Test System

Product Details:

Environmental test chamber equipped with a temperature and humidity chamber on top and a muddy saltwater bath on the bottom are ideal for the automotive market, The reliability of automotive parts has an extremely high, and developed products must be able to withstand temperature and humidity cycle tests as well as air and liquid thermal shock tests, which cannot be evaluated with those conventional tests. As a result, we are seeing more severe tests and an increase in tests that combine various environmental factors that these parts are actually used. For automotive sensor parts mounted around the outside of the body, the environmental factors include water splashes from the road, rainwater, and sodium chloride or calcium chloride contained in road antifreezing agents. The Muddy Saltwater Cycle Test System was developed to meet the need for testing under these environmental factors. This system is equipped with a muddy saltwater bath below a hot chamber, enabling you to subject the specimen to severe temperature and humidity stress after being submerged in the muddy saltwater bath. It is possible to exposure the specimen to shocks that cannot be realized in a conventional environmental test chamber, and perform endurance tests closer to the environmental condition to be used.

Muddy saltwater bath:

• The test area is raised and lowered, and the specimen is submerged in the muddy saltwater. 
• This process, which is conventionally done by hand, has been automated, and higher reproducibility tests can easily be performed.

Unique program testing:

• You can create a program that combines low temperature, high temperature and high humidity, muddy saltwater soaking, and high temperature testing and operate that automatically.

Corrosion resistant:

• The inside chamber is made of titanium to prevent corrosion from saltwater. 
• In addition, the heater and cooler are also made of titanium to enhance durability.

Product Details:

Perform accelerated tests of solar cell modules:

• Solar cell modules are required by the market to have a longer period warranty, and durability test periods are lengthening. 
• Meanwhile, from the development stage to the mass production stage, person in charge of development and evaluation are grappling with how to efficiently evaluate reliability more quickly. 
• Therefore, accelerating the evaluation of solar cell modules is in demand more than ever. 

Features:

• Shorter testing time compared to humidity tests under atmospheric pressure
• Equipped with an advanced fan for far improvement in temperature and humidity distribution
• Equipped with mechanical door lock function and door lock safety function

Product Details:

Advanced reliability:

• AR series has a large tolerance for heat loads generated by the specimen, and achieves improved temperature change rate in an expanded temperature and humidity range.
• The new N-instrumentation allows AR series chambers to support an easy-to-use networking system.

Highly uniform temperature distribution:

• Highly uniform temperature distribution minimizes variations in test results.

International safety standards:

• Conforms to ISO12100 and IEC60204 to CE marking requirements based on EU directives: Low voltage directive, EMC directive, machinery directive, and pressure equipment directive.

Compatible Test standards:

• IEC60068-2-1 : Cold
• IEC60068-2-2 : Dry heat
• IEC60068-2-3 : Damp heat, steady state
• IEC60068-2-14 Nb : Change of temperature with specified rate of change
• IEC60068-2-38 : Composite temperature/ humidity cyclic test
• IEC60068-2-78 : Damp heat, steady state
• ISO16750-4 5.3 : Temperature cycling