This portable device has been designed to meet the needs of the Service/Maintenance and Commissioning
Engineer wishing to check the flow rate ofliquids at different locations in the plant. The set-up of the unit is
simple and user friendly in order to obtain the required flow information in minutes.

The measurement of flow is based on the principle that sound waves are influenced by a flowing medium.
Measurements are made by
penetrating the pipe with ultrasound and subsequently time differences, frequency variations and phase
shifts of the ultrasonic signals are evaluated.

Features

1. Portable dual mode flowmeter both TRANSIT TIME and DOPPLER mode without changing sensors.
2. Easy to install clamp-on sensors with no process interruption.
3. Non-invasive flow measurement of liquids, no pipeline disturbance, no pressure loss.
4. Suitable for all commonly used pipe materials with pipe diameters from 6 mm to 6.5m (1/4" to 256").
5. Integrated wall thickness measurement, 2 flow channels.
6. Visual Manual for EESIFLO 6000 Series]

Advantages

1. Low installation effort and costs
2. Dual measuring mode (transit-time and doppler)
3. Measurement is independent of fluid conductivity and pressure
4. No pressure loss, no possibility of leakage
5. Retrospective installation for existing plants possible
6. No cutting of pipes necessary, no interruption of process, no plant shut down
7. No additional fittings for maintenance required
8. Hygienic measurement, no risk of contamination, suitable for ultra clean liquids
9. No contact with medium, no risk of corrosion when used with aggressive media
10.Cost advantages when used with large diameter pipes, high pressure systems, etc.

Application

Chemical industry
-Non-invasive measurement of aggressive/toxic media . Concentration Measurements
-Operational measurements of non-conductive media
-Mobile flow checks during plants start-up and inspection . On site flowmeter checking

Petro-chemical industry
High Temperature applications . All liquid Petrochemicals, molten sulphur and process.
Chemical flow measurement

Oil and Gas exploration
-Measurements on high-pressure systems
-Crude oil flow measurements on oil rigs . Mud Applications and Produced Water.
High Pressure Gas Applications
(more than 600 PSI)

Pharmaceutical industry/semiconductor industry
-Non-contact measurements on clear liquids. Clean room applications PFA tubes, CMP slurries

Food and drink industry
-Hygienic measurements on clear liquids, juices and syrups

Water supply - wastewater services
-Measurements on large diameter pipes
-Consumption and distribution measurements
-Leakage control
-Inspection of water meters
Power stations
-Measurements of cooling water, boiler feed water,
condensate and thermal energy . limestone slurries

Power generation
-Cooling flow measurement for nuclear reactors
-Back-up measurements of in-line heat meters
-Optimisation and balancing of heating systems in
large buidlings. Energy Auditing

Manufacturing and process industries
-Detection of leakage on hydraulic plants
-Machine cooling and lubrication systems
-Monitoring of cooling and heating circuits and
of pumps. Numerous hydraulic applications

Shipbuilding/Repair
-Monitoring of coolant and lubricant circuits
-Measurement of fuel consumption. Dredging applications . Engine Monitoring, Crane Hydraulics

Aerospace
-Test measurements with high sampling rate
Chiller/Refrigeration Systems
Inlet outlet flows . Preventative maintenance and pump checks to protect / verify existing packages