Instrumentation

Combustible gas detectors are critical safety devices used to detect the presence of flammable gases and mitigate potential hazards. However, whether they need to be equipped with a rain shield depends on the installation environment, device specifications, and operational requirements. Below is a detailed exploration of the factors to consider. 1. Installation Environment Indoor Installations: […]

Types of Errors Reference Error: Definition: Reference error is the ratio of absolute error to the measurement range, expressed as a percentage. Formula: Reference Error (%) = (Absolute Error / Measurement Range) × 100 Absolute Error: Definition: The difference between the measured result and the true value. Formula: Absolute Error = Measured Value – True

Introduction In the precise world of measurement, not every instrument requires a rigorous calibration process. Certain equipment can reliably operate without calibration under specific conditions. This article outlines the standards and criteria under which instruments, such as ultrasonic level meters, can forego calibration while maintaining reliable and accurate performance. 1. Purpose of Instrument Usage Calibration

Introduction Dust explosions pose significant safety risks in industrial settings, especially in facilities handling combustible dust. This document outlines critical safety inspection points for dust-related processes and equipment, as well as the criteria for identifying major safety hazards. By adhering to these standards, enterprises can enhance their safety protocols and reduce the likelihood of catastrophic

Introduction Traditionally, steam trade settlements relied on mass measurement due to limited technological capabilities. Both domestically and internationally, this approach was widely accepted despite long-standing questions about its fairness. The preference for mass measurement stemmed from its simplicity compared to the more complex heat measurement methods, especially when analog instruments dominated the landscape. With advancements

Artificial Intelligence (AI) is transforming many industries, and its impact on flow meters, instrumentation, and measurement automation is significant. By integrating AI with these technologies, the industry is moving towards smarter, more efficient, and highly adaptive systems. Below, we delve into how AI is shaping this field and explore potential future developments in greater detail.

Introduction Instrumentation failures can significantly impact industrial processes, so prompt and accurate diagnosis is essential. The first step in troubleshooting is to thoroughly understand the working environment, process conditions, and structural characteristics of the instrument. Before starting repairs, collaborate with technical staff to analyze the root causes of the issue. Additionally, determine whether the instrument

I. Instrumentation Engineer 1. Design and Planning Participate in developing instrumentation system design plans based on project requirements. Factor in process needs, safety standards, and cost control. Select appropriate instruments by evaluating reliability, precision, and compatibility with the intended application. For instance, in a petrochemical plant, selecting flame-proof instruments for hazardous areas ensures safety compliance.

The selection of gaskets for instruments depends on specific application scenarios, including factors such as temperature, pressure, and the type of medium. Choosing the right gasket is crucial for ensuring the sealing performance and reliability of the instrument. Based on material, common gaskets for instruments are classified into three main categories: 1. Non-Metallic Soft Gaskets

The idea that electrical and instrumentation (E&I), equipment, and safety are “three independent silos” is a perspective that may seem plausible but does not reflect reality in well-managed organizations. However, in situations where communication and management are lacking, such silos may indeed arise, leading to inefficiencies or even operational risks. Understanding the Roles of E&I,