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With the continuous advancement of industrial technology, the demand for precise control of heavy equipment is also increasing. As a widely used and superior jacking solution, the design of the lead screw jacking machine not only requires strong bearing capacity and high stability, but also takes into account the convenience and safety of operation.
The purpose of this scheme is to illustrate the application and advantages of lead screw jacking in the construction of oil storage tanks.
| Parameter | Details |
|---|---|
| Motor model | Servo motor control (ZLH3130-7720) (Encoder built-in; 2000RMP; supporting planetary reducer ZLF120; rated output torque 192N.M) |
| The total length of the elevator | 3220mm (base height: 217mm + nut height: 120mm + effective stroke: 2800mm + safety margin: 83mm) |
| Jacking machine model (ZNA300-UR-S-2800-M-III-M1) | |
| Maximum static load | 250KN (25T) |
| Actual dynamic load | 150KN (15T) |
| Screw | TR90*16 |
| The nut bears the load, rises and falls up and down, and the screw rotates | |
| Lifting speed | 40-60mm/min (Adjustable) (the full distance is about 46-70min) |
| The top safety margin position is fixed with a bearing seat | |
| Matching servo motor flange | |
| Control Systems | |
| Automatic control | Integrate advanced PLC control system to achieve automatic lifting and position control |
| Human-machine interface | The design is friendly to the human-machine interface, which can detect the running status of each motor. |