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UsedUsed Micro Motion F300 Coriolis mass flowmeters, 3″/DN80, with an integral Model 1700 transmitter — 4–20 mA HART, 316L wetted parts, ASME B16.5 Class 150 flanges, ATEX Ex ib. Each unit is photographed with its own nameplate.
This listing covers Micro Motion F-Series Coriolis mass flowmeters in size F300 (3 in / DN 80), each with a Model 1700 transmitter mounted integrally on the sensor. Five physical meters were photographed at Barmaan's warehouse; the unit list on this page states which of them are currently available. Every «Barmaan stock» photograph is of these actual devices — sensor nameplate, transmitter nameplate and flange edge stamp included.
These are second-hand, field-returned instruments, not new stock. They were built between 2003 and 2009 and arrived carrying a previous owner's marks: a third-party accuracy-verification label dated September 2022, a calibration certificate that expired in 2020, marker writing on the bodies and process staining. Barmaan has not performed a functional test or an authenticity inspection on them and does not claim one. What this page does guarantee is that the photographs and the nameplate readings are of the device you would receive.
Two process-connection configurations are in stock and the difference matters at the flange face. Some units carry process-connection code 425 — a 4-inch ASME B16.5 Class 150 raised-face weld-neck flange on a 3-inch meter body, i.e. a 4×3 reducing flange with eight bolts. The others carry 355 — a plain 3-inch Class 150 flange with four bolts. Both readings are confirmed three ways: the edge stamp rolled into each flange («KERKAU A182 F316/316L 4X3 150 B16.5», «KERKAU USA A182 F316/316L 3 150»), the bolt count, and Emerson's own dimension table, which gives the same F300S body a 7½-inch flange OD for code 355 and a 9-inch OD for code 425 (Product Data Sheet PS-00603, Rev D, September 2006, p. 30 — the revision current when these meters were built; unchanged in Rev AK, August 2023). The unit picker filters on the FITTED flange, because that is what you bolt to.
A Coriolis meter is two devices bolted together, and on used equipment the transmitter is not always the one the sensor left the factory with. Each Model 1700 nameplate is stamped with the serial of the sensor it was married to at the factory. On the units where that plate could be photographed we checked it against the sensor underneath — and on one unit they do not match, so that head has been swapped at some point in the meter's life. That unit is marked as such in the unit list. Where no transmitter nameplate was photographed, this page states no transmitter order code at all.
Coriolis measurement is independent of viscosity, density and flow profile: two bent measuring tubes are driven at their resonant frequency, the passage of the medium creates a phase shift proportional to mass flow, and the resonant frequency itself is a direct function of density. The result is mass flow, volume flow, density and temperature from one instrument, with no straight upstream or downstream runs required. Every sensor plate read carries calibration code 1 — ±0.10 % of rate on liquid mass flow and ±0.001 g/cm³ (±1 kg/m³) on density (PS-00603 Rev D, p. 35). None carries a measurement application software option, so no petroleum or concentration (Brix) package is fitted. The transmitter's output character is A: a 4–20 mA loop with Bell 202 HART, one scalable frequency/pulse output, and RS-485 speaking HART or Modbus (PS-00400 Rev AB, p. 7). The Model 1700 has no FOUNDATION Fieldbus variant — that is a Model 2700 option.
The maximum pressure stamped on every calibration plate read is 18 bar at 25 °C per ASME B31.3, set by the Class-150 flanges rather than by the sensor body, which Emerson rates to 100 barg. The nameplate ambient range is −40 to +55 °C. The −100 to +204 °C process-temperature range is a model-line figure from the data sheet: no plate on these units states a process-temperature range, they refer to the ATEX instructions. Every sensor plate read is marked II 2 G Ex ib IIB T1–T5 under certificate BVS 03 ATEX E 176 X, and the transmitter plates that were photographed are marked II 2 G EEx d[ib] IIB+H2 T5 / II 2 D T65 °C, IP66, under DMT 01 ATEX E 082 X (CE 0575) — issued by Deutsche Montan Technologie GmbH, notified body 0158. Both certificate numbers end in «X», meaning special conditions for safe use apply. Neither transmitter plate carries a functional-safety option: software option 2 is Z, so no unit here is SIL-certified and none carries Smart Meter Verification.
