Construction Machinery Spare Parts
Construction Machinery Spare Parts
Permanent magnet synchronous variable frequency speed control integrated machine
The permanent magnet synchronous variable frequency speed control integrated machine includes a low-speed permanent magnet drive motor and a dedicated vector type frequency converter. The new generation of drive system completely changes the layout of the drive system, which is not affected by the output of the frequency converter. The equipment layout can be more flexible, eliminating intermediate connection links and further improving the transmission efficiency of the load.
The permanent magnet synchronous variable frequency speed control integrated machine includes a low-speed permanent magnet drive motor and a dedicated vector type frequency converter. The new generation of drive system completely changes the layout of the drive system, which is not affected by the output of the frequency converter. The equipment layout can be more flexible, eliminating intermediate connection links and further improving the transmission efficiency of the load.
- Small footprint and simple construction: Compared to traditional systems, it eliminates the need for reducers, hydraulic couplings, frequency converter chambers, output side reactance filters, and output cables, with a simple layout and shortened construction time.
- System integration solves the output distance limitation: by centralizing the motor and frequency converter together, the impact of long-distance power supply voltage spikes from the frequency converter on the insulation life of the motor is completely eliminated.
- Reduce cable usage requirements and line interference: The all-in-one power supply does not require shielding cables, and there is no need to consider radiation interference along the cable path, resulting in lower cable and laying costs.
- Simplify driver configuration and system design work: Driver configuration is greatly simplified, greatly reducing construction time and workload. The device driver only considers one integrated machine.
- Advanced control algorithm: adopting the third-generation permanent magnet synchronous vector control technology, fully utilizing the torque characteristics of permanent magnet direct drive motors, and further improving the starting and overload capabilities.
- Optimize structural design: Adopt advanced circuit topology for design to maximize power density
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