Introduction to New Energy Oil-Free
Electric Air Compressors
Oil-Free Technology Air Compressor Operating Principle
The electric motor serves as the power source, driving the crankshaft directly. As the piston moves from top dead center (TDC) to bottom dead center (BDC), the cylinder volume increases, creating negative pressure that draws gas into the cylinder. When the piston moves from BDC to TDC, the cylinder volume decreases, compressing the gas and raising its pressure until it forces open the low-pressure discharge valve-completing the first stage of compression.
The gas compressed in the low-pressure stage enters an intercooler, which is cooled by an external fan.
As the high-pressure piston moves from TDC to BDC, the cylinder volume increases, creating negative pressure that draws the cooled, low-pressure gas into the cylinder. When the high-pressure piston moves from BDC to TDC, the cylinder volume decreases, further compressing the gas and raising its pressure until it forces open the high-pressure discharge valve-completing the second stage of compression.
Energy Saving Scroll Oil Free Air Compressor Advantages
Utilizes self-lubricating materials for completely oil-free compression, ensuring no contamination.
Features a vibration-dampening design for smooth, low-vibration operation.
Employs two-stage compression, offering high efficiency, low energy consumption, and high reliability.
Incorporates noise-reduction measures for quiet operation.
Features a fully oil-free design, simplifying maintenance and reducing upkeep costs.
Boasts a compact structure, facilitating easy installation and integration within vehicle chassis layouts.
Incorporates key components imported from abroad to ensure superior product quality.
Demonstrates strong environmental adaptability, having passed rigorous testing for high-frequency vibration, mechanical shock, and performance in extreme cold and high-temperature conditions.
Capable of comprehensive vehicle system integration analysis; the manufacturer produces complete braking system assemblies, including all downstream components associated with the compressor.
