Escalib Mills Hexagonal

ESCALIB MILLS HEXAGONAL: MANUAL ASSEMBLY WITHOUT TOOLS FOR WORK SITES WITHOUT A CRANE 7 NT 013 – ESCALIB MILLS HEXAGONAL High performance and strength ... > Escalib Mills Hexagonal indoors and sheltered from the wind: 1 - Holding power per anchor: 150 daN (SLS). 2 - Lowering load: 942 kg max., i.e. 135 kg per leg (SLS). The anchoring through-bolts must be sized to take up pull-out and shearing forces consistent with the nature of the bearing material. The values are for the ultimate limit state, ULS. Wind speeds are not weighted. To calculate values for the serviceability limit state, SLS: 1.5 x ELS . > Escalib Mills Hexagonal outdoors and exposed to the wind: 1 - Stress at anchor points: When the Escalib Mills Hexagonal is exposed to the wind, the anchoring through-bolts must be sized according to stresses “V” and “T”. If the Escalib Mills Hexagonal is exposed to wind speeds in excess of 100 kph, the anchor points must be reinforced either by doubling them up or by adding a reinforced stability device. NB: The holes in the foot-plates are for nailing wooden chocks when weight distribution is needed on the ground.They must not be used to anchor the Escalib Mills Hexagonal to the ground. 45 60 80 100 120 140 1600 1400 1200 1000 800 600 400 200 0 daN highest wind speed in kph Standard anchor points Double anchor points or any other reinforced stability device “T” holding power per anchor point “V” shearing resistance per tie “ Please contact our technical personnel for advice and solutions ” A N C H O R S U N D E R T H E L A S T 2 - S T E P M O D U L E Anchor V T V T Anchor 2 - Ground loads: Weight of the Escalib Mills Hexagonal 4.90 m + 8 people weighing 75 kg: P+Q (daN) = 342 + 600 = 942 kg max., i.e. 135 kg per leg (SLS).