Full Environmental Test Lab located in Poway, California.
Our facility located in California includes a full rugged product testing lab on-site.
With the capability to design, produce and deliver from our facility in the United States, Core Systems is capable of delivering high-quality, mission-tested designs in record time. Our unique environmental test labs allow us to test your design based on the environment it will be operating within.
We design our systems to meet or exceed military standards such as MIL-STD-810 and 901D. Every week we utilize our dedicated environmental, dynamics and EMI/EMC testing laboratory to validate our rugged systems to exact military specifications.
The acoustic noise test is performed to determine the adequacy of our designs to resist the specified acoustic environment without unacceptable degradation of its functional performance and/or structural integrity.
Our altitude testing chamber include straight altitude tests up to 100,000 feet (30,000m) as well as multi-variate tests combining altitude, temperature and humidity, as well as altitude/vibration tests and rapid and explosive decompression testing.
The temperature chamber is used to simulate ranges of temperature in order to test how our products operating under extreme conditions. One of the most common stress factors applied to a product is temperature change.
Shock testing evaluates if a system can withstand shocks encountered in handling, transportation, and service environments. It is also performed in order to determine the product’s fragility level and to test the strength of devices during a crash situation.
The machines used for the testing are required to produce an environment with 5% salt/fog and is circulated with the system inside. Testing usually lasts two full days with a two-day drying period to follow.
A shaker table is used for vibration testing. Our simulations contain both shock and vibration tests to check for mechanical faults, transportation simulation, Environmental Stress Screening (ESS) and mission profiles for machines as well as Environmental testing for computers.
Our cutting-edge fabrication facility includes state of the art machines run by experienced individuals 24-7. We pride ourselves in safety and accuracy when it comes to fabcrication and producing our systems with the latest machines ensures that. Every design is manufactured and tested to strict Core Systems quality standards. Core Systems believes in exceeding customer expectations and our dedication to excellence is exemplified throughout our product line.
Our headquarters is a 85,000+ square foot facility that features on-site engineering, metal fabrication, and system assembly along with a complete MIL-SPEC Testing Lab. We have the best equipment in the industry operated by seasoned professionals who have worked on thousands of projects for military and industrial needs.
The following information summarizes each of the MIL-STD-810G » Testing Methods in order to allow interested buyers to determine the best one for certifying your program or product…
Determines if the product will work while in a low-pressure area, or if it will stand up to unexpected changes in pressure.
Determines how high temperatures affect the product’s performance. It’s not meant to cover exposure for long timeframes or degradation.
Determines product’s reliability under low temperatures, as well as how well it works during operation, manipulation and storage. It doesn’t include unpressurized environments.
Determines product’s reliability when there are sudden rises or drops in the temperature.
Determines product’s reliability if it gets contaminated by fluids. It covers temporary, intermittent and long-term exposures.
Determines product’s reliability if exposed to any type of radiation from the sun.
Determines product’s reliability if exposed to not only rain, but also dripping water, spraying water, etc. which may occur while storing, operating or transporting it.
Determines product’s reliability if exposed to a warm, humid environment.
Determines product’s reliability if exposed to the growth of fungus.
Determines product’s reliability if exposed to some sort of salt deposit. It also tests if the protective coating on a product can stand up to salt.
Determines product’s reliability if exposed to dust or sand particles are a concern. It covers every opening, crack or crevice, as well as the components inside the device.
This test measures whether the device will work in an area where there is potentially a lot of fuel fumes in the environment and not cause explosions or a fire. It’s very commonly used in the Oil and Gas industry.
Determines product’s reliability before, during and after being immersed wholly or partly into water.
Determines product’s reliability if exposed to high accelerations like those of which happen on aircraft.
Determines product’s reliability if exposed to a series of vibration levels.
Determines product’s reliability if exposed to some levels of acoustic noise.
Determines product’s reliability if exposed to some sort of shock while transporting, handling or while in use.
Determines product’s reliability if exposed to an explosion in the near vicinity, if the structure remains intact and the device remains stable.
Determines product’s reliability if it or any special coating on it are exposed to a corrosive environment.
Determines product’s reliability if exposed to shock due to shock from several bursts of weapons fire.
Determines product’s reliability if exposed to all four of these factors.
Determines product’s reliability if exposed to a situation where it freezes over or gets iced over, as well as if you can defrost it without compromising the system.
Determines product’s reliability if exposed to ballistic shock, or a sudden shift in momentum, i.e. a sudden stop happens while a computer is sitting in a vehicle and suddenly the vehicle goes from 0 to 60mph.
Determines product’s reliability if exposed to several kinds of environmental factors all at once. It specifically applies to aircraft storage on the external part of the craft while flying.
Determines product’s reliability if it froze completely, and then thawed out. Would it still work and how would it be affected?
Determines product’s reliability over a long-term period in a normal environment. In other words, what’s its lifespan?
Determines product’s reliability while transporting it around, like getting hit by a car, etc.
Determines product’s reliability if exposed to several stressful conditions at the same time.
Used only on systems that are onboard ships. It determines product’s reliability if exposed to environmental or internal vibrations.
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