
The document details specifications for the AF460 series of cylindrical anti-vibration mounts with male buffers. These mounts are designed to reduce vibration and provide mechanical isolation in various applications.
The mounts are characterized by the following dimensions and parameters (all dimensions in mm with ±1 tolerance):
Each model is identified by a unique code (e.g., AF46006070310) and is associated with:
The document provides a comprehensive table listing over 70 variants of the AF460 mount series, with diameters ranging from 6 mm to 200 mm, thread sizes from M3 to M24, and maximum loads from 2 daN up to 1800 daN. Deflection values range from approximately 1 mm to 22.5 mm depending on size and load capacity.
The AF460 cylindrical anti-vibration mounts are standardized vibration isolation components suitable for a wide range of mechanical and industrial applications. Their detailed dimensional and mechanical specifications enable precise selection based on load capacity and installation requirements. The use of natural rubber with a defined hardness and steel components with galvanization ensures durability and performance within the specified temperature range.
CYLINDRICAL ANTI-VIBRATION MOUNT buffer - male MATERIAL - SURFACE TREATMENT Body: NR (Natural rubber) Pin: Cl 4.8 (Steel) white galvanized Washer: DD11 (Steel) white galvanized COLOUR NE Black RUBBER HARDNESS 60 Shore A (±5) Available in other materials, hardnesses, dimensions, and colours. NOTES * Indicates the maximum load that can be supported before its functionality is compromised. The load must be compressive - avoid applying traction. ** Indicates the height variation of the rubber under maximum load. www.gberardi.com - ec@gberardi
Open the catalog to page 1CYLINDRICAL ANTI-VIBRATION MOUNT buffer - male MATERIAL - SURFACE TREATMENT Body: NR (Natural rubber) Pin: Cl 4.8 (Steel) white galvanized Washer: DD11 (Steel) white galvanized COLOUR NE Black RUBBER HARDNESS 60 Shore A (±5) Available in other materials, hardnesses, dimensions, and colours. NOTES * Indicates the maximum load that can be supported before its functionality is compromised. The load must be compressive - avoid applying traction. ** Indicates the height variation of the rubber under maximum load. www.gberardi.com - [email protected]
Open the catalog to page 21 Page