Industrial Digital Helium Flow Meters | Mass-Volume Flow

Helium flow meters are used to measure helium pipeline flow rate, volume flow or mass flow. Helium is an inert, non-flammable noble gas. The flow of helium gas through pipelines and circulation systems can be monitored through various flow sensing technologies. And present the results as physical quantities (such as volume flow or mass flow). … Read more

Liquid and Gas NH3 Ammonia Flow Meters

Liquid and Gas ammonia (NH3) is an important industrial raw material. Ammonia flow meters are specially designed to measure the flow of industrial ammonia pipelines. Output pulse signal, 4-20mA, RS485, etc. Help us effectively monitor the flow of liquid or gaseous ammonia! Gas Ammonia properties and industrial applications Ammonia is a commonly used gas widely … Read more

Magnetic Flow Meter Lining Material and Electrode Selection Guide

Electromagnetic flowmeter is suitable for volume flow measurement of various conductive liquid media. The only media contact parts are the electrode and the lining of the measuring tube. According to the characteristics of different media, select the Magnetic Flow Meter Lining Material and electrode material. It can effectively improve the service life and measurement accuracy … Read more

Electronic Flow Meters-Digital Display

What is electronic flow meter? Electronic flow meter is an industrial digital flow meter used for fluid (gas, liquid, steam) flow measurement. Electronic flow meters are an upgrade from traditional mechanical flow meters. Electronic flow meters usually have a digital display that displays the measured flow rate, instantaneous flow, and accumulated flow. It can even … Read more

Difference Between Radar and Ultrasonic Level Transmitter

The biggest difference between radar and ultrasonic level transmitter is the different measurement principles. Ultrasonic level transmitter uses sound waves, and radar level meter uses electromagnetic waves. Different measurement principles lead to different application scenarios. Radar and ultrasonic level transmitters are both non-contact level measurement technologies. Both types of liquid level meters send signals to … Read more

Pressure Transducer Output Signal Guide

Pressure transducer measures the pressure of fluid, gas or liquid and converts the pressure value into an electrical signal output. Convenient for industrial automation process control. Before purchasing a pressure transmitter, measuring range, Pressure Transducer Output Signal, and connecting thread are three elements that must be clarified. In practical applications, the selection of the pressure … Read more

Industrial Ultrasonic Level Transmitters | Non-contact Level Measurement

Ultrasonic Level Transmitters are mainly used for continuous non-contact measurement of levels in industrial storage tanks, sewage pits, diesel containers, etc. The liquid cannot contain foam, steam, smoke, etc. The main principle of ultrasonic level measurement is to use the high-frequency vibration of ultrasonic waves and its propagation characteristics in the medium to complete the … Read more

Industrial Smart Pressure Transmitters 4-20mA, HART, RS485 Modbus

Industrial smart pressure transmitters are microprocessor-based high-performance transmitters. With flexible pressure calibration function. Instrument equipment commonly used in industrial process control can convert fluid or gas pressure into standard analog signals (such as 4-20mA) or digital signals (HART, RS485) and output them to the control system. What is a smart pressure transmitter? Smart pressure transmitter … Read more

Top Explosion Proof Flow Meters for Explosive or Hazardous Areas

Flowmeters are divided into explosion-proof and non-explosion-proof types according to their electrical structure. Explosion Proof Flow Meters are mainly used in flammable, explosive, toxic or other hazardous environments. In these situations, the equipment may be exposed to flammable gases, steam, dust, etc., so it needs to be explosion-proof to ensure safe and reliable operation. We … Read more

What Is Temperature Compensation and Pressure Compensation for Flow Meters?

The principle of temperature compensation and pressure compensation of the flow meter is based on the changes in physical parameters such as density and viscosity of the fluid at different temperatures and pressures, which affects the measurement accuracy of the flow meter. In order to eliminate this effect, temperature and pressure compensation is required. When … Read more