Barmaan supplies industrial instrumentation. These units can be inspected in person at the warehouse, and sizing consultation and installation support are available. To obtain pricing, submit a proforma invoice request from this page. Emerson still catalogues the Model 1700; its current integral-mount retrofit path is the Model 4700.
| Attribute | Value |
|---|---|
| General | |
| Manufacturer | Emerson — Micro Motion (Boulder, CO, USA) |
| Sensor model | Micro Motion F-Series F300 — 3″ / DN 80. Order codes in stock: F300S425… (4″×3″ flanges) and F300S355… (3″ flanges) |
| Transmitter model | Micro Motion Model 1700, integral mount. Full code 1700I11ABFEZZZ on the units whose transmitter nameplate was photographed; where it was not, no code is stated |
| Device type | Coriolis mass flow and density meter |
| Year of manufacture | 2003 – 2009, per unit — the sensor nameplate carries the year; see the unit list |
| Performance & accuracy | |
| Flow rate (F300, model line) | 133,000 kg/h nominal · 238,000 kg/h maximum (PS-00603 Rev AK, Aug 2023, Table 1). «Nominal» is the rate producing ≈1 barg pressure drop on water — a term that did not exist in the data sheet current when these meters were built, which quoted a maximum of 272,000 kg/h for the same model (PS-00603 Rev D, Sep 2006, p. 3). Emerson has since restated the figure; both are given here rather than one being passed off as the other |
| Mass flow accuracy (liquids) | ±0.10 % of rate — calibration code «1», which every sensor nameplate on this page carries |
| Density accuracy | ±0.001 g/cm³ (±1 kg/m³) — same calibration code «1» (PS-00603 Rev D, p. 35) |
| Measurement software | None fitted — position 16 of every sensor order code read is «Z». No petroleum measurement and no concentration/Brix package on any unit |
| Process conditions & connection | |
| Line size | 3″ / DN 80 — every unit (sensor code field 1: F300) |
| Process connection (as fitted) | ASME B16.5 Class 150 raised-face weld-neck flanges in A182 F316/316L (KERKAU). Two configurations in stock: 4″×3″ reducing (eight bolts) and plain 3″ (four bolts). Filter on the unit list; every flange was read from its edge stamp |
| Max. process pressure | 18 bar at 25 °C per ASME B31.3 — stamped on every calibration plate read. The Class-150 flange governs; the F300S sensor body itself is rated to 100 barg (PS-00603 Rev AK, Table 5) |
| Process temperature (model line) | −100 … +204 °C (PS-00603 Rev AK; the Sep 2006 revision current when these were built gave −100 … +200 °C). One F300-specific limit applies at either revision: the difference between the process fluid and the case may not exceed 66 °C. No nameplate on these units states a process-temperature range — they refer to the ATEX instructions |
| Ambient temperature | −40 … +55 °C — read off the nameplates |
| Construction & materials | |
| Weight | ≈ 74 kg with an integrally mounted Model 1700/2700 transmitter and ASME 150 lb flanges (PS-00603 Rev D, Sep 2006, p. 17 — the revision contemporary with these builds) |
| Wetted material | 316/316L stainless steel — flow tubes and process connections (sensor code material letter «S») |
| Case option | Compact case, no secondary containment and no purge fittings — sensor code position 9 «C» |
| Ingress protection | IP66 — transmitter enclosure, read off the nameplate |
| Power & output | |
| Output / communication | Transmitter output code «A»: 4–20 mA with Bell 202 HART · one scalable frequency/pulse output · RS-485 with HART or Modbus. The Model 1700 has no FOUNDATION Fieldbus option (that is Model 2700) — PS-00400 Rev AB, p. 7 |
| Transmitter power | 18…100 V DC or 85…265 V AC, self-switching — nameplate; 6 W typical, 11 W max per PS-00400 |
| Approvals & safety | |
| Ex approval | Sensor: II 2 G Ex ib IIB T1–T5 under BVS 03 ATEX E 176 X — on every sensor nameplate read. Transmitter: II 2 G EEx d[ib] IIB+H2 T5 / II 2 D T65 °C, IP66, under DMT 01 ATEX E 082 X (CE 0575, Deutsche Montan Technologie GmbH, notified body 0158) — on the transmitter nameplates that were photographed. Both certificate numbers end in «X»: special conditions for safe use apply |
| Functional safety | None. Software option 2 is «Z» on both transmitter nameplates read — no SIL certificate and no Smart Meter Verification on any unit here |
| Condition & availability | |
| Condition | Used — field-returned instruments built 2003–2009, in Barmaan's warehouse. No functional test and no authenticity inspection has been performed; condition is stated per unit |
| Successor / retrofit path | The Model 1700 is still catalogued by Emerson (PS-00400 revised Feb 2024). The integral-mount retrofit path is the Model 4700, mounting code «S» |
| Model code | Description | Measuring range |
|---|---|---|
| F025 | Micro Motion F025 — 0.25″ (DN6)Manufacturer's size table — not in Barmaan stock | max 2,720 kg/h |
| F050 | Micro Motion F050 — 0.5″ (DN15)Manufacturer's size table — not in Barmaan stock | max 8,160 kg/h |
| F100 | Micro Motion F100 — 1″ (DN25)Manufacturer's size table — not in Barmaan stock | max 32,700 kg/h |
| F150 | Micro Motion F150 — 1.5″ (DN40)Manufacturer's size table — not in Barmaan stock | max 54,431 kg/h |
| F200 | Micro Motion F200 — 2″ (DN50)Manufacturer's size table — not in Barmaan stock | max 87,100 kg/h |
| F300 | Micro Motion F300 — 3″ (DN80)The size on this page. Other sizes are made to order and are not in Barmaan stock | max 238,000 kg/h |
| F400 | Micro Motion F400 — 4″ (DN100)Manufacturer's size table — not in Barmaan stock | max 436,000 kg/h |
All listed models can be supplied with your required certification, output protocol and process connection — contact us or request a quote for exact model-code selection.
Five physical meters were photographed at the warehouse and the unit list on this page states which of them are currently available. They are all the same sensor size — F300, 3 in / DN 80 — with a Model 1700 transmitter mounted integrally. The difference that decides whether a unit fits your line is the flange: some carry 4″×3″ ASME B16.5 Class 150 reducing flanges with eight bolts, the others plain 3″ Class 150 with four. The unit list also gives each meter's build year and its own flow calibration factor.
No. They are second-hand, field-returned instruments built between 2003 and 2009. They arrived with a previous owner's marks on them — a third-party accuracy-verification label dated September 2022, a calibration certificate that expired in 2020, marker writing and process staining. Barmaan has not performed a functional test or an authenticity inspection and makes no claim about either. Every «Barmaan stock» photograph on this page, including each nameplate, is of these actual devices.
Not always, and this page says which. Every Model 1700 nameplate is stamped with the serial of the sensor it was paired with at the factory, so the two can be checked against each other. On the units where the transmitter nameplate could be photographed we did exactly that — and on one of them the numbers do not match, meaning that head was swapped at some point in service. That unit is marked in the unit list. This matters because a buyer ordering a spare will read the order code: on a swapped head the code describes the meter the head came from, not the one it is now on.
Output character «A» in the Model 1700 order code: an active 4–20 mA loop with Bell 202 HART superimposed, one scalable frequency/pulse output (also configurable as a discrete output), and an RS-485 port speaking HART or Modbus. Supply is self-switching, 18–100 V DC or 85–265 V AC. The Model 1700 has no FOUNDATION Fieldbus or Profibus-PA variant at all — those are Model 2700 options (Emerson PS-00400 Rev AB, p. 7). If you plan to change the transmitter, note Emerson's own footnote: an F300 sensor works only with transmitters that have MVD Technology (PS-00603 Rev D, p. 3, note 5).
The plates are marked for it: every sensor nameplate read carries II 2 G Ex ib IIB T1–T5 under certificate BVS 03 ATEX E 176 X, and the transmitter nameplates that were photographed carry II 2 G EEx d[ib] IIB+H2 T5 / II 2 D T65 °C with IP66 under DMT 01 ATEX E 082 X (CE 0575). Two things a buyer should know. Both certificate numbers end in «X», which under the ATEX scheme means special conditions for safe use apply — for DMT 01 ATEX E 082 X those are the cable-entry rules below −20 °C ambient and the stopping-box requirement with certified conduit entries. And Barmaan does not hold or supply the certificate documents for these particular devices; what is offered is the photographed marking, and the Ex compliance assessment for your installation remains yours.
Submit a proforma invoice request from this page and Barmaan's engineers will confirm the price and the delivery terms, normally within one working day. Available units are physically in the warehouse, so once an order is confirmed there is no overseas procurement lead time. You are welcome to inspect the devices in person before buying — for used instrumentation that is the most useful thing you can do, and it is why every nameplate is photographed here rather than described.
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