1. High speed: Due to the use of direct drive mode, the electric spindle can achieve a very high speed, which is suitable for precision machining requiring high-speed operation.
2. High precision: the direct drive motor eliminates the traditional gearbox and other intermediate transmission links, so as to improve the processing accuracy and repeated positioning accuracy.
3. High efficiency: The air cooling design helps the motor to dissipate heat, keep the motor running stably for a long time, and improve the processing efficiency.
4. Compact structure: The direct-drive motor eliminates the complex transmission mechanism, making the overall structure more compact and saving space.
5. Simple maintenance: due to the simplified structure, the maintenance workload of the electric spindle air-cooled direct drive motor is reduced, and the maintenance cost is reduced.
6. Fast response speed: the direct drive motor has a fast response speed, and can quickly reach the required speed, suitable for frequent start and stop processing occasions.
7. Energy saving and environmental protection: air-cooled direct drive motor in the operation process of low noise, small energy consumption, in line with the requirements of modern industry for environmental protection and energy saving.
Model | Frame Size | ||||||||||||||
LR | LV | LW | P | KB1 | LG | LA | LB | LC | LN | LM | AA | AB | LD | LL | |
HSE160 | |||||||||||||||
Shaft End Size | |||||||||||||||
S | TP | RH | KH | KW | |||||||||||
Model Definition | Rated Voltage VAC |
Rated Power KW |
Rated Speed Rpm |
Rated Torque Nm |
Certification |
Remote Communication Protocol |
Insulation Class |
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