Audited Supplier
580g
Electrolyzer
Steel Liner
580g N2o Cylinder
Single Tube
Atmospheric
Frame Agitator
Packed Tower Reactor
Far Infrared Heating
Jacketed
Automatic
New
DSW
580g Cylinder or 0.95L Cylinder
580g cylinder or 0.95L cylinder
China
Product Description
580g and 0.95L N2O gas cylinder filling machine
580g nitrous oxide gas filling machine, 0.95L N2O gas cylinder filling equipment.
1, Filling part: the gas flooding filling system uses compressed air as the power source to drive the transmission and filling of nitrous oxide. When the conveying weight reaches a certain value, the signal is transmitted to the driving air source solenoid valve through the sensor. The air source is closed and the system stops working. Connect the air source, reduce the pressure valve to the required pressure, observe the pressure gauge on the equipment, when the cylinder pressure reaches *** pressure, close the high pressure valve, charging completed. This system has the characteristics of small size, light weight, simple operation, convenient maintenance, easy to use, easy to use and so on. The whole filling process is controlled by computer.
2, Tooling Part: 1. Place the gas cylinder: put the gas cylinder into the vibration plate first, and the gas cylinder reaches the predetermined position first, then move the fixture to the gas cylinder position by the left and right cylinders, and then go to the gas cylinder position by the lifting cylinder, tighten the gas cylinder, and then place the gas cylinder on the fixed station of the predetermined mobile turntable.
3, In a similar way to the gas cylinder, the cap of the gas bottle is placed in the vibration plate, and the inner cap is placed in the mouth of the gas cylinder through the movement of the cylinder.
In a similar manner to a gas cylinder, it is sealed into a vibrating plate and moved up and down through the cylinder to the left and right, placing the gasket in the mouth of the bottle.
4, Weigh before filling: After assembling the gas cylinders, place them on the electronic scale and weigh them, and record the data and compare with the reloading.
Electronics grade N2O ≥99.999% analysis report
580g nitrous oxide gas filling machine, 0.95L N2O gas cylinder filling equipment.
1, Filling part: the gas flooding filling system uses compressed air as the power source to drive the transmission and filling of nitrous oxide. When the conveying weight reaches a certain value, the signal is transmitted to the driving air source solenoid valve through the sensor. The air source is closed and the system stops working. Connect the air source, reduce the pressure valve to the required pressure, observe the pressure gauge on the equipment, when the cylinder pressure reaches *** pressure, close the high pressure valve, charging completed. This system has the characteristics of small size, light weight, simple operation, convenient maintenance, easy to use, easy to use and so on. The whole filling process is controlled by computer.
2, Tooling Part: 1. Place the gas cylinder: put the gas cylinder into the vibration plate first, and the gas cylinder reaches the predetermined position first, then move the fixture to the gas cylinder position by the left and right cylinders, and then go to the gas cylinder position by the lifting cylinder, tighten the gas cylinder, and then place the gas cylinder on the fixed station of the predetermined mobile turntable.
3, In a similar way to the gas cylinder, the cap of the gas bottle is placed in the vibration plate, and the inner cap is placed in the mouth of the gas cylinder through the movement of the cylinder.
In a similar manner to a gas cylinder, it is sealed into a vibrating plate and moved up and down through the cylinder to the left and right, placing the gasket in the mouth of the bottle.
4, Weigh before filling: After assembling the gas cylinders, place them on the electronic scale and weigh them, and record the data and compare with the reloading.
- Filling and sealing: When the gas cylinder moves to this position, press the gas cylinder to fill, then seal and unload. Tooling return trip.
| Specification | Certified concentration | Analytical method | ||
| N2O | ≥99.9 | ≥99.9 | % | HG2685-1995 |
| CO | ≤10 | ≤10 | ppm | |
| CO2 | ≤250 | ≤250 | ppm | |
| H2O | ≤100 | ≤100 | ppm | |
| NO-NO2 | ≤0.5 | ≤0.5 | ppm | |
| N2 | ≤25 | ≤25 | ppm | |
| NH3 | ≤5 | ≤5 | ppm | |
Electronics grade N2O ≥99.999% analysis report
| Execution standard: | Test results: |
| Nitrous oxide purity ≥99.9995% | Nitrous oxide purity ≥99.9995% |
| Oxygen content <0.5 (PPm) | Oxygen content <0.5 (PPm) |
| Nitrogen content <2 (PPm) | Nitrogen content <2 (PPm) |
| Carbon monoxide content <0.1 (PPm) | Carbon monoxide content <0.1(PPm) |
| CO2 content <0.5 (PPm) | CO2 content <0.5 (PPm) |
| Methane content <0.1 (PPm) | Methane content <0.1 (PPm) |
| Moisture content <1 (PPm) | Moisture content <1 (PPm) |
| Impurity content <5 (PPm) | Impurity content <5 (PPm) |
