Displacement sensors, also known as linear sensors, are devices used to measure the position changes of objects or structures. They convert the displacement of an object relative to a reference point into electrical signals, enabling monitoring and control of position changes. Displacement sensors are widely used in industrial automation, structural monitoring, healthcare, automotive engineering, and more. I. Working Principle of…
Month: September 2024
Turbidity Analyzer: Working Principle, Usage, Common Faults, and Repair Guide – Online Low-Range Turbidity Analyzer
I. Introduction The turbidity analyzer is a precision instrument specifically designed to measure the turbidity of liquids. It finds wide applications in drinking water testing, industrial production, wastewater treatment, beverage production, and laboratory research. By measuring the degree of light scattering caused by insoluble particles in the liquid, it assesses the clarity of the liquid, providing crucial data support for…
Programmable DC Power Supply: Principles, Usage, Brand,Troubleshooting, and Models Serviced
I. Principles of Programmable DC Power Supply Programmable DC power supplies are advanced power equipment integrating control circuits, power conversion circuits, and switching regulator circuits. They feature high precision, strong stability, and high programmability. By utilizing digital control methods, these power supplies precisely regulate output voltage and current, making them widely applicable in scientific research, industrial production, and communication fields.…
Gauss Meter (Magnetic Field Meter) Comprehensive Analysis: Principles, Brand,Usage, Common Faults, and Repair Methods
Gauss Meter (Magnetic Field Meter) Comprehensive Analysis: Principles, Usage, Common Faults, and Repair Methods I. Overview of Gauss Meter The Gauss Meter, also known as a magnetic field meter, is a precision instrument used to measure the intensity of magnetic fields. Based on the Hall effect or Faraday’s law of electromagnetic induction, it can measure the static or dynamic (AC)…
Liquid Phase Pump: Comprehensive Analysis of Principles, Brand,Usage, Common Faults, and Repair Methods
1. Introduction The liquid phase pump, a device used to transport liquids from low-pressure to high-pressure areas, finds wide application in chemical analysis, pharmaceuticals, food processing, and more. Its operation principles are rooted in fluid mechanics, utilizing mechanical motion or pressure waves to induce liquid flow and propel it from low to high-pressure zones. Common types, such as centrifugal and…
Comprehensive Analysis of Coordinate Measuring Machine (CMM): Principles,Usage,Brand,Troubleshooting, and Maintenance Guide
1. Principles The Coordinate Measuring Machine (CMM) operates on the principle of three-point positioning within a three-dimensional coordinate system. Equipped with a detector capable of moving in three directions along mutually perpendicular guides, it captures coordinate information of points on the surface of the object being measured, either through contact or non-contact methods. By scanning the object’s surface, the detector…
Comprehensive Guide to Gas Analyzers: Principles, Usage, Maintenance, Repair, and Brands Serviced
I. Introduction Gas analyzers, including online gas analyzers and flue gas analyzers, are process instruments used to measure gas compositions. They find wide applications in industries, environmental protection, and safety monitoring. Leveraging gas sensors, these analyzers detect gas types and concentrations with high sensitivity and precision, ensuring safe usage. Common types of gas analyzers include thermal conductivity, electrochemical, and infrared…
Comprehensive Guide to Fluorescence Analyzer: Usage, Faults, and Repair Methods
I. Overview and Basic Principles of Fluorescence Analyzer A fluorescence analyzer is a precision instrument that utilizes the fluorescence phenomenon of substances under specific excitation conditions to analyze sample composition and properties. When chemical substances in a sample are irradiated by light of a specific wavelength, they absorb energy, transition to a high-energy state, and subsequently return to the ground…
Comprehensive Guide to Fluorescence Analyzer: Operating Procedures, Faults, and Repair Methods
I. Overview and Basic Principles of Fluorescence Analyzer The fluorescence analyzer is a precise instrument that utilizes the fluorescence phenomenon of substances under specific excitation conditions to analyze sample composition and properties. When chemicals in a sample are irradiated by light of a specific wavelength, they absorb energy, transition to a higher energy state, and subsequently return to the ground…
Principle, Brand,Usage, and Fault Maintenance Analysis of Balance Instrument
I. Principle of Balance Instrument The balance instrument is a precision tool used to measure and assess the balance state of objects, finding wide applications in automobile inspection, machinery manufacturing, medical equipment, electronic product design, and more. Its working principle is based on fundamental physics concepts related to force and motion, evaluating and adjusting the balance of objects by detecting…