MID Quality Solar Panel Rail Clamp 35mm Vertical or Horizontal Panel Mounting

A universal and code compliant mounting system for attaching solar panels to the roof of your property. Designed to be used with either tiled or tin roofs, with any slope from 0-60Deg (either flat or pitched), and fully cyclone rated even for wind region D. The easy insertion modules mean that you don't have to slide each attachment along the rail to get it in place, they slot in quite easily at the very spot you want to attach them. For use with 35mm thick modules, a full range of components are available. Rails: Sold individually, 2 rails required for each row of solar panels • 2560mm Rail, for 3x 800-825mm width panels in portrait layout, HS-8800 • 3405mm Rail, for 4x 800-825mm width panels in portrait layout, HS-8801 • 4200mm Rail, for 5x 800-810mm width panels in portrait layout, HS-8802 Rail splice, HS-8803 Sold individually, required to join two lengths of rail in line End Clamps, 35mm, HS-8804 Sold individually, required to clamp the end solar panels outer edges to the rails Mid Clamp, 35mm, HS-8805 Sold individually, required to clamp down the edges of two adjacent solar panels Tile Roof Hook, HS-8806 Sold individually, attaches the rail to the building frame underneath a tiled roof Tin Roof Hook, HS-8807 Sold individually, attaches the rail to the building frame underneath a tin roof Adjustable Tilt Legs: Sold individually, required for mounting onto a flat roof to obtain correct panel angle Each back leg requires a front leg to match with it • Adjustable Tilt Front Leg, HS-8810 • Adjustable Tilt Back Leg 10-15Deg, HS-8811 • Adjustable Tilt Back Leg 15-30Deg, HS-8812 • Adjustable Tilt Back Leg 30-60Deg, HS-8813 Cyclone proof to Wind Region D (installation guide must be strictly adhered to)Vertical or horizontal panel mountingSuits any solar panel width but optimised for 800-825mm widthSuitable for aluminium framed panelsAS/NZS 1170 approvedRoof slope: up to 60 degreesWind load: 80m/sSnow load: 1.4kNm^2Suits raill track of 21mm internal width