AP series All-In-One-AP series All-In-One-Xin Lei

Features Core Technology Machine structure IOT Technology Product Recommendation

Features

Integrated Design

No need for additional piping — truly plug and play.
Reduces air leakage and pressure drop, helping users save on operating costs.
02Direct-Driven Technology

Direct-Driven Technology

No intermediate components such as central support brackets, couplings, pulleys, gears, or other connecting parts — resulting in zero transmission loss and 100% transmission efficiency.
(Patent No. 2014103573965)

Efficient Drying System Design

Engineered to reduce pressure loss during dry air output, ensuring a cost-effective and stable supply of dry compressed air.

Air-Cooled High-Efficiency Permanent Magnet Motor

The rotor operates without slip or electric excitation, and generates minimal heat due to the absence of fundamental iron and copper losses — significantly reducing overall energy loss.
Its efficiency is 5%–8% higher than that of conventional asynchronous motors of the same capacity.

Core Technology

High-Efficiency Air-Cooled Permanent Magnet Motor

Excellent cooling performance with a unique heat dissipation design. Compact size, easy maintenance, and high permanent magnet efficiency.

Integrated Coaxial Design

The compressor and motor share a common shaft, eliminating the need for intermediate components such as central support brackets, couplings, pulleys, or gears.

This design reduces transmission loss to zero, achieving 100% transmission efficiency.

(Patent No. 2014103573965)

Energy-Efficient Rotor Profile

This profile is recognized as one of the most energy-efficient screw rotor designs in the industry, featuring high volumetric efficiency, optimized contact points for power transmission, and a minimized leakage triangle on the discharge side.

High-Efficiency Screw Airend

The airend adopts a new-generation 5:6 asymmetrical rotor profile (Patent No. 2020233289687), upgraded from line sealing to band sealing technology to enhance air output efficiency.

Featuring a larger rotor diameter and lower rotational speed, it ensures lower noise levels and longer service life.

Machine structure

High-Efficiency Filtration System

High-efficiency oil-gas separator ensures oil content in discharge air is below 3 ppm.

High-precision oil filter guarantees optimal oil supply to the airend, providing better protection and extending its service life.

High-efficiency vertical air filter keeps the internal system clean, protecting the airend rotors and bearings from wear, and prolonging the life of the lubricating oil.

High-Efficiency Air-Cooled Permanent Magnet Motor

Excellent cooling performance with a unique heat dissipation design. Compact and lightweight structure, easy to maintain, and highly efficient thanks to the permanent magnet system. Its efficiency is 5%–8% higher than asynchronous motors of the same capacity.

The motor and airend share a common shaft design, eliminating the need for intermediate transmission components such as central support brackets, couplings, pulleys, and gears. This results in zero transmission loss and 100% transmission efficiency.

(Patent No. 2014103573965)

High-Efficiency Inverter

Uses well-known brand inverter for high stability and reliability.

Equipped with optimized algorithms for high-speed rotation.

Adjusts frequency (Hz) to enable energy-saving high-speed operation.

Intelligent Operation Panel

Smart Equipment: Utilizing IoT technology, the system enables real-time monitoring of equipment data and proactive fault alerts, helping manufacturers upgrade from “silent” production equipment to intelligent systems.

Smart Service: Based on IIoT, it supports remote inspection, diagnostics, and repair/upgrade, creating a complete closed-loop smart service system.

High-Performance Cooling System

High cooling efficiency ensures 24-hour continuous operation even in high-temperature and high-humidity environments.

IOT Technology

The cloud platform can record and provide the operating status and operating parameters of the wind turbines bound to the platform, as well as perform fault alarm and data recording analysis. Users can log in to the platform to realize remote monitoring and energy-saving settings management, enabling users to realize real-time equipment management. At present, the IoT cloud platform provides ANDRIOD, IOS, and PC clients, and open interfaces to link with third-party software such as ERP, providing users with more possibilities.

Statistical analysis of gas data to help enterprises make business decisionsStable air pressure, scientific energy saving of the wholeUse gas on demand to avoid wasting energyEquipment operation daily records, maintenance and daily management are more convenientReal-time monitoring of energy consumption, real-time data collectionVisualize equipment running status and view real-time working statusEquipment remote management, intelligent joint control