High Speed Aerator-High Speed Aerator

Product Feature Product Comparison Core Technology Whole Structure IOT Technology Application Scenarios Product Recommendation

Product Feature

40% Energy Saving

A high-speed permanent magnet motor and 3D flow impeller deliver up to 40% energy savings vs. conventional vortex and Roots blowers.

Easy Assembly & Disassembly

Optimized structure enables disassembly and reassembly within 30 minutes for faster on-site installation, with minimal routine mechanical maintenance.

Stable & Reliable Operation

The centrifugal impeller maintains stable airflow without pressure degradation during continuous operation and supports frequent start-stop cycles.

Mobile APP Remote Control

Built-in PLC enables real-time monitoring, remote debugging and parameter adjustment via mobile app.

Low Vibration, Oil-Free Operation

Ultra-low vibration design limits operating noise below 70 dBA. The fully oil-free structure outputs clean, oil-free aeration airflow for wastewater treatment.

Product Comparison

Product Type

Energy Consumption

Operating Noise

Installation & Layout

Air Flow Regulation

Operation Intelligence

Remote Monitoring

Fault Response

Aeration Air Quality

Service Lifespan

XINLEI High Speed Aerator

40% lower energy use

Noise level below 70 dB(A)

Compact design for fast installation

Stepless speed control

Smart, user-friendly controls

Real-time monitoring & mobile app control

Automatic alerts & fault logging

Filtered, clean aeration air

Anti-corrosion design for longer service life

Roots Blower

Higher energy consumption

Higher operating noise

Bulkier design and more complex installation

Manual airflow adjustment

More complex manual controls

Requires regular on-site checks

Shutdown on faults; no fault logging

More impurities and contamination risk

Higher corrosion risk and maintenance needs

Core Technology

Three-Dimensional Flow Impeller

High-order modal calculation is applied to calculate the full circular arc optimal profile of the impeller, eliminating turbulent flow and overspeed blockage. The impeller is fabricated from aviation-grade aluminum alloy with outstanding anti-corrosion performance and processed by a 5-axis machining center, keeping machining tolerance under 0.005 mm. Direct shaft connection design enables 100% power transmission efficiency.

High-Speed Permanent Magnet Motor

This unit adopts high-efficiency permanent magnet synchronous motor (PMSM) with a peak efficiency of ≥96%. Supported by aerodynamic optimization technology, the motor runs at a maximum speed of over 20,000 rpm and features Class H insulation, with a temperature resistance up to 180°C.

Whole Structure

PLC Electronic Control System

Supports real-time monitoring of system operating data and running curves, equipped with multiple protection and early warning functions.

Adopts IoT database management and builds a professional background service platform to realize modular energy efficiency management of connected aerator units.

Permanent Magnet High-Speed Motor

Features optimized structural design of permanent magnet synchronous motor for stable high-speed operation.

Enables precise stepless speed regulation through inverter control.

High-Efficiency Inverter

Delivers excellent operational stability and long-term reliability.

Achieves energy-efficient high-speed operation through frequency adjustment.

Built-in DC reactor suppresses power harmonics, supporting precise operation and smooth soft start.

Adjusts aeration airflow flexibly with an adjustable range from 45% to 110%.

Intelligent Control Panel

The PLC control system stabilizes operating aeration pressure, airflow and rotational speed for simple and convenient operation.

Supports remote equipment monitoring and control of connected aeration equipment via mobile APP.

Integrated surge protection enhances equipment safety and offers multiple configurable operation modes.

Equipped with automatic fault alarm function to facilitate quick fault cause analysis and troubleshooting.

IOT Technology

The cloud platform records and displays the operating status and real-time parameters of connected air compressors, while supporting fault alerts, data logging and data analysis. Users can log in to the platform for remote monitoring and energy-saving parameter management, enabling comprehensive real-time equipment control. Currently, the IoT cloud platform is compatible with Android, iOS and PC clients. It also provides open interfaces for linkage with third-party systems such as ERP, delivering more flexible and diversified management solutions for users.

Professional gas data statistical analysis to support enterprise business decision-makingStable air pressure output and scientific full-system energy savingOn-demand gas supply to effectively avoid energy wasteAutomatic daily equipment operation records for easier maintenance and daily managementReal-time energy consumption monitoring and data collectionVisualized equipment operating status to view real-time working conditions at a glanceRemote equipment management and intelligent joint control