Document Overview

This technical document appears to be related to metal profiles or structural components, likely steel or aluminum profiles, with detailed dimensional and load capacity data. It includes specifications for various profile types, dimensions, and their corresponding load or diameter capacities.

Main Sections and Content Summary

1. Profile Specifications and Dimensions

The document lists multiple profile types identified by codes such as RCMI 110, RCMI 130, RCMI 170, etc. Each profile is associated with specific dimensions, primarily thickness and width (e.g., 90x8 mm, 100x8 mm, 120x8 mm, etc.).

Dimensions are given in millimeters, and profiles vary in size from smaller cross-sections (e.g., 80x8 mm) to very large ones (e.g., 400x18 mm).

2. Load and Diameter Capacities

For each profile dimension, the document provides maximum load or diameter values, indicated by symbols such as ø (diameter) followed by numerical values (e.g., ø1000, ø2000, ø4000). These likely represent maximum allowable diameters or load capacities in specific units (possibly millimeters or kilograms).

The data is organized in tabular form, showing the relationship between profile size and maximum capacity, which is critical for engineering design and safety considerations.

3. Material Thickness Variations

The profiles are categorized by thickness levels, ranging from 8 mm up to 20 mm and beyond. Each thickness category lists corresponding profile dimensions and their load capacities.

4. Contact and Reference Information

The document includes contact emails for different regional offices (e.g., [email protected], [email protected], [email protected]), suggesting the manufacturer or supplier is Faccin, a company specializing in metal forming.

There are also references to online resources such as LinkedIn and YouTube channels related to the company.

Critical Information and Recommendations

• Profile Selection: Choose profiles based on required dimensions and load capacities as specified in the tables to ensure structural integrity.
• Thickness Considerations: Thicker profiles generally support higher loads and larger diameters; select accordingly for application needs.
• Load Limits: Adhere strictly to the maximum diameter/load values to avoid structural failure.
• Manufacturer Contact: For detailed technical support or custom requirements, contact the manufacturer via provided emails.

Summary of Key Data Extracted

Note: The diameter/load values vary depending on the thickness and specific profile configuration.

Conclusion

This document serves as a technical reference for selecting metal profiles based on size and load capacity. It is essential for engineers and designers to consult these specifications to ensure compliance with structural requirements and safety standards. For further technical details or custom solutions, contacting the manufacturer is recommended.