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System Fender

Product catalog summary

System Fender Overview
The document provides detailed specifications and performance metrics for YMI's System Fender, specifically the Cell Fender (YCL) series. The fenders are designed to absorb energy and reduce load transmission, supporting their own weight and that of the frontal system. Adjustments in the frontal system space allow for control over hull pressure.

Specifications
The document lists dimensions for various YCL models, including height, outer diameter, and bolt specifications. The dimensions are provided in millimeters, and the models range from YCL 300H to YCL 2500H, with increasing size and capacity.

Performance Metrics
Performance is measured in terms of deflection, reaction force, and energy absorption. The document includes tables showing these metrics at various deflection percentages, from 5% to 55%.

Factors Affecting Performance
Several factors influence performance, including angle, velocity, and temperature. The document provides adjustment factors for each, indicating how they affect the fender's performance.

Performance Table
A comprehensive table lists reaction force (R·F) and energy absorption (E·A) for different fender sizes and grades (G280 to G100). The table also notes tolerances and deflection limits.

Notes
Dimensions and performance details may vary based on owner specifications and environmental conditions. Detailed guidance is provided through drawings and specifications.

Catalog excerpts

System Fender Cell Fender(YCL) 1. Increased energy absorption and lower load transmitted. 2. Self supporting : Cell-type fender can support its own weight plus that of the frontal system. (Supporting limits are described later) 3. By adjusting frontal system space, required hull pressure (face pressure) can be easily controlled and changed 4. A wide selection of fender types is available. ■ Dimension ■ Dimension Height ㆍAbove detail dimension of components can be changed depending on owner specification and local environment condition. ㆍDetail dimension will be guided by our drawing and specification

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I Performance of Intermediate Deflection I

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RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] RㆍF[kN] EㆍA[kN-m] ㆍAbove detail performance of components can be changed depending on owner specification and local environment condition.

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System Fender

System Fender

Catalog excerpts

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