ULTRASONIC FLOW METER
Ultrasonic clamp-on flowmeter for flow measurement of liquids
- Stationary device, for installation at any location without process interruption or need to cut pipes
- Up to +200°C / +392°F
- For pipes DN15…4000 / 1⁄2…160″
- 4…20 mA, HART®7, Modbus
The OPTISONIC 6300 is an ultrasonic clamp-on flowmeter for permanent mount installation. It is particularly suitable for flow measurement of (non-)conductive liquids at any location where inline measurement is not possible or desirable. The flowmeter consists of a combination of one or two clamp-on sensors and one ultrasonic signal converter. Its robust clamp-on rail is highly flexible and can be very easily attached to virtually any pipe up to DN4000 / 160″.
Typical applications of the clamp-on flowmeter include flow measurement of a broad range of refined hydrocarbons, demineralised water or chemicals as well as measurements in hygienic applications. A clamp-on version for extended temperature ranges up to +200°C / +392°F is also available. The OPTISONIC 6300 has approvals for use in hazardous areas and offers HART® communication capability.
OPTISONIC 7300 Biogas
Ultrasonic flowmeter for biogas, landfill and sewage gas applications
- 1- or 2-path meter for low pressure biogas (dry or wet) with a high CO2 content
- Integrated gas volume correction and methane content measurement
- Lap joint flange: DN50…200 / 2…8″, max. PN10 / ASME Cl 150
- Large turndown ratio (100:1)
The OPTISONIC 7300 Biogas is an ultrasonic flowmeter for low pressure biogas, landfill and sewage gas applications. The flowmeter is ideally suited to measure biogas with a high CO2 content as well as small amounts of other media like H2S, nitrogen, hydrocarbons or condensation water. Its corrosion resistant titanium transducers provide a strong ultrasonic signal into the gas. The signal processing of the meter allows a better detection of small, strongly dampened acoustic signals.
*More instruments are available, please liaise with us if any of your required instruments is not listed above.