Mezanino Key West 12x5m 60m² Treliçado Piraquara PR

Summary

In this video, the host introduces a detailed overview of a mezzanine structure, specifically the Key West model, inspired by the Florida Keys. The video covers various construction elements, such as the use of metal pillars, trellis supports, and the attachment of the UOL panels. It explains the technical aspects of the structure, including staircase design, safety standards, and the use of metal profiles. The host also highlights the flexibility of the mezzanine, showing how it can accommodate various installations like electric conduits. The video wraps up with an invitation to explore purchasing options for similar structures.

Takeaways

• 😀 The video showcases a Key West-inspired mezzanine, designed based on the bridge trellis in Key West, Florida.
• 😀 The mezzanine consists of two modules, with a total front length of 12 meters and a depth of 5 meters.
• 😀 The design uses three metallic pillars in the front and three at the back to support the mezzanine.
• 😀 The structure includes 35 cm trusses designed for strength and stability, with treatment for adequate durability.
• 😀 The base of the pillars is fixed using square metal plates and bolts to ensure solid attachment to the floor.
• 😀 The mezzanine includes a standard firefighter-approved metal staircase in an L-shape, with two landings for access.
• 😀 The staircase features industrial-style U-shaped profiles, with a tread of 11 cm or less between steps to comply with fire regulations.
• 😀 The metal guardrails are 1.10 meters high with crossbars spaced at a maximum of 10 cm apart, ensuring safety.
• 😀 The mezzanine includes a reinforced metal frame and specialized screws that ensure proper attachment of the trellis to the structure.
• 😀 Expansion and contraction due to temperature changes are addressed with a silicone joint for the mezzanine’s metal plates, ensuring smooth movement.

Q & A

What is the Key West mezzanine design inspired by?

The Key West mezzanine design is inspired by the city of Key West in Florida, specifically the bridge trellises found on the road from Miami to Key West, which were part of an old bridge structure.

What is the size of the Key West mezzanine?

The Key West mezzanine has a total front extension of 12 meters and a depth of 5 meters at the front.

How is the mezzanine structure supported?

The mezzanine is supported by three metal pillars at the front and three additional pillars at the back, with a series of trusses ensuring stability and strength.

What is the purpose of the trusses used in the mezzanine?

The trusses, particularly those measuring 35 cm in height, help support the decking and ensure structural stability, while distributing the load across the platform.

How is the base of the metal pillar fixed to the floor?

The metal pillars are fixed to the floor using a square metal plate, secured with parabolt screws, ensuring firm anchorage to the surface.

What kind of staircase design is used for the mezzanine?

The staircase design follows a standard industrial style, specifically the 'bombeiro' (firefighter) norm, with a metal structure in an L-shape that includes multiple landings for easier access.

What are the dimensions of the mezzanine's metallic guardrail?

The guardrail has a height of 1.10 meters, with crossbars spaced a maximum of 10 cm apart, and a handrail set at 92 cm.

What is the purpose of the expansion joint in the mezzanine's construction?

The expansion joint, made of silicone, allows for the natural expansion and contraction of the metal decking due to temperature changes, preventing the sheets from overlapping.

What is the recommended spacing for the decking supports in the mezzanine?

The decking supports are placed at intervals of 1.25 meters to ensure proper distribution of weight and structural support.

Can the metal decking be modified to accommodate other features, such as pipes or electrical conduits?

Yes, the metal decking can be modified by cutting it to allow for the installation of features like electrical conduits or piping, provided proper structural reinforcement is used to support the cuts.