Shoring tower with integral safety system Mills provides you with solutions

Tourechaf - Shoring tower with integral safety system... ills has developed a new shoring tower for construction work to meet the recommendations in the Ile de France Health Insurance Agency Technical Note 24. This tower is a major improvement over the many shoring towers already on the market which are heavier and more difficult to erect safely without personal protective equipment. This new generation tower is easy to use, safe and uses lightweight components. TABLE OF CONTENTS Presentation 3 Assembling a 1.50 m x 1.50 m tower 6 Assembling a 1.50 m x 1.00 m tower 8 Assembling a 1.00 m x 1.00...

Simple, quick to erect with built-in safety features... > 4 identical frames for each level Each frame has: - Safety features: toprail, midrail and ladder - Swivel-locking connectors without pins - A lifting ring > One standard deck component - Access platform covering half the area of a level > Unit weight of standard parts less than 15 kg to reduce manual handling injuries > Compatible with our scaffolding system - Bracing and connection between towers without using “tube and coupler” systems - Deck between towers for assembling and removing formwork - Platform at the top of the towers for...

Frame construction for integrated safety... he frame incorporates all the safety elements: toprail, midrail, ladder, swivellocking connectors and a lifting ring so that the tower can be moved safely by crane. The Tourechaf frame weighs 12.4 kg. Two stirrups at each corner take scaffolding components Swivel-locking connector Integral lifting ring Integral ladder Integral guard with toprail and midrail Swivel-locking connector: - Between frames, - Between frame and screw jack. The tower can be moved safely by crane. With Mills Tourechaf safety comes as standard...

The Tourechaf conforms to CRAMIF NT24 recommendations The “Tower” provides a high level of collective protection... Height from 7 to 67 cm 2 way adjustable head Weight: 9.0 kg Access platform Weight: 14.8 kg Basic frame Weight: 12.4 kg Access frame Weight: 11.5 kg Screw jack Weight: 9.2 kg No telescopic poles and no loose parts, the system is self-locking and can be moved by crane.

Dismantle in the reverse order of assembly... Assembling and dismantling a 1.50 x 1.50 m tower... ASSEMBLY REQUIREMENTS > Ensure that the load is evenly distributed on the ground. > Ensure that the base is level. > Assemble the first level of frames from the inside of the tower. > Position the hatch above the ladder. > Ensure that the tower is stable. > Centre the load in the forks. > Check that the jacks are vertical. > 1 - Erect the base and level it. the tower, fit the first frame diagonally and swivel to lock it. > 3 - Fit the access frame for easy access. Monter un niveau de plancher en...

Components required for 1.50 x 1.50 m frame 2 Number of levels 1 2 Minimum height 1.82 m* 2.37 m Maximum height 2.46 m 3.46 m Screw jack 4 4 1.50 m ledger 4 4 1.50 m access frame 1 1 1.50 m frame 3 7 2 way adjustable head 4 4 1.50 m access platform 0 / 2 2 Weight (kg) 140 / 170 220 * Minimum height determined by the length of the screw jacks and heads ** Allow 2 additional access platforms for assembly. Note = number of levels + 0.37 m = number of levels + 1.46 m =4 =4 =1 = (number of levels x 4) - 1 =4 The NOEMI estimation system is available on the CD-ROM and on www.mills.fr Erecting a Tourechaf...

Dismantle in the reverse order of assembly... Erecting and dismantling a 1.50 m x 1.00 m tower... ASSEMBLY REQUIREMENTS > Ensure that the load is evenly distributed on the ground. > Ensure that the base is level. > Erect the first level of frames from the inside of the tower. > Position the hatch above the ladder. > Ensure that the tower is stable. > Centre the load in the forks. > Check that the jacks are vertical. > 1 - Erect the base and level it. Raise the access platforms to their final position so that there is a height of 2.00 m between floors. > 8 - Raise the first access platform. >...

Erecting and dismantling a 1.00 x 1.00 m tower... Fit a temporary deck > 3 - Fit a 0.30 m decking panel and climb up to the next level using the integral ladder. Fit two more 0.30 m decking panels. Raise the deck to its final position so that there is 2.00 m between decks. > 1 - Erect the base and level it. Fit the first level frames with an access frame. > 2 - Fit three 0.30 m decking panels and then fit the second level frames. > 4 - Fit the third level frames. > 5 - Remove two 0.30 m decking panels. Go down to the lower level and remove the third panel. > 6 - Fit a 0.20 m panel and an access...

Dismantle in the reverse order of assembly... Erecting and dismantling a tower with 6 standards... Erection of towers with 6 standards ASSEMBLY REQUIREMENTS: > Ensure that the load is evenly distributed on the ground. > Ensure that the base is level. > Erect the first level of frames from the inside of the tower. > Position the hatch above the ladder. > Ensure that the tower is stable. > Centre the load in the forks. > Check that the jacks are vertical. Basic frame Ledger Diagonal brace NB: The middle standards must be braced using ledgers and diagonal braces at all levels. > 1- Erect the base...

Raise the access platforms to their final position so that there is a height of 2.00 m between floors. > 8- The tower must be braced using ledgers and diagonal braces at all levels. > 9- Move the fourth access platform from the bottom level. > 10- The bottom deck can be removed. The upper level can be accessed using the integral ladder. > 11- Fit and adjust the first four adjustable heads, then brace using ledgers and diagonal braces. NB: The middle standards must be braced using ledgers and diagonal braces at all levels. > 12- Fit and adjust the last two adjustable heads. Dismantle in the reverse...