Siemens Flow meters SITRANS F

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  • sanitary design
  • diameter DN 10 to DN 100 (3/8" to 4")
  • flanged
  • diameter DN 15 to DN 1200 (1/2" to 48")
  • flanged
  • diameter DN 25 to DN 1200 (1" to 48")
  • IP67 / NEMA 4X/6
  • Polyamid enclosure
  • With display
  • 11-30V DC/11-24V AC 50/60 Hz
  • MAG 6000
  • IP67 / NEMA 4X/6
  • Polyamid enclosure
  • With display
  • 115-230V AC 50/60 Hz

SITRANS F US SONOFLO SONO 3100 2-TRACK . DN400 / 16 INCH, QN=3600M3/H EN1092-1 PN25 CARBON STEEL. EN 1.0345 P235GH, PAINTED. IP68 SS HOUSING, PN40, O-RING, 50MM, 200DEG.C. CABLE GLANDS, M20 IN TRANSDUCERS AND M25 / M20 / M16 IN FUS060 TRANSMITTER. SITRANS FUS060 TRANSMITTER FOR REMOTE CONNECTION. SUPPLY: 115-230 V AC 50/60 HZ. HART, 4-20MA, ACTIVE OR PASSIVE PULSE, RELAY. TRANSDUCER CABLE: 4 3 METER, MAX. 70DEG.C"

SITRANS FUE380 HYDROMETER DN100 CARBON STEEL, EN 1434 QP=60M3/H. QS=180M3/H. QI=1.2M3/H. EN1092-1 PN16 REMOTE VERSION, TRANSDUCER CABLE: 4 5 METER WITH GLAND. DN50 TO DN80: MAX. 150 DEG.C. DN100 TO DN800: MAX. 200 DEG.C. WITHOUT APPROVAL (NEUTRAL). SELECTABLE PULSE OUTPUT. PULSE VALUE: 10 L/P SITRANS FUE080 IP67 PA, SUPPLY: 115-230V AC, WITH LITHIUM BATTERY BACKUP. NEUTRAL, NO TYPE APPROVAL PULSE WIDTH: 5 MS"

SITRANS FUE380 HYDROMETER DN125 CARBON STEEL, EN 1434 QP=100M3/H. QS=280M3/H. QI=2M3/H. EN1092-1 PN16 REMOTE VERSION, TRANSDUCER CABLE: 4 5 METER WITH GLAND. DN50 TO DN80: MAX. 150 DEG.C. DN100 TO DN800: MAX. 200 DEG.C. WITHOUT APPROVAL (NEUTRAL). SELECTABLE PULSE OUTPUT. PULSE VALUE: 10 L/P SITRANS FUE080 IP67 PA, SUPPLY: 115-230V AC, WITH LITHIUM BATTERY BACKUP. NEUTRAL, NO TYPE APPROVAL PULSE WIDTH: 5 MS"

SITRANS F C MASSFLO MASS2100 STANDARD WITHOUT HEATING JACKET . DI6 W1.4435/316L PN16 25 MM. ISO2852 CLAMP CONFIGURATION: STANDARD MASS6000 COMPACT IP67 24V M20 1 CURRENT, 1 FREQ/PULSE, 1 RELAY NO CABLE STANDARD CALIBRATION 3 FLOW X 2 POINTS

SITRANS F C MASSFLO MASS2100 STANDARD WITHOUT HEATING JACKET . DI6 W1.4435/316L PN40 DN10 DIN11851 SCREWED CONNECTION CONFIGURATION: STANDARD MASS6000 COMPACT IP67 24V M20 1 CURRENT, 1 FREQ/PULSE, 1 RELAY NO CABLE STANDARD CALIBRATION 3 FLOW X 2 POINTS

SITRANS F C MASSFLO MASS2100 STANDARD WITHOUT HEATING JACKET . DI15 W1.4435/316L PN16 25 MM. ISO2852 CLAMP CONFIGURATION: STANDARD NO TRANSMITTER 5 M (16 FT) CABLE STANDARD CALIBRATION 3 FLOW X 2 POINTS

