NAILI PA Series Energy Saving Type Rotary Vane Compressor

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1 (Min. Order)
  • Supplying Ability200,000 Sets Per Year
  • Supplying TypeOem service
  • Model Number-
  • Preferred Payment Method:T/T

NAILI CO.,LTD

China

Port: all ports in China

Quick Details

  • Processing Time:within 20 days
  • Port:all ports in China
  • Supply Ability: 200,000 Sets Per Year
  • Brand Name:-
NAILI PA series Energy saving type rotary vane compressor NAILI Vane Type Compressor Features: PA series designed based on NAILI A series rotary vane compressors and which is more applicable for the outdoor in tropical countries!   Compressed Air Solution: PA/PB series rotating blade compressor, driven by high performance permanent magnet synchronous motor, all motors have passed IE4 certification!   Combination design aims to enable higher air volume and maximum efficiency!   INVT provides a reliable and stable inverter with variable speed, making it easier to adjust the air volume to meet your needs! All compressors widely used in Metal smelting, Textile, Pharmaceutical, Petroleum, Chemical, Cement, Food Package, Printing and packaging, and other industries.   Permanent magnet electric motor qualified by ISO, EC, even passed UL and DOE; INVT is committed to providing more reliable Inverter for all compressed air industries! FAQ about Vane Type Compressor NAILI What is a vane compressor? The rotary vane compressor is mainly composed of a cylindrical shell, two openings (one outlet, one suction port) and a rotor eccentrically positioned relative to the shell. What types of compressors are there? According to different working methods, it is mainly divided into four categories: Rotary screw compressor. Reciprocating air compressor. Axial compressor. Centrifugal compressor. Our company mainly provides industrial rotary vane compressors and vehicle rotary vane compressors.   How does a vane compressor work?   In the first step, when the compressor rotates, the blades are pressed against the stator wall by centrifugal force. When the distance between the rotor and the stator increases, air is drawn in. In the second step, the air is collected in different compressor chambers, which decrease as they rotate. In the third step, when the blade passes through the outlet, the air is compressed and discharged.