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The Atlas Copco adsorption air dryer uses two towers to alternate between adsorption and regeneration, enabling continuous supply of dry air. It is suitable for applications where a lower dew point is required.

2901990561 KIT PDP SENSOR-100C + 20C To ensure the measurement accuracy and performance of the sensor, it is recommended to calibrate and maintain the sensor regularly. The specific maintenance cycle and methods can be referred to in the product manual or the technical documents of Atlas Copco.

2901990118 CUBICLE VENTILATION KIT The ventilation device includes types such as axial flow fans and centrifugal fans. Among them, the axial flow fan adopts an axial flow design, featuring a small size, compact structure, and flexible installation, and is capable of providing continuous and stable airflow.

2901300407 FILTER KIT UD 140+ It combines the DD + and PD + two filtration steps into one, adopting a two-in-one filtration concept, reducing installation space and complexity, and is particularly suitable for use scenarios with limited space. 2901300407 FILTER KIT UD 140 + Excellent filtration effect: It can effectively reduce oil mist, wet dust and water droplets in the compressed air flow, ensuring the purity of the output air. It can achieve the same air purity as when two traditional filters are used in series.

2901300009 The filter is used to separate oil from the compressed air, ensuring the purity of the output compressed air. Its filter material is usually made of ultra-fine glass fibers from companies such as HV in the US, Lydall, and Johns Manville. The filtration accuracy can reach 0.1μm, and the oil content in the compressed air can be below 3ppm, with a filtration efficiency of 99.99%.

2901196000 The Atlas Copco check valve is usually located at the inlet and outlet of the air compressor, as well as at key points such as the oil-gas separation system. At the inlet, it can prevent the air in the intake pipe from flowing back into the atmosphere; at the outlet, it can prevent the compressed air from flowing back into the compressor, ensuring the stability of the output pressure.