admin_zero, Author at Just Measure it - Page 63 of 355

admin_zero

Application and Advantages of Radar Level Transmitters in Adipic Acid Mixing Tanks

Level meter /

In environments involving complex chemical reactions and the mixing of various media, such as adipic acid mixing tanks, accurate level monitoring is crucial. In recent years, radar level transmitters have been widely applied to the measurement of levels in adipic acid mixing tanks due to their unique advantages. Adipic acid, as an important chemical raw […]

Application and Advantages of Radar Level Transmitters in Adipic Acid Mixing Tanks Read More »

Why Diaphragm-Sealed Pressure Transmitters Fail: Focus on These Three Key Factors

Pressure Transmitter /

1. Introduction In demanding industrial environments—characterized by high temperature, high pressure, strong corrosiveness, or crystallizing media—diaphragm-sealed pressure transmitters act as a critical safety and accuracy barrier. However, many users face performance failures due to subtle but crucial configuration issues, such as: Fill fluid solidifying in cold climates; Excessive capillary length causing slow response; Improper selection

Why Diaphragm-Sealed Pressure Transmitters Fail: Focus on These Three Key Factors Read More »

Radar level meters measuring the liquid level in acid storage tanks

Level meter /

In modern industrial production, the storage and management of liquids are crucial, especially when dealing with corrosive liquids such as acids. Accurate and reliable level measurement is not only essential for production efficiency but also directly impacts safe operations. Radar level meters, with their unique non-contact measurement method, have become an ideal choice for measuring

Radar level meters measuring the liquid level in acid storage tanks Read More »

Is Intrinsically Safe the Only Choice for Zone 0 Hazardous Areas?

Instrumentation /

When working in hazardous areas, selecting the correct explosion-protection method is critical for safety and compliance. Among these, Zone 0 environments—where explosive atmospheres are present continuously or for long periods—are the most demanding. Many engineers automatically think of intrinsically safe (Ex ia) instruments for Zone 0, but is that the only option? The answer is:

Is Intrinsically Safe the Only Choice for Zone 0 Hazardous Areas? Read More »

Process Connection Abbreviations for Threads & Flanges

Flange /

1) Thread Connections (Abbreviations & Meanings) Abbrev. Full Name Standard / System Notes NPT National Pipe Taper ANSI/ASME B1.20.1 Tapered pipe thread; seals on the threads. NPTF National Pipe Taper Fuel ANSI/ASME “Dry-seal” tapered thread; enhanced leak-tightness for fuels/gases. BSPT British Standard Pipe Taper BS Tapered pipe thread; widely used in UK/Commonwealth. BSPP British Standard

Process Connection Abbreviations for Threads & Flanges Read More »

Standard Orifice Plate vs. Balanced Flow Meter: What’s the Difference?

Flow meter /

Flow measurement is a critical function in process industries, and differential pressure (DP) flow meters remain among the most widely used devices. Within this category, two commonly used types are the standard orifice plate and the balanced flow meter (often referring to a multi-hole balanced orifice plate). While both rely on the same working principle—creating

Standard Orifice Plate vs. Balanced Flow Meter: What’s the Difference? Read More »

Understanding SIS, SIF, and SIL—And When SIL 3 Really Matters

Instrumentation /

Introduction In high-hazard industries such as chemicals, power, and oil & gas, Safety Instrumented Systems (SIS) are a critical layer of protection. Yet terms like SIS, SIF, and SIL are often mixed together. This article provides a neutral, practical overview: what each term means, how they relate, how SIL levels differ, and when SIL 3

Understanding SIS, SIF, and SIL—And When SIL 3 Really Matters Read More »

Why Sulfur Trioxide (SO₃) Should Not Be Monitored Using Toxic Gas Detectors

Instrumentation /

Sulfur trioxide (SO₃) is a highly reactive and corrosive chemical compound widely used in industrial applications, particularly in the production of sulfuric acid. Due to its hazardous nature, effective safety measures must be implemented to prevent accidents and ensure workplace safety. However, installing toxic gas detectors specifically for SO₃ is not an appropriate or effective

Why Sulfur Trioxide (SO₃) Should Not Be Monitored Using Toxic Gas Detectors Read More »

Emergency Response Guide: How to Handle a Liquid Ammonia Leak

Instrumentation /

Liquid ammonia (NH₃) is a widely used industrial chemical, particularly in refrigeration systems, fertilizer production, and chemical processing. While invaluable in industry, it is toxic, corrosive, and hazardous under certain conditions. A leak can pose serious risks to people, property, and the environment, making it essential to have a clear, step-by-step response plan. This guide

Emergency Response Guide: How to Handle a Liquid Ammonia Leak Read More »

Translate »