Roof Tile Gauge

Spacing roof tiles and battens when setting the necessary tile overlaps with the tape measure the ideal tile spacing or gauge is the distance between the top of the first batten and the top of the second as in figure 3.

Roof tile gauge.

Rafter dimensions local building code may also address rafter dimension although this usually is considered in addition to roof pitch and span. Stone coated steel roof tiles 26 gauge. The gauge is the exposed section of tile when it sits on the roof ignoring the overlap with adjoining tiles. Divide this distance by the maximum tile gauge.

Steel roof deck 18 gauge corrugated. Here the tiles are overlapped 75mm 3. Divide a by b to determine the actual batten gauge. Fix the remaining battens at this gauge.

This may apply to all homes or just to homes with roofs designed to bear heavy tile or slate roofing shingles. The gauge will be the spacing between your battens. Measure the distance a from the first eaves course batten to the top course batten. Vinyl cedar cement siding home improvements construction and remodeling of decks garages additions floors and more free estimates fully insured.

As roof pitch is lowered the weight burden on the rafters increases. Steel roof deck 20 gauge corrugated. Western states metal roofing. Western states metal roofing.

Western states metal roofing. The updated bs 5334 code of practice for slating and tiling specifies a number of batten sizes based upon the span of the rafters and the product being used. 812 342 4060 services products we provide roofing windows siding remodeling and construction services new roofs tear offs overlays repairs windows and siding windows skylights. Round the answer up to the nearest whole number b this gives the number of tile courses required.

Setting out up the roof gauge measure the distance a from the first eaves course batten to the top course batten. Divide a by b to determine the actual batten gauge. Steel roof deck 22 gauge corrugated. Roofing battens or laths are strips of timber which are nailed into lines along the roof trusses of a house from which the roof tiles are hung.

Round the answer up to the nearest whole number b this gives the number of tilecourses required. Divide this distance by the maximum tile gauge.