Wall-Type Oxygen Regulators Manufacturers

Wall-type oxygen regulators are a type of flowmeter used to regulate the flow of oxygen from a central oxygen supply system to a patient. They are typically mounted on the wall near the patient's bed and are connected to the central oxygen supply system by a pipeline.
Wall-type oxygen regulators are more complex than buoy-type regulators and can be more precise in delivering oxygen to patients. They use a number of components, including a pressure-reducing valve, a flowmeter, a humidifier, and a safety valve. The pressure-reducing valve reduces the high pressure of the oxygen supply to a lower, more manageable level, while the flowmeter allows the healthcare provider to adjust the flow rate of the oxygen to meet the patient's needs. The humidifier adds moisture to the oxygen to prevent drying of the patient's airways and respiratory system. The safety valve prevents the build-up of excessive pressure in the regulator and the delivery system.
Wall-type oxygen regulators are typically used in hospitals and other clinical settings where patients require continuous oxygen therapy. They may be more expensive than other types of regulators, but they offer greater precision and accuracy in delivering oxygen to patients. They can also be more durable and require less frequent maintenance than other types of regulators.
Overall, wall-type oxygen regulators are a reliable and effective way to deliver oxygen to patients who require continuous oxygen therapy in a clinical setting. It is important to consult with a healthcare provider or medical equipment technician to determine the most appropriate type of oxygen regulator for a particular patient's needs.

The components of a wall-type oxygen regulator and their function are:
Inlet Connection: This is the point of connection where the oxygen supply line from the central supply system is connected to the regulator.
Pressure-Reducing Valve: This valve reduces the high pressure of the oxygen supply to a lower, more manageable level. This ensures that the oxygen is delivered to the patient at a safe and consistent pressure.
Flowmeter: This is a device that measures and regulates the flow of oxygen to the patient. It typically consists of a graduated cylinder with a float that rises and falls with the flow of oxygen. The flow rate is adjusted by a control knob on the regulator.
Humidifier: This is a container that adds moisture to the oxygen to prevent drying of the patient's airways and respiratory system. It helps to maintain the normal moisture levels of the airways, preventing mucosal drying and improving the patient's comfort.
Safety Valve: This valve is a safety feature that prevents the build-up of excessive pressure in the regulator and the delivery system. If the pressure in the regulator or the delivery system exceeds a certain level, the valve will open and release the excess pressure.
Pressure Gauge: This is a gauge that measures the pressure of the oxygen in the regulator. It allows the healthcare provider to monitor the pressure and adjust the flow rate as needed.
Oxygen Outlet: This is the point of connection where the oxygen delivery tubing is attached to the regulator. The tubing delivers the oxygen to the patient via a nasal cannula, face mask, or other oxygen delivery device.
Overall, the components of a wall-type oxygen regulator work together to ensure that the patient receives a safe and consistent flow of oxygen at the prescribed rate. It is important to properly maintain and calibrate the regulator to ensure its accuracy and reliability.