49.5KW Oil-free scroll compressors designed for medical respiratory equipment—low-noise and free of impurities
Dettagli del prodotto
oil free scroll compressor for medical equipment
,low noise oil free scroll compressor
,impurity free medical scroll compressor
The AIRERA 49.5kW oil-free scroll air compressor stands as the flagship oil-free power core designed for intensive care units and large-scale centralized oxygen-respiratory systems. Delivering a massive air generation capacity at 49.5kW, it relies on independently developed oil-free lubrication scroll technology to entirely eliminate all oil and impurities from the source, outputting medical-grade compressed air of ultimate purity. The unit features internal multi-stage low-noise flow channels and aerospace-grade dynamic balance design, maintaining a remarkably quiet performance even during full-load output. With its impeccable sterile purity and rock-solid continuous operation capability, AIRERA safeguards every second of life-sustaining respiration around the clock.
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Easy to move out the elements
Good substitute of small oil free screw compressor with lower cost of maintenance, and more simple structure with energy-saving performance in food&beverage,pharmaceutical,automobile,medical&chemical,prescion and electronic industry.Advanced design for air cooling system better performance than other compressor 15-20%
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Space saving and environmental protection
The products has compact structure, smaller size, with less occupation of the land, lower noise and vibration, it can be installed in any place where you need it, even in the production area can be used.
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A Well-Designed Refrigeration System
Easy to adjust the belt tension,Scientific ventilation design,Clear assembly,Independent ,cooling fan,Separated cooling duct for each airend.,Heat exchanger with enlarged heat exchange area,Optional integrated air tank,Intelligent controller,IP55 high efficiency motor,Drawer type design is easy to do maintenance
| ITEM | UNIT | MODEL RC-D54/08-S1 |
|---|---|---|
| Air capacity | m³/min | 5.4 |
| Working pressure | MPa | 0.8 |
| Motor | Power(kw) | 49.5 |
| In/outlet | 2-1/2 | |
| Noise | dB(A) |
81 |
| Dimension | L×W×H in mm | 1400×1520×1780 |
| Net Weight | kg | 1480 |
Does such a large 49.5kW capacity consume excessive energy, and how does AIRERA optimize power efficiency?
On the contrary, AIRERA significantly optimizes energy efficiency while delivering a large air displacement. This model utilizes high-precision, micron-level scroll meshing technology, resulting in minimal internal leakage and a volumetric efficiency that far exceeds traditional counterparts. Thanks to its highly efficient 49.5kW output, it satisfies the air demands of large-scale medical systems in less time, avoiding the high energy consumption of lower-power units running at full load for prolonged periods. Furthermore, the intelligent control system dynamically adjusts output based on the hospital's actual air consumption, ensuring not a single kilowatt-hour of electricity is wasted.
The description mentions "aerospace-grade dynamic balance." How does this technology help eliminate vibrations and noise?
Under high-power operation, even microscopic physical imbalances can trigger severe vibrations and noise. AIRERA introduces an aerospace-grade dynamic balance calibration process, executing extremely rigorous and precise center-of-gravity counterweighting for the orbiting scroll and main shaft of this 49.5kW model. Consequently, as the machine rotates at high speeds, the centrifugal forces of internal components cancel each other out, achieving a smooth state of near-zero vibration. By eliminating mechanical roaring right at its physical source and combining it with low-noise flow channels, this high-power machine is able to deliver such an astonishingly quiet performance.
For large hospitals requiring centralized systems, can multiple AIRERA 49.5kW compressors be integrated and managed together?
Absolutely. The 49.5kW model comes standard with an advanced, industrial-grade intelligent networking bus specifically engineered for multi-unit linkage. A hospital's centralized air station can network multiple units together, achieving "rotational duty" and "collaborative output" through a centralized control system. During peak demand, multiple units power up simultaneously; during low-demand periods, the system automatically puts specific units to sleep. This intelligent integration not only makes large-scale medical centralized air supply systems more robust but also makes daily maintenance and rotation management exceptionally simple.
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