gabo Systemtechnik Laying instructions 14 speed•pipe® indoor Network level 4 The minimum bending radius for speed•pipe® indoor is 10 x the outer diameter, e. g. speed•pipe® indoor 7 x 1.5 = 70 mm minimum bending radius. In a bending radius, connection sleeves must be avoided, as these can lead to the stop of a blow-in process, due to the inner edge of the open center stop. • Always use the largest possible bending radius, as the best possible blow-in performance is to be expected. • Minimize the number of bending radii. Laying instructions. 3.3 Tensile forces. Max. recommended tensile force and tensile load of the speed•pipe® indoor in N (at 20 °C): Laying instructions. 3.2 Bending radius. Note Recommendation Max. rec. tensile force 30 40 200 200 250 300 350 Tensile load 80 100 400 400 650 900 1100 Term speed•pipe® indoor 4 × 0.75 speed•pipe® indoor 5 × 0.75 speed•pipe® indoor 7 × 1.5 speed•pipe® indoor 10 × 1.0 speed•pipe® indoor 10 × 2.0 speed•pipe® indoor 12 × 2.0 speed•pipe® indoor 14 × 2.0
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