|
Specification
| Pipe Diameter | DN15~DN300 |
| Accuracy | ±1.0% ±1.5% |
| Medium temperature | -30℃～150℃; -50℃～250℃; -200℃～400℃ |
| Power supply | 12-32VDC |
| Nominal Pressure | PN10~250 |
| Process Pressure | Flange:GB, ANSI, DIN,JIS |
| Output | 4~20mA/Frequency/Pulse/Switched output |
| Communication | HART, Modbus RS485, PROFIBUS DP |
| Protection Grade | IP66/67 |
|
Compressed Air Remote Type Vortex Flow Meter Product Features
Low minimum flow value and wide flow range;
Simple structure, no moving wear parts, so high reliability, so no additional energy loss;
High measurement accuracy and reliability, no need for on-site debugging and low resistance loss;
Convenient installation and easy maintenance;
Complete sensor diameter, with 10MM~500MM 20 kinds of different diameter sensors;
Can transmit the flow signal over a long distance and network with computer to realize centralized management;
In the measurement of work volume flow rate is almost independent of the influence of fluid density, pressure, temperature, viscosity and other parameters;
Vortex flowmeter using piezoelectric stress type sensor, high reliability, can be in -20 ℃ ~ +250 ℃ working temperature range;
Fully intelligent, digital circuit design, can automatically compensate for the measured fluid density or standard volume.
Compressed Air Flowmeter Vortex Flow Meter Wide range of applications for a variety of working conditions
Widely used in petroleum, chemical, metallurgy, heat, textile, paper, and other industries for hot steam, saturated steam, compressed air and general gases, water and liquid measurement and control.
Vortex Type Flow Meter
Compressed Air Flow Meter
|
Enhanced Accuracy with Temperature and Pressure Compensation
One of the standout features of ARTang vortex flow meters is their ability to compensate for temperature and pressure variations. When measuring gases and steam, fluctuations in temperature and pressure can lead to inaccurate flow readings. Our vortex meters automatically adjust for these changes, providing a true representation of the mass flow rate. This ensures you get the most accurate measurements possible, regardless of process conditions.