SITRANS F C MASSFLO MASS2100 STANDARD WITHOUT HEATING JACKET . DI15 W1.4435/316L PN16 25 MM. ISO2852 CLAMP CONFIGURATION: STANDARD NO CABLE STANDARD CALIBRATION 3 FLOW X 2 POINTS

SITRANS F C MASSFLO MASS2100 STANDARD WITHOUT HEATING JACKET . DI15 W1.4435/316L PN16 25 MM. ISO2852 CLAMP CONFIGURATION: STANDARD MASS6000 COMPACT IP67 24V M20 1 CURRENT, 1 FREQ/PULSE, 1 RELAY NO CABLE STANDARD CALIBRATION 3 FLOW X 2 POINTS

SITRANS F C MASSFLO MASS2100 STANDARD WITHOUT HEATING JACKET . DI15 W1.4435/316L PN40 DN15 EN 1092-1 CONFIGURATION: STANDARD NO CABLE STANDARD CALIBRATION 3 FLOW X 2 POINTS

SITRANS F M MAGFLO MAG 1100 FOOD . DN15, 1/2 INCH THREADED TYPE: DIN11851 PFA (NO ATEX) EPDM (FDA) HASTELLOY C (ONLY WITH PFA LINER) MAG 6000 INDUSTRY STD., DIE CAST ALUMINIUM ENCLOSURE, PAINTED 18 - 90V DC, 115 - 230V AC, 50/60 HZ PROFIBUS DP PROFILE 3 METRIC POLYAMID TERMINAL BOX (3A) OR 6000 I COMPACT.

SITRANS F M MAGFLO MAG 1100 Food . DN40

SITRANS F M MAGFLO MAG 1100 FOOD . DN40, 1 1/2 INCH WELD IN: DIN11850. PFA (NO ATEX) EPDM (FDA) HASTELLOY C (ONLY WITH PFA LINER) MAG 5000, IP67 / NEMA 4X/6, POLYAMID ENCLOSURE, WITH DISPLAY, 115-230V AC 50/60 HZ NO COMMUNICATION METRIC POLYAMID TERMINAL BOX (3A) OR 6000 I COMPACT.

SITRANS F M MAGFLO MAG 1100 FOOD . DN50, 2 INCH WELD IN: DIN11850. PFA (NO ATEX) EPDM (FDA) HASTELLOY C (ONLY WITH PFA LINER) MAG 5000, IP67 / NEMA 4X/6, POLYAMID ENCLOSURE, WITH DISPLAY, 115-230V AC 50/60 HZ NO COMMUNICATION METRIC POLYAMID TERMINAL BOX (3A) OR 6000 I COMPACT.

SITRANS F M MAGFLO MAG 1100 FOOD . DN50, 2 INCH THREADED TYPE: SMS 1145 PFA (NO ATEX) EPDM (FDA) HASTELLOY C (ONLY WITH PFA LINER) SENSOR FOR REMOTE TRANSMITTER (ORDER TRANSMITTER SEPARATELY) NO COMMUNICATION METRIC POLYAMID TERMINAL BOX (3A) OR 6000 I COMPACT.

SITRANS F M MAGFLO MAG 1100 FOOD . DN65, 2 1/2 INCH - PFA (NO ATEX) EPDM (FDA) HASTELLOY C (ONLY WITH PFA LINER) SENSOR FOR REMOTE TRANSMITTER (ORDER TRANSMITTER SEPARATELY) NO COMMUNICATION METRIC POLYAMID TERMINAL BOX (3A) OR 6000 I COMPACT.

SITRANS F M MAGFLO MAG 1100 FOOD . DN65, 2 1/2 INCH WELD IN: DIN11850. PFA (NO ATEX) EPDM (FDA) HASTELLOY C (ONLY WITH PFA LINER) MAG 5000, IP67 / NEMA 4X/6, POLYAMID ENCLOSURE, WITH DISPLAY, 11-30V DC/11-24V AC 50/60 HZ NO COMMUNICATION METRIC POLYAMID TERMINAL BOX (3A) OR 6000 I COMPACT.

SITRANS F M MAGFLO MAG 1100 FOOD . DN100, 4 INCH WELD IN: DIN11850. PFA (NO ATEX) EPDM (FDA) HASTELLOY C (ONLY WITH PFA LINER) SENSOR FOR REMOTE TRANSMITTER (ORDER TRANSMITTER SEPARATELY) NO COMMUNICATION METRIC POLYAMID TERMINAL BOX (3A) OR 6000 I COMPACT.

