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Air Conditioner/Chiller Compressor
A high-precision sealing structure is used between the moving and stationary scroll plates of the scroll compressor, which can effectively reduce gas leakage, improve compression efficiency, and ensure the stable performance of the compressor. At the same time, good sealing performance also helps reduce the risk of refrigerant leakage and minimize environmental pollution.
The compression components of the scroll compressor consist of a moving scroll plate and a fixed scroll. Compared to other types of compressors, it lacks complex reciprocating mechanisms, making its overall structure simpler, more compact, and relatively lighter in weight. This makes installation and use more convenient and flexible, allowing it to adapt to different spatial layouts and equipment requirements.
Due to its unique structural design, it has small torque variation and high balance. During operation, vibration is minimal, and it runs smoothly and steadily. This not only reduces operational noise but also decreases wear and damage to other equipment components caused by vibration, thereby improving the reliability and stability of the entire system, extending the equipment's service life, and facilitating automated control.
Within its applicable refrigeration capacity range, the scroll compressor has high efficiency, achieving good compression effects with low energy consumption, thus achieving energy savings. This characteristic allows it to save users a significant amount of energy costs during long-term operation, meeting modern society's requirements for energy conservation and environmental protection.
The moving and fixed scroll plates of the scroll compressor use a high-precision sealing structure that effectively reduces gas leakage, improves compression efficiency, and ensures stable compressor performance. At the same time, good sealing performance also helps reduce the risk of refrigerant leakage, minimizing environmental pollution.
Label:
01. High pressure differential unloading valve
High differential pressure relief protection
02. TDS three-cavity three-ring dynamic sealing technology
Floating three-ring sealing ring design isolates high, medium and low pressure chambers, maintaining excellent performance for a long time
03. Spray valve (XFL series)
Effectively reduce the exhaust temperature and expand the operating range
04. Jet enthalpy technology (XFV series)
Direct injection of low temperature and low pressure gas into the vortex medium pressure chamber to improve undercooling and compression ratio, widen operating range, and improve capacity and energy efficiency
05. DCT radial and axial two-way flexible technology
Vortex diameter-axis flexibility, resistance to liquid shock and harmful impurities, enhanced reliability, adaptive vortex, dynamic sealing, improved energy efficiency
06. Hydroscope
The lower part of the shell is welded and assembled, and the lubricating oil level is seen through, and the maintenance is simpler.
07. Low pressure chamber design
Suction automatic cooling motor for greater durability
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