What is a Temperature and Humidity Sensitive Element?
Definition of Temperature and Humidity Sensitive Components.
Temperature and humidity sensitive components are actually components that are sensitive to temperature and humidity, and should be stored and controlled according to the compliant temperature and humidity.
Environmental requirements of temperature and humidity sensitive components
Temperature and humidity sensitive components have high environmental requirements, generally the temperature should be controlled in the range of 20 ± 5, humidity control in the environment of 40% -60%.
Storage and control of temperature and humidity sensitive components
Temperature and humidity components should be packaged in moisture-proof bags with moisture-proof agent and vacuum, and the opened temperature and humidity sensitive components need to be baked before the previous step of control.
Why should temperature and humidity sensitive components have such strict storage and management?
Temperature and humidity sensitive components of high temperature and humidity requirements, because in the process of storage, contact with the air, water vapour, oxidation will be very easy to occur, and some components attached to the surface of the water vapour, some components may also be drilled into the internal water vapour, so the need to bake before production, if not baked directly patch welding, when the water vapour by the heat of the high temperature will occur after the expansion of the components caused by the damage (cracks, bursting boards, etc.), the quality of the product caused by interactions, and the quality of the product. ), the quality of the product caused by intermittent bad, so temperature and humidity sensitive components need to be strictly stored and managed.
Features of NeoDen IN6 Reflow Oven
NeoDen IN6 provides effective reflow soldering for PCB manufacturers.
The table-top design of the product makes it a perfect solution for production lines with versatile requirements. It is designed with internal automation that helps operators provide streamlined soldering.
Temperature can be controlled with extreme accuracy—users can pinpoint heat within 0.2°C.
An internal temperature sensor ensures full control of the heating chamber and can reach optimal temperatures in as little as fifteen minutes.
The design implements an aluminum alloy heating plate that increases the energy-efficiency of the system. The internal smoke filtering system improves the product’s performance and reduces harmful output, too.
The NeoDen IN6 is built with an aluminum alloy heating chamber.
Post time: Jul-13-2023