Displacement Closed-Loop Synchronous Winch Unit
The displacement closed-loop synchronous winch unit, developed and manufactured by the SuGong team, can precisely display the lifting height of each winch on the control system’s touchscreen. Users can also intuitively grasp the relative height differences between the lifts of each winch.
On the touchscreen, users can select either to simultaneously raise and lower all winches in a coordinated manner, or to independently control the lifting and lowering of any single winch. The touchscreen displays the lifting and lowering speeds of each winch in the form of bar graphs and numerical values.
When all winches are linked and move simultaneously, the control system defaults to using the position height of one winch as the reference height. All other winches then use this reference height as their baseline and follow it in a closed-loop, synchronized manner.
On the touchscreen, users can set an allowable relative height error. When the actual height error exceeds this allowed range, an alarm prompt will be issued. Users can also set an unallowable relative height error on the touchscreen; when the actual height error surpasses this unallowable range, the system will trigger a shutdown protection.
On the control system’s touchscreen, the dynamic load tension of each hoist is displayed in the form of bar graphs and numerical values.
On the control system’s touchscreen, the average theoretical weight of each lifting point of the lifted workpiece is displayed in the form of a horizontal line and numerical values.
Users can set the maximum and minimum allowable load forces on the touchscreen, and the system will issue an alarm notification once the load exceeds this range.
Users can also set the maximum allowable tensile force and the minimum allowable tensile force on the touch screen, and the system will initiate a shutdown protection if the actual tensile force exceeds this range.
| Basic characteristics | Function Description |
| Dynamic height of each hoist's lifting and lowering | Accurately display the lifting height of each winch on the control system’s touchscreen. |
| The height reference for coordinated lifting and lowering. | When the winch units are linked for simultaneous lifting and lowering, the control system defaults to using the position height of one winch as the reference height. All other winches then use this reference height as their baseline and follow in closed-loop synchronization. |
| The relative difference in lifting height among the various winches. | The system compares the lifting and lowering positions of each winch and precisely displays the relative height differences between them on the touch screen. |
| Online Linked Hoist Selection Status | On the touchscreen, users can choose to simultaneously raise and lower all winches in a coordinated manner, or they can select any single winch for independent lifting and lowering. The numbers of the winches participating in the coordinated operation are displayed in green. |
| Dynamic lifting and lowering speeds of each winch | The lifting and lowering speeds of each winch are displayed on the control system’s touchscreen in the form of bar graphs and numerical values. |
| Permissible relative height error | Users can set the allowable relative height error on the touchscreen. |
| Unacceptable relative height error | Users can set an unacceptable relative height error on the touchscreen. |
| Alarm for exceeding the allowable relative height error | The user sets an allowable relative height error on the touchscreen. If the actual height exceeds this allowable relative height error range, the system can issue an alarm notification according to the user’s selection. |
| Shutdown due to exceeding the allowable relative height error. | The user has set an unacceptable relative height error on the touchscreen. If the actual relative height error exceeds this specified range, the system can initiate a shutdown protection function according to the user’s selection. |
| Average weight of the lifted workpiece | On the control system’s touchscreen, the average theoretical weight of each lifting point of the lifted workpiece is displayed in the form of horizontal lines and numerical values. |
| Permissible tensile load range | Users can set the maximum allowable tensile force and the minimum allowable tensile force on the touchscreen. |
| Prohibited range of bearing tensile force | Users can set the maximum allowable tensile load and the minimum allowable tensile load on the touchscreen. |
| Alarm for exceeding the allowable tensile load | The user sets the maximum and minimum allowable tensile loads on the touchscreen. If the actual load exceeds this range, the system can issue an alarm notification according to the user’s selection. |
| Shutdown exceeding the allowable tensile load. | The user sets the maximum allowable tensile load and the minimum allowable tensile load on the touchscreen. If the actual load exceeds this range, the system can initiate a shutdown protection function according to the user’s selection. |
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