30+

Volume
K Series
107 – 274 Nm³/hour
K Series - PSA Nitrogen Generators
High Capacity, The Address of Industrial Power
OXYN K Series are industrial-grade PSA generators designed to meet high-volume nitrogen demands. With purity levels of up to 99.999% and capacity options exceeding 100 Nm³/h, they are preferred in large manufacturing plants, heavy industry, petrochemical, and food sectors.
Engineered for 24/7 uninterrupted production, the K Series offers maximum reliability through durable components, advanced automation, and minimal maintenance requirements.
Applications
Petrochemical and Refineries
Safe supply of inert gas in explosive environments.
Metal Processing
Laser cutting, heat treatment, powder metallurgy.
Food Industry
Large-scale packaging and storage processes.
Chemical Industry
Reaction control, solvent recovery systems.
Features Distinguishing the K Series from the J Series
Significantly higher capacity (107 – 274 Nm³/h).
Designed for large-scale industrial production and facilities requiring continuous operation.
Reinforced steel body and high-capacity valve assemblies.
K Series - PSA Nitrogen Generators
Key Advantages of the K Series
K Series – PSA Nitrogen Generators
OXYN-110
Total Inert Gas Purity
%97
107,0
107,0
%99
94,0
94,0
%99,5
66,6
66,6
%99,9
50,5
50,5
%99,99
29,8
29,8
%99,999
16,9
16,9
Inlet Pressure (bar)
7,5
7,5
Nominal Capacity (Nm³/h)
107,0
107,0
Operating Temperature (°C)
30
30
Technology
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
Operating Mode
Fully automatic, unmanned operation
Fully automatic, unmanned operation
Control System
PLC automation, touchscreen control
PLC automation, touchscreen control
Power Source
OXYN-110, OXYN-120, OXYN-180, OXYN-280
OXYN-110, OXYN-120, OXYN-180, OXYN-280
OXYN-120
Total Inert Gas Purity
%97
119,8
119,8
%99
105,4
105,4
%99,5
74,8
74,8
%99,9
56,8
56,8
%99,99
33,8
33,8
%99,999
19,4
19,4
Inlet Pressure (bar)
7,5
7,5
Nominal Capacity (Nm³/h)
119,8
119,8
Operating Temperature (°C)
30
30
Technology
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
Operating Mode
Fully automatic, unmanned operation
Fully automatic, unmanned operation
Control System
PLC automation, touchscreen control
PLC automation, touchscreen control
Power Source
OXYN-110, OXYN-120, OXYN-180, OXYN-280
OXYN-110, OXYN-120, OXYN-180, OXYN-280
OXYN-180
Total Inert Gas Purity
%97
179,0
179,0
%99
156,8
156,8
%99,5
110,9
110,9
%99,9
83,9
83,9
%99,99
49,4
49,4
%99,999
27,7
27,7
Inlet Pressure (bar)
7,5
7,5
Nominal Capacity (Nm³/h)
179,0
179,0
Operating Temperature (°C)
30
30
Technology
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
Operating Mode
Fully automatic, unmanned operation
Fully automatic, unmanned operation
Control System
PLC automation, touchscreen control
PLC automation, touchscreen control
Power Source
OXYN-110, OXYN-120, OXYN-180, OXYN-280
OXYN-110, OXYN-120, OXYN-180, OXYN-280
OXYN-280
Total Inert Gas Purity
%97
274,0
274,0
%99
240,8
240,8
%99,5
170,2
170,2
%99,9
128,7
128,7
%99,99
75,6
75,6
%99,999
42,4
42,4
Inlet Pressure (bar)
7,5
7,5
Nominal Capacity (Nm³/h)
274,0
274,0
Operating Temperature (°C)
30
30
Technology
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
PSA (Pressure Swing Adsorption) – Carbon Molecular Sieve (CMS)
Operating Mode
Fully automatic, unmanned operation
Fully automatic, unmanned operation
Control System
PLC automation, touchscreen control
PLC automation, touchscreen control
Power Source
OXYN-110, OXYN-120, OXYN-180, OXYN-280
OXYN-110, OXYN-120, OXYN-180, OXYN-280
Required Compressed Air Calculation
N2 Purity
97
99
99,5
99,9
99,99
99,999
Air Factor
2,1
2,5
2,9
3,9
5,5
8-10
Use of Oxygen Sensors According to Purity Percentages
N2 Purity
97,00%
99,00%
99,50%
99,90%
99,99%
99,999%
Zirconia Sensors
-
-
-
True
True
True
Electrochemical Sensors
True
True
True
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-
-