MSFM S2.5T Portable ATEX Multi-sensor Area-Velocity flow meter

MSFM S2.5T Portable ATEX Multi-sensor Area-Velocity flow meter For Open Channels.

MSFM S2.5T Portable ATEX Multi-sensor Area-Velocity flow meter For Open Channels.
Msfm s2.5t portable atex multi-sensor area-velocity flow meter for open channels.
Principle of flow measurement using mutlti-sensor technology
Velocity range up to 4 m/sec
Long battery life, up to 5 years
Sophisticated alarm regimes
It's compatible with 2G, 3G, LTE-M and NB-IoT GPRS networks
Price on request
MSFM S2.5T is a self-contained, battery powered insertion multisensor flowmeter, and is used mostly in combined sewers, open channels and storm sewers.

MSFM S2.5T includes new processing technology that allows on-board flow calculation.
With this, an alarm can be activated to send a pulse to an automatic water sampler once predetermined the volume of water that has passed.
It is used for precise sampling and proportional to the fluid flow.

Multiparametric measurements
Adding a temperature sensor becomes a huge plus for those who want identify the influx and infiltration of an open channel.
When tide water or groundwater infiltrates  in the sewer water, there will be a change water temperature as well as a change in it  of volume.

Flexible communication
MSFM S2.5T is compatible with 2G, 3G,LTE-M and NB-IoT GPRS networks, making it  suitable for use anywhere in the world.
Data can be logged at intervals ranging from one minute to one hour according to the user's needs.
The recorded data are broadcast hourly, daily, weekly or monthly via 2G, 3G, LTE-M and NB-IoT GPRS at scheduled intervals.
The data is transmitted to a secure multilingual web portal which users can access anywhere and at any time.

Storm sewers
Open channels
Combined sewers

Technical Characteristics

Measuring range / adjustment:
    • 0.03÷4 m/s
    Operating temperature:
      • -20÷+60 [°C]
      Degree of protection:
        • IP68
          • Sira 19ATEX2255X
            II 1G Ex ia IIB T4 Ga Ta = -40°C to +60°C
            IECEx SIR 19.0078X