Measurements are not affected by changes in fluid density, viscosity, temperature, pressure, and conductivity.

1. Electromagnetic Flow Meter Prodcut
Feature
1. Measurements are not affected by changes in fluid density,
viscosity, temperature, pressure, and conductivity.
2. There is no obstruction component in the measuring tube, no
pressure loss reduced the requirements of the straight pipeline.
3. It has a unique adaptability to slurry measurement. It has good
corrosion resistance and wears resistance when choosing reasonable
electrodes and lining materials.
4. It has the features of fully digital processing, strong
anti-interference ability, reliable measurement, high precision, and a
wide flow range.

2. 5. Ultra-low EMI switching power supply, it suits for a wide range of
power supply voltage and has good EMI
resistance.
6. It adopts 16-bit embedded microprocessor, which is fast, high
precision, uses low-frequency rectangular wave to excite, and
programmable excitation frequency, which improves the stability of
flow measurement and low power consumption.
7. With SMD devices and surface mount (SMT) technology, circuit
reliability is high. There are no moving and blocking parts in the
sensor, and there is almost no additional pressure loss in the
measurement.
8. It has digital communication signal output such as RS485, RS232,
Hart, and Modbus Profibus-DP (optional)

3. 9. It has the function of self-test and self-diagnosis.
10. Hourly total recording function, records the total amount of flow
volume in hours, suitable for time-sharing measurement (optional).
11. There are three calculators inside to display the positive cumulative
amount negative cumulative amount and different values. The
internal power off the clock is provided, and it can record 16 times
power off (optional).
Mr. Michael Sun
Sales Manager
Dalian Zero Instrument Technology Co., Ltd China
p: +86-411-88586750 m: +86 17640305359
f: +86-411-88586751
a: Room 4605 No.9-1 Haifu Road Dalian Bonded Area Pilot
Free Trade Zone Liaoning China 116001
w:www.zeroinstrument.com e: info@zeroinstrument.com