FTM-1660D Corrosion-Resistant
Integral Coriolis Mass Flow Meter

The FTM-1660D series anti-corrosion integrated Coriolis flow meter uses the Coriolis force effect to directly measure the mass flow of the medium passing through the flow meter. It can also measure the volume flow and density of the medium and indirectly measure the temperature of the medium. It is suitable for various fields such as ingredients, filling, quantitative measurement in the food and beverage industry, ingredients to reactors in the chemical industry, aromatic hydrocarbon cracking, metering transportation of oil and gas, navigation fuel consumption measurement, pulp and paper additives, colorant addition, etc.

■ Measurement is not affected by changes in fluid density, viscosity, temperature, pressure and conductivity

■ There are no flow-blocking parts in the measuring pipe, no pressure loss, and low requirements for straight pipe sections. It has unique adaptability to slurry measurement. 

■ Strong anti-interference ability, reliable measurement, high accuracy, and the flow measurement range can reach 150:1.

■ Ultra-low EMI switching power supply, suitable for a wide range of power supply voltage changes, and good anti-EMI performance.

■ Using a 16-bit embedded microprocessor, it has fast computing speed, high precision, and low-frequency rectangular wave magnetization, which improves the stability of flow measurement and has low power consumption. 

■ Using SMD devices and surface mount (SMT) technology, the circuit has high reliability.

 Application Areas:

■ FTM-1660D series anti-corrosion integrated Coriolis flow meter is used to measure mass flow, volume flow, density, temperature in mining energy, steel, petroleum, chemical industry, food, medicine, electric power, industry, water conservancy, public engineering---electricity, gas, water treatment monitoring, power industry, chemical industry, metallurgical industry, pulp and paper industry, etc. It can also measure corrosive and toxic liquids such as acids, alkalis, and salts.