FLAT COVERS • Standard products THERMIC-WELDED COVERS Reproduction of this page is strictly prohibited. P.E.I. srl reserves the right to modify data, drawings and dimensions contained in this catalog without prior notice. Fabric material P.A. = Open length P.C. = Closed length Stroke = Open length - closed length B = Outside width a = Outside height x = Fold height Formula for calculating the CLOSED LENGTH AP = Opening of 1 fold = x . 2 - 8 SM = Fabric thickness * SS = Stiffener thickness * SF = Flange thickness * NP = Number of folds = P. C.= Example: Given that: Fold height = 15 mm Open length = 1000 mm Opening of 1 fold = 15 x 2 - 8 = 22 1000 + 2 = 48 Number of folds = 22 Closed length = (0,25* x 8 + 1**) x 48 + (2 *** x 2) Closed length = 3 x 48 + 4 = 148 Closed length = 148 mm We hypothesize the fabric material with code “TEMAT015” (see materials list on page 34) ** We hypothesize that the stiffener is 1 mm thick *** We hypothesize that the flange is 2 mm thick (see Contact our engineering department for other types. materials list on page 34) * See materials list on page 34. This data sheet shows only one type of Thermic-Welded Cover

FLAT COVERS • Standard products THERMIC-WELDED COVER WITH FIXED LAMINATIONS Working position: Horizontal Vertical Frontal Possible special fixing to facilitate the mounting of the first steel lamination Fabric material Stiffener Stroke = Open length - closed length Formula for calculating the CLOSED LENGTH AP = Opening of 1 fold = x . 2 - 16 SM P. C. = (SM . 8 + SS) . NP + (SF . 2) * See materials list on page 34 This data sheet shows only one type of Thermic-Welded Cover that we manufacture. Contact our engineering department for other types. Example Given that: Fold height = 45 mm Open length...

FLAT COVERS • Standard products THERMIC-WELDED COVER WITH FLEXIBLE LAMINATIONS Fabric material Flange 1 Reproduction of this page is strictly prohibited. P.E.I. srl reserves the right to modify data, drawings and dimensions contained in this catalog without prior notice. Vertical working position only P.A. = Open length P.C. = Closed length Stroke = Open length - closed length B = Outside width a = Outside height x = Fold height Formula for calculating the CLOSED LENGTH Opening of 1 fold = (x.2) - 16 SM = Fabric thickness * SS P. C. = (SM . 8 + SS) . NP + (SF . 2) * See materials list on page...

FLAT COVERS • Standard products Thermic-Welded Cover materials Visible side Fabric insert Heat resistance Thickness Momentary Continuous (mm) contact Internal side TEMAT 015 Polyurethane Polyester TEMAT 151 Polyurethane Polyester TEMAT 165 Polyurethane Nomex* Primary resistance characteristics Excellent resistance to oils and chemical products. No adhesive surface. Low friction coefficient. Excellent chemical inertia. Excellent resistance to abrasion and bending strength. Mainly used in grinding machines. Excellent resistance to petroleum products, oils and heavy abrasion. Excellent bending strength....

FLAT COVERS • Standard products Reproduction of this page is strictly prohibited. P.E.I. srl reserves the right to modify data, drawings and dimensions contained in this catalog without prior notice. Standard Shapes NOTE: The above are only the standard shapes of Thermic-Welded Covers. Other shapes available upon request. Flange Fastening Systems Type A Solution with sheet steel, aluminum or PVC flange Shape and holes per customer drawings Solution with sheet steel, aluminum or PVC flange Shape and holes per customer drawings Solution with connector flange protruding from the cover profile, made...

FLAT COVERS • Standard products Thermic-Welded Covers Standard Systems for Linear Slides Bellows-fastening standard systems for linear slides M The "M" zone must be screened with a plate fixed on the table side. 4 Suitable for bellows fastening in positions 1 - 2 - 3 - 4, with angular or plate supports provided by customers Suitable for dry working places Solution B: Velcro flange fastening (B1 and B2) 2 M The "M" zone must be screened with a plate fixed on the table side. Standard flange Standard flange a) Fix the type 1 standard flange at the head of the slide. b) Fix the bellows to the type...