English
The PUSH Electrical PS-2009 Air Generator is a professional-grade gas chromatography test kit designed to provide a high-purity, stable air supply for precision analytical instruments. Engineered specifically for the demanding requirements of gas chromatography, this system ensures that carrier gases are free from contaminants, thereby enhancing the accuracy and reliability of your laboratory results.
Featuring an integrated air compressor and advanced activated charcoal filtration, the PS-2009 optimizes workflow efficiency by eliminating the need for bulky external gas cylinders. Its compact design and precision pressure control make it an indispensable tool for environmental monitoring and petroleum product analysis where consistent gas flow is critical for peak separation.
Detailed Parameters
| Output Flow | 0-2000ml/min (at 0.4Mpa) | Output Pressure | 0-0.4Mpa |
|---|---|---|---|
| Pressure Stability | ＜0.003Mpa | Working Noise | ＜35db(A) |
| Operating Temp | 0-45℃ | Relative Humidity | ＜85% |
| Power Supply | 220V±10%V, 50Hz | Consumed Power | 150W |
| Outer Dimensions | 420mm×260mm×350mm | Net Weight | 20Kg |
Key Advantages
High Purity Filtration
Dual activated charcoal filters effectively remove impurities and oil vapors to protect your GC columns.
Ultra-Stable Flow
Pressure stability of less than 0.003Mpa ensures consistent baseline stability and reproducible results.
Silent Operation
Working noise below 35db(A) allows for a quiet laboratory environment without distracting interference.
Precision Control
Equipped with a professional pressure controller and stabilizing valve for exact flow management.
Compact Footprint
Optimized dimensions (420x260x350mm) save valuable bench space in crowded testing labs.
Energy Efficient
Low power consumption of 150W reduces operational costs while maintaining peak performance.
Product Gallery
Management Platforms
Gas Supply Management
Integrated storage tanks and valves for seamless gas distribution to multiple GC units.
Pressure Regulation
Precision stabilizing valves prevent pressure spikes and ensure linear flow rates.
Filtration Monitoring
Dual charcoal filter system provides an easy-to-maintain barrier against contaminants.
Noise Control
Advanced acoustic dampening technology ensures minimal vibration and noise pollution.
System Integration
Compatible with various Gas Chromatography models for universal laboratory application.
Maintenance Interface
Simplified water release pipes and valve access for rapid routine servicing.
Investment Return Comparison
| Feature | Traditional Gas Cylinders | PS-2009 Air Generator |
|---|---|---|
| Operational Cost | High (Recurring refills) | Low (Electricity only) |
| Safety Risk | High (High-pressure tanks) | Low (Integrated low-pressure) |
| Space Usage | High (Storage room needed) | Low (Bench-top design) |
| Supply Stability | Variable (Tank pressure drops) | Constant (Regulated flow) |
| Lead Time | Dependant on supplier | Instantaneous On-demand |
Frequently Asked Questions
The system utilizes a dual-stage filtration process with high-grade activated charcoal filters that effectively strip out organic volatile compounds and oil aerosols, ensuring the air meets analytical purity standards.
Air generators eliminate the logistics of transporting and storing heavy cylinders, reduce the risk of leaks, and provide a continuous, unwavering supply of gas which is critical for long-term environmental sampling.
Yes, as long as the GC instrument requires an air supply within the 0-0.4Mpa pressure range and 0-2000ml/min flow rate, the PS-2009 is compatible across various professional brands.
Filter replacement intervals depend on the air quality of your working environment, but we generally recommend inspection every 6-12 months to maintain optimal purity levels.
Absolutely. With a working noise level under 35db(A), it operates at a volume similar to a quiet library, making it ideal for concentrated lab environments.
The system is equipped with a water release pipe; regularly draining the accumulated moisture from the tank is the primary maintenance task to ensure long-term performance.
Ready to upgrade your laboratory gas supply system?
Contact Us
-
Precision Guide to the Electrode Used in Potentiometric TitrationPrecision Measurement: The Role of the Electrode Used in Potentiometric Titration In the realm of analytical chemistry and industrial quality control, achieving absolute precision is non-negotiable. The electrode used in potentiometric titration serves as the heart of this process, converting chemical activity into a measurable electrical potential. Whether you are analyzing petroleum products, environmental water samples, or pharmaceutical compounds, the selection of the right sensor determines the accuracy of your endpoint detection. By eliminating the subjectivity of visual color indicators, potentiometric methods provide a scientific, repeatable approach to quantitative analysis. In this guide, we will explore the technical intricaciesDetail -
High Precision Analysis Using the Potentiometer TitratorPrecision Analysis with the Potentiometer Titrator: An Industry Overview In the realm of high-precision chemical analysis, the potentiometer titrator serves as a critical instrument for determining the concentration of identified analytes in a solution. By measuring the potential difference between two electrodes, these devices provide unmatched accuracy in volumetric analysis, particularly in the oil and petroleum industries. Whether you are monitoring fuel quality or analyzing industrial lubricants, the ability to detect the exact equivalence point is paramount. This guide explores the technical superiority, applications, and operational benefits of integrating advanced titration systems into your laboratory workflow to ensure rigorous quality controlDetail -
Optimize Petroleum Analysis with Pour Point Test EquipmentOptimizing Petroleum Analysis with Pour Point Test Equipment In the petrochemical and lubricant industries, understanding the low-temperature flow properties of oil is critical for operational safety and efficiency. High-quality pour point test equipment provides the precise measurements needed to determine the lowest temperature at which a liquid remains pourable. Whether dealing with lubricating oils, fuels, or hydraulic fluids, ensuring that these substances do not solidify in cold climates is essential to prevent engine failure and system blockages. This guide explores the technical nuances, industrial applications, and the importance of choosing professional-grade instrumentation for petroleum analysis.Detail
