Detecting Karman vortex with phase demodulation of ultrasonic wave, there is no moving part and the sensor is non-contact type. It improved concussion resistance greatly and realized the wide flow range.
Features
Vibration noise resistant structure
Because high frequency ultrasonic sensor is used, it is not influenced by mechanical noise such as piping vibrations.
Flow rate detection from low flow rate (0.1 m/s ∼)
The detection of vortex from low speed is enabled without being influenced by a sudden temperature change by adopting a double sensor system with double sensitivity.
On line replaceable
The ultrasonic sensor assembly can be detached from the flowmeter housing while the flowmeter is installed in piping. Therefore, bypass line is unnecessary.
No adjustment on site
Because zero point and zero cut adjustment are unnecessary, SUS series can be used immediately after installation on site.
High accuracy±0.5% R.D.
It is realized by the original shape of vortex generation pillar.
Main specification
| Applicable fluid | Liquid (without mixture of air bubble) | |
| Accuracy | +1% RD (+0.5% RD: Option) | |
| Fluid Temperature | -20 – 160 ℃ (Flame-proof type:-20 -160℃) | |
| Max. Working press. | Max. 5 MPa (51kgf/cm2) | |
| Connection Size | 25 mm (1B)– 100 mm (4B) | |
| Flow Rate range | 0.6 – 200 m3/h | |
| Material of the parts in contact with liquid | SCS15 and SUS316L | |
| Indication | 8 digits LED(Integrated flow rate, reset flow rate, instantaneous flow rate, alarm number) | |
| Output | 4- 20mA DC (analog 2 wire type) pulse (or alarm contact) | |
| Structure | Flame-proof(EX.DII BT4)Drip Proof(equivalent to JIS C0920 (IEC IP66)) | |