How does the ventilation system work in ozone aging test chamber?

The ventilation system in a humidity-controlled ozone aging chamber is designed to remove excess heat and ozone from the chamber, as well as to supply fresh air to the chamber to maintain a safe and consistent testing environment. The ventilation system typically consists of an exhaust fan, an air inlet, and a control system.

The exhaust fan is located at the top of the chamber and is used to remove excess heat and ozone from the chamber. The fan draws air out of the chamber and expels it to the outside environment via a duct or vent.

The air inlet is located at the bottom of the chamber and is used to supply fresh air to the chamber. The control system monitors the temperature and humidity levels in the chamber and adjusts the air inlet to maintain a consistent testing environment. The air inlet may also include a filter to remove contaminants from the incoming air.

The control system monitors the temperature, humidity, and ozone levels in the chamber and adjusts the ventilation system to maintain a safe and consistent testing environment. For example, if the ozone concentration in the chamber exceeds a set limit, the control system may increase the ventilation rate to remove excess ozone from the chamber.

Overall, the ventilation system is an important component of a humidity-controlled ozone aging chamber, as it helps to maintain a safe and controlled testing environment and ensures accurate and reliable test results.