TIMER, RAYMOND 1060, SIX SECOND, PHASE III MODIFICATION ENVIRONMENTAL EVALUATION,
Abstract
The object of this investigation was to examine the operation of the Raymond 1060 timers under the environments of high and low temperature, steady-state acceleration, vibration and shock. At low temperatures (to -96 F) the maximum increase in time delay was 5.8%, as compared to 26.6% in the 'Phase II' modified 60 second timer, and 55.5% for the earlier model. Steady state accelerations of 100 'G's' caused a maximum increase in time delay of 12% in the worst direction, compared to a complete stalling of the 'Phase II' model at 12.5 'G's' in the worst direction and stalling at as low as 70 'G's' for the earlier model. Prolonged vibration caused a slight but permanent reduction in time delay. Shock and high temperature had no visible effect on the specimen timers.
Document Details
- Document Type
- Technical Report
- Publication Date
- Oct 02, 1956
- Accession Number
- AD0802553
Entities
People
- E. A. Volkoff
Organizations
- Lockheed Martin