli  MC4-Evo2 solar connector  have many advantages and meet various needs. ------Int...