Many items require thermal environmental testing. Items going through product development, requiring validation for high reliability applications and products exposed to extreme environments among others require specific thermal testing.
Primarily to verify that the product will work properly in the environment (thermal and otherwise) that it is intended to perform. Sometimes, also to discover end-of-life issues for products, maximize performance or to weed out early failures that might result in product failures
Thermal vacuum testing is a critical step in the design and qualification of space and flight components that are operating at high altitudes such as the mission-critical or sub-assembly components. It enables the component to be subject to space and upper atmospheric conditions – simultaneous altitude and temperature extremes.
Have you ever wondered what journey a piece of equipment or machinery took before ending up in space? Or what testing was done before the rocket’s blastoff? Or why a piece of equipment failed prematurely? Well somewhere along the path to it’s final manufacturing, the components and sub-assemblies were developed and designed with the environmental conditions of where it would be operating in mind.
Cascade Temperature Algorithm Demonstrates Thermal Testing Goals Reached Faster with the Potential of Differential
Many times, there are parts of a device to be tested that have different heat capacities and also possible active load heat sources. A single point temperature control algorithm can have trouble effectively dealing with these variables. Additionally, while it may be tempting to say that a temperature setpoint has been achieved when the numbers on the display panel reach the desired value.
Thermal testing testing of products can’t be ignored. Knowing your product stands up to the harshest environments it will be exposed to over the life of the product provides proof of the design and verified quality. With TotalTemp Temperature Chambers and Thermal Platforms you can most effectively run thermal tests for burn-in or design/production verification.
In today’s world, everything is getting smaller and smaller. And with it, the durability and quality of materials is only getting better. Testing smaller materials in larger thermal platforms can be slow, expensive, and an overall burden. Plus, the space in your lab should be optimized. Gone are the days of clunky, unsightly equipment. As your products and needs get more specific, your equipment should too. Here are ten reasons why a benchtop temperature chamber or platform will improve the hard work you already do.
A choice to be considered when selecting the best thermal test system is use of purge gas. Purging with gas serves two purposes during environmental thermal testing. Most often it is used to keep condensation and frost from accumulating on the surfaces of the DUT (Device Under Test) at cold temperatures. Additionally it is also used to prevent oxidation of metals surfaces at high temperatures.
Selection criteria of an appropriate temperature sensor for a given application can be detailed but it often does not need to be that complicated. Two main points we are going to address today are sensor size and speed of response. Prior discussions covered thermocouple v. RTD and in the future we will likely cover more of the environmental issues of temperature sensors such as temperature range and resistance to moisture or other abuse.
Synergy Nano Temperature controller has many cost saving and time saving features.