Description
概观
Essential details:9905-463 controls load sharing
9905-463 Load Sharing Control usually refers to when multiple actuators or drivers (such as servo motors, stepper motors, etc.) jointly drive a load or working mechanism, through the control strategy to make these actuators can reasonably share the load, so as to achieve smooth and efficient operation.
The purpose of load sharing control is to:
Improve the reliability and stability of the system: By sharing the load with multiple actuators, even if one actuator fails, other actuators can continue to work, thus ensuring the continuous operation of the system.
Improve work efficiency: Through reasonable load sharing, a single actuator overload can be avoided, so as to give full play to the performance of each actuator and improve the overall work efficiency.
Extend the service life of the actuator: Load sharing can balance the workload of each actuator and avoid long-term high load operation, thus extending the service life of the actuator.
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9905-463Â controls load sharing
The methods for implementing load sharing control can vary from application to application, but typically include the following:
Master-slave control: One of the actuators acts as the master, responsible for the main load drive, and the other actuators act as the slave, providing secondary support only when necessary.
Load sharing control: Multiple actuators work at the same time, and each actuator shares the same or similar load through a control strategy.
Dynamic load allocation: Dynamically adjust the workload of each actuator according to the real-time load situation to achieve the optimal load sharing effect.
In industrial automation and mechanical equipment, load sharing control is widely used in situations where multiple actuators are required to drive a load together, such as large machine tools, printing machinery, material handling systems, etc. Reasonable load sharing control strategy can improve the reliability, stability and efficiency of the system, and extend the service life of the actuator.
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