| Quantity: | |
|---|---|
Maximum outlet pressure (350 bar): Directly charges bottles and meets tough industrial specs – no secondary booster needed.
Adjustable stage count (1–4): Tailored to different intake/discharge ratios, ensuring efficient energy use across all pressures.
Slow rotation speed (300–700 rpm): Less friction, longer part life, and quieter running.
Choice of cooling methods (air or water): Fits various field environments, surrounding temperatures, and available services.
Modest energy demand (≤55 kW): Holds down running costs while still giving strong performance.
Unstable feed pressure: Even when supply varies, our unit maintains a steady output.
High power costs: Staged compression plus slow rotation cuts energy usage per cubic metre delivered.
Frequent breakdowns: Heavy‑duty construction and extended service intervals prevent unexpected interruptions.
Limited floor area: Small size and adaptable cooling suit cramped workspaces.
Inflexible expansion: Our broad capacity range lets you increase throughput without swapping out the whole system.
Cylinder charging depots: Compressed N₂ for industrial, medical, and dive tank refills.
Enhanced oil recovery (EOR): Nitrogen infusion for stimulating wells and flushing pipelines.
Chemical processing facilities: Inert coverage, surface blanketing, and reactor pressure maintenance.
Food production lines: Modified-atmosphere packaging and gas flushing for perishables.
Semiconductor & electronics plants: Ultra-pure nitrogen for reflow soldering and component storage.
Metal fabrication shops: Laser/plasma cutting and thermal treatment operations.
Pharmaceutical manufacturing: Protecting reactive ingredients and charging medical gas cylinders.
Tire service centers & racing garages: Nitrogen inflation for commercial fleets and competition vehicles.
Q1: What suction pressure can this unit handle?
A: It accepts feed gas up to 25 bar. If your supply is lower, we can modify the stage count or install a supplementary booster ahead of it.
Q2: Which cooling method should I opt for – air or water?
A: Air cooling is straightforward and economical when the surrounding temperature stays under 40°C. Water cooling is a better fit for hotter climates, around‑the‑clock operation, or areas with restricted airflow.
Q3: How does rotational speed influence performance?
A: Slower rotation (down to 300 rpm) reduces friction and noise, while faster rotation (up to 700 rpm) raises throughput. We fine‑tune the actual speed to match your flow and pressure targets.
Q4: How many compression stages are needed for my application?
A: That depends on the gap between inlet and outlet pressures. As a rule, one stage suffices for up to 10 bar of difference; higher ratios call for 2–4 stages. Our engineers will propose the most economical configuration for you.
