Hyo-50 50m3 /H Industrial High Efficiency Oxygen Plant 93% Medical Psa Oxygen Generator

China Hyo-50 50m3/H Industrial High Efficiency Oxygen Plant 93% Medical Psa Oxygen Generator, Find details about China Oxygen Generator, Oxygen Plant from Hyo-50 50m3/H Industrial High Efficiency Oxygen Plant 93% Medical Psa Oxygen Generator

Basic Info.

Model NO.

HYO-50

Capacity

50 Nm3/H

Filling Pressure

150bar or 200bar

Number of Cylinders Filled a.

200 Cylinders of 6m3 Per Day (40L/150bar)

Number of Cylinders Filled B.

120 Cylinders of 10m3 Per Day (50L/200bar)

Molecular Sieve

Zeolite

Control System

PLC Control

Use a.

Oxygen Cylinders Filling

Use B.

Hospital Beds Oxygen Supply

Use C.

Industrial Metal Cutting

Services a.

Remote Video Coaching and Training

Services B.

Commissioning Abroad

Transport Package

Wooden Box by Sea

Specification

1900*1700*2600mm

Origin

China

HS Code

8419601900

Model NO.

HYO-50

Capacity

50 Nm3/H

Filling Pressure

150bar or 200bar

Number of Cylinders Filled a.

200 Cylinders of 6m3 Per Day (40L/150bar)

Number of Cylinders Filled B.

120 Cylinders of 10m3 Per Day (50L/200bar)

Molecular Sieve

Zeolite

Control System

PLC Control

Use a.

Oxygen Cylinders Filling

Use B.

Hospital Beds Oxygen Supply

Use C.

Industrial Metal Cutting

Services a.

Remote Video Coaching and Training

Services B.

Commissioning Abroad

Transport Package

Wooden Box by Sea

Specification

1900*1700*2600mm

Origin

China

HS Code

8419601900

Product Desciption

Xuzhou Huayan Gas Equipment Co.,Ltd, exporting , piston compressor, , gas cylinder and nitrogen generators with good quality and low price.

PSA oxygen generator takes clean compressed air as raw material and zeolite molecular sieve as adsorbent, according to the difference of the adsorption amount of oxygen and nitrogen in the air on the surface of zeolite molecular sieve and the different diffusion rate of oxygen and nitrogen in the zeolite molecular sieve, through the programmable controller to control the opening and closing of the pneumatic valve, the process of pressurized adsorption and decompression desorption can be realized, to complete the separation of oxygen and nitrogen and get the required purity of oxygen.