VDI 2062 Blatt 2-2007
Vibration insulation - Insulation elements
- Standard No.
- VDI 2062 Blatt 2-2007
- Release Date
- 2007
- Published By
- Association of German Mechanical Engineers
- Latest
- VDI 2062 Blatt 2-2007
- Replace
- VDI 2062 Blatt 2-1976 VDI 2062 Blatt 2-2005
- Scope
- In vibration isolation, vibration isolation elements are used for reducing transmitted mechanical vibrations. Vibration isolation is subdivided into: Source isolation (emissions protection): Forces originating in a machine or system are transmitted to the environment in reduced form; Receiver isolation (immissions protection): Vibrations present at the place of installation, specified as vibration displacements, vibration velocities or accelerations, are transmitted in reduced form to the machine or system. The vibration isolation elements required for vibration isolation have resilient and damping properties. Even in the case of structure-borne sound insulation, transmitted vibrations should be reduced but with the real aim of reducing the secondary air-borne sound arising due to structure-borne sound. Basically there is no difference between vibration isolation and structure-borne sound insulation although tuning frequencies <=25 Hz are generally aimed at for vibration isolation. In the case of structure-borne sound insulation the tuning frequencies are often higher. The structure-borne sound insulation elements required for structure-borne sound insulation have resilient and damping properties. If the ratio between tuning frequency and the disturbing exciter frequencies is taken into consideration and also the natural frequencies of the isolating elements themselves (see Section 3.1), vibration isolation elements can also be used for structure-borne sound insulation and vice versa. The terms insulation instead of vibration or structure-borne sound insulation and insulating elements instead of vibration or structureborne sound insulation elements should be avoided.
VDI 2062 Blatt 2-2007 Referenced Document
- DIN
- DIN 2090:1971 Helical Compression Springs made of Flat Bar Steel; Calculation
- DIN 2091:1981 Circular section torsion bar springs; Calculation and design
- DIN 2092:2006 Disc springs - Calculation
- DIN 2093:1992 Disc springs; dimensions and quality specifications
- DIN 2094:1996 Road vehicles leaf springs - Requirements, testing
- DIN 2095:1973 Helical Springs Made of Round Wire; Quality Specifications for Cold Coiled Compression Springs
- DIN 2096-1:1981 Helical compression springs made of round wire and rod; Quality requirements for hot formed compression springs
- DIN 2096-2:1979 Cylindrical Coil Compression Springs Made from Round Rods; Quality Requirements for Mass Production
- DIN 2097:1973 Helical Springs Made of Round Wire; Quality Specifications for Cold Coiled Tension Springs
- DIN 2098-1:1968 Helical springs Made of Round Wire; Dimensions for Cold Coiled Compression Springs with Wire Diameter from 0.5 mm upwards
- DIN 2098-2:1970 Helical Springs Made of Round Wire; Dimensions for Cold-coiled compression springs of less than 0.5 mm Wire Diameter
- DIN 2099-1:2003 Helical springs made of round wire and rod - Part 1: Information to be given in order to obtain the cold formed compression spring required; Printed form A
- DIN 2099-2:2004 Helical springs made of round wire and rod - Part 2: Information to be given in order to obtain the cold formed tension springs required, printed form B
- DIN 2099-3:2004 Helical springs made of round wire and rod - Part 3: Information to be given in order to obtain the hot formed compression spring required, printed form C
- DIN 4621:1995 Laminated leaf springs - Alignment clips
- DIN 5543:1980 Laminated springs; spring link washers and intermediate spring link washers for spring suspension
VDI 2062 Blatt 2-2007 history
- 2007 VDI 2062 Blatt 2-2007 Vibration insulation - Insulation elements
- 1976 VDI 2062 Blatt 2-1976 Shock and vibration isolation elements@ materials and component parts of isolation
