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High-Speed Permanent Magnet Centrifugal Machine >
The three-dimensional flow impeller adopts a direct rotor connection structure with zero transmission loss. The blower requires no lubricating oil, delivering long service life, maintenance-free running and eco-friendly performance, making it an ideal green and high-efficiency air supply solution for modern industrial scenarios.
Compression Mode
Flow Regulation
Surge Resistance
Bearing Type
Bearing Service Life
Motor Type
Motor Startup Mode
Noise Level
Vibration Level
Lubrication System
Rotational Speed
Operating Conditions
Environment
Centrifugal
45%–100% adjustable
Surge point exists
Magnetic levitation bearing
20+ years, long service life
High-speed PM synchronous motor
Variable frequency soft start
70–80 dBA
Zero vibration
100% oil & lubricant-free
10,000–50,000 rpm
Best suited to stable conditions
Strict requirements for dust, humidity and cleanliness
Volumetric
Fixed flow, no adjustable range
No surge risk
Anti-friction rolling bearing
1–2 years service cycle
Asynchronous induction motor
Difficult startup with large starting current
Over 100 dBA
Severe vibration
Periodic grease/oil replacement required
≤3,000 rpm
Stable performance under fluctuating working conditions
Strong fault tolerance & stable operation in dusty, high-humidity harsh environments
High-Speed Permanent Magnet Motor
This blower is equipped with a high-efficiency permanent magnet synchronous motor (PMSM) with a peak efficiency of 96%.
The impeller adopts direct shaft connection design to realize 100% power transmission efficiency.
Supported by aerodynamic optimization technology, the unit achieves a maximum rotating speed of over 100,000 rpm.
It features Class H insulation with a maximum temperature resistance of 180°C.
Magnetic Levitation Bearing
This 5-degree-of-freedom magnetic levitation bearing is fitted with 8 built-in sensors.
The sensor signal processing frequency reaches 10,000 Hz for precise rotor position control.
Finite Element (FE) analysis optimizes magnetic circuit design and suppresses eddy current loss.
It delivers high load capacity: 10 kN radial load and 20 kN axial thrust load.
Built-in rotor unbalance compensation ensures stable dynamic support stiffness.
Contact-free operation eliminates mechanical wear and requires zero lubrication.
High-Precision Sensor
High-reliability sensor technology guarantees stable operation of the magnetic levitation bearing system.
It adopts eddy current induction detection principle.
Each sensor unit integrates 3 displacement sensors and 1 rotation sensor, with 4 independent induction channels for backup pulse signal collection.
Low-noise and high-resolution design with integrated shielding to resist external magnetic interference.
PLC Electronic Control System
Equipped with internationally renowned brand PLC for real-time monitoring of all system operating data and operating curves.
Integrated multi-layer safety protection and early warning functions.
High-Speed Permanent Magnet Motor
Optimized PMSM structure for ultra-high-speed rotation, with peak efficiency exceeding 97%; variable frequency inverter enables precise speed regulation.
High-precision machined three-dimensional flow impeller.
5-degree-of-freedom magnetic levitation bearing support.
Optional liquid cooling or air cooling heat dissipation mode.
High-Efficiency Inverter
Adopts world-famous brand inverter with excellent stability and operational reliability.
Built-in optimized algorithm for high-speed rotation control.
Energy-saving high-speed operation realized via frequency modulation (Hz).
Magnetic Bearing Controller
Fully digital control architecture
Excellent vibration damping performance
Comprehensive multi-dimensional real-time monitoring functions
Standard high-efficiency communication service interface
Intelligent Operation Panel
Touchscreen interface supports full real-time equipment operation monitoring.
Supports intelligent remote access and remote control.
Automatic fault alarm function enables quick diagnosis of failure root causes.
The cloud platform records and displays real-time operating status and parameters of connected blower units, supporting fault alerts, data recording and data analysis. Users can log into the platform to realize remote monitoring and energy-saving parameter control, achieving comprehensive real-time equipment management. The IoT cloud platform supports Android, iOS and PC terminals. Open interfaces are available to connect with third-party systems including ERP, offering users more flexible and multi-functional management solutions.
Air energy solutions for cement industry