Technical Document Summary

This document appears to be a technical specification sheet or catalog page related to mechanical or structural components, possibly connectors or fittings, identified by codes such as SGC and SGE with various model numbers (e.g., SGC-50, SGC-70, SGC-90, SGE-42, SGE-60, SGE-90).

1. Component Identification and Classification

The document lists multiple component codes (C1, C2, C3, etc.), along with other identifiers such as L1 to L11, D1 to D7, and angles (notably 45°). These likely correspond to specific parts, dimensions, or features of the components.

2. Dimensional Data and Parameters

Several numerical values are provided, which appear to represent measurements in millimeters or other units. Examples include lengths (e.g., 44.8, 55.8, 118.1, 145.6), diameters, or heights (B, H). These values are associated with different models (SGC-50, SGC-70, SGC-90, SGE-42, SGE-60, SGE-90), indicating size variations across product lines.

Key parameters include:

• Length ranges (e.g., 20 to 90)
• Dimensional values such as 34.3, 33.5, 60, 44.8, 148.7, 41.5, 28, 90, 55.8, 186.5
• Angles consistently noted at 45°, suggesting standard angular features or cuts

3. Product Series and Variants

The document distinguishes between two main series: SGC and SGE, each with sub-models differentiated by numbers indicating size or capacity (e.g., SGC-50, SGC-70, SGC-90; SGE-42, SGE-60, SGE-90).

Each series has associated dimensional data and possibly different design features, as indicated by the repeated listing of component codes and measurements.

4. Structural or Assembly Features

The repeated references to component codes (C1 to C9), linear dimensions (L1 to L11), and designations such as D1 to D7 suggest a structured approach to defining parts of the components, possibly for assembly or quality control purposes.

The presence of 45° angles multiple times indicates a standard design element, potentially for fitting or joining parts.

5. Summary of Key Data Points

6. Observations and Recommendations

• The consistent use of 45° angles suggests a design standard that should be maintained for compatibility and assembly.
• Dimensional variations across models indicate different load capacities or application contexts.
• Component codes and dimension labels should be cross-referenced with detailed drawings or assembly instructions for precise application.

Note: The document appears to be a partial extract or a technical drawing legend with associated dimensional data. For full application, it should be used alongside detailed engineering drawings and specifications.