Inhaler Pressure Regulator Meter 8-14 Male Thread for Scientific Research Institutions Industrial Use

Features:

1.Main function is supporting supply system in center for emergency use.
2.It adopts cutting to ensure the accuracy and tolerance of each part,equipped with meter accessories,which is convenient and practical.
3.Fine workmanship and quality assurance,not easy to rust or fade,long service life.
4.The gas is specially filtered and humidified to basically eliminate impure substances in making more comfortable and safe.
5.Oxygen inhaler decompresses the high-pressure gas in a steel cylinder into a low-pressure through a spring piston for human breathing.
6.With accessories and easy to use,user-friendly design,non-toxic and odorless.

Specification:
Product name: Buoy type·oxygen inhaler
Input pressure: <15Mpa
Output pressure: 0.25Mpa
Flow adjustment
Safety
Imported thread: 8-14 (CGA540)
Outlet thread: M12x1
With for tide bottle device
Size:32x21x9.5cm
Quantity:1pc
Material:Zinc Alloy

Package Includes:

1* regulator (with accessories)

Application
Mainly supporting the supply system in the community center, used for oxygen inhalation and hypoxia symptoms for oxygen inhalation, scientific research institutions, industrial and mining inhalation flow control devices. The inhaler has a precise flow rate, which is convenient and safe to use. Is a necessary device for oxygen supply

Working principle
The role of the inhaler is to provide continuous constant pressure and flow of for the patient to use. The bottle plug-in inhaler uses its own decompression device to reduce the high pressure (15Mpa pressure when the bottle is full) in the bottle to a low pressure suitable for the human body (0.2~0.2Mpa), and then output it to the human body after wetting the water The input pressure of the wall-plug inhaler is 0.2~0.4Mpa, so it does not need to be decompressed, and can be directly output to the human body.

Method of operation:
1. Add distilled water to the humidification cup. The water level in the bottle should not be than the upper water line, but not lower than the lower water line. It is forbidden to use saline instead.
2. Before inserting the inhaler into the terminal socket, the flow adjustment should be turned off, and the direction of the quick plug should be adjusted, and then the quick plug should be inserted into the hole of the terminal socket. When you hear the sound and see the terminal When the locking sleeve of the socket slides automatically, it means that the quick plug and the terminal socket are and locked.
3. Insert the pipe into the connector before supplying and then turn the flow adjustment counterclockwise to turn on the so that the float rises slowly (the scale line aligned with the center of the float is the flow reading, the unit is liter/min) , supply can be adjusted according to need.
4. During the supply process of the inhaler, if the water in the inhaler bottle is lower than the water line, the flow adjustment should be closed in for time, the humidified bottle should be unscrewed, and distilled water should be added according to the requirements of Article 1 of this item. Screw on the inhaler bottle to continue supply.
5. When the inhaler is stopped, the air source of the inhaler should be turned off; if it needs to be removed, the inhaler should be held by hand and then removed (the unlocking method of different terminal sockets is explained by the engineering installation unit), and then After the water in the bottle is cleaned and disinfected, store it in a non-corrosive and well-ventilated room).