The first technology to consider for water and conductive liquids. Electromagnetic measurement detects velocity without moving parts in the pipe and, in full-bore meters, without a restrictive primary element.
Images illustrate each family. Configuration and appearance vary with nominal size, sensor and transmitter.
An essential, robust version for standard industrial applications. Suitable where 4–20 mA/HART and reliable measurement are required without the more advanced functions of FEP630.
For demanding processes, more extensive diagnostics, wider protocol and option choices, and tougher conditions. A natural choice when the specification goes beyond standard industrial applications.
Designed for drinking water, treatment, distribution, sewage and effluent. Robust sensors, IP68 protection and remote or buriable installations suit chambers and conventional water infrastructure.
For remote water measurement points: district metered areas, leak monitoring, revenue metering and municipal networks. Pressure measurement, data logging and cellular communication can be integrated.
For food and beverage, pharmaceuticals and biotechnology: hygienic materials and connections, CIP/SIP and dedicated certifications. FEH500 adds more advanced functions and diagnostics than FEH300.
An economical alternative to full-bore meters for large pipes or retrofits. Measurement depends on local velocity, making flow profile, insertion depth and sensor position essential.
The model identifies the family, not the complete configuration.
Download model-specific PDFs with language and revision details. Shared manuals and commissioning instructions are identified in the document cards.
Compact FEP611 and remote FEP612. Shared FEP610 / FEH610 manual.
FEP621 and FEP622: documents dedicated to the FEP620 platform. Italian manual revision D precedes English revision E.
FEP631 and FEP632. Shared FEP630 / FEW630 / FEH630 manual. Use FEP620 documents for FEP621 and FEP622.
Separate family datasheet, installation guide and FET100 transmitter manual. Check the sensor code in the datasheet ordering table.
FET400 transmitter manual and separate FEW400 flanged sensor manual. For insertion versions, use the manual for the specific configuration.
One datasheet per series. The shared FEX300 / FEX500 manual covers ProcessMaster and HygienicMaster.
FEA100 with WaterMaster transmitter; FEA200 with AquaMaster3. Shared FEA100 / FEA200 insertion sensor manual.
Original documents for legacy series. Check the full model and version before using a document.
FEP311/315/321/325 and FEP511/515/521/525: use the corresponding series datasheet and check the configuration in the shared manual.
Datasheets for the FEH31x/32x and FEH51x/52x versions listed in their respective ordering tables.
Family documentation, including model codes and sensor/transmitter combinations in the ordering tables. Do not use the AquaMaster4 manual for these versions.
Datasheet D184S071U02 for DE27 / DE46 / DE47 / DE48 versions; standard FXE4000 platform manual. Check the installed sensor and converter.
Datasheet D184S075U02 for DE21 / DE23 / DE41 / DE43 versions; D184B132U02 manual for the plus variant. Check the sensor, connection and converter separately.
Water & Waste Water datasheet and standard MagMaster manual. Check the installed variant.
Separate MFE and MFF sensor datasheets, with a collection of US-edition MagMaster manuals. Check the installed sensor and converter versions.
Dedicated LoFlo datasheet, separate from other MagMaster versions, and the standard family manual.
Manual for W and Y variants. It does not automatically apply to other 10D series.
Datasheet and manual specifically for J and S variants.
Documents for the earlier AquaProbe generation with MagMaster, separate from FEA100 / FEA200.
The more details you provide, the sooner we can select the right technology and nominal size.
It is often the first choice for water, wastewater, sludge and conductive liquids: it is simple, has no moving parts and the full-bore sensor introduces no significant restriction.
It depends on the family. ProcessMaster platforms have different limits; for example, FEP630 supports lower values than FEP610. Check fluid conductivity against the selected model's datasheet.
WaterMaster is a robust water and wastewater meter for plants and networks. AquaMaster4 targets water networks, district metered areas, leak monitoring, revenue metering and remote sites, with battery power, logging, optional pressure measurement and cellular communication depending on version.
Yes. This typically points towards AquaMaster4: ABB offers long-life batteries, renewable solar or wind power, or mains power depending on configuration.
For gases, steam, hydrocarbons and liquids with insufficient conductivity. Also avoid installations where a full pipe or suitable grounding and equipotential bonding cannot be ensured.
FEP610 covers standard industrial applications. FEP630 offers broader performance, diagnostics, protocols, process temperature capability and options.
Yes. A correct replacement requires the full code, nominal size, liner, electrodes, flanges, power supply, transmitter and certifications. The family name alone does not establish equivalence.
