Our High Accuracy Vortex Type Flow Meter (DN15-50) is the ultimate solution for precise flow measurement in small-to-medium industrial pipelines. Engineered with a low-maintenance design, this vortex flow transmitter is ideal for metering saturated steam, compressed air, and various liquids. With its compact structure and advanced digital signal processing, it provides laboratory-grade accuracy with industrial-grade durability for pipe diameters from 15mm to 50mm.
| Instrument caliber (mm) | Liquid | Gas | ||
|---|---|---|---|---|
| Measuring range (m³/h) | Output frequency range (Hz) | Measuring range (m³/h) | Output frequency range (Hz) | |
| 15 | 0.3~5 | 24~400 | 4~20 | 352~1761 |
| 20 | 0.6~10 | 23~382 | 6~30 | 254~1273 |
| 25 | 1.2~16 | 21~320 | 8~50 | 161~1112 |
| 32 | 1.8~20 | 18~200 | 10~100 | 97~1172 |
| 40 | 2~40 | 10~190 | 20~200 | 134~1018 |
| 50 | 3~60 | 8~150 | 35~350 | 87~952 |
| 65 | 4~85 | 6~120 | 45~450 | 71~764 |
| 80 | 6.5~130 | 4.1~82 | 86~1100 | 54~696 |
| 100 | 15~220 | 4.7~69 | 133~1700 | 42~548 |
| 125 | 20~350 | 3.2~57 | 150~2000 | 26~346 |
| 150 | 30~450 | 2.8~43 | 347~4000 | 34~392 |
| 200 | 45~800 | 2~31 | 560~8000 | 23~326 |
| 250 | 65~1250 | 1.5~25 | 890~11000 | 18.5~229 |
| 300 | 95~2000 | 1.2~24 | 1360~18000 | 16~216 |
| (300) | 100~1500 | 5.5~87 | 1560~15600 | 85~880 |
| (400) | 180~3000 | 5.6~87 | 2750~27000 | 85~880 |
| (500) | 300~4500 | 5.6~88 | 4300~43000 | 85~880 |
| (600) | 450~6500 | 5.7~89 | 6100~61000 | 85~880 |
| (800) | 750~10000 | 5.7~88 | 11000~110000 | 85~880 |
| (1000) | 1200~1700 | 5.8~88 | 17000~170000 | 85~880 |
| >(1000) | protocol | protocol | ||
The DN15-DN50 Vortex Flow Sensor is a critical component in:
Precision and reliability are the hallmarks of our flow measurement technology. This High Accuracy Vortex Meter eliminates the guesswork in your process control. By combining a wide range ratio with robust digital output, it ensures your data is both accurate and actionable. Its compact "wafer" or "flange" connection options allow for easy installation even in tight spaces, making it the most versatile choice for modern industrial instrumentation.