Products
Nitrogen Generator System
Model: SPN Series
CE Safety Standard / ISO 9001 Certified
Noise Level: 60 dB
Air Quality: ISO 8573.1 Quality Class 1.2.1
Introduction
The nitrogen generator separates nitrogen and oxygen from compressed air using Carbon Molecular Sieve (CMS) and produces high-purity nitrogen through Pressure Swing Adsorption (PSA) technology.
The nitrogen generator consists of two pressure vessels filled with CMS. Processed compressed air enters the pressure vessels from the bottom of the unit and passes through the CMS bed. Oxygen and other trace gases are adsorbed by the CMS, while nitrogen passes through the CMS bed and is delivered as the output gas.
When the CMS approaches saturation, the system automatically switches according to the preset cycle time, allowing one vessel to enter the regeneration stage, while the other vessel continues the gas separation process.
During regeneration, the saturated CMS releases the adsorbed oxygen through rapid depressurization, venting it to the atmosphere. This adsorption and regeneration process driven by pressure changes is known as Pressure Swing Adsorption (PSA).
The nitrogen generator consists of two pressure vessels filled with CMS. Processed compressed air enters the pressure vessels from the bottom of the unit and passes through the CMS bed. Oxygen and other trace gases are adsorbed by the CMS, while nitrogen passes through the CMS bed and is delivered as the output gas.
When the CMS approaches saturation, the system automatically switches according to the preset cycle time, allowing one vessel to enter the regeneration stage, while the other vessel continues the gas separation process.
During regeneration, the saturated CMS releases the adsorbed oxygen through rapid depressurization, venting it to the atmosphere. This adsorption and regeneration process driven by pressure changes is known as Pressure Swing Adsorption (PSA).
Nitrogen Generator Operating Conditions
Features
The Pressure Swing Adsorption (PSA) principle separates gases based on the difference in molecular size. Carbon Molecular Sieve (CMS) adsorbs smaller oxygen molecules within its pores, while the larger nitrogen molecules pass through more slowly and are delivered to the outlet as the product gas.
Nitrogen Generator Operating Requirements
1.Precision Filter 1 μm, Residual Oil Content 0.5 ppm (CE Safety Standard / ISO 9001 Certified)
2.Micro Filter 0.01 μm, Residual Oil Content 0.01 ppm (CE Safety Standard / ISO 9001 Certified)
3.Purity Meter (Oxygen Analyzer)
Dimensions / Specifications
Gas-Assisted Injection Molding System
Integrated Unit
Gas-Assisted Main Controller
Controller FX2
Controller FX1
Booster Series
Gas Booster
High-Pressure Nitrogen Booster
High-Pressure Nitrogen Booster
Nitrogen Generator System
Nitrogen Generator System
Compact Booster System
Oil-Free Electric High-Pressure Nitrogen Booster
High-Pressure Gas Storage Cylinder
Back Pressure Controller
Integrated Gas-Assisted Injection Molding System
Variable Frequency Energy-Saving Air Compressor System