TTF-120
TTF-120 - 120 cm Brace for Frame-Leg Connection
The TTF-120 brace is designed to enhance the stability of stage platforms with telescopic legs, providing reliable support for events where platform safety is critical. With a length of 120 cm, this brace attaches to the platform via the internal rail and to the telescopic leg with a pin, reinforcing the structure to prevent unwanted movement. Features:- Usage: Platform reinforcement for added stability.
- Compatibility: Suitable for use with FENIX Stage telescopic legs.
- Length: 120 cm.
- Ideal for: Platforms of varying heights where enhanced stability is needed.
-Maximum height: 5,30m
-Maximum load: 230kg
-Height folded: 1,82m
-Weight: 88kg
-Winch: AL-KO 900 Compact 900kg
-Workspace: 1,53 x 1,53m
-Minimum charge: 25kg
-Cable: Galvanized steel under EN 12385-4.
-Maximum cable load: 2.870kg
-Cable twisting resistance : 1.770N/mm²
-Cable diameter: 6mm
-Cable composition: 7×19+0
-Security system: External trigger in sections
-Bubble level: to vertically adjust the tower.
-Closed base area: 0,49 x 0,49m
-Leg attachment: Safety pins
Nylon pads: This material offers greater strength than metal and does not wear out. They rest on the surface without damaging the floor, carpets, etc.
Safety triggers: The triggers prevent the load from collapsing. In addition, they allow you to select different heights and raise all the bars equally, distributing the load from the main bar to the last bar, which extends the lifespan of the tower.
Tilting pads: The new tilting pads of the ELV series rest entirely at any angle and surface (walls, steps, etc.), achieving better fixation and stability.
Adjustment tensioner and tilting system: The pads, along with the adjustment tensioner and its tilting system, allow the tower to rest entirely on any surface or fixed object.
Winch: Our winches are manufactured by high-quality, reputable companies. They are durable and long-lasting. In addition, they are oversized for greater safety and better cable traction.
Reinforced base: All our towers have a reinforced iron base capable of withstanding great weights and heights.
Level: The placement of the level at the base allows the tower to be stabilized more easily and precisely.
