Parameter configuration method, device and computer equipment based on industrial control screen

Abstract

The present application relates to a parameter configuration method, device and computer equipment based on an industrial control panel. The method includes: obtaining a data configuration list to be configured, and displaying each parameter to be configured in the data configuration list on the display interface of the industrial control screen; detecting a configuration command triggered by the parameter to be configured; triggering a working condition simulation according to the configuration command Running operation; when it is determined that the operating result of the working condition simulation operation meets the preset configuration requirements, the parameters to be configured corresponding to the configuration command are sent to each connected unit to be tested, so that each unit to be tested can be configured according to the parameters to be configured. parameter configuration. This method realizes one-key parameter configuration of the unit to be tested, without the need for staff to manually configure on-site, reduces the mismatch and omission caused by manual operation errors, and reduces the consumption of human and material resources due to repeated configuration or modification. , to improve the efficiency of parameter configuration for large units to be tested.

Description

technical field [0001] The present application relates to the technical field of electric appliance control, in particular to a parameter configuration method, device and computer equipment based on an industrial control panel. Background technique [0002] With the development of electrical control technology and the wide application of large-scale units in industrial control, the parameter configuration requirements for large-scale units, such as industrial control equipment, Internet of Things equipment, and terminal equipment, are increasingly stringent. [0003] Traditionally, technicians are often used to configure on-site in the computer room. However, due to the large number of parameter types and quantities involved in large-scale units, the manual configuration process is prone to missing or misconfigured situations, resulting in parameter configuration errors and failures. Realizing the control or application of the unit requires repeated modification and debuggin...

AI Technical Summary

Problems solved by technology

[0003] Traditionally, technicians are often used to configure on-site in the computer room. However, due to the large number of parameter types and quantities involved in large-scale units, the manual configuration process is prone to missing or misconfigured situations, resulting in parameter configuration errors and failures. Realizing the control or application of the unit requires repeated modification and debugging, which wastes manpower and material resources, and the parameter configuration efficiency of large-scale units is still relatively low

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