China Wholesale Price High Pressure Industrial Oxygen Gas Transfer Mini Vacuum Pump Small Hydraulic Air Cryogenic Liquid Pump

• Structure: Single Cylinder
• Power: Electric
• Application: Pharmaceutical Production
• Performance: No Leak
• Standard: Standard
• Lowrage (L/H): 30-5000 L/H
• Input Power: 380V 50Hz 3 Phase
• Medium: Lo2 ,Ln2 ,Lar,Lco2,LNG
• Delivery Time: 10 Days
• Max Output Pressure: 16.5 MPa-35.0 MPa
• Transport Package: Wooden Box
• Specification: Cryogenic
• Trademark: RM
• Origin: Qingdao, China
• HS Code: 841350209
• Production Capacity: 100 Sets Per Month

Product Description

Cryogenic Liquid Pump

Industrial gas pumps are mainly used for air separation products: liquid oxygen, liquid nitrogen, liquid argon, liquid carbon dioxide filling, gas supply systems. The unit is mainly single-row, double-row, and three-row reciprocating pumps. For specific parameters, see the parameter tables.

The flow rate is 30-5000 L/h, and the outlet pressure is up to 35.0 MPa. The motor can be equipped with electromagnetic speed regulating motor, fixed speed motor, frequency conversion motor, explosion-proof motor and explosion-proof variable frequency motor according to actual needs.
 

Cylinder Filling Pump

Suitable Media:

LO2,LN2,LAr,LNG,LNH3,LC2H4,LN2O

Scope of Application:

Filling cylinder under light,normal and high pressure

Cylinder with different types

Air supply,air distribution systems

Main Technical Parameters:

Flow:30-5000L/h

Max outlet pressure: 16.5MPa~35.0MPa

Optional Configuration:

1. Classic design, stable performance and longevity of 20 years;
2. The utility model adopts a high vacuum jacketed pump head, the degree of vacuum reaches 10-5, and the cold loss is small;
3. The sealing is reliable, the filling life is up to 150,000 bottles, and the life of the piston ring is up to 300,000 bottles;
4. Optional gas-assisted sealing device to further improve sealing life;
5. Easy maintenance, regular maintenance takes only two hours;
6. It can run continuously for 24 hours.

Sizes



Package: