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KROHNE
KROHNE OPTIFLUX 2000 Electromagnetic Flow Sensor
Quote on request
No online payment · add lines to RFQ BOM
Water/wastewater magmeter; DN25…3000; IP68; potable approvals. RFQ + selection help.
Download datasheet PDF
RFQ cart holds BOM lines only. Submit for engineering quote.
Key parameters
Approvals
Potable water (KTW, ACS, NSF, WRAS, KIWA, DVGW); OIML R49; MID MI-001; NSF/ANSI/CAN 61
Measuring Principle
Faraday's law (electromagnetic flow)
Nominal Diameter
DN25…3000 / 1…120" (IFC 300/400); DN25…1200 with IFC 050/100
Liner Materials
Hard rubber (−5…+80 °C); polypropylene (−5…+90 °C)
Process Temperature
Hard rubber −5…+80 °C; polypropylene −5…+90 °C
Electrode Materials
Standard Hastelloy C; reference electrode Hastelloy C
Fits water and wastewater flow where you need an OPTIFLUX 2000 full-bore flanged magmeter sensor with hard-rubber or polypropylene liner and potable-water approval options.
Key advantages
- Size — DN25…3000 / 1…120" (IFC 300/400); DN25…1200 with IFC 050/100
- Liners — Hard rubber (−5…+80 °C); polypropylene (−5…+90 °C)
- Electrodes — Standard Hastelloy C; reference electrode Hastelloy C
- Protection — IP68 suitable for subsoil installation and constant flooding
- Approvals — Potable water (KTW, ACS, NSF, WRAS, KIWA, DVGW); OIML R49; MID MI-001
Typical applications
- Groundwater, potable water, and wastewater metering.
- Sludge and industrial/salt water conductive flows.
- Buried or flooded installs needing IP68 sensors.
Selection guide
- Diameter / liner — Hard rubber vs polypropylene
- Converter — IFC 050/100/300/400 (OPTIFLUX 2050/2100/2300/2400)
- Approvals — Potable/MID options
- Install — Subsoil/flooded IP68 needs
Common mistakes
- Using OPTIFLUX 2000 water liners in high-temperature process above liner limits.
- Skipping grounding/earthing rings on plastic or lined pipe.
- Ordering without the IFC converter required for the measuring point.
When to RFQ / what to tell us
- Fluid, DN, liner, T/P.
- Converter and approval list.
- Quantity and ship-to.
Request a Quote · Get selection help
Specs
| Spec | Value |
|---|---|
| SKU | 17712 |
| Brand | KROHNE |
| Model | OPTIFLUX 2000 Electromagnetic Flow Sensor |
| Product type | Electromagnetic Flow Sensor |
| Measuring principle | Faraday's law (electromagnetic flow) |
| Nominal diameter | DN25…3000 / 1…120" (IFC 300/400); DN25…1200 with IFC 050/100 |
| Liner materials | Hard rubber (−5…+80 °C); polypropylene (−5…+90 °C) |
| Process temperature | Hard rubber −5…+80 °C; polypropylene −5…+90 °C |
| Electrode materials | Standard Hastelloy C; reference electrode Hastelloy C |
| Converters | IFC 050 / IFC 100 / IFC 300 / IFC 400 (OPTIFLUX 2050/2100/2300/2400) |
| Construction | Fully welded full-bore flanged flow sensor for water/wastewater |
| Protection | IP68 suitable for subsoil installation and constant flooding |
| Approvals | Potable water (KTW, ACS, NSF, WRAS, KIWA, DVGW); OIML R49; MID MI-001; NSF/ANSI/CAN 61 |
| Application | Groundwater, potable water, wastewater, sludge, industrial and salt water |
Documents
FAQ
Q: What liners are standard? A: Hard rubber (−5…+80 °C) and polypropylene (−5…+90 °C).
Q: Is it suitable for burial? A: IP68 suitable for subsoil installation and constant flooding.
Q: What should I send for a quote? A: Fluid/DN/liner, converter/approvals, quantity, ship-to.
Links
| Parameter | Value |
|---|---|
| Approvals | Potable water (KTW, ACS, NSF, WRAS, KIWA, DVGW); OIML R49; MID MI-001; NSF/ANSI/CAN 61 |
| Measuring Principle | Faraday's law (electromagnetic flow) |
| Nominal Diameter | DN25…3000 / 1…120" (IFC 300/400); DN25…1200 with IFC 050/100 |
| Liner Materials | Hard rubber (−5…+80 °C); polypropylene (−5…+90 °C) |
| Process Temperature | Hard rubber −5…+80 °C; polypropylene −5…+90 °C |
| Electrode Materials | Standard Hastelloy C; reference electrode Hastelloy C |
| Converters | IFC 050 / IFC 100 / IFC 300 / IFC 400 (OPTIFLUX 2050/2100/2300/2400) |
| Construction | Fully welded full-bore flanged flow sensor for water/wastewater |
| Protection | IP68 suitable for subsoil installation and constant flooding |
| Application | Groundwater, potable water, wastewater, sludge, industrial and salt water |