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What is the working pressure and temperature range of turbine flow meters?
The working pressure and temperature range of the turbine flow meter are as follows: Working pressure: Standard type: up to 1.6 MPa (16 bar) High pressure type: 2.5 MPa, 4.0 MPa, 6.3 MPa (25 bar, 40 bar, 63 bar) Higher pressure can be customized according to requirements. Medium temperature range...Read more -
What is the difference between turbine and vortex flow meter?
The main differences between turbine flow meters and vortex flow meters are as follows: Measurable media Turbine: Only for clean, low‑viscosity liquids (water, diesel, oil, etc.) Vortex: Can measure liquid, gas, and steam Accuracy Turbine: Higher accuracy, generally ±0.2% ~ ±0.5% Vortex: Medium ...Read more -
What media can this turbine flow meter measure?
This turbine flow meter is mainly designed to measure clean, low‑viscosity, non‑corrosive to mildly corrosive liquids. Typical applicable media include: Pure water, softened water, drinking water, deionized water Mineral oils: diesel, gasoline, kerosene, hydraulic oil, lubrication oil Solvents: a...Read more -
What working conditions is the vortex flow meter suitable for?
Vortex flow meters are mainly used for volumetric or mass flow measurement, suitable for clean, low-viscosity gases, liquids and steam without serious impurities. The detailed applicable conditions are as follows: Applicable Media Liquids: water, hot water, demineralized water, diesel, gasoline, ...Read more -
Battery Life of Ultrasonic Water Meters & What to Do When It Runs Out
Battery Life Ultrasonic water meters are typically powered by built-in lithium batteries, designed for long-term, maintenance-free operation. • Typical battery life: 6–10 years • In some low-power configurations, it can reach up to 10–15 years The actual battery life depends on several factors:...Read more -
Can It Support Remote Meter Reading?
Yes, ultrasonic water meters can support remote meter reading (AMR/AMI systems). They allow users to: • Monitor water consumption in real time • Collect data automatically without manual reading • Improve efficiency and reduce labor costs • Enable smart water management and leakage analysis S...Read more -
What Media Can Ultrasonic Water Meters Measure?
Ultrasonic water meters are designed to measure liquid flow using ultrasonic transit-time technology. They are suitable for a wide range of clean and moderately contaminated liquids. ✅ Suitable Media 1. Clean Water • Drinking water • Tap water • Purified water • Deionized (DI) water 2. Indu...Read more -
Difference Between Ultrasonic Water Meters and Mechanical Water Meters
Ultrasonic water meters and traditional mechanical water meters differ significantly in their measurement principles, performance, and applications. 1. Measurement Principle • Ultrasonic Water Meter Uses the transit-time ultrasonic technology to measure the velocity of water flow. It calculates ...Read more -
Can Radar Level Transmitters Measure Solids Like Powder or Grain?
Yes, radar level transmitters are widely used to measure bulk solids such as powder, grain, cement, coal, and pellets. However, their performance depends on several material and installation factors. 1. How Radar Measures Solid Materials Radar level transmitters emit microwave signals toward the ...Read more -
Difference Between Guided Wave Radar and Non-Contact Radar Level Transmitters
Radar level measurement technology is mainly divided into two types: Guided Wave Radar and Non-Contact Radar. While both use microwave signals to measure level, their working principles and applications differ significantly. 1. Working Principle Guided Wave Radar: GWR transmits microwave pulses a...Read more -
Introduction to 4-20 mA Output
1. What is 4-20 mA output 4-20 mA is a standard analog current signal widely used in industrial instruments, such as level meters, flow meters, pressure transmitters, etc. 4 mA represents the 0% lower range value 20 mA represents the 100% upper range value 2. Advantages of 4-20 mA Strong anti-int...Read more -
Introduction to Radar Flow Meter
1. Working Principle Radar flow meter is a non-contact flow measurement device based on FMCW (Frequency Modulated Continuous Wave) or pulse radar technology. It transmits high-frequency radar waves towards the liquid surface, receives the reflected echo, and calculates the liquid level, flow velo...Read more
Ultrasonic Flow Meters
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