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Superheated Steam Temperature: 1°C Too High Is Dangerous, 1°C Too Low Wastes Money

Temperature transmitter /

Introduction In thermal power generation, maintaining appropriate steam parameters is critical not only for system safety but also for operational efficiency. Among these parameters, superheated steam temperature stands out as a key indicator that must strike a balance between economic performance and system integrity. While drum pressure is important for safety, superheated steam temperature directly […]

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Comparative Analysis of Internal vs External Calibration in Industrial Metrology

Instrumentation /

Abstract:Metrological calibration plays a critical role in ensuring product quality and process compliance. In modern manufacturing and instrumentation environments, two common approaches are adopted: internal calibration (in-house) and external calibration (third-party). This article presents a comprehensive comparison between the two methods, helping manufacturers optimize their calibration strategies. 1. Internal Calibration and Inspection (In-House) Definition:Internal calibration

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Can DI and DO Signals Share a Single Multi-core Cable in SIS Systems?

PLC /

Short Answer: No – It is not recommended to run DI (Digital Input) and DO (Digital Output) signals through the same multi-core cable in a Safety Instrumented System (SIS). ✅ Key Reasons: Signal Interference Risk DO signals often drive inductive loads such as relays or contactors, which can generate electromagnetic interference (EMI) or back-emf. DI

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How to Effectively Stabilize Pressure in a Secondary Pressure Reduction System

Pressure /

Pressure control is crucial for the safety, efficiency, and longevity of various industrial and mechanical systems. Secondary pressure reduction, commonly referred to as secondary pressure regulation, involves further reducing and controlling pressure within a system after an initial reduction phase. Maintaining stable pressure at this stage is vital to prevent fluctuations that could lead to

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Smart Flood Monitoring: The Role of Pressure Sensors in Urban Water Level Management

Level meter /

As the flood season approaches, effective water level monitoring becomes a critical concern for cities. To enable intelligent flood prevention and precise monitoring, the use of pressure sensors is essential. 🌧️ Early Rainfall Warning In urban areas prone to flooding, pressure sensors are installed in stormwater pipelines to monitor water levels. Once the water level

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Installation Guidelines for Instrument Measurement and Pneumatic Signal Lines

Instrumentation /

Proper installation of measurement and pneumatic signal lines is essential for ensuring instrumentation accuracy, system safety, and long-term reliability. This document outlines key considerations and best practices during layout and installation. 1. Environmental and Routing Considerations Avoidance of Hazards: Measurement and pneumatic signal lines should be routed away from high-temperature areas, corrosive environments, process venting

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Soft Seal vs. Hard Seal Valves: Which Is Better?

Valve /

Valves are essential components in pipeline systems across many process industries. Among the most critical aspects of valve performance is the sealing mechanism, as poor sealing can lead to serious safety hazards. Incidents caused by valve leakage, particularly in confined spaces, have led to suffocation, poisoning, fires, and explosions. Note: No matter how reliable a

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Installation and Maintenance Guidelines for Vortex Flow Meters

Flow meter /

Vortex flow meters, based on the Kármán vortex street principle, are widely used for measuring the flow of industrial fluids—gas, liquid, and steam. Proper installation and routine maintenance are crucial to ensuring their measurement accuracy and prolonging operational lifespan. This document outlines detailed guidelines for installation, daily inspection, and maintenance. 1. Installation Guidelines 1.1 Pre-Installation

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Comprehensive Summary of Differential Pressure Flow Meters

Flow meter /

1. Basic Principle Differential pressure (DP) flow meters operate based on the throttling principle derived from Bernoulli’s equation. As fluid flows through a restriction (e.g., orifice plate, nozzle, or Venturi tube), its velocity increases and static pressure decreases, creating a pressure differential (ΔP) that correlates to flow rate. Working Formula: Where: Q = volumetric flow

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Specific Applications of Radar Level Gauges in the Shipbuilding Industry: An Expanded Overview

Level meter /

Radar level gauges, as an advanced measurement instrument, have found extensive use across various industries. Particularly in the shipbuilding industry, they have become an indispensable tool due to their unique advantages. This article will provide a detailed analysis of the specific applications of radar level gauges in shipbuilding. Shipbuilding: A Precision-Driven Industry The shipbuilding industry

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