Overview

This document provides detailed technical specifications, variants, dimensions, and operational modes for aluminium movable and fixed brise soleil (solar shading louvers). It covers large format blades designed for architectural sun control, including various models, assembly components, and recommended installation parameters.

Main Sections

1. Product Variants and Types

• Movable Blades (Lamas Orientables): Available in symmetric and asymmetric variants, designed for adjustable solar shading.
• Fixed Blades (Lamas Fijas): Continuous fixed blades for permanent shading solutions.
• Large Format Blades: Multiple sizes and profiles such as Lip.150, Lip.200, Lip.250, Lip.300, Lip.350, Lip.400, ASM series (ASM.250, ASM.300A/B, ASM.350A/B), SM series (SM.200, SM.300, SM.400A/B), SPF series, and Box.200M.

2. Dimensions and Structural Parameters

• Key dimensions (A, B, C, I, P, F, H) are provided for each blade model, indicating blade size, overlap standards, and mounting positions.
• Moment of inertia values (Ixx, Iyy in cm4) are listed for structural analysis.
• Recommended maximum blade lengths vary by model and pressure conditions (600 Pa, 800 Pa, 1250 Pa), ensuring structural integrity under wind loads.

3. Operational Modes

• Blades can be operated manually, mechanically, or by motorized systems, allowing flexibility in control depending on project requirements.

4. Accessories and Assembly Components

• Includes axes (EFJ), circlips (8mm & 12mm), endplates (4mm aluminium), bearing supports (casquillo pivotación), and rotules (kneecaps) for blade pivoting and mounting.
• Assembly instructions emphasize system integration and blade assembly for optimal performance.

5. Application Examples

• Projects such as sports halls, universities, and fireman schools are referenced, illustrating practical use of specific blade models (e.g., Lip.300, ASM.350, Lip.400).

Critical Information and Recommendations

• Blade Length Limits: Adhere to recommended maximum blade lengths per model and wind pressure to maintain safety and durability.
• Overlap Standard: Standard blade overlap is specified to ensure effective shading and structural stability.
• Material: All blades and components are aluminium, ensuring lightweight, corrosion resistance, and longevity.
• Operation Choice: Selection between manual, mechanical, or motorized operation should consider building automation and user accessibility.
• Installation: Proper assembly using specified accessories is essential for system performance and durability.

Summary Tables and Data Highlights

• Blade sizes range from 150 mm to 400 mm in width with corresponding structural moments and maximum lengths.
• Moment of inertia values indicate blade stiffness and resistance to bending under load.
• Maximum recommended blade lengths decrease as wind pressure increases, ensuring compliance with safety standards.

Conclusion

This technical document serves as a comprehensive guide for architects, engineers, and installers specifying aluminium brise soleil systems. It provides essential data on blade types, dimensions, structural parameters, operation modes, and assembly components to ensure effective solar shading solutions tailored to various building projects.