STATIC CHARACTERISTICS AND RELIABILITY ANALYSIS OF INDUSTRIAL MANOMETERS

Abstract

Industrial manometers are widely used pressure measuring devices in various technological processes where accurate and stable pressure monitoring is essential. Their performance is primarily determined by static characteristics such as accuracy, sensitivity, linearity, hysteresis, and repeatability. This article analyzes these characteristics and discusses how they influence the reliability of manometers in industrial applications. The study also highlights key factors affecting measurement stability and proposes considerations for improving metrological performance in practical environments.