SITRANS F M MAG 3100 . DN15, 1/2 INCH EN1092-1, PN40 CARBON STEEL FLANGES ASTM A 105, 150MICRON COATING PTFE AISI 316 TI MAG 5000, IP67 / NEMA 4X/6, POLYAMID ENCLOSURE, WITH DISPLAY, 11-30V DC/11-24V AC 50/60 HZ NO COMMUNICATION METRIC POLYAMID TERMINAL BOX OR 6000 I COMPACT.

SITRANS F M MAG 3100 . DN50, 2 INCH EN1092-1, PN40 STAINLESS STEEL FLANGES AND SENSOR BODY, AISI 316L/1.4404, POLISHED PTFE PLATINUM NO TRANSMITTER NO COMMUNICATION METRIC POLYAMID TERMINAL BOX OR 6000 I COMPACT.

SITRANS F M MAG 3100 . DN150, 6 INCH EN1092-1, PN40 CARBON STEEL FLANGES ASTM A 105, 150MICRON COATING EPDM AISI 316 TI NO TRANSMITTER NO COMMUNICATION METRIC POLYAMID TERMINAL BOX OR 6000 I COMPACT.

SITRANS F M MAG 3100 . DN400, 16 INCH EN1092-1, PN25 CARBON STEEL FLANGES ASTM A 105, 150MICRON COATING SOFT RUBBER AISI 316 TI NO TRANSMITTER NO COMMUNICATION METRIC POLYAMID TERMINAL BOX OR 6000 I COMPACT.

SITRANS F M MAG 5100 W NEW . DN100, 4 INCH EN 1092-1, PN 16 CARBON STEEL FLANGES ASTM A 105 150MICRON COATING LINER MATERIAL: HARD NBR RUBBER HASTELLOY C-276 MAG 6000, IP67 / NEMA 4X/6, POLYAMID ENCLOSURE, WITH DISPLAY, 115-230V AC 50/60 HZ NO COMMUNICATION METRIC POLYAMID TERMINAL BOX OR 6000 I COMPACT.

SITRANS F M MAG 5100 W NEW . DN125, 5 INCH EN 1092-1, PN 16 CARBON STEEL FLANGES ASTM A 105 150MICRON COATING LINER MATERIAL: HARD NBR RUBBER HASTELLOY C-276 MAG 6000, IP67 / NEMA 4X/6, POLYAMID ENCLOSURE, WITH DISPLAY, 115-230V AC 50/60 HZ NO COMMUNICATION METRIC POLYAMID TERMINAL BOX OR 6000 I COMPACT.

SITRANS F M MAG 5100 W NEW . DN150, 6 INCH EN 1092-1, PN 16 CARBON STEEL FLANGES ASTM A 105 150MICRON COATING LINER MATERIAL: HARD NBR RUBBER HASTELLOY C-276 MAG 5000, IP67 / NEMA 4X/6, POLYAMID ENCLOSURE, WITH DISPLAY, 11-30V DC/11-24V AC 50/60 HZ NO COMMUNICATION METRIC POLYAMID TERMINAL BOX OR 6000 I COMPACT.

SITRANS FM MAG 5100 W DN250 10 in ANSI B 16.5 Class 150 Carbon Steel Flanges ASTM A 105 150 Micron Plating Lining Material: EPDM Hastelloy C-276 Remote Transmitter Sensor (Transmitter ordered separately) No Bus Communication Polyamide Clamp 1 / 2-inch NPT box or 6000 i compact. Works certificate according to EN 10204 2.2 Rating plate, stainless steel wire secured, sensor cables connected.

Siemens Sitrans fm magflo photoSITRANS F is a series of flow meters by Siemens for operating with gases and liquids.
In such devices, the main part of the work is performed by two parts: measuring sensors and transmitters. Together they form a system called a flowmeter.

Siemens Sitrans F family consists of the following general series:

  •  SITRANS FM (electromagnetic)
  •  SITRANS FC (coriolis)
  •  SITRANS F US (ultrasound)
  •  SITRANS F X (vortex)

They differ in the type of working principle. All categories have subcategories depending on the purpose and conditions. In addition, more specialized models, Sitrans VI, Sitrans F VA and Sitrans F O. are also available.

