Oxygen Regulators

Oxygen regulators are metal devices that are used to control the amount of oxygen received by a person who is using a CPAP machine. With the regulator, a patient may set an exact level of oxygen and alter it as necessary. Some people may require only a small amount of additional oxygen during the day, while they need much more at night to combat problems with sleep apnea.

The regulators

Most regulators are constructed of either brass or aluminum. Although they are metal, each device is small and lightweight. However, durability is not sacrificed, and they should last for many years..

Every regulator has a built-in safety valve to control the flow of oxygen. Users can determine the exact setting for the most suitable airflow based upon the reading on the gauge on the regulator that identifies the amount of oxygen being supplied. The metal design helps ensure that the regulator will not break down or fall apart, and it will continue to control and display the level of oxygen any patient requires.

Two Types of Regulators

Regulators are available in two basic types depending on the amount of air pressure a patient requires. The first type, a diaphragm regulator, is the larger of the two. Their above-average size allows them to be very accurate in the measurement of airflow that they provide. The second type, known as a piston regulator, is smaller and easy to transport.

Both regulators are extremely efficient and will work well for any patient. People who use oxygen machines and are unsure which type of regulator is right for them may want to consult with their healthcare provider for advice.

Airflow control

Regulators are used to control the flow of air inhaled by a person who must use a CPAP oxygen device. They are very beneficial to people who suffer from sleep apnea, a disorder that causes victims to lack oxygen intake during their sleep cycle.

CPAP machines give sleep apnea sufferers the ability to control the flow of air they receive while they rest. A regulator works with the machine to regulate the exact amount of air that flows from the device into the patient.s mouth. When starting up one of these machines, it is recommended to have the airflow at a low level, so the user is not subjected to a sudden, unexpected surge of oxygen. Once the machine is in operation, the level of air may either be increased or decreased to suit the needs of the person using it.

Use of a regulator will allow a patient to breathe normally. The device is accurate, efficient, and will help improve the quality of life for most people who suffer from a respiratory disorder.