Oxygen compressor 4GTS1-200/3.5M UHL4 (equivalent) 12,000 nm³/hour up to 1 MPa

The 3TYS85 model is an oxygen centrifugal compressor. It is used to compress oxygen and operates at a pressure not exceeding 1 MPa. Under these conditions, the equipment demonstrates a capacity of 12,000 nm3/hour. Units of this type are in demand in many industries, including metal and chemical production. They are used in all enterprises where the technology involves the use of compressed oxygen.

Why our equipment is superior

RusGazCryo supplies compressor equipment designed specifically for producing compressed oxygen. We offer equipment from a manufacturer with over 70 years of experience in designing and producing oxygen compressors.

The equipment has a long service life and is completely safe to operate. This is achieved through a set of measures:

1. There is copper plating on the inside of the device housing.
2. Differential multi-channel gas seals are installed to prevent gas leaks.
3. The technology uses multi-port labyrinth seals, which guarantee its safety and minimize O2 leakage.
4. Continuous temperature control is maintained throughout all stages of gas compression.
5. The device has special protection against pumping.

When comparing the 3TYS85 model with its counterpart, the 4GTS1-200/3.5M UHL device manufactured by the Kazanprommash plant, the 3TYS85 has higher energy efficiency. This makes it popular in metallurgy and chemical industry enterprises.

More opportunities

The equipment offered by RusGazCryo can be supplemented with the MAPRO system. It collects and analyzes data in digital form and forecasts the operation of rotary equipment.

With the help of the MAPRO system, you can:

• monitor any equipment operating parameters “in real time”;
• quickly analyze data that cannot be tracked by a conventional automated control system;
• evaluate a data array according to selected characteristics;
• prepare and transfer data in a format that is optimal for ERP and MES management levels.

RusGazCryo has released a product called MAPRO, which allows large industrial plants to digitize their rotary units for more efficient operation.