More detailed information you can see here:

How Do Siemens Flow Meters Work?

A flow meter is a special device for measuring the flow of liquid, gas, and steam in industrial systems. Consumption is an important indicator in the course of many industrial and technological processes. Today we will look at the types of Siemens flow meters. The company produces four types of flow meters, also it can be different Siemens flow meter sizing, namely:
  1. electromagnetic;
  2. ultrasonic;
  3. vortex;
  4. Coriolis.
Let's look at what is the principle of operation of each of these flowmeters.

Siemens Electromagnetic flow meters

An electromagnetic Siemens flow meter is a measuring instrument based on the principle of electromagnetic induction. According to the principle of electromagnetic induction, when an electrical conductor moves through a magnetic field at a right angle (90°) to the field, a voltage is induced in the conductor. For voltage induction, three factors are necessary: a conductor, a magnetic field, and the movement of the conductor relative to the magnetic field. The greater the relative displacement, the higher the resulting voltage.
The electromagnetic Siemens rotameter consists of a tube with a set of solenoids attached to the outer surface of the tube. Solenoids are used to create the magnetic field needed to produce voltage. As a medium capable of conducting an electric current move through an electromagnetic flow meter, it passes through a magnetic field and a voltage is energized in the medium. An electrically conductive medium is the conductor that is necessary to obtain voltage.

Advantages of electromagnetic flow meters:
  • Moderate cost.
  • There are no moving and fixed parts in the cross-section.
  • Large dynamic measurement range.

Siemens Ultrasonic flow meters


An ultrasonic flow meter is a standard flow meter, the basis of which is the measurement of the flow velocity, and the determination of the flow rate of the moving medium in it is carried out using acoustic laws. Such flow meters can be used to measure the flow rate of non-conductive media.

Sound is produced by vibrations that travel in the form of waves. In order for sound to appear, several points must be taken into account: a source that sends sound waves, air or liquid medium in which sound waves can propagate, and an object that receives or captures sound waves.

If an ultrasonic flow meter is operating, then the source, vibrating, sends ultrasonic waves with a certain known frequency. Sound waves propagate, move in the flow of the medium until they encounter air bubbles or solid particles in the flow of the moving medium. When sound waves hit air bubbles or solid particles, they are repelled or reflected from the bubble or particle and travel back towards the receiving device or receiver.

Advantages of ultrasonic flow meters:

  • There are no moving and fixed parts in the cross-section.
  • The average dynamic range of measurements.
  • Possibility of mounting on pipelines of large diameter.

Siemens Vortex flow meters


Vortex meters measure the frequency of oscillations that occur in a liquid or gas stream as it flows around obstacles. When flowing around obstacles, a vortex is formed, from which the devices get their name.

Vortex flow meters are designed to measure the volumetric and mass flow rates of liquids, gasses, and steam. The flowmeters consist of an electronics unit and a primary transducer. The block is made in the form of a cylindrical body with compartments for a viewing window and connectors. Cable glands and an adapter for the transducer are located on the housing. Flowmeters are used to measure and record the consumption of substances in technological processes in industry and public utilities.

Advantages of vortex flow meters:
  • High stability of indications.
  • Accuracy of measurements.
  • Ease of operation.
  • Insensitivity to pollution.
  • No moving parts.
  • Covers almost the entire spectrum of substances.

Coriolis flow meters

The principle of operation of Coriolis flowmeters is based on the basic physical phenomenon of the appearance of acceleration when the medium moves in a vibrating tube. As a result, forces arise that twist the tube, since in the inlet half of the tube the force acting from the medium prevents its displacement, and in the outlet half it contributes. This leads to the appearance of a phase difference in the oscillations of the inlet and outlet pipes of the sensor. This principle is called the Coriolis effect.

Advantages of Coriolis flow meters:
  • Direct measurement of mass flow.
  • Precipitation does not affect measurements.
  • There are no obstructions in the inner section.
  • The flow measurement of liquids is independent of their electrical conductivity.
  • To find more information about each flow meter you should read Siemens flow meter manual.