Are there safety features in place to mitigate oxygen toxicity and other potential hazards when utilizing this Buoy-Type Oxygen Regulators?

There are safety features built into Buoy-Type Oxygen Regulators to mitigate the risk of oxygen toxicity and other potential hazards. These features are designed to ensure the safe and effective operation of the regulator in various environments and conditions.
One of the most important safety features of Buoy-Type Oxygen Regulators is the oxygen sensor. This sensor monitors the oxygen concentration in the breathing gas mixture and adjusts the oxygen level to maintain a safe and consistent concentration. If the oxygen concentration becomes too high, the sensor will trigger the regulator to reduce the oxygen flow and prevent oxygen toxicity.
In addition to the oxygen sensor, Buoy-Type Oxygen Regulators are often equipped with a pressure-relief valve. This valve is designed to release excess pressure if the regulator is exposed to high-pressure environments or experiences any mechanical failure. This pressure-relief valve ensures that the regulator does not become overloaded and that the user is not exposed to high-pressure gas jets or other potential hazards.
Other safety features may include a low-oxygen cutoff switch that stops the flow of oxygen if the oxygen concentration becomes too low, a purge function that removes moisture and other impurities from the breathing gas, and a lockout mechanism that prevents the regulator from being accidentally turned on or off.
It is important to note that safety features can only reduce the risk of oxygen toxicity and other potential hazards, but they cannot completely eliminate all risks. Therefore, it is essential to follow the manufacturer's instructions for use, including any safety recommendations or warnings provided with the regulator.