Automatic control system for nucleonic product hydraulic pressure test using Zigbee wireless communication

Abstract

The invention relates to a nuclear product hydraulic test automatic control system, which uses Zigbee wireless communication. Wherein, it is formed by pressure temperature sensor, Zigbee I / O card, Zigbee route node, Zigbee network consulter, PLC controller, Zigbee MODBUS gateway and detector; the pressure temperature sensor and the terminal node, and one PLC controller are at the site of hydraulic test, via network consulter, route node and Zigbee IO card, to form one Zigbee wireless network, and via Zigbee-Modbus gateway, to transmit relative data to the detector and PLC control system that detecting and recording data, to be compared with the data collected and transmitted via line. The invention can realize full-automatic program control, to improve the test accuracy.

Description

technical field [0001] The invention relates to a hydrostatic test of a product, in particular to an automatic control system for hydrostatic tests of nuclear power products using Zigbee wireless communication. Background technique [0002] Since boiler steam drums, chemical reaction tanks, and nuclear power plant pressure shells and other special containers are surfacing with special steel plates to achieve the designed strength, the welding process and strict maintenance during the dozens of days of welding process The consistency and stability of key welding parameters required by the process is the key to ensuring welding quality. Even so, in order to ensure the absolute reliability and safety of processed products, hydrostatic testing is a comprehensive quality inspection method that must be adopted. The purpose of the hydraulic test: one is to check the tightness of the pressure parts, that is, to check whether there is leakage in the welding joints, bulges, rivets, r...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to overcome that when the existing hydrostatic test is carried out on the product, no matter it is the pressurization process, the pressure maintenance process and the pressure relief process, the manual control is basically adopted, and the parameter measurement of the pressure medium is still based on the visual inspection of the instrument on the spot. The main disadvantage is to provide a ZigBee wireless communication transmission method to replace the wired method of conventional system data collection, and to solve the problem that the manual operation of the hydrostatic test is not standardized and accurate, and the automatic control system of the hydrostatic test of nuclear power products using Zigbee wireless communication.

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