Stress Test System minimizes product development time.
January 5, 2010 -
Able to show years of product stress in hours, AST-18/RS-28 Accelerated Stress Test System applies ultra high rates of temperature change and multiaxes vibration to products. Portable, mid-sized system includes heavy-duty casters for mobility. It has control instrumentation designed for extreme change rate chambers/repetitive shock vibration systems. Unit's PC-based programmer/controller has library of preprogrammed step stress and accelerated stress test profiles.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Thermotron Industries, A Venturedyne, Ltd. Co.
291 Kollen Park Dr.
Holland, MI, 49423
USA
Mid-Sized Accelerated Stress Test System (AST-18)
It takes up less floor space, uses less liquid nitrogen, requires less compressed air, and consumes less electricity - four advantages to the new AST-18/RS-28 Accelerated Stress Test System by Thermotron. The AST-18 system can show in just hours how a particular product will hold up after years of use, reducing product development time and helping to get higher quality products to market faster. It provides a cost-effective and more affordable alternative to newcomers to Highly Accelerated Life Testing (HALT) techniques.
The AST-18 applies extreme stress onto products through ultra high rates of product temperature change, and repetitive, shock multi-axes vibration. It's portability may be just the ticket for companies with smaller facilities or for those testing smaller products. Heavy duty casters make moving the AST-18 into and throughout the facility easier.
The AST-18's control instrumentation has been designed specifically for extreme change rate chambers and repetitive shock vibration systems. The PC-based programmer/controller offers versatility and a timesaving library of pre-programmed step stress and accelerated stress test profiles. Sophisticated reliability software packages are available for analysis of accumulated fatigue damage, transmissibility, and peak probability distribution.
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