Product Details:
Output Pressure MPa | 0.42 |
Nitrogen Purity | 99.999 (compared with O2 ) |
Input Air Pressure MPa | 0.4 |
Power Voltage | AC 220V 50~60Hz |
Technical Parameters:
Model | AT-N300 | AT-N500 |
Output Flow (ml/min) | 0~300 | 0~500 |
Input Power (W) | 110 | 200 |
Additional Information:
Product Details:
Model | Athena GC |
Capacity | 200-10000 ml/min |
Brand/Make | Athena |
Dew Point | -70C |
Gas Type | Dry Nitrogen |
Design Type | Standard, Customised |
Weight | 60 |
Power | 500W |
Voltage | 220V AC 50 Hzs |
Purity | 99.99995% |
Size | Compact |
Output Flow | 100 ml/min - 1000ml/min |
Type | Nitrogen Generator |
Nitrogen Generator for Gas Chromatographs
Introduction:
Features:
Applications:
Specifications | Nitrogen Gas Specification of TNA-01 & TNA-01A | Zero Air Specification of TNA-01 & TNA-01A |
Capacity of TNA-01 | 500ml/min at | 4000ml/min |
Capacity of TNA- 01A | 200ml/min | 1500ml/min |
ATN-02 (M) | 500ml/min to 10 LPM | --- |
Pressure | 5 kg/cm² | |
Moisture | < 2 ppm | < 2 ppm |
Oxygen | < 5 ppm | — |
Total Hydro Carbon (THC) | < 0.3 ppm | < 0.3 ppm |
CO & CO2 | < 2 ppm | < 2 ppm |
Purity | UHP / GC grade | UHP / GC grade |
Micron particulates | < 0.01μ | < 0.01μ |
Method of Purification | Pressure Swing Adsorption (PSA) & Depressurizations | |
Start up time | 2 hr / programmable by timer | 10 min |
Electrical requirements | 230 V AC, 50 Hz, 1 ph, 5 Amp |
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Brand/Make | Athena |
Input power | Less then 180 W |
Power voltage | AC 220 V, 50 - 60 Hz |
Nitrogen purity | 99.999% |
Output pressure | 0 - 0.4 MPa |
Nitrogen flow | 0 - 300 ml/min or 0-500 ml/min |
Product Details:
Minimum Order Quantity | 1 Piece |
Brand/Make | Athena |
Output Flow | 100-1500 Lpm |
Net Weight | 100 kg - 200 kg (as per selection of model) |
Electrical requirements without Compressor | 230 V AC, 50 Hz, 1 Ph, 2 Amp |
Startup time | 1 hrs / programmable timer |
Room temperature | 5 Deg C - 45 Deg C |
Method of purification | Pressure Swing Adsorption |
Introduction:
Specifications | For Turbo Evaporator(TNG-02T) |
Flow rate Capacity of N2 Generator | 50 to 700 LPM a(as per selection of model) |
Pressure | 5 kg/cm² or 100 psig or 60 psig |
Purity | >98% |
Moisture | 100-200 ppm |
Total Hydro Carbon | < 10 ppm |
CO & CO2 | < 10 ppm |
Micro Particulates | < 0.01μ |
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Capacity | 1-10000lpm |
Usage/Application | Laboratory |
Brand/Make | Athena |
Automation Grade | Automatic |
Material | Mild Steel |
Design | Very Compact |
Flow Rate | 5~5000lpm |
Inlet Pressure | 8 Bar |
Main Display | LCD Digital display |
Output Flow | 5-5000 lpm |
Surrounding Requirement | 0-40 centi-degree, no dust and corrosive gas |
Power Consumption | 200 W |
Dimension LWH mm | 460*290*760 (L*W*H) |
Weight Kg | 50 |
Power Voltage | AC 220 50-60Hz |
Purity | "Three-level Purification N2: 99.99% CO2:0.039% Oil: 0.54ppm" |
Output Pressure MPa | 0-0.4 |
Output Flow ml min | N2: 0-300 Air: 0-2000 |
Model | AT-NA300 |
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Flow Rate(LPM)/(Nm3/hr) | 100 LPM / 6 Nm3/Hr |
Application | Industrial |
Model Name/Number | ATN-01M |
Capacity | 1-1000 lpm |
Dew Point | -65C |
Gas Type | Nitrogen |
Design Type | Standard, Customised |
Weight | 150 kgs |
Power | 200W |
Voltage | 220V |
Purity | 99.9% |
Size | compact |
Color | Athena Grey |
Pressure Range | 1-8 Bar |
Maximum Flow | 1000lpm |
Why Choose Athena Nitrogen Generator Membrane Units:
Flow : 1lpm – 1000 lpm
Pressure : 1-8 Bar
How Does an Industrial Membrane Nitrogen Generator Work?The membrane separation of gases is simple in concept. At the heart of technology are polymeric membrane materials that allow for the rapid passage of one gas while minimizing the passage of another when applying pressure gradient across the membrane. The below figure demonstrates the relative rates of common gases, here with the focus on the separation of O2 from compressed air to provide a high purity N2 stream. ATHENA ® polymer has the best separation efficiency and lowest unit power consumption, i.e. the best properties for allowing the fast gases (H2O, H2, He, H2S, CO2, O2) to permeate the membrane relative to the slow gases (Ar, N2, CH4, C2+, SF6).
The ATHENA Membrane module contains over one million fibers that selectively remove oxygen and water vapor from compressed air, which enters one end of the membrane module. The enriched nitrogen product flows continuously from the other end of the module where it can be used in production, blanketing, or captured for storage.
ATHENA membranes combine the best available membrane materials with state-of-the-art fiber bundling and the optimum module fabrication methods to provide the most cost-effective solution for on-site gas separation production….and we have over 20 patents to prove it!
The ATHENA Membrane System is optionally equipped with a standby mode that enables the system to go off line during periods of no demand. The system can be customized to operate on Customer selected pressure points that optimizes compressed air usage.
Additional Information: