Diseño de un entorno gráfico para la implementación de un sistema de medición-calibración de instrumentos de vacío del laboratorio de presión (Instituto Nacional de Metrología)

Abstract

As part of the development and implementation project for a measurement and calibration system for vacuum instruments at the Pressure Laboratory of the National Institute of Metrology (INM), a graphical user interface (GUI) was developed in Python for communication with the Agilent XGS 600 controller. This tool enables real-time visualization of equipment readings with full resolution, facilitating the monitoring of measurement trends, detection of variations, and evaluation of stability times. The development of this interface represents a significant advancement in strengthening the project by providing an efficient and adaptable solution for the measurement system. This project developed a graphical interface in Python for the Agilent XGS-600 controller, aiming to optimize the measurement and calibration processes of vacuum instruments at the Pressure Laboratory of the National Institute of Metrology (INM). The solution addressed two critical limitations of the existing system through automation and access to high-resolution data.