DIN EN 60068-2-6 : 1996

Foreword
Introduction
1. Scope
2. Normative references
3. Definitions
4. Requirements for testing
5. Severities
6. Pre-conditioning
7. Initial measurements
8. Testing
9. Intermediate measurements
10. Recovery
11. Final measurements
12. Information to be given in the relevant
    specification
Annexes
A. Guide to Test Fc
B. Examples of severities primarily intended for
    components
C. Examples of severities primarily intended for
    equipment
ZA (normative) Normative references to international
    publications with their corresponding European
    publications
Tables
1. Lower frequency
2. Upper frequency
3. Recommended frequency ranges
4. Recommended vibration amplitudes with lower
    cross-over frequency (8 Hz to 10 Hz)
5. Recommended vibration amplitudes with higher
    cross-over frequency (58 Hz to 62 Hz)
6. Recommended vibration displacement amplitudes
    applicable only for frequency ranges with an
    upper frequency of 10 Hz
A.1 Number of sweep cycles and associated endurance
    time per axis
A.2 Constant bandwidth response time
A.3 Constant percentage bandwidth response time
B.1 Endurance by sweeping - Examples with higher
    cross-over frequency
C.1 Endurance by sweeping - Examples with lower
    cross-over frequency
C.2 Endurance by sweeping - Examples with higher
    cross-over frequency
Figures
1. Nomogram relating vibration amplitude to frequency
    with lower cross-over frequency (8 Hz to 10 Hz)
2. Nomogram relating vibration amplitude to frequency
    with higher cross-over frequency (58 Hz to 62 Hz)
3. Nomogram relating vibration displacement amplitude
    to frequency (only applicable for frequency ranges
    with an upper frequency of 10 Hxz)
A.1 Generalized transmissibility factors for vibration
    isolators

Dieser Teil der IEC 60068 gibt ein allgemein gültiges Prüfverfahren an, mit dem die Widerstandsfähigkeit von Bauelementen, Geräten und anderen Erzeugnissen, im Folgenden als Prüfling bezeichnet, gegenüber sinusförmigen Schwingungen mit vorgegebenem Schärfungsgrad ermittelt werden kann.