This unit is suitable for ambulances with high oxygen consumption. It inputs bottled high-pressure oxygen through metal hose to the control panel main pipeline, and the high-pressure oxygen is delivered to the oxygen terminal through low-pressure pipeline after depressurization to be used as an oxygen source for first-aid use. The working principle is to decompress the high pressure oxygen into low pressure and deliver it to the oxygen terminal through the respective pipeline, so as to supply the oxygen terminal port and ventilator port. The control panel can be connected to two or more oxygen cylinders at the same time to decompress the bottled high-pressure oxygen to a certain pressure, which is a kind of equipment for centralized gas supply. The control panel consists of a high-pressure pipeline made of metal hose, which is connected to the oxygen cylinders through G5/8 threads. Each oxygen cylinder is connected to the control panel with a corresponding high-pressure switching valve, which controls the respective high-pressure pipeline. The high-pressure pipeline connecting each oxygen cylinder at the rear end of the switching valve is connected to each other, and the manifold is equipped with a tee connector in the middle of the manifold to connect the high-pressure meter, the regulator and the high-pressure pipeline in series. The high pressure meter is used to monitor the oxygen pressure in the high pressure pipeline of the control panel, and the regulator is used to regulate the high pressure oxygen to the required pressure and then output to the low pressure terminal. The low-pressure end is connected to the oxygen terminal, safety valve and low-pressure gauge, which is used to monitor the pressure in the low-pressure pipeline of the control panel, while the safety valve automatically exhausts the gas when the output pressure is higher than the design pressure, so as to ensure the safety and stability of the output pressure. This system is suitable for any place where gas convergence switching is required to monitor gas pressure and gas residual quantity, such as: hospitals, ambulances, petroleum, liquefied petroleum gas stations and other industrial and mining enterprises and institutions.
1. This device is suitable for ambulances with large oxygen consumption. The bottled high-pressure oxygen is input to the main pipe of the control panel through a metal hose. After the high-pressure oxygen is reduced, it is transported to the oxygen terminal through a low-pressure pipe, which is used as an oxygen source for emergency use. Its working principle is to decompress high pressure oxygen to low pressure, respectively through their own pipelines to the oxygen terminal, to the oxygen terminal and ventilator port for use.
2. The control panel can be connected to two or more oxygen cylinders at the same time, and the high-pressure oxygen in the bottle can be reduced to a certain use pressure, which is a centralized gas supply equipment. The control panel is composed of stainless steel metal hose high pressure pipe, the metal hose is connected with the oxygen cylinder through the thread of G5/8, each oxygen cylinder and the control panel has a corresponding high pressure switch valve, respectively control the respective high pressure pipe. This system is suitable for any place that needs to switch gas confluence, monitor gas pressure and gas surplus, such as: hospitals, ambulances, oil, liquefied gas stations and other industrial and mining enterprises and institutions. More functions such as: positive pressure to negative pressure, air oxygen mixer and other functions, please consult customer service customization!
Input pressure range | 2~15(MPa) | 2~15(MPa) | 2~15(MPa) | 2~15(MPa) |
Output pressure adjustment range | 0 to 0.6(MPa) | 0 to 0.6(MPa) | 0 to 0.6(MPa) | 0 to 0.6(MPa) |
use | Oxygen Pressure Reducing Valve | Oxygen Pressure Reducing Valve | Oxygen Pressure Reducing Valve | Oxygen Pressure Reducing Valve |
Applicable medium | oxidation | oxidation | oxidation | oxidation |
Safety valve venting pressure | 0.8~0.9(MPa) | 0.8~0.9(MPa) | 0.8~0.9(MPa) | 0.8~0.9(MPa) |
framework | pressurized | pressurized | pressurized | pressurized |
Number of inlet/outlet ports | 1/2 | 1/3 | 1/4 | 1/5 |
Output Flow Rate | ≥60L/min | ≥60L/min | ≥60L/min | ≥60L/min |