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Fuel cell research and testing require that temperature and humidity, along with many other parameters like pressure, remain constant during the test.
If humidity is well controlled, then water can accumulate in the liquid state, making data unreliable and causing errors.
A big challenge in characterizing and evaluating polymeric electrolyte membrane fuel cells lies in the development of a test environment where water can be effectively eliminated before development.
However, the humidity generator helps the PID control system eliminate the vapor within a short period and maintain the humidity to a predefined set point.
The ultrasonic technology realizes very accurate humidity and temperature testing with no minimum hardware intervention through the system.
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Performance, durability, and control of fuel cells being tested under life conditions are getting better with the growing demands to supply high-power complex appliances and machines.
The Hygro-Remote has been designed to solve just this kind of problem. It allows incredibly fine-line control of the surroundings & precise temperature & humidity adjustment. 7