Product Overview

The document details specifications for the AF560 series of cylindrical anti-vibration mounts with female buffers. These mounts are designed to reduce vibration and shock in mechanical assemblies.

Specifications Table

The core of the document is a comprehensive table listing various AF560 mount models with the following parameters:

• Code: Unique product identifier (e.g., AF56006070303)
• NE: Nominal external diameter in mm
• D: Diameter (±1 mm)
• H: Height (±1 mm)
• d: Thread size (metric, e.g., M3, M4, M5, etc.)
• l: Length (±1 mm)
• Max Load (daN): Maximum compressive load supported before functionality is compromised
• Deflection (mm): Rubber height variation under maximum load
• Package (pcs): Number of pieces per package

The table covers a wide range of sizes from small mounts (6 mm diameter) to large mounts (up to 200 mm diameter), with corresponding increases in maximum load capacity (from 2 daN up to 1800 daN) and deflection values.

Material and Standards

The mounts conform to DIN 95364/C standard. The materials and surface treatments are specified as follows:

• Body, Washer, Bushing: Steel with white galvanization (DD11 or Cl 4 steel)
• Rubber: Natural rubber (NR) with hardness 60 Shore A (±5)
• Color: Black (NE)

Operating Conditions

• Operating Temperature Range: -50°C to +80°C
• Load Type: Maximum load values refer to compressive loads only; traction loads must be avoided to maintain functionality.

Notes and Recommendations

• Maximum load values indicate the limit before the mount's performance is compromised.
• Deflection values represent the rubber compression under maximum load.
• Other materials, hardness levels, dimensions, and colors are available upon request.

Summary of Key Parameters

Conclusion

The AF560 series cylindrical anti-vibration mounts provide a versatile range of sizes and load capacities suitable for various industrial applications requiring vibration damping. The detailed specifications ensure proper selection based on mechanical requirements, with clear guidance on load limits and operating conditions. The availability of alternative materials and configurations allows customization to specific needs.